Info_mitsubishi Lv Acb_ae-ss and Ae-sh

Mitsubishi Low Voltage Air Circuit BreakerAE-SS AE-SH ADVANCED AND EVER ADVANCING 00 B ISO 9001 NATIONAL ACCREDITATION OF CERTIFICATION BODIES Mitsubishi Electric Corporation's Fukuyama Works, which produces these products, is certified as meeting the ISO 14001 environmental management system standard. Wi th the hi ghl y advanced i nformati on technologies, dependability as well as safety and ease of handling of the electrical power supply are ever-growing requirements. The recent introduction of systemized and intelligent buildings, upgrading, and space-saving, and severe safety standard of power distribution has become a major subject within the electrical power supply industry. To cope with all these circumstances, Mitsubishi now presents the Super AE seri es Low Vol tage Ai r Circuit Breakers. 1 sFeatures Main unit features ........................................... 3~4 Electronic trip relay features ............................ 5~8 sExternal view and Internal construction .................................. 9~10 sProduct introduction ........................... 11~12 sProduct specification Specification<IEC60947-2 Ics/Icu> ............. 13~14 Specification <JIS C8372, Shipping standard> .................... 15~16 sConnecting methods ................................ 17 sCharging methods ...................................... 18 sAccessories For breaker unit ........................................... 19~22 For drawout frame ....................................... 23~24 sElectronic trip relay Specification table ....................................... 25~26 General use (S type) ................................... 27~28 Generator protection use (M type) .............. 29~30 Special use (B type) .................................... 31~32 Electronic trip relay accessories .................. 33~35 Circuit diagram of the electronic trip relay ......... 36 sOperating Characteristics General use (S type) ......................................... 37 Generator protection use(M type) ..................... 38 Special use (B-C0 type) .................................... 39 sTripping characteristics setting Setting procedure .............................................. 40 How to adjust the trip Relay ........................ 41~44 sWiring Diagram ..................................... 45~46 sOutline Dimensions Draw-out type .............................................. 47~51 Fixed type .................................................... 52~54 Panel cut, drawout handle, terminal adapter ..... 55 Neutral CT, External ZCT .................................. 56 sTechnical information ......................... 57~62 sOrdering information General use (Example) ..................................... 63 General use (S type) ......................................... 64 Generator protection use (M type) .................... 65 Contents 2 sMain unit features 3 Easier Operation Plenty Type Composition sThe addition of 4000A, 5000A and 6300A frame to the universal series makes applicable for a wide range of types from 630A to 6300A. sThe addition of high breaking capacity (AE-SH) series (630A-3200A frame) has enabled the design of economic sequences. Expanded selective interruption range sWith the increased short-time current rating, the selective interruption range can be expanded with the use of the electronic trip relays with MCR function. Full moulding sSince the breaker is fully insulated with mouldings, it is safe to use for a wide range of applications. Long service life s10,000 mechanical open/close operations for all types. (Except for AE4000-SS~AE6300-SS, AE4000-SSC) AE630-SS ~ AE3200-SS 65kA AE4000-SS AE5000-SS AE6300-SS 85kA AE4000-SSC 75kA Zero arc space sArc exhaust space to the outside of the breaker is drastically reduced for safer operation. (AE630-SS ~ AE3200-SS, AE4000-SSC q 600VAC) Reverse connection available sLine and Load is not defined on the Main circuit terminals. Therefore reverse connection is available without any limitation. 4 More complete New AE4000-SSC sThe new AE4000-SSC which is smaller and economical makes fill up the AE-SS series. sAE4000-SSC has realized smaller and lighter than AE4000-SS. sNumber of Operating cycles has been increased (2000 cycles→5000 cycles). note 1: Only 3-pole type is available. note 2: The Max. rated current is 3600A on JIS C8372. 3 6 8 565 AE4000-SSC 4 8 0 4 3 0 3 6 8 875 AE4000-SS DRAWOUT TYPE 3P DRAWOUT TYPE 3P (volume ratio) (weight ratio) 58% 240kg 61% 145kg sElectronic trip relay features (1/2) 5 Multi functions available Grouped electronic trip relays for easier selection qMeets with a wide range of need depending on the application. qContributes to selective co-ordination, and ensures fine characteristic setting. 1 Electronic trip relay series 2 Common features Pre-alarm function (PAL) The load current exceeds the value of the setting, before the breaker trips, the PAL operates, it contributes electrical continuity and easy maintenance. Trip indicator (TI) The trip indicator (TI) is operated simultaneously with the OCR alarm (AL), when the breaker trips because of Long time delay, short time delay/Instantaneous and Ground fault or Earth leakage. The relavent cause of tripping will be displayed on the appropriate indication LED and a relay contact will provide an output signal. Temperature alarm (TAL) The TAL is operated by an unusual temperature of the breaker contacts. Earth leakage protection (ER) A choice of earth leakage alarm or earth leakage tripping function is available improving the discrimination and the safety in circuit design. Application Relay type US3 S M B-C0A Measuring & Display Communication General use Generator protection use Special use Remarks Function • Multi-function L, S, I/MCR characteristics • Ground fault/ Earth leakage protection • Trip indicator • Plenty of electrical data is measured and displayed • Measured data, alarm and setting value is transmitted on CC-Link bus line • Remote ON/OFF operation US3 type S, M type B-C0A • INST/MCR characteristics Provides CC-Link communication, data measuring and display for adaption to networking systems. A multi-function type that provides all the characteristics required for the main circuit. Only INST/MCR characteristics is provided. Provided with characteristics for protecting generators for private power generation and marine vessels. O p tio n O p tio n O p tio n O p tio n 6 Meets Many Needs Overcurrent protection on the neutral pole (NP) In a 3-phase 4-wire circuit such that as provided to a computer, DC power unit or other load devices, higher harmonics are liable to be generated which could cause damage as more load current flows in the neutral plole. NP will eliminate such a possibility. Ground fault protection (GFR) Either a ground fault trip or alarm function can be selected by a change-over switch. A control supply is not necessary. Load current indication LEDs The load current can be easily checked with the indication LEDs on the electronic trip relay. More secure protection owing to detection of effective value (RMS) Effective value detection that is most suitable for the protection of electronic devices. Effective value detection independently provided for each phase, which is effective for distorted wave forms, is used to cope with the increasing use of electronics devices, including inverters. Distorted current Sine wave current AC/DC Effective value conversion Maximum phase selection Over Current protection (LTD circuit) O p tio n sElectronic trip relay features (2/2) 7 MDU (Measuring Display Available for AE630-SS~AE6300-SS Measurement functions The full line up through MCCB 400A to ACB 6300A enables measurements display and transmission of electric circuit information. PAL and AL are standard function AE-SS MDU MDU relay types Type US3P US3G US3E Transmission CC-Link Characteristics LTD+STD+INST/MCR LTD+STD+INST/MCR+GFR LTD+STD+INST/MCR+ER 1Electronic trip relay (US3P etc.) 2MDU display unit 3CC-Link!nterface unit Measured items (accuracy) Contents Present value (I1, I2, I3, IN ) Demand value (I1, I2, I3, IN ) Maximum demand value (max. phase) Present value Demand value Maximum demand value Energy (accumulated value) Time electric energy Maximum time electric energy Present value Demand value Maximum demand value Reactive energy (accumulated value) Time electric energy Maximum time electric energy Present value Present value Present value (V1-2, V2-3, V3-1) Demand value (V1-2, V2-3, V3-1) Maximum demand value (max. phase) Present value (V1-N, V2-N, V3-N) Demand value (V1-N, V2-N, V3-N) Present value at 3rd, 5th, 7th (I1, I2, I3, IN ) Maximum value at 3rd, 5th, 7th (max. phase) Present value of total harmonics (I1, I2, I3, IN ) Demand value of total harmonics (I1, I2, I3, IN ) Maximum demand value of harmonics (max. phase) Load current (±2.5%) Power (±2.5%) Electric energy (±2.5%) Reactive power (±2.5%) Reactive energy (±2.5%) Power factor (±5%) Frequency Line voltage (±2.5%) Phase voltage (±2.5%) Harmonics (±2.5%) In case of 4P AE-SS, IN and phase voltage measuring are available. MDU Display unit CC-Link Interface unit AE1600-SS with MDU 8 Transmission items Incorporation of transmission function Function Contents Remote monitoring Output Input Measured data (refer to page 7) Circuit condition (PAL pickup, PAL OUT, OVER) Fault information (Trip cause & Trip current) Setting of the Electronic trip relay (!n,!p, TL,!sd...) Demand time setting Data clear (Accumulated data, Fault information) Error (Measuring, Transmission) AE-SS ON/OFF status (by AXa) and other two “a” contact inputs For remote ON/OFF Unit) lineup for AE-SS PLC networking The CC-Link transmission facilitates networking with high level systems (such as SCADA) via PLC Specifications for CC-Link transmission Item Specifications Transmission speed Connection system Number of connectable unit per system Unit type Number of exclusive station Selection from among 156kbps/625kbps/2.5Mbps/5Mbps/10Mbps Broadcast polling Max. 42unit Maximum transmission distance Max. 1200m (156kbps, when using a dedicated cable) Remote device station (station which can transmit word data as well as input/output) 1 station CC-Link System bus Server or PC CC-Link master unit MELSEC series PLC MDU breaker AE-SS MDU CC-Link Interface unit Example of the PC monitoring sExternal view and Internal construction 9 Fixed type AE-SS Series Drawout type AE-SS Series AE1600-SS 3P Cradle Automatic control circuit connector Lifting hole Charging handle Drawout position indication Extention rail Position lock Aperture for the drawout handle Drawout handle Padlock position Arc extinguishing chamber Control circuit terminal block Electronic trip relay OFF button ON button Charging handle Charging indicator ON/OFF indicator AE1600-SS 3P Lifting hooks (HP) is supplied in the case of a fixed type AE-SS series. 10 Drawout type AE-SH Series Internal Construction AE-SS Series Fixing bolt Extension rail Position lock Control circuit terminal Cradle Charging handle Automatic control circuit connector Aperture for the drawout handle Drawout handle Drawout position indication AE3200-SH 3P ¸Control circuit terminal block ¸Automatic control circuit connector ¸Auxiliary switches ¸Shunt trip device, Closing coil ¸Electronic trip relay ¸Front Cover ¸Tripping mechanism ¸Closing mechanism ¸Charging mechanism ] Closing spring ] Draw-out mechanism ] Insulated base ] Arc extinguishing chamber ] Main movable contacts ] Main fixed contacts ] Conductors on the breaker ] Conductors on the cradle ] Main circuit junction ] Base , Contact spring , Conductors on the breaker , Conductors on the cradle , Power supply CT , Current sensor coil , Cradle sProduct introduction 11 Super AE series allows easier customer selection Standard model High breaking model Type Page Page Page Page AE630-SS AE1000-SS AE1250-SS AE1600-SS AE2000-SS AE2500-SS AE3200-SS AE4000-SSC AE4000-SS AE5000-SS AE6300-SS AE630-SH AE1000-SH AE1250-SH AE1600-SH AE2000-SH AE2500-SH AE3200-SH 13~16 1 Standard IEC 60947-2 BS EN 60947-2 VDE 0660 JIS C8372 JIS C8370 Shipping standard LR GL DNV AB BV NK Cell switch Shorting-B contact Lifting hooks Safety shutter Safety shutter lock Mis-insertion preventor Test jumper 13~16 17 2 Connecting method Fixed type 23, 24 3 Cradle Draw-out type Horizontal terminals Vertical terminals Front terminals Emission Standard Description test procedure IEC60947-2 Immunity Conducted RF disturbances Radiated RF disturbances Electrostatic discharge Electromagnetic field Fast transients / burst Conducted radio frequency Surge EN55011:1991 (Class A, Group 1) EN55011:1991 (Class A, Group 1) IEC61000-4-2 (contact Level 4) IEC61000-4-3 (Level 3) IEC61000-4-4 (Level 4) IEC61000-4-6 (Level 3) IEC61000-4-5 (Level 4) Electromagnetic Compatibility Earthleakage protection is not applicable for these tests. 12 Electrical accessories Mechanical accessories Accessories Page Auxiliary switch Motor charging device Closing coil Shunt trip device Under voltage trip device Condenser trip device Push button cover Counter Cylinder lock Door interlock Terminal cover Door frame Dust cover Interphase barrier Mechanical interlock 18~20, 22 21, 22 4 Trip indicator Ground fault protection Earth leakage protection Pre-alarm OCR-alarm Temperature alarm General use: • S type Generator protection use • M type Special use • B-C0A type General use: • US3 type Data Meauring Display (MDU) with CC-Link communication Neutral CT External ZCT Field test device 5 Electronic trip relay Page Page 33, 34 25~32 7, 8 34, 35 Relay accessories Moisture- fungus treatment Extra- corrosion proof specifications 6 Special environment Page 58 Vertical terminal adapter Front terminal adapter Terminal adapter Page 17, 55 sProduct Specification 13 qSpecification <IEC 60947-2, BS EN60947-2, AE630-SS Type Frame size (A) Rated insulation voltage Rated operating voltage (VAC) (VAC) Number of poles (P) Rated current of neutral pole (A) Rated short time current !cw (RMS kA) Maximum total breaking time (s) (s) Closing time Number of operating cycles. (Note 1) 690VAC With instantaneous trip With MCR Without instantaneous (Note2) With MCR Without instantaneous (Note2) 600VAC 500VAC 240VAC 690VAC 600VAC 500VAC 240VAC 690VAC 500VAC 500VAC 1 s 2 s 3 s With rated current Without rated current a b c d a b c d Manual charging type Fixed type Drawout type (including cradle) Weight (kg) Motor charging type Manual charging type Motor charging type Cradle only Rated breaking capacity !cs/!cu (RMS kA) 690VAC 105 105 143 187 88.2 105 143 143 52.5 52.5 105 105 143 187 88.2 105 143 143 52.5 52.5 105 105 143 187 88.2 105 143 143 52.5 52.5 105 105 143 187 88.2 105 143 143 52.5 52.5 143 143 187 187 105 143 143 143 94.5 94.5 143 143 187 187 105 143 143 143 94.5 94.5 143 143 187 187 105 143 143 143 94.5 94.5 With instantaneous trip 600VAC 500VAC 240VAC 690VAC 600VAC 500VAC 240VAC 690VAC Rated making capacity !Cm (Peak kA) Rated current (A) (!n) General use (Current rating adjustable) Generator protection use (Current rating fixed) 630 1000 690 315-378-441 -504-567-630 250-300-350 -400-450-500 157-189-220 -252-284-315 630 50/50 50/50 65/65 65/85 42/42 50/50 65/65 65/65 25/25 65 40 30 0.04 0.08 5000 10000 340 425 410 410 290 290 38 38 300 385 430 430 368 368 61 61 40 50 43 53 63 77 66 80 26 30 3 4 AE1000-SS 1000 1000 690 500-600-700 -800-900-1000 1000 50/50 50/50 65/65 65/85 42/42 50/50 65/65 65/65 25/25 65 40 30 0.04 0.08 5000 10000 340 425 410 410 290 290 38 38 300 385 430 430 368 368 61 61 41 51 44 54 64 78 67 81 26 30 3 4 AE1250-SS 1250 1000 690 625-750-875 -1000-1125-1250 1250 50/50 50/50 65/65 65/85 42/42 50/50 65/65 65/65 25/25 65 40 30 0.04 0.08 5000 10000 340 425 410 410 290 290 38 38 300 385 430 430 368 368 61 61 41 51 44 54 64 78 67 81 26 30 3 4 AE1600-SS 1600 1000 690 800-960-1120 -1280-1440-1600 1600-1920-2240 -2560-2880-3200 1000-1200-1400 -1600-1800-2000 800-960-1120 -1280-1440-1600 625-750-875 -1000-1125-1250 1600 50/50 50/50 65/65 65/85 42/42 50/50 65/65 65/65 25/25 65 60 50 0.04 0.08 5000 10000 340 425 410 410 290 290 38 38 300 385 430 430 368 368 61 61 42 52 45 55 65 79 68 82 26 30 3 4 AE2000-SS 2000 1000 690 2000 50/65 65/65 85/85 85/85 50/50 65/65 65/65 65/65 45/45 65 65 65 0.04 0.08 1500 50/50 65/65 65/65 65/65 45/45 65 65 65 0.04 0.08 1500 50/50 65/65 65/65 65/65 45/45 65 65 65 0.04 0.08 1000 10000 475 605 410 410 290 290 38 38 435 565 430 430 368 368 61 61 60 72 63 75 92 113 95 116 35 43 475 605 410 410 290 290 38 38 435 565 430 430 368 368 61 61 61 73 64 76 93 114 96 117 35 43 475 605 410 410 290 290 38 38 435 565 430 430 368 368 61 61 63 75 66 78 95 116 98 119 36 44 3 4 AE2500-SS 2500 1000 690 1250-1500-1750 -2000-2250-2500 2500 50/65 65/65 85/85 85/85 10000 3 4 AE3200-SS 3200 1000 690 3200 50/65 65/65 85/85 85/85 10000 3 4 200 q!nq630 500q!nq1000 625 q!nq1250 800 q!nq1600 625 q!nq2000 1250 q!nq2500 1600 q!nq3200 25/25 25/25 25/25 25/25 45/45 45/45 45/45 SS type (standard model) Type O u t l i n e d i m e n s i o n ( m m ) F i x e d t y p e D r a w o u t t y p e a c d b a c d b Note 1 : The number of operating cycles without rated current also include the number of operating cycles with rated current. Note 2 : The columns for “without instantaneous tripping” are the values when the bare (without electronic trip relay) main body and the external relay are combined. Please apply for further detail. 14 VDE0660 Ics/Icu> 105 143 187 187 105 143 165 165 94.5 94.5 105 187 286 286 105 187 187 187 105 143 105 187 286 286 105 187 187 187 105 143 105 187 286 286 105 187 187 187 105 143 AE4000-SS 4000 1000 690 2000-2400-2800 -3200-3600-4000 2000 q!nq4000 2500 q!nq5000 3150 q!nq6300 315 q!nq630 500 q!nq1000 625 q!nq1250 800 q!nq1600 1000 q!nq2000 1250 q!nq2500 1600q!nq3200 3200 50/50 85/85 130/130 130/130 50/50 85/85 85/85 85/85 50/50 85 70 70 0.05 0.08 500 2000 85 70 70 0.05 0.08 500 2000 85 70 70 0.05 0.08 500 2000 873 1003 414 414 290 290 136 136 875 1005 480 480 368 368 123 123 875 1005 480 480 368 368 123 123 875 1005 480 480 368 368 123 123 160 180 164 184 240 263 244 267 125 140 240 263 244 267 125 140 240 263 244 267 125 140 3 AE4000-SSC 4000 1000 690 3200-3600-4000 3200 q!nq4000 – 50/50 65/65 85/85 85/85 50/50 65/65 75/75 75/75 45/45 75 65 65 0.04 0.08 500 5000 605 414 290 136 565 430 368 151 109 112 145 148 75 3 4 AE5000-SS 5000 1000 690 2500-3000-3500 -4000-4500-5000 3200 50/50 85/85 130/130 130/130 50/50 85/85 85/85 85/85 50/50 873 1003 414 414 290 290 136 136 160 180 164 184 3 4 AE6300-SS 6300 1000 690 3200 50/50 85/85 130/130 130/130 50/50 85/85 85/85 85/85 50/50 873 1003 414 414 290 290 136 136 160 180 164 184 3 4 3150-3780-4410 -5040-5670-6300 500-600-700 -800-900-1000 315-378-441 -504-567-630 625-750-875 -1000-1125-1250 800-960-1120 -1280-1440-1600 1000-1200-1400 -1600-1800-2000 1250-1500-1750 -2000-2250-2500 1600-1920-2240 -2560-2880-3200 AE630-SH 630 1000 690 630 65/65 85/85 130/130 130/130 – – – – – – – – – – – – – – – – – – – – – – – – – – 0.04 0.08 3000 10000 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 68 81 71 84 107 129 110 132 43 51 3 4 AE1000-SH 1000 1000 690 1000 65/65 85/85 130/130 130/130 – – – – – 0.04 0.08 3000 10000 3 4 AE1250-SH 1250 1000 690 1250 65/65 85/85 130/130 130/130 – – – – – 0.04 0.08 3000 10000 3 4 AE1600-SH 1600 1000 690 1600 65/65 85/85 130/130 130/130 – – – – – 0.04 0.08 2000 10000 3 4 AE2000-SH 2000 1000 690 2000 65/65 85/85 130/130 130/130 – – – – – 0.04 0.08 1500 10000 3 4 AE2500-SH 2500 1000 690 2500 65/65 85/85 130/130 130/130 – – – – – 0.04 0.08 1500 10000 3 4 AE3200-SH 3200 1000 690 3200 65/65 85/85 130/130 130/130 – – 65/65 45/45 65/65 65/65 – – – – – – – 65/65 85/85 130/130 130/130 – – – – – – – – – – – – – – – – – – – – – – – 65/65 85/85 130/130 130/130 – – 65/65 85/85 130/130 130/130 – – 65/65 85/85 130/130 130/130 – – 65/65 85/85 130/130 130/130 – – 65/65 85/85 130/130 130/130 – – 65/65 85/85 130/130 130/130 – – – – – – – – – – – – 0.04 0.08 1000 10000 3 4 SH type (High breaking model) sProduct Specification 15 qSpecification <JIS C 8372 (o-co-co duty)> AE630-SS Type Frame size (A) Rated insulation voltage (VAC) (VAC) Rated operating voltage Number of poles (P) Rated current of neutral pole (A) Rated short time current (RMS kA) Maximum total breaking time (s) (s) Closing time Number of operating cycles. (Note 1) 550VAC With instantaneous trip With instantaneous trip With MCR Without instantaneous (Note2) With MCR 460VAC 550VAC 460VAC 550VAC 550VAC 460VAC 220VAC 550VAC 1 s 2 s 3 s With rated current Without rated current General use (Current rating adjustable) Generator protection use (Current rating fixed) 630 600 550 315-378-441 -504-567-630 250-300-350 -400-450-500 157-189-220 -252-284-315 630 50/105 65/143 50/105 65/143 25/52.5 50/105 65/143 85/195.5 50/105 1000 50/105 65/143 50/105 65/143 25/52.5 50/105 65/143 85/195.5 50/105 1250 50/105 65/143 50/105 65/143 25/52.5 50/105 65/143 85/195.5 50/105 1600 50/105 65/143 50/105 65/143 25/52.5 50/105 65/143 85/195.5 50/105 65 40 30 0.04 0.08 5000 10000 3 4 AE1000-SS 1000 600 550 500-600-700 -800-900-1000 65 40 30 0.04 0.08 5000 10000 3 4 AE1250-SS 1250 600 550 625-750-875 -1000-1125-1250 65 40 30 0.04 0.08 5000 10000 3 4 AE1600-SS 1600 600 550 1000-1200-1400 -1600-1800-2000 800-960-1120 -1280-1440-1600 625-750-875 -1000-1125-1250 65 60 50 0.04 0.08 5000 10000 3 4 AE2000-SS 2000 600 550 2000 65/143 85/195.5 65/143 65/143 45/94.5 65/143 85/195.5 85/195.5 65/143 65/143 85/195.5 65/143 65/143 45/94.5 65/143 85/195.5 85/195.5 65/143 65/143 85/195.5 65/143 65/143 45/94.5 65/143 85/195.5 85/195.5 65/143 65 65 65 0.04 0.08 1500 65 65 65 0.04 0.08 1500 65 65 65 0.04 0.08 1000 10000 3 4 AE2500-SS 2500 600 550 1250-1500-1750 -2000-2250-2500 2500 10000 3 4 AE3200-SS 3200 600 550 3200 10000 3 4 200 q!nq 630 500q!nq 1000 625 q!nq 1250 800 q!nq 1600 625q!nq 2000 1250 q!nq 2500 1600 q!nq3200 460VAC 220VAC 65/143 65/143 65/143 65/143 65/143 65/143 65/143 65/143 65/143 65/143 65/143 65/143 65/143 65/143 SS type (standard model) Type Rated current (A) (!n) Rated breaking capacity (kA RMS symmetrical) JIS C8372 O-CO-CO JIS C8370 O-CO Rated making capacity (kA peak value) Breaking duty O-CO-CO 800-960-1120 -1280-1440-1600 1600-1920-2240 -2560-2880-3200 qShipping Standard <LR, AB, GL, DNV, BV, NK> AE630-SS Type Frame size (A) Rated insulation voltage (VAC) Number of poles (P) 600VAC With instantane- ous trip With instantane- ous trip With instantane- ous trip With instantane- ous trip With instantane- ous trip With instantane- ous trip NK LR ABS GL BV DNV 500VAC 690VAC 600VAC 500VAC 690VAC 600VAC 500VAC 690VAC 600VAC 500VAC 690VAC 600VAC 500VAC 690VAC 600VAC 500VAC Rated breaking capacity (kA RMS Symmetrical) Rated making capacity (kA peak value) Breaking duty O-CO-CO General use (Fixed rated current) 630 1000 3 50/112 65/147 50/106 – 65/151 50/105 – 65/143 50/106 – 65/151 3 50/112 65/147 50/106 – 65/151 50/105 – 65/143 50/106 – 65/151 3 50/112 65/147 50/106 – 65/151 50/105 – 65/143 50/106 – 65/151 3 50/112 65/147 50/106 – 65/151 50/105 – 65/143 50/106 – 65/151 AE1000-SS 1000 1000 AE1250-SS 1250 1000 AE1600-SS 1600 1000 AE2000-SS 2000 1000 3 65/143 85/196 50/106 65/143 85/196 50/105 65/143 85/187 50/106 65/143 85/196 65/143 85/196 50/106 65/143 85/196 50/105 65/143 85/187 50/106 65/143 85/196 65/143 85/196 50/106 65/143 85/196 50/105 65/143 85/187 50/106 65/143 85/196 AE2500-SS 2500 1000 3 AE3200-SS 3200 1000 3 200 q!nq 630 500 q!nq 1000 625 q!nq 1250 800 q!nq 1600 625 q!nq 2000 1250 q!nq 2500 1600 q!nq 3200 50/105 – 65/143 50/105 – 65/143 50/105 – 65/143 50/105 – 65/143 50/105 65/143 85/187 50/105 65/143 85/187 50/106 – 65/151 50/106 – 65/151 50/106 – 65/151 50/106 – 65/151 50/106 65/143 85/196 50/106 65/143 85/196 50/106 65/143 85/196 50/105 65/143 85/187 SS type (standard model) Type Rated current (A) (!n) Note 1 : The number of operating cycles without read current also include the number of operating cycles with rated current. Note 2 : The columns for “without instantaneous tripping” are the values when the bare (without electronic trip relay) main body and the external relay are combined. 16 AE4000-SS 4000 600 550 2000-2400-2800 -3200-3600-4000 2000 q!nq 4000 2500 q!nq 5000 3000 q!nq 6000 315 q!nq 630 500 q!nq 1000 625 q!nq 1250 800 q!nq 1600 1000 q!nq 2000 1250 q!nq 2500 1600 q!nq 3200 3200 85/195.5 130/299 85/195.5 85/195.5 65/143 – – – – 85 70 70 85/195.5 130/299 85/195.5 85/195.5 65/143 – – – – 85 70 70 85/195.5 130/299 85/195.5 85/195.5 65/143 – – – – 85 70 70 0.05 0.08 500 2000 0.05 0.08 500 2000 0.05 0.08 500 2000 3 4 AE5000-SS 5000 600 550 2500-3000-3500 -4000-4500-5000 3000-3600-4200 -4800-5400-6000 3200 3 4 AE6300-SS 6300 600 550 3200 3 4 315-378-441 -504-567-630 500-600-700 -800-900-1000 625-750-875 -1000-1125-1250 800-960-1120 -1280-1440-1600 1000-1200-1400 -1600-1800-2000 1250-1500-1750 -2000-2250-2500 1600-1920-2240 -2560-2880-3200 AE630-SH 630 600 550 630 85/195.5 130/299 – – – 85/195.5 130/299 130/299 – – – – 85/195.5 130/299 – – – 85/195.5 130/299 130/299 – – – – 85/195.5 130/299 – – – 85/195.5 130/299 130/299 – – – – 85/195.5 130/299 – – – 85/195.5 130/299 130/299 – – – – 85/195.5 130/299 – – – 85/195.5 130/299 130/299 – – – – 85/195.5 130/299 – – – 85/195.5 130/299 130/299 – – – – 85/195.5 130/299 – – – 85/195.5 130/299 130/299 – – – – – – – – – – – – – – – – – – 0.04 0.08 3000 10000 3 4 AE1000-SH 1000 600 550 1000 0.04 0.08 3000 10000 3 4 AE1250-SH 1250 600 550 1250 0.04 0.08 3000 10000 3 4 AE1600-SH 1600 600 550 1600 0.04 0.08 2000 10000 3 4 AE2000-SH 2000 600 550 2000 0.04 0.08 1500 10000 3 4 – – AE4000-SSC 4000 600 550 3200-3600 3200 q!nq 3600 – 65/143 85/195.5 65/143 75/165 45/94.5 65/143 85/195.5 85/195.5 65/143 75 65 65 0.04 0.08 500 5000 3 75/165 75/165 – – – – AE2500-SH 2500 600 550 2500 0.04 0.08 1500 10000 3 4 AE3200-SH 3200 600 550 3200 0.04 0.08 1000 10000 3 4 SH type (High breaking model) AE4000-SS 4000 1000 3 2000 q!nq 4000 2500 q!nq 5000 3150 q!n q 6300 3150 q!n q 5700 (for NK) 3200 q!n q 3800 3200 q!n q 3500 (for NK) 315 q!nq 630 500 q!nq 1000 625 q!nq 1250 800 q!nq 1600 1000 q!nq 2000 1250 q!nq 2500 1600 q!nq 3200 87/211 133/330 – 87/211 133/330 – – – 87/211 133/330 – 87/211 133/330 – – – 87/211 133/330 – 87/211 133/330 87/211 133/330 87/211 133/330 87/211 133/330 – – – – – – AE5000-SS 5000 1000 3 AE6300-SS 6300 1000 3 AE630-SH 630 1000 3 130/317 68/173 87/211 133/330 130/317 68/173 87/211 133/330 130/317 68/173 87/211 133/330 130/317 68/173 87/211 133/330 130/317 68/173 87/211 133/330 130/317 68/173 87/211 133/330 130/317 68/173 87/211 133/330 – – – AE4000-SSC 4000 1000 3 65/143 85/196 51.1/113 67/147 86.6/199 – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – AE1000-SH 1000 1000 3 AE1250-SH 1250 1000 3 AE1600-SH 1600 1000 3 AE2000-SH 2000 1000 3 AE2500-SH 2500 1000 3 AE3200-SH 3200 1000 3 SH type (High breaking model) sConnecting methods 17 Connection arrangements The following connecting methods are available for the AE type air circuit breaker. Connecting method Mounting method Horizontal connection (Standard) Vertical connection (VT) Front connection (FT) Vertical terminal adapter (VTA) Front terminal adapter (FTA) Fixed type (FIX) Draw-out type (DR) (DR-VT) (DR-FT) (VTA) (VTA) (FIX-FTA) (DR-FTA) qConnecting Methods Type Type Connecting method Connecting method AE630-SS Horizontal terminal (Standard) Vertical terminal Fixed type (FIX) Fixed type (FIX) Options Options Options Options Draw-out type (DR) Draw-out type (DR) – ᭺ – – – – – – – (VTA) ᭺ ᭺ – ᭺ (FIX-FTA) ᭺ ᭺ – Horizontal terminal (Standard) – ᭺ (DR-VT) ᭺ ᭺ ᭺ (DR-FT) ᭺ ᭺ – ᭺ (VTA) ᭺ ᭺ – ᭺ (DR-FTA) ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ – – – – – – – – – – – – – – – AE1000-SS AE1250-SS AE1600-SS AE2000-SS AE2500-SS AE3200-SS AE4000-SS – – – – – – – AE4000-SSC AE5000-SS AE6300-SS AE630-SH Horizontal terminal (Standard) ᭺ (VTA) ᭺ (FIX-FTA) Horizontal terminal (Standard) ᭺ (DR-VT) ᭺ (DR-FT) ᭺ (VTA) ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ ᭺ (DR-FTA) AE1000-SH AE1250-SH AE1600-SH AE2000-SH AE2500-SH AE3200-SH Note1: The terminal for AE4000-SSC, AE4000-SS ~ AE6300-SS shall be vertical terminal. (Remarks) The white circle “᭺” indicates that the product can be manufactured, while the blue “ ” indicates the standard connecting method. (Note 1) sCharging methods 18 Manual charging The spring is charged by the manual charging handle. The breaker is closed when the ON button is pressed, and opened when the OFF button is pressed. qWhen the closing spring charging is completed, the charging indicator displays CHARGED. qThe indicator displays ON or OFF state of the main contacts. qThe breaker cannot be closed while the OFF button is being pressed. (Safety feature) OFF lock is available by padlock (See P9, P24) as standard. Motor charging device (MD) The closing spring is charged by an electric motor. When the breaker is closed, the spring is charged automatically (ON-charge method.) The closing coil (CC) is required to remotely close, and the shunt trip device is required to remotely open the breaker. qManual charging is also available. qPumpi ng preventi on i s assured both electrically and mechanically. qAs the charging completion contact is separate from the el ectri cal chargi ng circuit, its function in the control scheme can be arranged as desired. q Motor charging rating Rated voltage Applicable voltage range (V) Applied voltage (V) Inrush current (peak value)(A) Steady current (A) Charging time (s) DC24V 20.4 ~ 26.4 24 22 6 q 5 DC48V 36 ~ 52.8 48 14 3 q 5 AC • DC 100 ~ 125V 85 ~ 137.5 100 10(10) 3(4) q 5 125 12(12) 3(4) q 5 AC • DC 200 ~ 250V 170 ~ 275 200 5(7) 1(2) q 5 250 6(8) 1(2) q 5 ( ): AE4000-SS~AE6300-SS DC24, DC48V is not available for AE4000-SS~AE6300-SS qOFF charging method Charging completion switch M X X1a X2a Control relay Motor Motor charging circuit Breaker Apply for further details of 24V DC and 48V DC. (TS+) (TS-) (M+) (M-) Control supply 413 414 U1 U2 U1 U2 Control supply AXb Breaker Motor charging circuit Charging limit switch (M+) (M–) A OFF charging method is also available. The closing spring is charged automatically when the breaker is opened. This is available only by externally connecting in series b contact (AXb) of the auxiliary switch to the motor charging circuit. In case of DC power supply, please use high capacity auxiliary switch (HAX). O p tio n sAccessories (for Breaker unit 1/2) 19 Closing coil (CC) The closing coil is a device to close the breaker by remote control. qAn interlock to prevent pumping is provided electrically. qClosing time is from the initial energization of the closing coil to the completion of the closing of the main contacts. qBecause of pumping prevention is not performed, do not use AXb contact for a cut-off switch. Operating time AE4000-SS~AE6300-SS is 0.05 s or less. Diode rectifier is not used for control source 24-48V DC. Shunt trip device (SHT) This is the switch used to open the breaker by remote control. A cut-off switch is included. Rated voltage (Applicable voltage range) DC24-48V (18~52.8) AC • DC common 100-250V (75-275) Closing time 0.08 s or less Operating voltage • Operating inrush current (VA) AC – – AC100V 0.5A (100VA) AC250V 1.0A (150VA) DC DC24V 3.5A (100W) DC48V 7.0A (200W) DC100V 0.6A (100W) DC250V 1.3A (200W) Rated voltage (Applicable voltage range) DC24~48V (16.8~52.8) AC380~500V (266~550) AC • DC common 100~250V (75~275) Operating time 0.04s or less Operating voltage • Operating inrush current (VA) AC – – AC100V 0.6A (100VA) AC250V 1.7A (150VA) AC460V 0.6A (200VA) DC DC24V 3.5A (100W) DC48V 7.0A (200W) DC100V 0.8A (100W) DC250V 2.0A (250W) – (CC+) (CC–) Breaker C.C. Unit A1 A2 Control supply One-pulse circuit CC qCC circuit diagram Breaker Cut-off switch SHT unit C1 C2 Control supply SHT (S+) (S–) qSHT circuit diagram Diode rectifier is not used for control source 24-48V DC. Motor charging device (MD) The closing spring is charged electrically, and the breaker will be ready to be closed. qWhen specifying the motor charging device, be sure to order the closing coil (CC) and the shunt trip device (SHT) for remote operation. qRefer to page 18 for details. O p tio n O p tio n O p tio n 20 Under voltage trip device (UVT) This device is used to trip the breaker if the supply voltage is reduced below its nominal value, and consists of a UVT coil and UVT controller. Two types are available: the instantaneous type which trips the breaker instantly, and a time delay type which trips the breaker after a delay of 0.5 or 3 seconds from when the supply voltage has reduced below its nominal value. The UVT controller can be mounted on the lefthand side of the breaker looking from the front. (Note 1) If dual rated voltages are used, a lower value is applied. (Note 2) If a remote trip function is required remove the wire shorting terminals DT1 DT2 and connect a normally closed switch, rated 1mA at 100VDC across them. (Note 3) The operating time is a guarantee value when it drops from 85% or more of the rated voltage. qThe following delay should be allowed between applying the voltage to the UVT, and closing the breaker. UVT-SSB∗ : 1.5 s, UVT-05SSB∗ : 1.5 s, UVT-30SSB∗ : 3 s Type Operation Frequency Pick-up voltage Drop-out voltage Trip function (Note 2) Power consumption Rated voltage +10% –15% UVT-SSB* Instantaneous 0.1 s max. 100-120/200-240/380-460VAC 24VDC 48VDC 100-110VDC 120-125VDC 50/60 Hz(AC) 65~85% (Note 1) 45~70% (Note 1) With open circuit of terminals (DT1, DT2) operation time 0.1 s max. UVT-05SSB* 0.5 s min. UVT-30SSB* 3 s min. Operation time(Note 3) Time delay ( ) 20 VA Air circuit breaker Circuit voltage Control circuit UVT coil D4 J1 (U+) (U+) (U–) (U–) J2 J1 J2 D T 1 D T 2 ( U O – ) ( U O + ) D3 D2 D1 AC200-240V(UL2) AC100-120V(UL1) AC380-460V(UL3) Common(UL0) Trip button qUVT circuit diagram UVT controller 6.5 215 182.2 14.5 14.6 45 11 qUVT controller 1 9 . 8 1 1 8 7 . 8 9 . 3 8 7 . 9 7 2 1 9 Terminal screw M3.5 Plus-minus screw Mounting screw (mm) C o n t a c t c a p a c i t y ( A ) AC DC 460V 250V 125V 250V 125V 30V Type AX(standard) Resistance load 5 10 10 0.3 0.6 10 Inductive load 2 10 10 0.3 0.6 6 HAX (high capacity type) Resistance load 5 10 10 3 10 10 Inductive load 2.5 10 10 1.5 6 10 Maximum contacts Change-over sequence Breaker state ON OFF a-contact (NO) ON OFF b-contact (NC) OFF ON 5 a 5 b 5 a 5 b Auxiliary switch (AX-standard, HAX-high capacity type) This is the contact that is used to remotely indicate the ON or OFF status of the breaker. qThe a and b contacts may turn simultaneously to ON instantaneously at the time of changing the contact; Pay attention to the contact state when designing circuits. qThe chattering time at the time of contact ON-OFF is below 0.025 s. qFor special environment specification, the contact capacity gets deteriorated. Apply for further detail. O p tio n O p tio n Accessories (for Breaker unit 2/2) 21 Push button cover The cover is to prevent careless manual operation (ON, OFF) of the push buttons. BC-L can be locked by a padlock (The padlock being supplied by the customer.) For the size of the a suitable padlock, refer to Page 24. Counter (CNT) The open/close operations of the breaker are shown on a 5 digit counter. Cylinder lock (CYL) The breaker is locked OFF with the cylinder lock. qSince it is an interlock which only allows the key to be removed when the breaker is locked off, it can be used for interlocking two or more breakers. Door interlock (DI) The panel door cannot be opened unless the breaker is open. qA wire type mechanical interlock is used to allow flexibility in positioning breakers in the switchboard. qThe parts of the Door panel should be supplied by customer. Dust cover Dust cover prevents the dust or water entering into the panel board from the breaker panel cut. Protection degree IP 54. Interphase Barrier (BA) The interphase insulation of the circuit breaker has been intensified to prevent the short circuit due to conductive matters or dust. Easily detachable, in design, the barrier is applicable to fixed type, draw-out type, horizontal terminal or vertical terminal. (For further detail, see the “Table of Mountable Barriers” given below. qTable of Mountable Barriers Door lock unit Door panel Breaker Horizontal terminal (standerd) Horizontal terminal (standerd) Vertical terminal adapter Front terminal adapter Vertical terminal adapter Vertical terminal Front terminal adapter Front terminal AE630-SS~ AE1600-SS – – – – – Connecting method AE2000-SS~ AE3200-SS – – – – – – AE-SH Type – – – – – – – Not available for AE4000-SSC, AE4000-SS~AE6300-SS Fixed type Draw-out type O p tio n O p tio n O p tio n O p tio n O p tio n Door frame (DF) The door frame improves the appearance, after cutting out the panel door to install the breaker. O p tio n Terminal cover (TTC) The transparent terminal cover prevents from careless touching to the live control terminals. Protection degree IP20. O p tio n Push button cover Interphase barrier (BA) 2 pcs (3-pole), 3 pcs (4-pole) 22 Mechanical interlock (MI) The mechanical interlock is a secure interlock prohibiting the parallel closing of two or three breakers. qAny combination between AE630-SS~AE3200-SH and AE4000-SSC is possible. Please apply for further details of AE4000~6300-SS. qIt can be simply installed on either fixed or drawout type breakers. qWith the drawout type, the interlock operates at the connecting point and can be released at other positions, providing secure maintenance and inspections of the breaker. qThere are restrictions on ordering MI and DI together, please apply for further details. qIt is impossible to secure interlock among 3 pcs of AE4000-SS~AE6300-SS. Condenser trip device (COT) Even if the power supply fails, the breaker can be electrically opened by remote operation within a definite time. This device is combined with the shunt trip device (SHT). Note 1: The rated charging voltage is the voltage stored during capacitor saturation. It is continuously supplied by the rectified voltage of the rated AC input voltage. Note 2: The chargi ng ti me starts when the capacitor begins to supply power at 85% of the rated AC i nput vol tage and continues until the capacitor charging voltage reaches 60% of rating. Note 3: The time period in which the shunt trip device can perform its one operation starts from when the capacitor is charge to 100% the supply voltage is removed. ON OFF G ON ON OFF Change over of two power supplies The following interlocks are available. Change over of two supply systems Up to any two breakers can be closed. (Please apply for further details) Vertical mounting Horizontal mounting (mm) Breaker 1000(Max.) 1 0 0 0 ( M a x . ) 1 4 4 0 ~ 1 2 134 Breaker qBreaker arrangement (630AF~3200AF) 47(Max.) Type KF-100 100/110VAC 50~60Hz 140/155V 660µF 60~125% 1VA 0.5 s max. 15 minutes min. Black (N1.5) 2000VAC 100~250VAC • DC KF-200 200/220VAC 280/310V 150µF 5 minutes min. Rated input voltage Rated frequency Rated charging voltage (Note1) Condenser capacity Voltage range Power supply capacity Charging time (Note 2) Trip limit time (Note 3) Paint color Withstand voltage (1 minute) Applicable shunt trip voltage 60~125% 50~60Hz 1VA 0.5 s max. Black (N1.5) 100~250VAC • DC 2000VAC 90 9 0 75 110.6 4 - R 6 Condenser tripping device 4-M3×0.5 Cover screw 13.3 15.4 16 87 90 106 1 0 0 4-M4 screw (for wiring) 4-M6 Mounting screw 4 5 4 5 45 45 f 1 0 4 4-f7 AC1 AC2 S1 R1 R2 R3 N6 DC+ DC– C SHT C1 C2 Open button Front view Side view Drilling plan Circuit diagram (mm) q Outline dimensions (mm) O p tio n O p tio n sAccessories (for Drawout frame) 23 Cell switch (CL) The switch is used to indicate the drawout positions (CONNECTED, TEST, DISCONNECTED). Shorting b-contact (SBC) When moving the breaker from the connected to the test positions, use this contact to short circuit auxiliary switch (AXb) thus maintaining the correct sequence of operation of the external control circuit. When ordered, the same number of shorting b-contacts as auxiliary switches (AXb) will be provided. Lifting hooks (HP) This is used to remove the drawout type breaker from the cradle. The option is not necessary when the special lifter (bucket type) for AE-SS·SH is used. The fixed type breaker is equipped with HP as standard. Safety shutters (SST) The safety shutters cover the conductors (cradle side) and prevent contact with them when the breaker is drawn out. qWhen checking the main circuit, supply and load sides of the shutters can be kept OPEN independently. (they are released automatically when the breaker is pushed in.) Safety shutter lock (SST-LOCK) This kit is used to lock the safety shutters using 2 padlocks (the padlocks to be customer’ s supply). The safety shutters close when the breakers drawn out to prevent accidental contact with the main contacts. CL-C (CONNECTED) Drawout position of breaker Display position of drawout operation CL-T (TEST) CL-D (DISCONNECTED) S w i t c h f u n c t i o n C o n t a c t c a p a c i t y ( A ) C h a n g e - o v e r s e q u e n c e ( a - c o n t a c t ) DISCON TEST CONNECT ON ON ON OFF OFF OFF Disconnected Connected Voltage (V) Number that may be installed Total 4c max. AC DC 460 250 125 250 125 30 Resistive load Inductive load 2.5 10 1.5 6 10 10 5 3 10 10 qOperating sequence and contact rating O p tio n O p tio n O p tio n O p tio n O p tio n 24 Mis-insertion preventor (MIP) This option prevents any other circuit breakers except those specified from being inserted into the cradle, 5 settings are available. (Note) It is not available for AE4000-SS~AE6300-SS. Test jumper (TJ) With the breaker taken out of its cradle, this device will enable the breaker to be electrically opened and closed, and the operating sequence to be checked. Note 1: Remove the breaker out of its cradle before using this device. Drawout interlock A safety device prohibits push-in and drawout when the breaker is ON. The drawout handle cannot be inserted unless the OFF button is pressed. Position lock This device is for locking the drawout mechanism at the TEST position this then indicates the “TEST position”. The lock can be used during either the drawing out or pushing in operation. The lock is released when the lock plate is pushed in, and the next operation becomes possible. Padlocking is possible at the CONNECTED, TEST, and DISCONNECTED positions. Use this lock to prevent unauthorized changing of positions. The padlock should be supplied by customer. 16 5 35 (mm) CONNECTED position TEST position DISCONNECTED position DRAWOUT position qMain circuit is disconnected, but the control circuit is connected. qThe breaker operation can be tested with the door closed. qBoth main and control circuits are disconnected. qThis is the position for removing the breaker. qThe breaker is drawn out of the cradle on the extension rails. qThe door can be closed. q Both main and control circuits are connected. qNormal in use condition. Standard equipment Operating position of drawout type O p tio n O p tio n qThe earthling points are located on both sides of the cradle, and they make contact between the breaker and the cradle at CONNECTED, TEST, and DISCONNECTED positions. Lock plate sElectronic trip relay specifications table 25 Use Type S ST SPT General use SPGT SPET M Generator MT Protection Overload, Short circuit (L+S+I) (Note 1) ᭺ ᭺ ᭝ – – – ᭺ ᭺ – – Not required ᭺ ᭺ ᭺ ᭺ ᭝ – – – ᭺ ᭺ ᭺ – Required ᭺ ᭺ ᭺ ᭺ ᭝ ᭺ – – ᭺ ᭺ ᭺ ᭝ Required ᭺ ᭺ ᭺ ᭺ ᭝ ᭺ ᭺ – ᭺ ᭺ ᭺ ᭝ Required ᭺ ᭺ ᭺ ᭺ ᭝ ᭺ – ᭺ ᭺ ᭺ ᭺ ᭝ Required ᭺ ᭺ ᭺ – – – – – ᭺ ᭺ – – Not required ᭺ ᭺ ᭺ – – – – – ᭺ ᭺ ᭺ – Required ᭺ ᭺ Neutral protection (NP) Making Current Release (MCR) (Note 2) Pre-alarm (PAL) Ground fault (GFR) (Note 3) Earth leakage (ER) Load current indication LEDs, Alarm Load current indication LEDs OCR alarm (AL) Trip indicator (TI) Temperature alarm (TAL) Others Control power supply Test terminal STD lock button ᭺ ᭝ – : Standard equipped : Optional equipped : Not available Classification of types Example Type Not required Control voltage Code 0 AE630-SS 630 500 315 Low rating AE1000-SS 1000 1250 1600 2500 3200 4000 4000 5000 6000 (JIS) 6300 AE1250-SS AE1600-SS AE2000-SS AE2500-SS AE3200-SS AE4000-SSC AE4000-SS AE5000-SS AE6300-SS (A) 1 2 4 AC100-120/AC200-240V DC100-125V DC24-60V Note 1: Note 2: Note 3: Note 4: L → LTD, S → STD, I → INST MCR function is not available for AE-SH. GFR is not availabe for AE630-SS (!n max = 315A, 500A), nor AE630-SH. B-C0A relay and BARE are not available for AE-SH series. Table 1 Control supply voltage code Table 2 CT rating (Rated current MAX.) 2000 1600 1250 Low rating AE630-SH AE1000-SH 1000 630 1250 1600 2500 2000 3200 AE1250-SH AE1600-SH AE2000-SH AE2500-SH AE3200-SH SPT 26 MPT protection use Special use No relay Remarks Ref. Page 37~39 33 – 34 33 33, 35 28, 30, 32 34 28, 30 34 – 34 28, 30 ᭺ – – ᭺ – – ᭺ ᭺ ᭺ ᭝ Required ᭺ ᭺ MPGT ᭺ – – ᭺ ᭺ – ᭺ ᭺ ᭺ ᭝ Required ᭺ ᭺ B-C0A (Note 4) BARE (Note 4) ᭺ Only INST ᭺ Only INST ᭺ – – – ᭺ ᭺ – – Not required ᭺ – – – – – – – – – – – Not required LTD, STD and INST characteristics are standard equipped. Only INST is equipped for B-C0A relay NP characteristics is same as live poles. AE-SS 4P With MCR, Instantaneous tripping is only possible if a short circuit occurs during switch-ON. After the initial switch-ON, the Inst characteristic is cancelled to keep selectivity. INST/MCR set is changeable. PAL is indicated LED and a contact output if the load current is exceeded PAL setting value. Operating characteristic is half of LTD characteristic. Auto reset type. GFR ALARM/TRIP is changeable. When the switch is set to “ALARM” position a indicator LED will light up and the relay output will be activated when a ground fault occurs. However ACB will not trip. Indicates load current in percentage indicator LEDs. 30ms 1pulse output signal will be activated. Self-hold circuit is reqired when continuous signal is needed. It will not activated when ER operates. Fault cause is indicated LED and A contact. The signal is reset by pushing reset button or turning off the control power supply of the relay. OperatingVA: 5VA Vairious voltage code is shown below left table 1. This button is used during characteristic check. Operating characteristics (LTD, STD, INST, GFR, PAL) are checked by field test device for AE-SS/AE-SH. Each pole characteristic is is checked individually for M type relay. TAL is indicated LED and a contact output if the temperature around main contacts is exceeded usual level. The signal is reset by pushing reset button or turning off the contorl power supply of the relay. External ZCT is reqired. Alarm output (A contact) signal will be activated. Also ACB can be tripped with SHT tripping device. – – MCR OCR alarm Control voltage code Temperature alarm Voltage (V) AC 120 250 30 125 0.2 0.1 2 2 DC Resistive load Inductive load (A) Table 3 Contact rating of Trip indicator and alarm C 2 A T 27 sElectronic trip relay (General use 27 S type (General use) Rated current Max. (!n max) Refer to P25 Table 2. Adjustable setting range 0.5-0.6-0.7-0.8-0.9-1.0 ×!n max 0.8-0.9-1.0 ×!n max (AE4000-SSC) 0.8-0.82-0.84-0.86-0.88-0.9-0.92-0.94-0.96-1.0 ×!n 1.15 ×!u ±10% 12-25-50-100-150 s ±20% (at 2 ×!u) 2-3-4-6-8-10 ×!n ±15% 0-0.1-0.2-0.3-0.4-0.5 s ±20% (at 1.5 ×!sd) 4-6-8-10-12-16 ×!n ±15% 4-6-8-10-12 ×!n ±15% (AE5000-SS) 4-6-8-10 ×!n ±15% (AE6300-SS) 0.7-0.8-0.9-1.0-OVER ×!u ±10% 0.5 × TL ±20% 0.1-0.2-0.3-0.5 ×!n max ±20% 0.2-0.3-0.5 ×!n max ±20% (AE4000-SSC, 4000-SS~6300-SS) 0.3-0.8-1.5-3 s ±20% (at 1.5 ×!g) 1-2-3-5 A ±20% 0.3-0.8-1.5-3 s ±20% (at 1.5 ×!∆n) Rated current (!n) Short-time delay Uninterrupted current (!u) LTD current Long-time delay LTD time (TL) STD current (!sd) STD time (Tsd) INST current (!i) Instantaneous PAL current (!p) PAL time (Tp) GFR current (!g) GFR time (Tg) ER current (!∆n) Ground-fault protection Earth-leakage protection ER time (Te) Pre-alarm Rated current Max. (!n max) Rated current (!n) PAL current (!p) Load current indication LEDs INST current (!i) STD current (!sd) Uninterrupted current (!u) GFR current (!g) ER current (!∆n) qUnless specified when ordering the electronic trip relay will be set to in blue. S type setting dial operation schematic S type) 28 N A B E G O Q P H R J K M I L F C D MADE IN JAPAN MODEL 1600 A ELECTRONIC TRIP RELAY TRIP INDICATOR ALARM LOAD CURRENT % Iu SPGT–C1AT ALARM TRIP 0.2 0.1 0.5 GFR P.U. Ig 0.3 0.5 0.4 0.1 0 0.2 0.3 150 12 25 50 100 3.0 1.5 0.3 0.8 10 6 8 16 12 10 .88 2 3 STD P.U. Isd 4 UNINTERRUPTED 8 6 4 INST P.U. Ii .80 .84 .92 1.0 OVER PAL P.U. Ip 0.9 0.7 0.8 STD LOCK MCR INST RESET OVER TAL S/I G L 100 80 60 RATED CURRENT MAX. 1.0 1.0 .96 TEST PAL P.U. PAL OUT (CT RATING) = In max RATED CURRENT In CURRENT Iu XIn max X In max XIu XIn XIn XIn s s s Iu × 2 Isd×1.5 GFR TIME LTD TIME STD TIME 0.9 0.8 0.7 0.6 0.5 A Trip indicator PAL indicator Temperature alarm indicator Reset button Load current indication LEDs Rated current setting dial Uninterrupted current setting dial LTD time setting dial STD current setting dial STD time setting dial STD lock button INST current setting dial INST/MCR switch PAL current setting dial GFR or ER current setting dial GFR or ER time setting dial GFR TRIP/ALARM switch TEST terminal B C D E F G H I J K L M N O P Q R sElectronic trip relay (Generator 29 M type (Generator protector use) Rated current Max. (!n max) Rated current (!n) PAL current (!p) Load current indication LEDs INST current (!i) STD current (!sd) LTD current (!L) GFR current (!g) Rated current Max. (!n max) Refer to P25 Table 2. Adjustable setting range 0.5~1.0 ×!n max 0.8~1.0 ×!n max (AE4000-SSC) 1-1.05-1.1-1.15-1.2 ×!n ±5% 15-20-25-30-40-60 s ±20% (at 1.2 ×!L) 2-2.5-3-3.5-4-4.5 ×!n ±15% 0-0.1-0.2-0.3-0.4-0.5 s ±20% (at 1.5 ×!sd) when “0” setting, operating time is 0.04~0.08 s. 4-6-8-10-12-16 ×!n ±15% 4-6-8-10-12 ×!n ±15% (AE5000-SS) 4-6-8-10 ×!n ±15% (AE6300-SS) 0.84-0.88-0.92-0.96-1.0 ×!L ±5% 0.5 × TL ±20% 0.1-0.2-0.3-0.5 ×!n max ±20% 0.2-0.3-0.5 ×!n max ±20% (AE4000-SSC, 4000-SS~6300-SS) 0.3-0.8-1.5-3 s ±20% (at 1.5 ×!g) Rated current (!n) Short-time delay LTD current (!L) Long-time delay LTD time (TL) STD current (Isd) STD time (Tsd) INST current (Ii) Instantaneous PAL current (Ip) PAL time (Tp) GFR current (Ig) GFR time (Tg) Ground-fault protection Pre-alarm (setting by factory side) qUnless specified when ordering the electronic trip relay will be set to in blue. M type setting dial operation schematic 30 protection use M types) LOAD CURRENT % IL PAL P.U. Ip RESET TAL S/I G L PAL P.U. PAL OUT 1600 A = In max. IL×1.2 Isd ×1.5 MADE IN JAPAN MPGT–1AT MODEL ELECTRONIC TRIP RELAY TRIP INDICATOR ALARM 1.0 .96 .88 .84 .92 1283 A FINE 90 100 70 50 3.5 4.5 2.5 3 4 60 40 30 25 XIn XIn XIn 1.05 1.2 1.1 1.0 LTD P.U. IL 1.15 ALARM TRIP 0.2 0.1 0.5 GFR P.U. Ig 0.3 0.5 0.4 0.1 0 0.2 0.3 15 20 3.0 1.5 0.3 0.8 16 12 10 2 STD P.U. Isd INST P.U. Ii 8 6 4 STD LOCK CT RATING RATED CURRENT In TEST (RATED CURRENT MAX) XIn max. XIL s s s GFR TIME LTD TIME STD TIME G A B E F H M N O P C D I J K L Q A Trip indicator PAL indicator Temperature alarm indicator Reset button Load current indication LEDs LTD current setting dial LTD time setting dial LTD time fine setting dial STD current setting dial STD time setting dial STD lock button INST current setting dial PAL current setting dial GFR current setting dial GFR time setting dial GFR TRIP/ALARM switch TEST terminal B C D E F G H I J K L M N O P Q 31 sElectronic trip relay (Special use B type (Special use) Rated current Max. (!n max) Refer to P25 Table 2. Adjustable setting range 0.5-0.6-0.7-0.8-0.9-1.0 ×!n max (setting by factory side) 0.8-0.9-1.0 ×!n max (AE4000-SSC) Non Non 4-6-8-10-12-16 ×!n ±15% 4-6-8-10-12 ×!n ±15% (AE5000-SS) 4-6-8-10 ×!n ±15% (AE6300-SS) Rated current (!n) Short-time delay Long-time delay INST current (!i) Instantaneous Rated current Max. (!n max) Rated current (!n) INST current (!i) Load current indication LEDs qUnless specified when ordering the electronic trip relay will be set to in blue. B type setting dial operation schematic 32 B type) LOAD CURRENT % In INST P.U. Ii MCR INST XIn MADE IN JAPAN RATED CURRENT In B–C0A = MODEL 60 80 100 OVER 8 10 12 16 ELECTRONIC TRIP RELAY 1600 A 6 4 TEST NON LTD NON STD A B C D A Load current indication LEDs INST current setting dial INST/MCR switch TEST terminal B C D sElectronic trip relay accessories 33 Ground fault protection (GFR) Sometimes the Long-time-delay or Short-time-delay functions will not protect a circuit even if there is a ground fault of several hundred amps. In which case, the ground fault protection function (GFR) is used. The sensitivity is selectable in the range of 0.1-0.2-0.3-0.5 times the Rated current MAX. (!n max), and the operating time is selectable from the range of 0.3-0.8-1.5-3 seconds. A control supply is not required for the operation of the ground fault protection. Note 1: In a 3-phase, 4-wi re ci rcui t, ground faul t protection is also possible with a 3 pole breaker and a Neutral CT (NCT) see page 35, 56. Note 2: The ground fault protection (G) is not available for AE-SS series with the Rated current MAX. (!n max) coming to 315 A or 500 A, or for AE630-SH. Neutral pole overcurrent protection (NP) This function protects the neutral pole (4 pole) of the circuit breaker from overcurrent with S type relay. Neutral overcurrent protection can be set to operate at 100% of the rated current. Load equipment (for example: computer equipment, DC power supplies, etc) which is liable to generate third harmonic wave forms that may cause more load current to flow in the neutral pole, which may cause damage, the neutral pole overcurrent protection will prevent damage from occuring. Earth leakage protection (ER) The earth leakage alarm facility is provided by using a electronic trip relay with earth leakage protection and a external ZCT (see page 37, 56.) Even if several amperes of earth leakage current flow, the alarm alone operates but the breaker does not trip. This is therefore suitable when a continuous power supply is required. Should the breaker be required to trip on earth leakage, the above should be used with a SHT. Note 1: The shunt tripping device (SHT) is suitable for 100-250V AC/DC or less. Note 2: Output contact is self-hold type. The output contact is turned off when the reset button is pressed or control supply is turned off. qConnection diagram (Earth leakage alarm system) qConnection diagram (Earth leakage tripping system) 4 pole breaker Current sensor coil GFR Electronic trip relay (with ground fault protection) ER N2 544 513 L2 L1 BZ N1 External ZCT SPET relay Relay control supply BZ control supply Relay control supply SHT control supply External ZCT for ground wire Earth leakage alarm buzzer ER N2 714 713 C1 C2 L2 L1 N1 External ZCT SPET relay External ZCT for ground wire SHT qConnection diagram Same phase Current sensor coil Load equipment which generates electric current of the third harmonic wave form. O p tio n O p tio n 34 Temperature alarm (TAL) If the temperature of the main contact rises above a pre-determined level, a LED will light and a relay contact (1a) will energize. This will prevent trouble and increase contact life, a useful preventive maintenance feature. (The control supply and the reset button are used in common with the trip indicator.) Pre-alarm (PAL) If the load current of the breaker exceeds the set value, A “PAL” LED lights and a relay output is energized. This is useful in securing a continuous power supply to a important circuit. The operating characteristic shown on the curve is proportional to half of the Longtime-delay tripping characteristic. The relay output is of an auto reset type. OCR alarm (AL) The OCR alarm (AL) is a short-time operating switch (1a) for the electrical indication of when the breaker trips due to overcurrent. The AL is an integral part of the electronic trip relay. Though it operates when the breaker trips due to the Long-time-delay, Short-time- delay, Instantaneous/MCR, Ground fault protection (GFR), It does not operate when the breaker trips due to the Earth leakage protection (ER). Note: Though a control supply is not required for the operation of the OCR alarm (AL), a self-hold circuit is required since the relay output only operates for 0.03 seconds. Note: When a continuous output signal from the OCR alarm (AL) is required please use the output signal from the trip indicator (TI) which is operated by the same causes as the OCR alarm (AL). O p tio n O p tio n Field test device The electronic trip relay can be checked without the breaker being connected to the main supply. The breaker will trip when tested. Y-160 test device is not available for M type relay. Type Y-160 Y-2000 AC100-240V 50-60HZ Test function Power supply Test current signal setting Ammeter – equipped equipped equipped Time counter LTD, STD, INST, GFR LTD, STD, INST, GFR Pre-alarm Battery use • AC100-120V • AC200-240V 6-point setting possible (20%, 50%, 125%, 200%, 500%, 2000%) 10%~2000% (continuously variable) O p tio n sElectronic trip relay accessories 35 Neutral CT (NCT) The neutral CT is used for ground fault protection when a 3 pole breader is used on a 3 phase 4 wires system. It should be used together with the electronic trip relay that has the ground fault protection (G) option. (refer to P56) External ZCT This option is used to detect several amperes of earth leakage when use in combination with a electronic trip relay that has the earth leakage tripping (ER) option. Two methods are available: The first is where the all load conductors pass through the ZCT. The other method uses a smaller ZCT through which the supply transformer’s ground wire passes through to earth. (refer to P56) Type Applicable CT type AE 630-SS/SH CW-40LM 630A AE 1000-SS/SH CW-40LM 1000A AE 1250-SS/SH CW-40LM 1250A AE 1600-SS/SH CW-40LM 1600A AE 2000-SS/SH CW-40LM 2000A AE 2500-SS/SH CW-40LM 2500A AE 3200-SS/SH AE 4000-SS, SSC AE 5000-SS AE 6300-SS CW-40LM 3200A CW-40LM 4000A CW-40LM 5000A CW-40LM 6300A CW-40LM 6000A (JIS) Note: A suitable resistor (0.1 10W) and screened wire (2m) is attached on the product. Neutral CT Resistor Electronic trip relay (with ground fault protection ) 3 pole breaker Current sensor coil q Wiring diagram N 1 N 2 q Type Application Type ZCT163 ZCT323 ZCT324 ZT15A ZT30A ZT40A ZT60A ZT80A ZT100A External ZCT for load circuits External ZCT for transformer ground wire Note: A screened wire (2m) is attached on the product. SHT ER SHT control supply Relay control supply SPET relay External ZCT C2 714 N2 N1 L2 L1 713 C1 1. Wiring diagram (load circuit method) SHT ER SHT control supply Relay control supply SPET relay External ZCT C2 714 N2 N1 L2 L1 713 C1 2. Wiring diagram (transformer ground wire method) O p tio n O p tio n sCircuit diagram of the electronic trip relay 36 Circuit diagram of the electronic trip relay(SPGT) Operating function of each device Power supply CT Energy is supplied for the operation of the overcurrent tripping and ground fault tripping (GFR) function of the electronic trip relay. Current sensor coil The current in each phase flowing through in the breaker is detected. A coreless coil which has good linearity is achieved. The integrating circuit integrates the output voltage and provides a signal voltage waveform which is in proportion with the load current. LTD This is an effective value detection type which is strong against the distored wave. It has a memory effect for the overcurrent state. If the electronic trip relay is tripped, the overcurrent memory is reset. Pre-alarm This is an effective value detection system. It has a memory effect for the overcurrent state. STD/INST This is a peak value detection system, and is suitable for short time operation. Ground fault circuit The signals in each phase are summed in the vector mode in order to detect the ground fault value. Trip indicator circuit Fault cause and pre-alarm is indicated with control power supply. OCR alarm circuit 1 pulse 30ms signal output without control power supply. 8 7 6 5 4 3 2 1 N2 N1 N OCR alarm circuit L1 L2 L3 544 554 524 PAL OUT 513 534 30ms 1 pulse 97 98 Trip indicator circuit PAL pick-up LED Load LED STD LTD Watch-dog timer circuit INST. circuit P h a s e s e l e c t i o n s a m p l i n g L S/I G Setting input Ground fault circuit I/O A c c u m u - l a t o r A / D c o n v e r t o r Overload /PAL S/W S/W S/W PAL LTD STD/INST GFR Control power circuit Trigger circuit Custom IC Electronic trip relay Characteristic setting part CPU Trip coil Peak value conversion/ Max. phase selection circuit Ground fault Integration/ composition circuit NCT, ZCT input Lower terminals T e s t c o n n e c t o r C u r r e n t s e n s o r c o i l P o w e r s u p p l y C T Upper terminals R e c t i f i e r s i g n a l c i r c u i t I n t e g r a t i n g c i r c u i t R e c t i f i e r c i r c u i t P o w e r s u p p l y c i r c u i t sOperating characteristics (General use) 37 % of uninterrupted current (!U) % of rated current (!n) Current % of rated current MAX. (!n max) Long time delay pre-alarm Short time delay/instantaneous Ground fault Characteristics from the factory Adjustable characteristics O p e r a t i n g t i m e ( s e c o n d s ) Maximum breaking time (In case of AE4000-SS~AE6300-SS, it is 0.05s.) INST current (Ii) 4-6-8-10-12-16✕In±15% 4-6-8-10-12 ✕In±15% (AE5000-SS) 4-6-8-10 ✕In±15% (AE6300-SS) with MCR (AE-SS series only) GFR time (Tg) 0.3-0.8-1.5-3s±20% STD time (Tsd) 0-0.1-0.2-0.3-0.4-0.5s±20% STD current (Isd) 2-3-4-6-8-10✕In±15% LTD time (TL) 12-25-50-100-150s±20% GFR current (Ig) 0.1-0.2-0.3-0.5✕In max±20% 0.2-0.3-0.5✕In max±20%(AE4000-SSC~AE6300-SS) PAL current (Ip) 0.7-0.8-0.9-1.0-OVER✕Iu±10% PAL time (Tp) TL/2±20% 5000 200 20 2 500 400 300 200 60 500 50 5 1 2 3 5 4 10 20 30 40 50 1000 100 1000 100 10 .04 .05 .1 .2 .3 .4 .5 .01 .02 .03 125 1600 2000 S type s Operating characteristics (Generator protection use) 38 M type O p e r a t i n g t i m e ( s e c o n d s ) % of Long time delay current (!L) % of rated current(!n) Current % of rated current MAX.(!n max) pre-alarm Long time delay/Short time delay/instantaneous Ground fault Characteristics from the factory Adjustable characteristics PAL time (Tp) TL/2±20% LTD time (TL) 15-20-25-30-40-60s±20% LTD current (IL) 1.0-1.05-1.1-1.15-1.2✕In±5% PAL current (Ip) 0.84-0.88-0.92-0.96-1.0✕IL±10% GFR current (Ig) 0.1-0.2-0.3-0.5✕In max±20% 0.2-0.3-0.5✕In max±20%(AE4000-SSC~AE6300-SS) STD current (Isd) 2-2.5-3-3.5-4-4.5✕In±15% STD time (Tsd) 0-0.1-0.2-0.3-0.4-0.5s±20% GFR time (Tg) 0.3-0.8-1.5-3s±20% INST current (Ii) 4-6-8-10-12-16✕In±15% 4-6-8-10-12 ✕In±15% (AE5000-SS) 4-6-8-10 ✕In±15% (AE6300-SS) Maximum breaking time (In case of AE4000-SS~AE6300-SS, it is 0.05s.) 2000 1600 120 .03 .02 .01 .5 .4 .3 .2 .1 .05 .04 10 100 1000 100 1000 50 40 30 20 10 4 5 3 2 1 5 50 500 60 200 300 400 500 2 20 200 5000 39 s MAX. time of let-through current and B type relay characteristics B-COA % of Rated current Current t i m e ( s e c o n d s ) Characteristics from the factory Adjustable characteristics INST current (Ii) 4-6-8-10-12-16✕In±15% 4-6-8-10-12 ✕In±15%(AE5000-SS) 4-6-8-10 ✕In±15%(AE6300-SS) Maximum breaking time (In case of AE4000-SS~AE6300-SS, it is 0.05s.) Max.Rated short time current (1s) Max.time of let-through current External OCR max. setting 5000 200 20 500 400 300 200 60 500 50 5 1 2 3 5 4 10 20 30 40 50 1000 100 1000 100 10 .04 .05 .1 .2 .3 .4 .5 .01 .02 .03 1600 2000 (Not available for AE-SH) sTripping characteristics setting 40 Setting procedure 1. A small flat-tipped screwdriver is prepared. 2. Insert the flat-tipped screwdriver into the opening of the electronic trip relay cover. Then, lightly press the screwdriver leftward, and the cover will open. 3. There are 3 types of switches for setting up the required tripping characteristics and they should be used as follows:- qStep adjustable type A rotary switch is used. Do not stop the switch between steps as it would be the same setting value as that associated with the nearest step line. (Operate the switch with a torque of 0.1N•m or less.) wSlide switch type Slide the switch to the left or right. (operate the switch with a force of 10N or less.) ePushbutton type A pushbutton is provided for termporary operation. Press it with a force of 10N or less. Before operating make sure that the push-button is in its initial state. 4. When the characterisitics have been set, they should be checked using a field tester. 5. Two methods for sealing the cover are provided, select either from the following: qStick the sealing label on the opening of the electronic trip relay cover, and close the cover. The cover can not be opened unless the sealing label is removed. Note: The sealing label is supplied with the relay. wSeal the electronic trip relay cover by using the lead sealing hole at the bottom of the cover. Operating hole for Resetting qPress the screwdriver in the direction of the arrow to open the cover. 6 m m m a x . 0 . 8 m m m a x . Side view of the flat tip XIn XIn XIn XIu XIn max XIn max CURRENT Iu RATED CURRENT In In max= (CT RATING) .96 1.0 0.7 0.8 0.6 0.5 0.91.0 RATED CURRENT MAX. 60 80 100 OVER INST MCR STD LOCK 0.8 0.7 0.9 PAL P.U. Ip OVER 1.0 .92 .84 .80 INST P.U. In 4 6 8 UNINTERRUPTED 4 STD P.U. Isd 3 2 .88 10 12 16 8 6 10 0.3 GFR P.U. Ig 0.5 0.1 0.2 TRIP ALARM LOAD CURRENT % Iu 1600 A q Step type e Push-button type w Slide switch type Cover w Lead sealing hole q Sealing label Operating hole for Resetting 41 How to adjust the trip relay AE-SS has very intelligent relay with multi functions. But sometime, it seemed to be difficult to adjust it. This report can help you to solve such questions. <Front view of the relay> The relay is set as follows. Here !n max = Maximum rated current !n = Rated current !u = Uninterrupted current LTD TIME = Long time delay tripping time !sd = Short time delay pick-up current STD TIME = Short time delay tripping time !i = Instantaneous pick-up current !p = Pre-alarm (PAL) operating current !g = Ground fault pick-up current GFR TIME = Ground fault operating time TEST MADE IN JAPAN MODEL SPGT–C1A ELECTRONIC TRIP RELAY STD TIME LTD TIME GFR TIME Isd × 1.5 Iu × 2 s s s XIn XIn XIn XIu XIn max XIn max CURRENT Iu RATED CURRENT In In max= (CT RATING) PAL OUT PAL P.U. .96 1.0 0.7 0.8 0.6 0.5 0.9 1.0 RATED CURRENT MAX. 60 80 100 L G S/I OVER RESET INST MCR STD LOCK 0.8 0.7 0.9 PAL P.U. Ip OVER 1.0 .92 .84 .80 INST P.U. Ii 4 6 8 UNINTERRUPTED 4 STD P.U. Isd 3 2 .88 10 12 16 8 6 10 0.8 0.3 1.5 3.0 100 50 25 12 150 0.3 0.2 0 0.1 0.4 0.5 0.3 GFR P.U. Ig 0.5 0.1 0.2 TRIP ALARM LOAD CURRENT % Iu ALARM TRIP INDICATOR 1600 A sTripping characteristics setting (2/3) 42 TEST MADE IN JAPAN MODEL SPGT–C1A ELECTRONIC TRIP RELAY STD TIME LTD TIME GFR TIME Isd × 1.5 Iu × 2 s s s XIn XIn XIn XIu XIn max XIn max CURRENT Iu RATED CURRENT In In max= (CT RATING) PAL OUT PAL P.U. .96 1.0 0.7 0.8 0.6 0.5 0.91.0 RATED CURRENT MAX. 60 80 100 L G S/I OVER RESET INST MCR STD LOCK 0.8 0.7 0.9 PAL P.U. Ip OVER 1.0 .92 .84 .80 INST P.U. Ii 4 6 8 UNINTERRUPTED 4 STD P.U. Isd 3 2 .88 10 12 16 8 6 10 0.8 0.3 1.5 3.0 100 50 25 12 150 0.3 0.2 0 0.1 0.40.5 0.3 GFR P.U. Ig 0.5 0.1 0.2 TRIP ALARM LOAD CURRENT % Iu ALARM TRIP INDICATOR 1600 A !n =0.8×!n max =0.8×1600 =1280A !sd=3×!n =3×1280 =3840A !i =12×!n =12×1280 =15360A !n max=1600A !u =0.9×!n =0.9×1280A =1152A !g =0.1×!n max =0.1×1600 =160A GFR TIME=0.8s !p =0.8×!u =0.8×1152 =921.6A at!g×1.5=160×1.5 = 240A LTD TIME=100s at!u×2=1152×2 = 2304A STD TIME=0.3s at!sd×1.5=3840×1.5 = 5760A at!u×2=1152×2 = 2304A PAL pick-up time =50% of LTD time=50s ( ) ( ( ) ) ( ) Actual settings are as following table. LTD TIME STD TIME PAL pick-up time =1600A =1280A =1152A =100s±20% (at 2304A) =3840A±15% =0.3s±20% (at 5760A ) =15360A±15% =921.6A±10% =50s±20% (at 2304A) =160A±20% =0.8s±20% (at 240A) – !i !p GFR TIME !g !sd !n max !n !u How to get the current settings and operating times <Actual setting> Current settings and operating times are calculated. 43 How to get the current settings and operating times <Characteristic curve> In above settings, operating characteristics are set as follows. Current (%) qCharacteristic curve INST current (Ii) setting range GFR time (Tg) setting range STD time (Tsd) setting range STD current (Isd) setting range LTD time (TL) setting range GFR current (Ig) setting range PAL current (Ip) setting range O p e r a t i n g t i m e ( s ) 2000 1600 125 .03 .02 .01 .5 .4 .3 .2 .1 .05 .04 10 100 1000 100 1000 50 40 30 20 10 4 5 3 2 1 5 50 500 60 200 300 400 500 20 200 5000 sTripping characteristics setting (3/3) 44 Actual operating characteristics are shown is following curve by %-A figure. qCharacteristic curve X0.8 X0.1 X3 X12 TL=100s TP=50s 0.8s 0.3s 15360 5760 3840 2304 1440 1209.6 921.6 240 160 500 400 300 200 60 1 2 3 5 4 10 20 30 40 50 100 .04 .05 .1 .2 .3 .4 .5 .02 .03 500 400 300 200 60 1 2 3 5 4 10 20 30 40 50 1000 100 .04 .05 .1 .2 .3 .4 .5 .02 .03 current (A) o p e r a t i o n t i m e ( s ) sWiring diagram (According to EN50005) 45 Internal wiring diagram See Table 1 Xa TR!P X 1500V (Dielectric voltage) 2000V (Dielectric voltage) 342 341 331 321 311 L3 L2 554 534 524 98 344 332 334 322 324 312 314 L1 564 544 513 97 A L TAL GFR or ER CL CL CL CL PAL STD/ !NST LTD Electronic trip relay Main circuit Cell switches Electronic trip relay Power supply CT Current sensor coil Reset o n l y o p e r a t e 3 0 m s 13 Auxiliary switch contact a 413 414 Auxiliary switch contact b Charged signal a Motor charging Closing coil Shunt trip Under voltage trip Earth leakage trip output (for SHT trip) L1 L2 L3 Cell switch Electronic relay unit control power supply 564 Temperature alarm contact 554 Pre-alarm indication contact Trip indication contact OCR alarm contact For N-pole CT or external ZCT connection Applicable power supply (Table-1) Voltage(V) Input terminal C o m m o n 100 – 120 L1 , L2 L1 , L2 L1 , L3 200 – 240 100 – 125 24 – 60 DC AC qTerminal Symbols ~ 713 714 524 544 54 U1 U2 A1 A2 C1 C2 J1 J2 97 98 N1 N2 M1 M2 11 ~ 52 ~ 311 344 ~ qThe following wiring diagram shown accessories fully equipped. 46 See P19 2000V (Dielectric voltage) OFF OFF ON ON Charge M1 N1 713 UVT SHT CC J1 C1 A1 M2 N2 714 J2 C2 A2 U1 413 51 41 31 U2 414 52 42 32 21 11 53 43 22 12 54 44 33 23 34 24 14 M AX AX AX AX AX AX AX AX AX AX S B C S B C S B C S B C S B C 13 See P35 SHT Under voltage trip Electrical operation circuit Charged signal Auxiliary switches M Motor CC Closing coil SHT Shunt trip device UVT Under voltage trip coil AL OCR alarm (30ms) LTD Long-time-delay trip indication LAMP STD/INST Short-time-delay or instantaneous trip indication LAMP – – – Wiring by the user Wiring completed by the factory X Self-hold relay TAL Temperature alarm indication LAMP PAL Pre-alarm indication LAMP GFR or ER Ground fault trip or earth leakage indication LAMP qAccessory Symbols qThe Fig. below is the wiring diagram at fully equipped state. qCL and SBC are accessories for draw-out type. qOn the draw-out type, the control circuit terminal block should be moved to the left or right by 5mm, after cables connecting. qWhen usin coil loads such as DC magnetic switch, etc. as operating voltage in the peripheral circuits, install diodes, surge absorbers, etc. as a countermeasure against the surge (counter electromotive force) at the time of switching. qBecause of pumping prevention is not performed, do not use AXb contact for a cut-off of closing coil. sOutline dimensions (1/5) 47 Drawout type AE630-SS~AE1600-SS Front view Side view Rear view Main circuit terminal dimensions 85 85 85 85 85 85 85 85 85 50 4P 3P 4P 3P 3P 4P Front terminal Vertical terminal Horizontal terminal Neutral pole Neutral pole Neutral pole Operating panel center Operating panel center Operating panel center Outline of breaker Outline of breaker Outline of breaker 61 57 9 2 5 3 1 5 1 3 2 1 4 5 1 5 5 0 1 1 7 1 0 0 5 0 66 9 2 1 5 3 7 0 1 3 2 1 5 311 23 368 40 48 452 15 2 5 51 35 3 4 0 4 3 0 4 0 228 235(150) 150 59 149 42.5 200 234(149) 366 1 5 172 Earth terminal M8 screw 4P 3P Neutral pole Operating panel center UVT controller, etc Lifting hook hole Front face of control terminal M3.5 self-up screw Inside of the panel(thickness1.6~3.2) Panel Fully drawout position Test Disconnected Aperture for drawout handle Control terminals M3.5 self-up screw 4-f14 Horizontal terminal Vertical terminal Front terminal 220 : Mounting pitch The numerals shown in parentheses are for 3 poles. 5 0 15 2 5 38 2-f13 5 0 15 2 5 38 2-f13 2-f13 38 15 2 5 5 0 Horizontal terminal Vertical terminal Front terminal Connecting area Connecting area Connecting area 48 Drawout type AE2000-SS~AE3200-SS Front view Side view Rear view Main circuit terminal dimensions Earth terminal M8 screw Neutral pole Operating panel center UVT controller, etc Lifting hook hole Front face of control terminal M3.5 self-up screw Inside of the panel Panel Fully drawout position Test Disconnected Aperture for drawout handle Control terminals M3.5 self-up screw Horizontal terminal Vertical terminal Front terminal (thickness1.6~3.2) 324(194) 239 59 42.5 4 0 325(195) 243 228 172 1 5 366 4 3 0 3 4 0 35 51 2 5 15 452 48 40 368 23 311 1 3 2 3 7 0 9 2 61 T T 5 3 3 7 0 1 3 2 9 2 57 T 1 2 5 1 2 5 1 8 2 6 7 83 25 20 Dimension of T Type AE2000,2500-SS AE3200-SS 4P 3P 4-f14 200 220 T T : Mounting pitch The numerals shown in parentheses are for 3 poles. Front terminal Vertical terminal Horizontal terminal Neutral pole Neutral pole Neutral pole Operating panel center Operating panel center Operating panel center Outline of breaker Outline of breaker Insulation block 130 23 130 130 W 3P 4P 130 130 130 T 130 130 130 23 W 23 4P 3P 4P 3P Horizontal terminal Vertical terminal Front terminal Connecting area Connecting area Connecting area AE2000,2500-SS AE3200-SS Type 103 95 34 15 W 2 5 2 5 4-f13 2 5 38 15 2 5 2 5 5-f13 2 5 2 5 1 2 5 2 5 4-f13 2 5 2 5 15 38 W Dimension of W 49 sOutline dimensions (2/5) Drawout type AE4000-SSC (3P) Only vertical connection is available M3.5 self-up screw L,R pole:T10✕W150✕4 pieces C pole :T10✕W150✕3 pieces Aperture for drawout handle 4-f14 151 1 2 5 1 2 5 6 7 1 8 2 3 7 0 3 4 0 368 35 51 311 366 172 452 23 220 40 48 15 2 5 4 3 0 1 5 324 200 239 59 42.5 4 0 325 243 228 Connection bus bar Operating panel center UVT controller, etc Control terminals : Mounting pitch Lifting hook hole Front face of control terminal M3.5 self-up screw Test Disconnected Earth terminal M8 screw Inside of the panel(thickness1.6~3.2) Panel Fully drawout position 53 25 2 5 2 5 5-f13 2 5 2 5 1 2 5 Connecting area Front view Side view Rear view Main circuit terminal dimensions 10 10 493 90 42.5 195 195 70 10 10 Operating panel center Outline of breaker Insulation block 50 Drawout type AE4000-SS~AE6300-SS Earth terminal M8 screw Neutral pole Operating panel center UVT controller, etc Lifting hook hole Front face of control terminal M3.5 self-up screw Inside of the panel (thickness1.6~3.2) Panel Fully drawout position Test Disconnected Aperture for drawout handle Fixing bolts 2-M12 Drawout handle radius 100 Control terminals M3.5 self-up screw 44 530 42.5 228 1 8 4 9 0 28 28 588.5(458.5) 373.5 610(480) 395 345.5 4P 3P 4-M12 400 4 8 0 7 5 3 4 0 48 368 123 23 220 172 40 51 35 311 4 2 0 1 8 2 1 2 5 1 2 5 1 1 7 15 366 Insulation block M12 weld nut Mounting angle 1 5 : Mounting pitch The numerals shown in parentheses are for 3 poles. 5-f13 1 2 5 2 5 2 5 2 5 2 5 53 25 Connecting area Front view Side view Rear view Main circuit terminal dimensions W 431.5 T 25 196 561.5(431.5) 3 8 2 262 262 42.5 1 4 The mounting angle should be prepared by the customer. Operating panel center Outline of breaker 2-M12 for mounting Mounting angle (SUS) Neutral pole 4P 3P Type 105 100 Dimension of W 25 20 Dimension of T AE6300-SS AE4000,5000-SS s Outline dimensions (3/5) 51 Drawout type AE630-SH~AE3200-SH Earth terminal M8 screw Neutral pole Operating panel center UVT controller, etc Lifting hook hole Front face of control terminal M3.5 self-up screw Dimensions from inside of the panel Panel Fully drawout position Test Disconnected Aperture for drawout handle Drawout handle radius 100 Control terminals M3.5 self-up screw Fixing bolt 2-M12 Horizontal terminal Vertical terminal Front terminal (thickness1.6~3.2) Dimension of T Type 42.5 350(220) 265 228 33 243 325(195) 200 4 0 1 3 4 4-f14 T 4 3 0 3 4 0 2 5 15 35 51 3 7 0 1 3 2 T 9 2 23 61 202 398 396 220 40 48 452 341 1 5 83 6 7 1 8 2 1 2 5 1 2 5 T 57 9 2 1 3 2 3 7 0 5 3 T T AE3200-SH AE630~2500-SH 20 25 : Mounting pitch The numerals shown in parentheses are for 3 poles. Front terminal Vertical terminal Horizontal terminal Neutral pole Neutral pole Neutral pole Operating panel center Operating panel center Operating panel center Outline of breaker Outline of breaker Insulation block 130 23 130 130 W 4P 3P 23 W 130 130 130 3P 4P 23 130 130 130 T 3P 4P Horizontal terminal Vertical terminal Front terminal Connecting area Connecting area Connecting area Type 103 95 Dimension of W W 38 15 2 5 2 5 4-f13 2 5 1 2 5 2 5 2 5 5-f13 2 5 2 5 15 38 2 5 4-f13 2 5 2 5 W 15 34 AE3200-SH AE630~2500-SH Front view Side view Rear view Main circuit terminal dimensions 52 Fixed type AE630-SS/SH~AE3200-SS/SH 4-f14 268 227 (142) 142 255(170) 241(156) 228 156 170 38 4-f14 317 268 232 38 260 246 228 331(201) 345(215) 4P 3P Neutral pole Neutral pole Control terminal M3.5 self-up screw Control terminal M3.5 self-up screw Operating panel center Operating panel center UVT controller,etc UVT controller,etc Earth terminal M8 screw Earth terminal M8 screw 4P 3P AE630~1600-SS AE2000~3200-SS AE630~3200-SH AE2000~3200-SS AE630~1600-SS Type Dimension of T 15 20 : Mounting pitch The numerals shown in parentheses are for 3 poles. 144 1 3 2 7 2 2 0 2 0 32 7 70 31 Panel Panel 288 31 40 7 17 4-f13 2 5 2 5 38 9 5 17 2-f13 290 3 4 0 175 40 88 4 1 0 3 5 0 5 288 3 4 0 290 175 40 144 88 4 1 0 3 5 0 5 T 7 2 1 3 2 T 2 5 38 2 5 5 0 AE630~3200-SS AE630~3200-SH Inside of the panel (thickness1.6~3.2) Earth terminal M8 screw Earth terminal M8 screw Inside of the panel (thickness1.6~3.2) Connecting area Connecting area AE2000~3200-SS AE630~ 3200-SH AE630~ 1600-SS 85 23 23 514(384) 95 95 50 85 85 130 130 130 130 130 130 4P 3P 3P 4P Operating panel center Operating panel center Operating panel center Insulation block Neutral pole Neutral pole Neutral pole Outline of breaker Outline of breaker AE630~1600-SS 4P 3P AE2000~3200-SS AE630~3200-SH Side view Main circuit terminal dimensions Front view Rear view s Outline dimensions (4/5) 53 Fixed type AE4000-SSC (3P) 4-f14 317 268 232 38 260 246 228 331 345 Control terminal M3.5 self-up screw Operating panel center UVT controller,etc Earth terminal M8 screw : Mounting pitch Only vertical connection is available 1 2 5 288 1 2 5 9 3 4 0 7 88 144 4 1 4 3 5 4 1 8 2 7 2 . 5 136 290 31 40 175 25 53 1 2 5 2 5 5-f13 2 5 2 5 2 5 Connection bus bar Per 1 pole: T10✕W150✕3 pieces (All poles) Panel Earth terminal M8 screw Inside of the panel(thickness1.6~3.2) Connecting area 42.5 195 195 10 70 10 Operating panel center Outline of breaker Side view Main circuit terminal dimensions Front view Rear view 54 Fixed type AE4000-SS~AE6300-SS 4-f14 3P 4P 581.5(451.5) 268 366.5 38 394 380.5 228 595.5(465.5) 609(479) Control terminal M3.5 self-up screw Operating panel center UVT controller,etc Earth terminal M8 screw : Mounting pitch 1 2 5 5 7 288 1 2 5 9 3 4 0 7 88 144 4 1 4 3 5 4 1 8 2 7 2 . 5 1 0 136 290 31 40 175 Bus bar Panel Earth terminal M8 screw Inside of the panel (thickness1.6~3.2) 25 53 1 2 5 2 5 5-f13 2 5 2 5 2 5 Connecting area Front view Side view Rear view Main circuit terminal dimensions 42.5 197 262 262 100 20 20 Operating panel center Outline of breaker Neutral pole 3P 4P s Outline dimensions (5/5) 55 Panel-cut, Drawout handle, Terminal adapter f22 2 0 0 1 6 9 max 173 200 f 1 2 7.7 4 0 5 3 4 5 235 295 3 8 1 271 247 235 3 2 4 A 3 5 7 A 3 4 5 8-f7 245 AE4000~6300-SS 179 AE4000-SSC (FIX) 195 175 Dimension of A Type Operating panel center Breaker mounting frame Outline Panel-cut dimensions Breaker Operating panel center Breaker mounting frame Drawout Type Fixed Type 5 3 D 25 3 4 1 5 D 25 25 25 C T 3 7 . 5 5 0 1 0 0 15 15 15 2 5 2 5 2 5 115 T T 1 2 5 2 5 2 5 2 5 2 5 38 38 15 1 5 1 5 5 0 2 5 2 5 100 38 38 25 Mtg.holesf13 f13 f13 AE630~ 1600-SS AE2000~3200-SS AE630~3200-SH C o n n e c t i n g a r e a Connecting area Connecting area 25 25 20 20 20 15 15 15 Dimension of T 103 95 95 95 95 95 50 50 50 258.5 145 145 258.5 Fixed type Down side Up side Drawout type Fixed type Drawout type Fixed type Drawout type Down side Down side Up side Up side AE3200-SH AE630~2500-SH Dimension of D Dimension of C 145 258.5 145 145 145 AE3200-SS AE2000,2500-SS AE630~1600-SS Type 25 20 Dimension of T Type AE2000,2500-SS AE630~2500-SH AE3200-SS AE3200-SH AE630~1600-SS AE2000~3200-SS AE630~3200-SH 42 2 2 5 4 5 B A C Type AE2000~3200-SS AE630~3200-SH AE630~1600-SS Operating panel center 3 310 180 225 225 23 23 0 135 220 4 3 135 135 0 C B Dimensions A Number of poles (Side view) (Rear view) Dimensions 4 Panel Neutral pole Outline of breaker Panel-cut dimensions Door frame panel-cut dimensions Drawout handle dimensions Vertical terminal adapter Front terminal adapter Panel-cut dimensions (Breaker rear side) 56 Neutral CT (NCT), External ZCT CW40-LM 5000~6300A CW40-LM 630~4000A M 87 66 L 55 38 K 11 9 J 68 51 CW40-LM 630~2000A CW40-LM 2500~4000A 162 4 219 160 31 48 192 212 97 5.5 137 105 16.5 28 122 142 A B C D E F G H C 102 40 79 4 4 0 2 1 7 2 9 8 328 285 88 251 H G F E M K L J D B A K L Dimensions(mm) Slit for M8 bolt Terminals M5 screw Terminals M5 screw K L Slit for M10 bolt K B 2 0 0 108 ZCT163 ZCT323 ZCT324 230 370 500 108 C 323 250 460 400 600 550 47 E 47 48 D B A 60 C D 72 92 E A Slit for M8 bolt Dimensions(mm) Terminals M3.5 screw External ZCT for transformer ground wire Neutral CT (NCT) External ZCT for load circuits C D 7.7 C D G ZT60A ZT80A ZT100A 140 60 73 150 46 160 80 82 169 48 185 100 93 190 50 A B C D E 40 30 ZT40A ZT30A 85 43 92 81 40 100 50 25 H 50 70 G 90 15 F 30 46 E 66 62 D 82 29 37 68 ZT15A B 15 A 48 C A 90 E 70 12 30 100 A E 52 28 40 H 3 B F 2 B Slit for M5 screw Slit for M5 screw Dimensions(mm) Dimensions(mm) Terminals M3.5 screw Terminals M3.5 screw 57 sTechnical information (1/3) For the terminal connections, use M12 bolts, washers and spring washers. In order to prevent increased contact resistance due to humidity, silver plating of the contact surface of the conductor which is connected to the terminal of the breaker, is recommended. Also clean the contact surface, and securely connect them at a suitable torque. 1 Pre-cautions when making connections Silver plated conductor Terminal 15~23mm 25 Standard Tightening Torque Screw size M12 Tightening torque (N • m) 40~50 Si nce faul t current fl owi ng through the conductors cause large electromagnetic forces, the conductors should be secured firmly, using the values in Table on the right as a reference. Max busbar supporti ng distance nearest to ACB is less than 200mm. Electromagnetic force in N per 1m conductor (in the case of three phase short circuit) Type (A) AE630-SS AE1600-SS ف AE2000-SS AE3200-SS AE–SH ف AE4000-SS AE6300-SS ف Conductor distance (mm) 30 (0.2) Prospective fault current kA (pf) 85 7500 4500 2300 42 (0.2) 14600 8900 4500 50 (0.2) 20800 12500 6300 65 (0.2) 35100 21200 10600 85 (0.2) 60200 36200 18100 100 (0.2) 50100 25100 130 (0.2) 84700 42400 130 AE4000-SSC 3400 6700 9400 15900 27200 195 262 (N) When selecting conductors for connection to a Series AE breaker, ensure that they have a sufficient current capacity, refer to Table on the right. Conductor Size (IEC-60947-1 ; 40°C Ambient Temp., Open air) Rated current Max. (A) Connecting conductors (copper bus bar) Arrangement With long surface vertical With long surface vertical With long surface vertical With long surface vertical With long surface vertical With long surface vertical With long surface vertical With long surface vertical With long surface vertical With long surface vertical 2 40✕5 Quantity Conductor size(mm) 630 2 60✕5 1000 2 80✕5 1250 2 100✕5 1600 3 100✕5 2000 4 100✕5 2500 3 100✕10 3150(3200) ✽1 4 100✕10 4000 ✽2 4 150✕10 5000 4 200✕10 6300 ✽ 1. ✽ 2. The temperature rise of rated current 3200A conforms to the requirement of IEC 60947-1 for the connecting conductor size of a rated current of 3150A. In case of more then 3200A, conductor sizes are not given in IEC 60947-1. In case of AE-4000-SSC, refer to P49, 53. AE–SS AE–SH Bus bar Fixing support Max.200mm 58 When a short-circuit current is interrupted, hot gas blows out discharged from the exhaust port of the arc extinguishing chamber, so provid a clearance as shown in the following table. qOn the fixed type, maintenance is possible with following clearance. 2 Line side insulation clearance If under ordinary conditions the following normal working conditions are all satisfied, the AE Series air circuit breaker may be used unless otherwise specified. 1. Ambient air temperature A range of max. +40˚C to min. –5˚C is recommended. However, the average over 24 hours must not exceed +35˚C. 2. Altitude 2,000m (6,600 feet) or less 3. Environmental conditions The air must be clean, and the relative humidity 85% or less at a max. of +40˚C. Do not use and store in atmospheres with sulfide gas, ammonia gas etc. (H2S q 0.01ppm SO2 q 0.1ppm NH3 q a few ppm.) 4. Installation conditions When installing the AE Series air circuit breaker, refer to the installation instructions in the catalogue and instruction manual. 5. Strage temperature A range of max. +60˚C to min. –20˚C is recommended to store. However, the average over 24 hours must not exceed +35˚C. 6. Replacement Approx. 15 years. Please refer to the instruction manual. 3 Service conditions qDimensions Type AE630-SS AE3200-SS AE4000-SSC ف AE4000-SS AE6300-SS AE-SH ف Applicable voltage AC600V or less AC660V,690V AC690V or less Fix type Drowout type A 0 (Note 1) 100 (Note 1) 200 (Note 1) B 50 (Note 3) 50 (Note 3) 50 (Note 3) C 162 162 – D 50 (Note 2) 50 (Note 2) 200 A 0 100 200 (Note 1) B 50 (Note 3) 50 (Note 3) 50 (Note 3) C 240 240 – D 50 (Note 2) 50 (Note 2) 200 300mm or more clearance is necessary to inspect the arc-extinguishing chamber and contacts. The wiring space reguired for the control terminal block. In case dimension B becomes larger when the UVT controller, the mechanical interlock, door interlock, etc, are installed. Note 1 : Note 2 : Note 3 : (mm) A B B Side plate C A D Mounting surface Electrical equipment, appliances and screen In the case of special service condition, modified air circuit breakers are available. Please specify when ordering. Service life may be shorter depend on service conditions. 1. Special environmental conditions If it is used at high temperature and/or high humidity, the insulation durability and other electrical/mechanical features may deteriorate. Therefore, the breaker should be specially treated. Moisture fungus treatment with increased corrosion-resistance is recommended. Si nce some parts may pose probl ems due to corrosion in the environments where corrosive gas results from the corrosion, the increased Extra- corrosion proof specifications is recommended. 2. Special ambient temperature If the ambient temperature exceeds +40˚C, the uninterrupted current rating will be reduced. Since the reduction value is different depending on the applicable standard, refer to P60. 3. Special altitude If it is used at the 2,000m or higher the heat radiation rate is reduced decreasing the operating voltage rating, continuous current capacity and breaking capacity. Moreover the durability of the insulation is also decreased owing to the atmospheric pressure. Apply for further detail. 1 Normal service condition 2 Special service conditions sTechnical information (2/3) 59 4 Internal resistance, reactance and power consumption (per pole) Type Connection Internal resistance (mΩ) Reactance (mΩ) Power consumption (W) AE630-SS Fixed type 0.028 0.059 11 Drawout type 0.042 0.089 17 AE630-SH Fixed type 0.020 0.047 8 Drawout type 0.030 0.071 12 AE1000-SS Fixed type 0.026 0.060 26 Drawout type 0.040 0.091 40 AE1000-SH Fixed type 0.018 0.047 18 Drawout type 0.028 0.071 28 AE1250-SS Fixed type 0.024 0.060 38 Drawout type 0.038 0.091 60 AE1250-SH Fixed type 0.016 0.047 25 Drawout type 0.026 0.071 41 AE1600-SS Fixed type 0.016 0.063 41 Drawout type 0.030 0.095 77 AE1600-SH Fixed type 0.014 0.047 36 Drawout type 0.024 0.071 61 AE2000-SS Fixed type 0.010 0.047 40 Drawout type 0.020 0.071 80 AE2000-SH Fixed type 0.012 0.047 48 Drawout type 0.022 0.071 88 AE2500-SS Fixed type 0.008 0.047 50 Drawout type 0.018 0.071 113 AE2500-SH Fixed type 0.010 0.047 63 Drawout type 0.020 0.071 125 AE3200-SS Fixed type 0.008 0.048 72 Drawout type 0.014 0.072 143 AE4000-SSC Fixed type 0.008 0.048 128 Drawout type 0.014 0.072 224 AE4000-SS Fixed type 0.010 0.038 160 Drawout type 0.013 0.062 210 AE5000-SS Fixed type 0.009 0.038 225 Drawout type AE6300-SS Fixed type 0.011 0.062 275 Drawout type 0.008 0.038 318 0.0085 0.062 340 qThe above values are applicable for one pole. AE3200-SH Fixed type 0.009 0.048 92 Drawout type 0.016 0.072 164 60 5 Deratings by ambient temperature Standard JISC8372 (Standard : 40°C) IEC60947-2 BS (Standard : 40°C) NK (Standard : 45°C) LR,AB,GL DNV,BV (Standard : 45°C) Ambient temperature 40°C 45°C 50°C 55°C 60°C 40°C 45°C 50°C 55°C 60°C 45°C 50°C 55°C 60°C 45°C 50°C 55°C 60°C AE630-SS AE630-SH 630 630 630 630 630 630 630 630 630 630 630 630 630 630 630 630 630 630 AE1000-SS AE1000-SH 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 AE1250-SS AE1250-SH 1250 1250 1250 1200 (1250) 1150 (1250) 1250 1250 1250 1250 1200 (1250) 1250 1250 1200 (1250) 1150 (1250) 1250 1250 1250 1200 AE1600-SS AE1600-SH 1600 1600 1500 (1600) 1450 (1600) 1400 (1600) 1600 1600 1600 1550 (1600) 1500 (1600) 1600 1500 (1600) 1450 (1600) 1400 (1600) 1600 1600 1550 (1600) 1500 (1600) AE2000-SS AE2000-SH 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 AE2500-SS AE2500-SH 2500 2500 2500 2350 2250 2500 2500 2500 2450 2350 2500 2500 2350 2250 2500 2500 2450 2350 AE3200-SS AE3200-SH 3200 3200 3000 2900 2800 3200 3200 3200 3000 2900 3200 3000 2900 2800 3200 3200 3050 2900 AE4000-SS 4000 4000 4000 4000 4000 4000 4000 4000 3900 3750 4000 4000 4000 4000 4000 4000 3900 3750 AE5000-SS 5000 5000 5000 4900 4700 5000 5000 5000 5000 4750 5000 5000 4800 4600 5000 5000 5000 4750 AE6300-SS 6000 5800 5600 5450 5250 6300 6300 5750 5500 5200 5700 5500 5300 5100 6300 5750 5500 5200 Note : The figures in ( ) in the above Table indicate reduced current values exclusive to AE-SH series. (A) AE4000-SSC 3600 3500 3350 3200 3050 4000 3800 3650 3500 3300 3500 3350 3200 3050 sTechnical information (3/3) 61 Selective interrupting combinations table AE-SS Series air circuit breakers provide easy selective co-ordination with branch circuit breakers. For selective co-ordinations, refer to the following table. Main circuit breaker AE-SS Branch circuit breaker Unit breaking capacity N F - S • M B N F - C NF30-SP MB30-SP MB50-CP NF50-SP NF60-SP MB50-SP NF50-HP NF60-HP NF50-HRP NF100-SP NF100-SEP MB100-SP NF100-HP NF250-SP NF250-SEP MB250-SP NF250-HP NF400-SP NF400-SEP NF400-HEP NF400-REP NF630-SP NF630-SEP NF630-HEP NF630-REP NF800-SEP NF800-HEP NF800-REP NF50-CP NF60-CP NF100-CP NF250-CP NF400-CP NF630-CP NF800-CEP NF100-RP NF100-UP NF250-RP NF250-UP NF400-UEP NF630-UEP NF800-UEP q The values in the table represent the max. rated current for both Series AE- SS air circuit breakers and branch breakers, and the selective co-ordination applies when the AE-SS series air circuit breakers instantaneous pick up is set to maximum. q The numerals shown in parentheses are for AE-SS with MCR. (When set MCR). qPlease apply in case of AE-SH. 5 10 25 85 50 100 50 100 85 85 100 5 25 30 50 125 85 85 50 50 100 125 85 100 125 AE630-SS 65 5 9(10) 9(25) 9(65) 9(50) 9(65) 9(50) 9(65) – 9(65) 5 9(25) 9(30) – 9(65) 9(65) – – – – – – – – – AE1000-SS 65 5 10 25 50(65) 45(50) 50(65) 20(50) 25(65) – 15(65) 5 15(25) 15(30) 15(50) 15(65) 15(65) – 15(65) – – 15(65) 15(65) – – – AE1250-SS 65 5 10 25 65 50 65 22(50) 40(65) 20(65) 5 18(25) 18(30) 20(50) 20(65) 20(65) 20(65) – 18(65) – 18(50) 18(65) 18(65) 18(65) 18(65) 18(65) AE1600-SS 65 5 10 25 65 50 65 42(50) 65 27(65) 5 24(25) 24(30) 27(50) 27(65) 27(65) 27(65) 24(65) 24(65) 24(50) 24(50) 24(65) 24(65) 24(65) 24(65) 24(65) AE2000-SS 85 5 10 25 85 50 85 50 85 42(65) 5 25 30 42(50) 42(65) 42(65) 42(65) 30(65) 30(65) 30(50) 30(50) 30(65) 30(65) 30(65) 30(65) 30(65) AE2500-SS 85 5 10 25 85 50 85 50 85 70 5 25 30 50 70 70 70 40(65) 40(65) 40(50) 40(50) 40(65) 40(65) 40(65) 40(65) 40(65) AE3200-SS 85 5 10 25 85 50 85 50 85 85 85 85 5 25 30 50 85 60(65) 60(65) 50 50 60(65) 60(65) 60(65) 60(65) 60(65) AE4000-SSC 85 5 10 25 85 50 85 50 85 85 85 85 5 25 30 50 85 85 85 50 50 85 85 85 85 85 AE5000-SS 130 5 10 25 85 50 100 50 100 85 85 100 5 25 30 50 125 85 85 50 50 85 85 85 85 85 50 50 AE6300-SS 130 5 10 25 85 50 100 50 100 85 85 100 125 85 85 5 25 30 50 85 85 85 85 85 AE4000-SS 130 5 10 25 85 50 100 50 100 85 85 100 5 25 30 50 125 85 85 50 50 85 85 85 85 85 N F - U 85 100 125 85 100 125 125 200 125 200 200 200 200 65 65 9(65) 9(65) 9(65) – – 65 65 65 65 15(65) 15(65) – 65 65 65 65 18(65) 18(65) 18(65) 65 65 65 65 29(65) 24(65) 24(65) 85 85 85 85 48(65) 30(65) 30(65) 85 85 85 85 85 37(65) 37(65) 85 85 85 85 85 68 68 85 85 85 85 85 85 85 125 130 125 130 130 120 120 125 130 125 130 130 120 120 125 130 125 130 130 120 120 AC220V sym kA 62 Main circuit breaker AE-SS Branch circuit breaker Unit breaking capacity N F - S • M B N F - C NF30-SP MB30-SP MB50-CP NF50-SP NF60-SP MB50-SP NF50-HP NF60-HP NF50-HRP NF100-SP NF100-SEP MB100-SP NF100-HP NF250-SP NF250-SEP MB250-SP NF250-HP NF400-SP NF400-SEP NF400-HEP NF400-REP NF630-SP NF630-SEP NF630-HEP NF630-REP NF800-SEP NF800-HEP NF800-REP NF50-CP NF60-CP NF100-CP NF250-CP NF400-CP NF630-CP NF800-CEP NF100-RP NF100-UP NF250-RP NF250-UP NF400-UEP NF630-UEP NF800-UEP q The values in the table represent the max. rated current for both Series AE- SS air circuit breakers and branch breakers, and the selective co-ordination applies when the AE-SS series air circuit breakers instantaneous pick up is set to maximum. q The numerals shown in parentheses are for AE-SS with MCR. (When set MCR). qPlease apply in case of AE-SH. 2.5 7.5 10 30 25 50 25 50 50 50 65 2.5 10 15 25 125 50 50 35 35 65 125 50 65 125 AE630-SS 65 2.5 7.5 9(10) 9(30) 7(25) 9(50) 7(25) 7(50) – 9(50) 2.5 9(10) 9(15) – 9(65) 9(65) – – – – – – – – – AE1000-SS 65 2.5 7.5 10 30 20(25) 30(50) 14(25) 15(50) – 15(50) 2.5 10 15 15(25) 15(65) 15(65) – 15(50) – – 15(65) 15(65) – – – AE1250-SS 65 2.5 7.5 10 30 25 50 19(25) 25(50) 18(50) 2.5 10 15 18(25) 18(65) 18(50) 18(65) – 18(50) – 18(35) 18(65) 18(65) 18(50) 18(65) 18(65) AE1600-SS 65 2.5 7.5 10 30 25 50 25 42(50) 24(50) 2.5 10 15 24(25) 24(65) 24(50) 24(65) 24(50) 24(50) 24(35) 24(35) 24(65) 24(65) 24(50) 24(65) 24(65) AE2000-SS 85 2.5 7.5 10 30 25 50 25 50 33(50) 2.5 10 15 25 33(65) 33(50) 33(65) 33(50) 30(50) 30(35) 30(35) 30(65) 30(65) 30(50) 30(65) 30(65) AE2500-SS 85 2.5 7.5 10 30 25 50 25 50 45(50) 2.5 10 15 25 45(65) 45(50) 45(65) 45(50) 40(50) 35 35 40(65) 40(65) 40(50) 40(65) 40(65) AE3200-SS 85 2.5 7.5 10 30 25 50 25 50 50 65 50 2.5 10 15 25 80 50 50 35 35 60(65) 60(65) 60(50) 60(65) 60(65) AE4000-SSC 85 2.5 7.5 10 30 25 50 25 50 50 50 65 2.5 10 15 25 85 50 50 35 35 65 85 50 65 85 AE5000-SS 130 2.5 7.5 10 30 25 50 25 50 50 50 65 2.5 10 15 25 110 50 50 35 35 65 85 50 65 85 35 35 AE6300-SS 130 2.5 7.5 10 30 25 50 25 50 50 50 65 110 50 50 2.5 10 15 25 65 85 50 65 85 AE4000-SS 130 2.5 7.5 10 30 25 50 25 50 50 50 65 2.5 10 15 25 110 50 50 35 35 65 85 50 65 85 N F - U 125 200 125 200 200 200 200 35(65) 50(65) 9(65) 9(65) 9(65) – – 65 65 50(65) 65 15(65) 15(65) – 65 65 65 65 18(65) 18(65) 18(65) 65 65 65 65 29(65) 24(65) 24(65) 85 85 85 85 48(65) 30(65) 30(65) 85 85 85 85 85 37(65) 37(65) 85 85 85 85 85 68 68 85 85 85 85 85 85 85 125 130 125 130 130 120 120 125 130 125 130 130 120 120 125 130 125 130 130 120 120 AC460V sym kA Neutral CT(NCT) External ZCT(ZCT) Type Refer P37 Y-2000 field test device AC100 – 240V Y-160 field test device AC100 – 120V AC200 – 240V ; S ST T … Trip indication SPT P … Pre-alarm SPGT SPET BARE Relay not require Note7 Electronic trip relay type Blank LTD+STD+INST C LTD+STD+INST/MCR Tripping characteristics Note5 A OCR alarm(30ms 1 pulse) T Temperature alarm(LED & 1a contact) Electronic trip relay accessories 0 Not required(Only for S type) 1 AC100 – 120/200 – 240V 2 DC100 – 125V 4 DC24 – 60V Control supply Condenser trip device (COT) AC100 – 110V AC200 – 220V AC • DC100 – 125V AC • DC200 – 250V DC24V DC48V Closing coil(CC) Shunt trip device (SHT) AC • DC100 – 250V DC24 – 48V Under voltage trip device AC100 – 120 /200 – 240 /380 – 460V DC24V DC48V DC100 – 110V DC120 – 125V Instantaneous(UVT-SSB) 0.5 s Time-delay type (UVT-05SSB) 3 s Time-delay type (UVT-30SSB) AC • DC100 – 250V AC380 – 500V DC24 – 48V Data Test report Specifications P22 Remark Production date Customer(name) Order No. Number of units units Number of poles Rated current A Applicable standard 3P IEC 60947-2 JIS C8372 Ambient temperature 40°C Cell switch CL- (Maximum: 4 pcs.) Shorting-B contact(SBC) Lifting hooks(HP) Safety shutter(SST) Shutter lock(SST-LOCK) Mis-insertion preventer(MIP) Test jumper(TJ) Vertical terminal adapter(VTA) Front terminal adapter(FTA) Others °C Note2 Others 4P C T D Connection P17 Fixed type(FIX) Main circuit terminal Only for Horizontal terminals Drawout type(DR) Horizontal terminals(standard) Vertical terminals(DR-VT) Front terminals(DR-FT) Drawout type accessories P23~24 P21~22 Push button cover(BC-L) Counter(CNT) Cylinder lock(CYL) Door interlock(DI) Note8 Terminal cover(TTC) Door frame(DF) Dust cover(DUC) Interphase barrier(BA) Mechanical interlock(MI) P58 for 2units for 3units Type P13~16 AE -SS AE -SH Electronic trip relay P18~20 Auxiliary switch Standard(AX) High capacity(HAX) Motor charging(MD) A B Max.5A5B "A"and"B"should be same. P25~36 Special environments Moisture-fungus treatment Extra-corrosion proof specification Electrical accessories Machine accessories S … Standard Can be connected to the Horizontal terminals Note7 Note:When specifying MD, be sure to order the closing coil(CC)and shunt trip device(SHT)for remote operation. G … Ground fault protection Note5 E … Earth leakage protection Note6 Note1. Not available for AE4000-SSC. Note2. There is case to derate by ambient temperature. Note3. Not available for AE4000~6300-SS. Note4. The terminal for AE4000-SSC, AE4000~6300-SS shall be vertical terminal. Note5. Not available for AE-SS series with maximum rated current (In max) coming to 315A or 500A, nor AE630-SH. Neutral CT is needed for Ground fault protection when a 3 pole breaker is used on a 3 phase 4 wires system. Note6. In case of Earth leakage alarm, It need external ZCT. In case of Earth leakage tripping, It also need SHT. Note7. Not available for AE-SH. Note8. If install together with MI, Please ask us. Note1 Note4 Note3 Note4 units Note1,3 Example 63 Ordering information for Mitsubishi AE-SS series air circuit breaker (General use …… S Type) Neutral CT(NCT) External ZCT(ZCT) Type Refer P37 Y-2000 field test device AC100 – 240V Y-160 field test device AC100 – 120V AC200 – 240V ; S ST T … Trip indication SPT P … Pre-alarm SPGT SPET BARE Relay not require Note7 Electronic trip relay type Blank LTD+STD+INST C LTD+STD+INST/MCR Tripping characteristics Note5 A OCR alarm(30ms 1 pulse) T Temperature alarm(LED & 1a contact) Electronic trip relay accessories 0 Not required(Only for S type) 1 AC100 – 120/200 – 240V 2 DC100 – 125V 4 DC24 – 60V Control supply Condenser trip device (COT) AC100 – 110V AC200 – 220V AC • DC100 – 125V AC • DC200 – 250V DC24V DC48V Closing coil(CC) Shunt trip device (SHT) AC • DC100 – 250V DC24 – 48V Under voltage trip device AC100 – 120 /200 – 240 /380 – 460V DC24V DC48V DC100 – 110V DC120 – 125V Instantaneous(UVT-SSB) 0.5 s Time-delay type (UVT-05SSB) 3 s Time-delay type (UVT-30SSB) AC • DC100 – 250V AC380 – 500V DC24 – 48V Data Test report Specifications P22 Remark Production date Customer(name) Order No. Number of units units Number of poles Rated current A Applicable standard 3P IEC 60947-2 JIS C8372 Ambient temperature 40°C Cell switch CL- (Maximum: 4 pcs.) Shorting-B contact(SBC) Lifting hooks(HP) Safety shutter(SST) Shutter lock(SST-LOCK) Mis-insertion preventer(MIP) Test jumper(TJ) Vertical terminal adapter(VTA) Front terminal adapter(FTA) Others °C Note2 Others 4P C T D Connection P17 Fixed type(FIX) Main circuit terminal Horizontal terminals Drawout type(DR) Horizontal terminals(standard) Vertical terminals(DR-VT) Front terminals(DR-FT) Drawout type accessories P23~24 P21~22 Push button cover(BC-L) Counter(CNT) Cylinder lock(CYL) Door interlock(DI) Note8 Terminal cover(TTC) Door frame(DF) Dust cover(DUC) Interphase barrier(BA) Mechanical interlock(MI) P58 for 2units for 3units Type P13~16 AE -SS AE -SH Electronic trip relay P18~20 Auxiliary switch Standard(AX) High capacity(HAX) Motor charging(MD) A B Max.5A5B "A"and"B"should be same. P25~36 Special environments Moisture-fungus treatment Extra-corrosion proof specification Electrical accessories Machine accessories S … Standard Can be connected to the Horizontal terminals Note7 Note:When specifying MD, be sure to order the closing coil(CC)and shunt trip device(SHT)for remote operation. G … Ground fault protection Note5 E … Earth leakage protection Note6 Note1. Not available for AE4000-SSC. Note2. There is case to derate by ambient temperature. Note3. Not available for AE4000~6300-SS. Note4. The terminal for AE4000-SSC, AE4000~6300-SS shall be vertical terminal. Note5. Not available for AE-SS series with maximum rated current (In max) coming to 315A or 500A, nor AE630-SH. Neutral CT is needed for Ground fault protection when a 3 pole breaker is used on a 3 phase 4 wires system. Note6. In case of Earth leakage alarm, It need external ZCT. In case of Earth leakage tripping, It also need SHT. Note7. Not available for AE-SH. Note8. If install together with MI, Please ask us. Note1 Note4 Note3 Note4 units Note1,3 64 Ordering information for Mitsubishi AE-SS series air circuit breaker (General use …… S Type) 65 Condenser trip device (COT) AC100 – 110V AC200 – 220V AC • DC100 – 125V AC • DC200 – 250V DC24V DC48V Closing coil(CC) Shunt trip device (SHT) AC • DC100 – 250V DC24 – 48V Under voltage trip device AC100 – 120 /200 – 240 /380 – 460V DC24V DC48V DC100 – 110V DC120 – 125V Instantaneous(UVT-SSB) 0.5 s Time-delay type (UVT-05SSB) 3 s Time-delay type (UVT-30SSB) AC • DC100 – 250V AC380 – 500V DC24 – 48V P22 Remark Production date Customer(name) Order No. Number of units units Number of poles Rated current A Applicable standard 3P LR AB Ambient temperature 45°C Cell switch CL- (Maximum: 4 pcs.) Shorting-B contact(SBC) Lifting hooks(HP) Safety shutter(SST) Shutter lock(SST-LOCK) Mis-insertion preventer(MIP) Test jumper(TJ) Vertical terminal adapter(VTA) Front terminal adapter(FTA) Others °C Note3 GL BV DNV NK Others IEC 60947-2 4P C T D Connection P17 Fixed type(FIX) Main circuit terminal Only for Horizontal terminals Drawout type(DR) Horizontal terminals(standard) Vertical terminals(DR-VT) Front terminals(DR-FT) Drawout type accessories P2324 Type P13~16 AE -SS AE -SH P18~20 Auxiliary switch Standard(AX) High capacity(HAX) Motor charging(MD) A B Max.5A5B "A"and"B"should be same. Electrical accessories Y-2000 field test device AC100 – 240V Neutral CT(NCT) ; A OCR alarm(30ms 1 pulse) T Temperature alarm(LED & 1a contact) Electronic trip relay accessories 0 Not required(Only for M type) 1 AC100 – 120/200 – 240V 2 DC100 – 125V 4 DC24 – 60V Control supply M M … Standard MT T … Trip indication MPT P … Pre-alarm MPGT G … Ground fault protection Note6 Electronic trip relay type Specify the tripping characteristics Refer to P28, 46, 47. LTD Current LTD Time STD Current STD Time INST Current PAL Current PAL Time GFR Current GFR Time % of Rated Current s at 120% of LTD Current % of Rated Current s at 150% of STD Current % of Rated Current % of LTD Current % of LTD Time % of Rated Current MAX. s at 150% of GFR Current Electronic trip relay P25~36 Note1. Not available for 4 pole breaker with LR, AB, GL, DNV, BV, NK standard. Note2. Not available for AE4000-SSC. Note3. There is case to derate by ambient temperature. Note4. Not available for AE4000~6300-SS. Note5. The terminal for AE4000-SSC, AE4000~6300-SS shall be vertical terminal. Note6. Not available for AE-SS series with maximum rated current (In max) coming to 315A or 500A, nor AE630-SH. Neutral CT is needed for Ground fault protection when a 3 pole breaker is used on a 3 phase 4 wires system. Note7. If install together with MI, Please ask us. Can be connected to the Horizontal terminals 50 Note:When specifying MD, be sure to order the closing coil(CC)and shunt trip device(SHT)for remote operation. Note1, Note2 Note5 Note5 Note4 units Data Test report Specifications P21~22 Push button cover(BC-L) Counter(CNT) Cylinder lock(CYL) Door interlock(DI) Note7 Terminal cover(TTC) Door frame(DF) Dust cover(DUC) Interphase barrier(BA) Mechanical interlock(MI) P58 for 2units for 3units Special environments Moisture-fungus treatment Extra-corrosion proof specification Machine accessories Note4 Note4 Ordering information for Mitsubishi AE-SS series air circuit breaker (Generator protection use …… M Type) Service network Country / Region U.K. Ireland Germany Italy Spain Sweden Norway Denmark Greece The Netherlands Switzerland Belgium Poland Turkey Slovania South Africa Lebanon Saudi Arabia Egypt Kuwait China Hong Kong Taiwan Korea Singapore Indonesia Philippines Thailand Pakistan Vietnam Lao PDR Myanmer Nepal Australia New Zealand Colombia Chile Uruguay Peru Venezuela Company Mitsubishi Electric Europe B.V. UK-Branch. Mitsubishi Electric Europe B.V. Irish Branch. Mitsubishi Electric Europe B.V. German Branch. Carpaneto & C. S.P.A Mitsubishi Electric Europe B.V. Spanish Branch. Euro Energy Components AB SCANELEC Louis Poulsen CO. A/S Antonios Drepanias. S.A. R+H Technology BV. Trielec A G Emac S.A. MPL Technology Sp zo.o. HEDEF INEA M.S.A.MANUFACTURING(PTY)LTD. COMPTOIR D'ELECTRICITE GENERALE INTERNATIONAL CENTER OF ELECTRICAL GOODS CAIRO ELECTRICAL GROUP SALEM M AL-NISF ELECTRICAL CO.W.L.L. SHANGHAI SETSUYO TRADING CO., LTD. RYODEN INTERNATIONAL LTD. Ryoden international Ltd. Setsuyo Enterprise Co., Ltd. HAN NEUNG TECHNO Co., Ltd. MITSUBISHI ELECTRIC ASIA PTE LTD. P.T.SAHABAT INDONESIA. EDISON ELECTRIC INTEGRATED, INC. UNITED TRADING & IMPORT CO. LTD. Prince Electric Co. Sa Giang Techno Co., Ltd. SOCIETE LAO IMPORT-EXPORT PEACE MYANMAR ELECTRIC CO., LTD. Watt & Volt House Co., Ltd. Mitsubishi Electric Australia Pty. Ltd Melco Sales (N.Z.) Ltd. Proelectrico Representaciones S.A. RHONA S.A. Fierro Vignoli S.A. I.T.E. ADESCO C.A. 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BOX 78034 Caracas 1074A., Venezuela Telephone 44-1707-276-100 353-1-4505007 49-2102-4860 39-11-9590111 34-93-565-3131 46-300-518-00 47-55-506000 45-43-95-95-95 30(1)5781599, 30(1)5781699 31-104871251 41-52-6258425 32-2-4810211 48-12-322885 90-212-2754876 386-61-718000 27-11-444-8080 961-1-240430 966-1-4770149 20-2-7961337 965-484-5660 021-6485-6611 021-6475-3228 28878870 02-2298-8889 017-255-0174 65-473-2308 021-6621780 02-643-8691 223-4220-3 042-7654342 848-821-6453 21-215043, 21-215110 951-295426 977-1-411330 612-9684, 7586 644-569-7350 574-235-00-28 (32)-611896 598-2-92-08-08 (1) 221-2710 58-2-241-7634 Catalogue NO. Y-0446-M 0010(ROD) Printed in Japan New publication, effective Sept. 2000 Specifications subject to change without notice. Safety Tips : Be sure to read the instruction manual fully before using this product. HEAD OFFICE: MITSUBISHI DENKI BLDG., MARUNOUCHI, TOKYO 100-8310. TELEX: J24532 CABLE: MELCO TOKYO This catalogue is made from recycled paper. With the highly advanced information technologies, dependability as well as safety and ease of handling of the electrical power supply are ever-growing requirements. The recent introduction of systemized and intelligent buildings, upgrading, and space-saving, and severe safety standard of power distribution has become a major subject within the electrical power supply industry. To cope with all these circumstances, Mitsubishi now presents the Super AE series Low Voltage Air Circuit Breakers. 1 Contents s Features Main unit features ...........................................3~4 Electronic trip relay features ............................5~8 s External view and Internal construction ..................................9~10 s Product introduction ...........................11~12 s Product specification Specification<IEC60947-2 Ics/Icu> .............13~14 Specification <JIS C8372, Shipping standard> ....................15~16 s Connecting methods ................................17 s Charging methods......................................18 s Accessories For breaker unit ...........................................19~22 For drawout frame .......................................23~24 s Electronic trip relay Specification table .......................................25~26 General use (S type) ...................................27~28 Generator protection use (M type) ..............29~30 Special use (B type) ....................................31~32 Electronic trip relay accessories..................33~35 Circuit diagram of the electronic trip relay .........36 s Operating Characteristics General use (S type) .........................................37 Generator protection use(M type) .....................38 Special use (B-C0 type) ....................................39 s Tripping characteristics setting Setting procedure ..............................................40 How to adjust the trip Relay ........................41~44 s Wiring Diagram .....................................45~46 s Outline Dimensions Draw-out type ..............................................47~51 Fixed type ....................................................52~54 Panel cut, drawout handle, terminal adapter .....55 Neutral CT, External ZCT ..................................56 s Technical information .........................57~62 s Ordering information General use (Example) .....................................63 General use (S type) .........................................64 Generator protection use (M type) ....................65 2 Expanded selective interruption range s With the increased short-time current rating. (AE630-SS ~ AE3200-SS. s The addition of high breaking capacity (AE-SH) series (630A-3200A frame) has enabled the design of economic sequences. 5000A and 6300A frame to the universal series makes applicable for a wide range of types from 630A to 6300A. AE4000-SSC q 600VAC) Reverse connection available s Line and Load is not defined on the Main circuit terminals. Therefore reverse connection is available without any limitation.s Main unit features Easier Operation Plenty Type Composition s The addition of 4000A. 3 . AE4000-SS AE5000-SS 85kA AE6300-SS AE630-SS ~ AE3200-SS 65kA AE4000-SSC 75kA Full moulding s Since the breaker is fully insulated with mouldings.000 mechanical open/close operations for all types. the selective interruption range can be expanded with the use of the electronic trip relays with MCR function. it is safe to use for a wide range of applications. Long service life s 10. AE4000-SSC) Zero arc space s Arc exhaust space to the outside of the breaker is drastically reduced for safer operation. (Except for AE4000-SS~AE6300-SS. note 1: Only 3-pole type is available.More complete New AE4000-SSC sThe new AE4000-SSC which is smaller and economical makes fill up the AE-SS series. rated current is 3600A on JIS C8372. AE4000-SS DRAWOUT TYPE 3P 875 58% (volume ratio) 480 DRAWOUT TYPE 3P 565 8 36 240kg (weight ratio) 61% 145kg sNumber of Operating cycles has been increased (2000 cycles→5000 cycles). sAE4000-SSC has realized smaller and lighter than AE4000-SS. 430 AE4000-SSC 8 36 4 . note 2: The Max. before the breaker trips. • Multi-function L. Opt ion Earth leakage protection (ER) A choice of earth leakage alarm or earth leakage tripping function is available improving the discrimination and the safety in circuit design. 5 . short time delay/Instantaneous and Ground fault or Earth leakage. Opt ion Temperature alarm (TAL) The TAL is operated by an unusual temperature of the breaker contacts. it contributes electrical continuity and easy maintenance. the PAL operates. data measuring and display for adaption to networking systems. q Contributes to selective co-ordination.s Electronic trip relay features (1/2) Multi functions available 1 Electronic trip relay series Grouped electronic trip relays for easier selection Application Measuring & Display Communication Relay type Remarks Provides CC-Link communication. • Function US3 US3 type S. 2 Common features Opt ion Pre-alarm function (PAL) The load current exceeds the value of the setting. Opt ion Trip indicator (TI) The trip indicator (TI) is operated simultaneously with the OCR alarm (AL). The relavent cause of tripping will be displayed on the appropriate indication LED and a relay contact will provide an output signal. and ensures fine characteristic setting. M type • General use S A multi-function type that provides all the characteristics required for the main circuit. S. when the breaker trips because of Long time delay. q Meets with a wide range of need depending on the application. alarm and setting value is transmitted on CC-Link bus line Remote ON/OFF operation Special use B-C0A Only INST/MCR characteristics is provided. I/MCR characteristics Ground fault/ Earth leakage protection Trip indicator • • Plenty of electrical data is measured and displayed Measured data. • B-C0A INST/MCR characteristics • Generator protection use M Provided with characteristics for protecting generators for private power generation and marine vessels. which is effective for distorted wave forms. 6 . DC power unit or other load devices. Effective value detection independently provided for each phase. A control supply is not necessary.Meets Many Needs Overcurrent protection on the neutral pole (NP) In a 3-phase 4-wire circuit such that as provided to a computer. Distorted current AC/DC Effective value conversion Maximum phase selection Over Current protection (LTD circuit) Sine wave current Opt ion Ground fault protection (GFR) Either a ground fault trip or alarm function can be selected by a change-over switch. More secure protection owing to detection of effective value (RMS) Effective value detection that is most suitable for the protection of electronic devices. is used to cope with the increasing use of electronics devices. Load current indication LEDs The load current can be easily checked with the indication LEDs on the electronic trip relay. NP will eliminate such a possibility. higher harmonics are liable to be generated which could cause damage as more load current flows in the neutral plole. including inverters. I3. V3-1) Demand value (V1-2. I2.5%) Harmonics (±2.5%) Line voltage (±2. I3. 7th (I1.5%) Reactive power (±2. IN ) Demand value of total harmonics (I1. IN ) Maximum value at 3rd. IN ) Maximum demand value (max. V3-N) Demand value (V1-N. IN and phase voltage measuring are available. IN ) Maximum demand value of harmonics (max. phase) Present value Demand value Maximum demand value Energy (accumulated value) Time electric energy Maximum time electric energy Present value Demand value Maximum demand value Reactive energy (accumulated value) Time electric energy Maximum time electric energy Present value AE1600-SS with MDU CC-Link Interface unit Power (±2.5%) Contents Present value (I1. I2.s Electronic trip relay features (2/2) MDU (Measuring Display Available for AE630-SS~AE6300-SS The full line up through MCCB 400A to ACB 6300A enables measurements display and transmission of electric circuit information. phase) Present value (V1-2. V3-N) Present value at 3rd. I3. V2-N. V2-3. I2. V2-N. 5th.5%) Reactive energy (±2. V3-1) Maximum demand value (max. 5th. I3. IN ) Demand value (I1. I2. phase) Present value of total harmonics (I1.5%) Power factor (±5%) Present value Frequency In case of 4P AE-SS.5%) Phase voltage (±2. 7th (max. MDU relay types Type US3P US3G US3E Characteristics LTD+STD+INST/MCR LTD+STD+INST/MCR+GFR LTD+STD+INST/MCR+ER Transmission CC-Link MDU Display unit PAL and AL are standard function AE-SS MDU 1Electronic trip relay (US3P etc. phase) Present value (V1-N. I2.) 2MDU display unit nterface unit 3CC-Link! Measurement functions Measured items (accuracy) Load current (±2.5%) Electric energy (±2. I3. V2-3. 7 . 5Mbps/5Mbps/10Mbps Max.) n p sd Demand time setting Data clear (Accumulated data. OVER) Fault information (Trip cause & Trip current) Setting of the Electronic trip relay (! .! .. Transmission) AE-SS ON/OFF status (by AXa) and other two “a” contact inputs For remote ON/OFF PLC networking The CC-Link transmission facilitates networking with high level systems (such as SCADA) via PLC Specifications for CC-Link transmission Item Transmission speed Connection system Number of connectable unit per system Maximum transmission distance Unit type Number of exclusive station Broadcast polling Max. 1200m (156kbps.. TL. PAL OUT.Unit) lineup for AE-SS Transmission items Incorporation of transmission function Function Remote monitoring Input Output Contents Measured data (refer to page 7) Circuit condition (PAL pickup.! . 42unit Specifications Selection from among 156kbps/625kbps/2. Fault information) Error (Measuring. when using a dedicated cable) Remote device station (station which can transmit word data as well as input/output) 1 station Server or PC System bus MELSEC series PLC Example of the PC monitoring CC-Link master unit CC-Link CC-Link Interface unit MDU breaker AE-SS MDU 8 . s External view and Internal construction Fixed type AE-SS Series Arc extinguishing chamber Control circuit terminal block Electronic trip relay OFF button ON button Padlock position Charging handle Charging indicator ON/OFF indicator Lifting hooks (HP) is supplied in the case of a fixed type AE-SS series. AE1600-SS 3P Drawout type AE-SS Series Cradle Automatic control circuit connector Lifting hole Charging handle Extention rail Position lock Aperture for the drawout handle Drawout handle AE1600-SS 3P Drawout position indication 9 . Drawout type AE-SH Series Control circuit terminal Cradle Automatic control circuit connector Charging handle Drawout position indication Fixing bolt Extension rail Position lock Aperture for the drawout handle Drawout handle AE3200-SH 3P Internal Construction AE-SS Series q Control circuit terminal block w Automatic control circuit connector e Auxiliary switches r Shunt trip device. Closing coil t Electronic trip relay y Front Cover u Tripping mechanism i Closing mechanism o Charging mechanism !0 Closing spring !1 Draw-out mechanism !2 Insulated base !3 Arc extinguishing chamber !4 Main movable contacts !5 Main fixed contacts !6 Conductors on the breaker !7 Conductors on the cradle !8 Main circuit junction !9 Base @0 Contact spring @1 Conductors on the breaker @2 Conductors on the cradle @3 Power supply CT @4 Current sensor coil @5 Cradle 10 . s Product introduction Super AE series allows easier customer selection 1 Type AE630-SS AE1000-SS AE1250-SS AE1600-SS AE2000-SS Standard AE2500-SS model AE3200-SS AE4000-SSC AE4000-SS AE5000-SS AE6300-SS AE630-SH AE1000-SH 2 Page Standard Page IEC 60947-2 BS EN 60947-2 VDE 0660 JIS C8372 JIS C8370 13~16 Shipping standard LR GL DNV AB BV NK 13~16 3 Connecting method Draw-out type Horizontal terminals Vertical terminals Front terminals Page Cradle Cell switch Shorting-B contact Lifting hooks Safety shutter Safety shutter lock Mis-insertion preventor Test jumper Page 23. Group 1) 11 . Group 1) IEC61000-4-2 (contact Level 4) IEC60947-2 IEC61000-4-3 (Level 3) IEC61000-4-4 (Level 4) IEC61000-4-5 (Level 4) IEC61000-4-6 (Level 3) Standard test procedure EN55011:1991 (Class A. EN55011:1991 (Class A. 24 17 High breaking AE1600-SH model AE2000-SH AE2500-SH AE3200-SH AE1250-SH Fixed type Electromagnetic Compatibility Description Conducted RF disturbances Emission Radiated RF disturbances Electrostatic discharge Electromagnetic field Immunity Fast transients / burst Surge Conducted radio frequency Earthleakage protection is not applicable for these tests. 4 Accessories 5 Page Electronic trip relay General use: • S type Generator protection use • M type Special use • B-C0A type Page Relay accessories Trip indicator Ground fault protection Earth leakage protection Pre-alarm OCR-alarm Temperature alarm Page Auxiliary switch Motor charging device Electrical accessories Closing coil Shunt trip device Under voltage trip device Condenser trip device 18~20. 22 General use: • US3 type Data Meauring Display (MDU) with CC-Link communication Mechanical accessories Neutral CT External ZCT Field test device 7. 8 34. 34 Push button cover Counter Cylinder lock Door interlock Terminal cover Door frame Dust cover Interphase barrier Mechanical interlock 21. 55 Front terminal adapter 12 . 35 6 Special environment Moisturefungus treatment Extracorrosion proof specifications 58 Page Terminal adapter Page Vertical terminal adapter 17. 22 25~32 33. 5 94.5 94.5 65 60 50 0.s Product Specification q Specification <IEC 60947-2.04 0.08 5000 10000 340 425 410 410 290 290 38 38 300 385 430 430 368 368 61 61 42 52 45 55 65 79 68 82 26 30 625 q n q 2000 1250 q n q 2500 1600 q n q 3200 ! ! ! 2000 50/65 65/65 85/85 85/85 50/50 65/65 65/65 65/65 45/45 45/45 143 143 187 187 105 143 143 143 94.5 65 40 30 0.04 0.5 65 65 65 0.2 105 143 143 52.5 65 65 65 0.5 65 40 30 0.04 0.08 1500 10000 475 605 410 410 290 290 38 38 435 565 430 430 368 368 61 61 61 73 64 76 93 114 96 117 35 43 3200 50/65 65/65 85/85 85/85 50/50 65/65 65/65 65/65 45/45 45/45 143 143 187 187 105 143 143 143 94. 13 Outline dimension (mm) . BS EN60947-2.5 52.5 52.08 5000 10000 340 425 410 410 290 290 38 38 300 385 430 430 368 368 61 61 40 50 43 53 63 77 66 80 26 30 500 q n q 1000 ! 1000 50/50 50/50 65/65 65/85 42/42 50/50 65/65 65/65 25/25 25/25 105 105 143 187 88.08 5000 10000 340 425 410 410 290 290 38 38 300 385 430 430 368 368 61 61 41 51 44 54 64 78 67 81 26 30 625 q n q 1250 ! 1250 50/50 50/50 65/65 65/85 42/42 50/50 65/65 65/65 25/25 25/25 105 105 143 187 88.2 105 143 143 52. Note 2 : The columns for “without instantaneous tripping” are the values when the bare (without electronic trip relay) main body and the external relay are combined.08 1000 10000 475 605 410 410 290 290 38 38 435 565 430 430 368 368 61 61 63 75 66 78 95 116 98 119 36 44 (A) 690VAC 600VAC With instantaneous trip 500VAC Rated 240VAC breaking 690VAC capacity 600VAC ! ! cs/ cu With MCR 500VAC (RMS kA) 240VAC 690VAC Without instantaneous (Note2) 500VAC 690VAC 600VAC With instantaneous trip 500VAC Rated 240VAC making 690VAC capacity 600VAC C !m With MCR 500VAC (Peak kA) 240VAC 690VAC Without instantaneous (Note2) 500VAC 1s Rated short time current ! cw 2s (RMS kA) 3s Maximum total breaking time (s) (s) Closing time With rated current Number of operating cycles.2 105 143 143 52. Type Type Frame size Rated insulation voltage Rated operating voltage Number of poles (A) (VAC) (VAC) (P) AE630-SS 630 1000 690 3 4 AE1000-SS 1000 1000 690 3 4 AE1250-SS 1250 1000 690 3 4 SS type (standard model) AE1600-SS 1600 1000 690 3 4 AE2000-SS 2000 1000 690 3 4 AE2500-SS 2500 1000 690 3 4 AE3200-SS 3200 1000 690 3 4 Rated current (!n) General use (Current rating adjustable) 315-378-441 -504-567-630 625-750-875 800-960-1120 250-300-350 500-600-700 -400-450-500 -800-900-1000 -1000-1125-1250 -1280-1440-1600 157-189-220 -252-284-315 1000-1200-1400 -1600-1800-2000 800-960-1120 1250-1500-1750 1600-1920-2240 -1280-1440-1600 -2000-2250-2500 -2560-2880-3200 625-750-875 -1000-1125-1250 (A) Generator protection use (Current rating fixed) 200 q n q 630 ! 630 50/50 50/50 65/65 65/85 42/42 50/50 65/65 65/65 25/25 25/25 105 105 143 187 88.08 1500 10000 475 605 410 410 290 290 38 38 435 565 430 430 368 368 61 61 60 72 63 75 92 113 95 116 35 43 2500 50/65 65/65 85/85 85/85 50/50 65/65 65/65 65/65 45/45 45/45 143 143 187 187 105 143 143 143 94. (Note 1) Without rated current a b c a c d d a b c a c d d Manual charging type Fixed type Motor charging type Weight Manual charging type Drawout type (kg) (including cradle) Motor charging type Cradle only Drawout type Fixed type b b Rated current of neutral pole Note 1 : The number of operating cycles without rated current also include the number of operating cycles with rated current.04 0.5 94.2 105 143 143 52.04 0. Please apply for further detail.04 0.5 52.5 52.08 5000 10000 340 425 410 410 290 290 38 38 300 385 430 430 368 368 61 61 41 51 44 54 64 78 67 81 26 30 800 q n q 1600 ! 1600 50/50 50/50 65/65 65/85 42/42 50/50 65/65 65/65 25/25 25/25 105 105 143 187 88.5 65 40 30 0.04 0.5 65 65 65 0. 04 0.VDE0660 Ics/Icu> SH type (High breaking model) AE4000-SSC AE4000-SS 4000 4000 1000 1000 690 690 3 4 3 AE5000-SS 5000 1000 690 3 4 AE6300-SS 6300 1000 690 3 4 AE630-SH 630 1000 690 3 4 AE1000-SH 1000 1000 690 3 4 AE1250-SH 1250 1000 690 3 4 AE1600-SH 1600 1000 690 3 4 AE2000-SH 2000 1000 690 3 4 AE2500-SH 2500 1000 690 3 4 AE3200-SH 3200 1000 690 3 4 3200-3600-4000 800-960-1120 1000-1200-1400 1250-1500-1750 1600-1920-2240 2000-2400-2800 2500-3000-3500 3150-3780-4410 315-378-441 500-600-700 625-750-875 -3200-3600-4000 -4000-4500-5000 -5040-5670-6300 -504-567-630 -800-900-1000 -1000-1125-1250 -1280-1440-1600 -1600-1800-2000 -2000-2250-2500 -2560-2880-3200 3200 q n q 4000 2000 q n q 4000 2500 q n q 5000 3150 q n q 6300 315 q n q 630 500 q n q 1000 625 q n q 1250 800 q n q 1600 1000 q n q 2000 1250 q n q 2500 1600 q n q3200 ! ! ! ! ! ! ! ! ! ! ! – 50/50 65/65 85/85 85/85 50/50 65/65 75/75 75/75 45/45 45/45 105 143 187 187 105 143 165 165 94.08 500 2000 873 1003 414 414 290 290 136 136 875 1005 480 480 368 368 123 123 160 180 164 184 240 263 244 267 125 140 3200 50/50 85/85 130/130 130/130 50/50 85/85 85/85 85/85 50/50 65/65 105 187 286 286 105 187 187 187 105 143 85 70 70 0.08 3000 10000 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 1000 65/65 85/85 130/130 130/130 – – – – – – 65/65 85/85 130/130 130/130 – – – – – – – – – 0.04 0.08 2000 10000 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 2000 65/65 85/85 130/130 130/130 – – – – – – 65/65 85/85 130/130 130/130 – – – – – – – – – 0.08 500 2000 873 1003 414 414 290 290 136 136 875 1005 480 480 368 368 123 123 160 180 164 184 240 263 244 267 125 140 3200 50/50 85/85 130/130 130/130 50/50 85/85 85/85 85/85 50/50 65/65 105 187 286 286 105 187 187 187 105 143 85 70 70 0.08 1500 10000 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 3200 65/65 85/85 130/130 130/130 – – – – – – 65/65 85/85 130/130 130/130 – – – – – – – – – 0.04 0.05 0.08 3000 10000 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 1600 65/65 85/85 130/130 130/130 – – – – – – 65/65 85/85 130/130 130/130 – – – – – – – – – 0.5 75 65 65 0.08 3000 10000 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 1250 65/65 85/85 130/130 130/130 – – – – – – 65/65 85/85 130/130 130/130 – – – – – – – – – 0.04 0.08 500 2000 873 1003 414 414 290 290 136 136 875 1005 480 480 368 368 123 123 160 180 164 184 240 263 244 267 125 140 630 65/65 85/85 130/130 130/130 – – – – – – 65/65 85/85 130/130 130/130 – – – – – – – – – 0.5 94.04 0.05 0.04 0.04 0.05 0.04 0.08 500 5000 605 414 290 136 565 430 368 151 109 112 145 148 75 3200 50/50 85/85 130/130 130/130 50/50 85/85 85/85 85/85 50/50 65/65 105 187 286 286 105 187 187 187 105 143 85 70 70 0.08 1500 10000 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 66 79 69 82 105 127 108 130 42 50 2500 65/65 85/85 130/130 130/130 – – – – – – 65/65 85/85 130/130 130/130 – – – – – – – – – 0.08 1000 10000 475 605 410 410 290 290 68 68 485 615 430 430 398 398 61 61 68 81 71 84 107 129 110 132 43 51 14 . 08 0.04 Maximum total breaking time (s) 0.5 85/195.04 0.04 0. Note 2 : The columns for “without instantaneous tripping” are the values when the bare (without electronic trip relay) main body and the external relay are combined.5 85/195. GL. Rated current of neutral pole With instantaneous trip q Shipping Standard <LR.5 45/94.5 85/195. BV.5 85/195.5 25/52.5 85/195.08 0.08 0.5 85/195.5 trip capacity JIS 220VAC 85/195.5 Without instantaneous (Note2) 550VAC 50/105 50/105 50/105 50/105 65/143 65/143 65/143 With instantaneous Rated making 460VAC 65/143 65/143 65/143 65/143 85/195.s Product Specification q Specification <JIS C 8372 (o-co-co duty)> Type Type Frame size Rated insulation voltage Rated operating voltage Number of poles (A) (VAC) (VAC) (P) AE630-SS 630 600 550 3 4 AE1000-SS 1000 600 550 3 4 AE1250-SS 1250 600 550 3 4 SS type (standard model) AE1600-SS 1600 600 550 3 4 AE2000-SS 2000 600 550 3 4 AE2500-SS 2500 600 550 3 4 AE3200-SS 3200 600 550 3 4 Rated current ( n) ! General use (Current rating adjustable) 315-378-441 -504-567-630 625-750-875 800-960-1120 250-300-350 500-600-700 -400-450-500 -800-900-1000 -1000-1125-1250 -1280-1440-1600 157-189-220 -252-284-315 1000-1200-1400 -1600-1800-2000 800-960-1120 1250-1500-1750 1600-1920-2240 -1280-1440-1600 -2000-2250-2500 -2560-2880-3200 625-750-875 -1000-1125-1250 (A) Generator protection use (Current rating fixed) 200 q n q 630 ! 500 q n q 1000 ! 625 q n q 1250 ! 800 q n q 1600 ! ! 625 q n q 2000 1250 q n q 2500 1600 q n q 3200 ! ! 1250 1600 630 1000 2500 2000 3200 (A) 50/105 50/105 50/105 50/105 550VAC 65/143 65/143 65/143 Rated breaking JIS 460VAC 65/143 65/143 65/143 65/143 85/195.04 0.5 85/195.5 25/52.5 (kA peak value) C8370 Breaking duty 550VAC 50/105 50/105 50/105 50/105 65/143 65/143 65/143 O-CO O-CO-CO 460VAC 65/143 65/143 65/143 65/143 65/143 65/143 65/143 With MCR 220VAC 65/143 65/143 65/143 65/143 65/143 65/143 65/143 1s 65 65 65 65 65 65 65 Rated short time current 2s 40 40 60 40 65 65 65 (RMS kA) 30 30 50 30 3s 65 65 65 0.5 85/195.5 85/195.5 capacity 550VAC 50/105 50/105 50/105 50/105 65/143 65/143 65/143 C8372 With MCR (kA RMS 460VAC 65/143 65/143 65/143 65/143 65/143 65/143 65/143 O-CO-CO symmetrical) 550VAC 25/52.08 0.08 0.04 0. (Note 1) 10000 10000 Without rated current 10000 10000 10000 10000 10000 Note 1 : The number of operating cycles without read current also include the number of operating cycles with rated current.5 25/52.04 0.08 0.08 Closing time (s) With rated current 5000 5000 5000 5000 1500 1500 1000 Number of operating cycles. NK> Type Type Frame size Rated insulation voltage Number of poles Rated current ( n) ! (A) LR Rated breaking capacity (kA RMS Symmetrical) Rated making capacity (kA peak value) Breaking duty O-CO-CO (A) (VAC) (P) AE630-SS 630 1000 3 200 q! q 630 n 50/106 – 65/151 50/105 – 65/143 50/106 – 65/151 50/106 – 65/151 50/105 – 65/143 50/112 65/147 AE1000-SS 1000 1000 3 500 q! q 1000 n 50/106 – 65/151 50/105 – 65/143 50/106 – 65/151 50/106 – 65/151 50/105 – 65/143 50/112 65/147 AE1250-SS 1250 1000 3 625 q! q 1250 n 50/106 – 65/151 50/105 – 65/143 50/106 – 65/151 50/106 – 65/151 50/105 – 65/143 50/112 65/147 SS type (standard model) AE1600-SS 1600 1000 3 800 q! q 1600 n 50/106 – 65/151 50/105 – 65/143 50/106 – 65/151 50/106 – 65/151 50/105 – 65/143 50/112 65/147 AE2000-SS 2000 1000 3 AE2500-SS 2500 1000 3 AE3200-SS 3200 1000 3 ABS GL DNV BV NK General use (Fixed rated current) 690VAC With instantane600VAC ous trip 500VAC 690VAC With instantane600VAC ous trip 500VAC 690VAC With instantane600VAC ous trip 500VAC 690VAC With instantane600VAC ous trip 500VAC 690VAC With instantane600VAC ous trip 500VAC 600VAC With instantaneous trip 500VAC n n 625 q! q 2000 1250 q! q 2500 1600 q! q 3200 n 50/106 65/143 85/196 50/105 65/143 85/187 50/106 65/143 85/196 50/106 65/143 85/196 50/105 65/143 85/187 65/143 85/196 50/106 65/143 85/196 50/105 65/143 85/187 50/106 65/143 85/196 50/106 65/143 85/196 50/105 65/143 85/187 65/143 85/196 50/106 65/143 85/196 50/105 65/143 85/187 50/106 65/143 85/196 50/106 65/143 85/196 50/105 65/143 85/187 65/143 85/196 15 . AB. DNV.04 0.5 45/94.5 85/195.5 45/94. SH type (High breaking model) AE4000-SSC AE4000-SS 4000 4000 600 600 550 550 3 3 4 AE5000-SS 5000 600 550 3 4 AE6300-SS 6300 600 550 3 4 AE630-SH 630 600 550 3 4 AE1000-SH 1000 600 550 3 4 AE1250-SH 1250 600 550 3 4 AE1600-SH 1600 600 550 3 4 AE2000-SH 2000 600 550 3 4 AE2500-SH 2500 600 550 3 4 AE3200-SH 3200 600 550 3 4 3200-3600 800-960-1120 1000-1200-1400 1250-1500-1750 1600-1920-2240 2000-2400-2800 2500-3000-3500 3000-3600-4200 315-378-441 500-600-700 625-750-875 -3200-3600-4000 -4000-4500-5000 -4800-5400-6000 -504-567-630 -800-900-1000 -1000-1125-1250 -1280-1440-1600 -1600-1800-2000 -2000-2250-2500 -2560-2880-3200 3200 q n q 3600 2000 q n q 4000 2500 q n q 5000 3000 q n q 6000 315 q n q 630 500 q n q 1000 625 q n q 1250 800 q n q 1600 1000 q n q 2000 1250 q n q 2500 1600 q n q 3200 ! ! ! ! ! ! ! ! ! ! ! – 65/143 85/195.5 65/143 – – – – – – 85 70 70 0.5 65/143 75/165 75/165 75 65 65 0.04 0.5 85/195.08 3000 10000 1600 85/195.5 65/143 – – – – – – 85 70 70 0.5 65/143 – – – – – – 85 70 70 0.08 500 5000 3200 85/195.5 130/299 130/299 – – – – – – 0.5 130/299 85/195.08 500 2000 3200 85/195.04 0.5 130/299 130/299 – – – – – – 0.5 130/299 85/195.5 130/299 – – – 85/195.08 3000 10000 1000 85/195.6/199 – – – – – – – – – – – – 65/143 85/196 – 87/211 133/330 – 87/211 133/330 – – – – – – – – – 87/211 133/330 16 .5 130/299 – – – 85/195.5 130/299 – – – 85/195.5 130/299 – – – 85/195.08 500 2000 630 85/195.5 130/299 – – – 85/195.5 65/143 75/165 45/94.5 130/299 130/299 – – – – – – 0.5 85/195.05 0.08 2000 10000 2000 85/195.5 85/195.5 130/299 130/299 – – – – – – 0.04 0.5 130/299 85/195.08 1500 10000 2500 85/195.5 65/143 85/195.08 500 2000 3200 85/195.08 3000 10000 1250 85/195.08 1500 10000 3200 85/195.04 0.5 130/299 – – – 85/195.05 0.05 0.5 130/299 130/299 – – – – – – 0.04 0.5 130/299 130/299 – – – – – – 0.04 0.1/113 67/147 86.5 85/195.5 130/299 – – – 85/195.5 130/299 130/299 – – – – – – 0.04 0.04 0.08 1000 10000 SH type (High breaking model) AE4000-SSC AE4000-SS 4000 4000 1000 1000 3 3 3200 q! q 3800 n 3200 q! q 3500 n (for NK) AE5000-SS 5000 1000 3 AE6300-SS 6300 1000 3 3150 q! q 6300 n 3150 q! q 5700 n (for NK) AE630-SH 630 1000 3 AE1000-SH 1000 1000 3 AE1250-SH 1250 1000 3 AE1600-SH 1600 1000 3 AE2000-SH 2000 1000 3 AE2500-SH 2500 1000 3 AE3200-SH 3200 1000 3 2000 q! q 4000 2500 q! q 5000 n n – 87/211 133/330 – 87/211 133/330 – – – – – – – – – 87/211 133/330 – 87/211 133/330 – 87/211 133/330 – – – – – – – – – 87/211 133/330 315 q! q 630 500 q! q 1000 625 q! q 1250 800 q! q 1600 1000 q! q 2000 1250 q! q 2500 1600 q! q 3200 n n n n n n n 68/173 87/211 133/330 – – – – – – – – – – – – – 130/317 68/173 87/211 133/330 – – – – – – – – – – – – – 130/317 68/173 87/211 133/330 – – – – – – – – – – – – – 130/317 68/173 87/211 133/330 – – – – – – – – – – – – – 130/317 68/173 87/211 133/330 – – – – – – – – – – – – – 130/317 68/173 87/211 133/330 – – – – – – – – – – – – – 130/317 68/173 87/211 133/330 – – – – – – – – – – – – – 130/317 51. 17 . while the blue “ ” indicates the standard connecting method. AE4000-SS ~ AE6300-SS shall be vertical terminal. (Remarks) The white circle “ ” indicates that the product can be manufactured.s Connecting methods Connection arrangements The following connecting methods are available for the AE type air circuit breaker. Mounting method Connecting Horizontal connection Vertical connection method (Standard) (VT) Front connection (FT) Vertical terminal adapter Front terminal adapter (VTA) (FTA) Fixed type (FIX) (VTA) (FIX-FTA) Draw-out type (DR) (DR-VT) (DR-FT) (VTA) (DR-FTA) qConnecting Methods Type AE630-SS AE1000-SS AE1250-SS AE1600-SS AE2000-SS AE2500-SS AE3200-SS AE4000-SSC AE4000-SS AE5000-SS AE6300-SS Connecting method Fixed type (FIX) Horizontal terminal (Standard) Vertical terminal (VTA) Options (FIX-FTA) Horizontal terminal (Standard) Draw-out type (DR) (DR-VT) (Note 1) (DR-FT) (VTA) Options (DR-FTA) – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – Type AE630-SH AE1000-SH AE1250-SH AE1600-SH AE2000-SH AE2500-SH AE3200-SH Connecting method Fixed type (FIX) Options (FIX-FTA) Horizontal terminal (Standard) Draw-out type (DR) (DR-FT) (VTA) Options (DR-FTA) (DR-VT) Horizontal terminal (Standard) (VTA) Note1: The terminal for AE4000-SSC. (Safety feature) OFF lock is available by padlock (See P9. (TS+) (TS-) (M+) 413 414 U1 X1a Charging limit switch Control supply (M-) U2 Control relay M X X2a Motor Breaker Apply for further details of 24V DC and 48V DC. q The indicator displays ON or OFF state of the main contacts. q The breaker cannot be closed while the OFF button is being pressed.8 24 48 100 22 14 10(10) 12(12) 5(7) 6(8) 6 3 3(4) 3(4) 1(2) 1(2) q5 q5 q5 q5 q5 q5 AXb U1 Motor charging circuit (M–) Control supply 85 ~ 137.) The closing coil (CC) is required to remotely close. and opened when the OFF button is pressed. DC48V is not available for AE4000-SS~AE6300-SS 125 200 U2 Breaker A OFF charging method is also available. The breaker is closed when the ON button is pressed. and the shunt trip device is required to remotely open the breaker. When the breaker is closed. q As the charging completion contact is separate from the electrical charging circuit. q When the closing spring charging is completed. q Pumping prevention is assured both electrically and mechanically.s Charging methods Manual charging The spring is charged by the manual charging handle. its function in the control scheme can be arranged as desired. please use high capacity auxiliary switch (HAX).4 36 ~ 52. Opt ion Motor charging device (MD) The closing spring is charged by an electric motor. In case of DC power supply. the spring is charged automatically (ON-charge method. Charging completion switch q Manual charging is also available. the charging indicator displays CHARGED. The closing spring is charged automatically when the breaker is opened. 18 .4 ~ 26. This is available only by externally connecting in series b contact (AXb) of the auxiliary switch to the motor charging circuit. P24) as standard.5 100 ~ 125V AC • DC 170 ~ 275 200 ~ 250V 250 ( ): AE4000-SS~AE6300-SS DC24. Motor charging circuit q Motor charging rating Rated Applicable Applied Inrush current Steady Charging voltage voltage range (V) voltage (V) (peak value)(A) current (A) time (s) qOFF charging method (M+) DC24V DC48V AC • DC 20. 8) AC • DC common 100~250V (75~275) Operating time 0.05 s or less.6A (100W) DC250V 1.3A (200W) The closing coil is a device to close the breaker by remote control.0A (200W) DC100V 0.6A (100VA) AC250V 1. Opt ion Shunt trip device (SHT) Operating voltage • Operating inrush current (VA) AC – – AC100V 0.5A (100W) DC48V 7.7A (150VA) AC460V 0. qSHT circuit diagram Breaker (S+) Cut-off switch SHT unit C1 Control supply C2 (S–) SHT Diode rectifier is not used for control source 24-48V DC. q An interlock to prevent pumping is provided electrically.6A (200VA) DC DC24V 3.5A (100W) DC48V 7. Unit Control supply A2 (CC–) CC One-pulse circuit Diode rectifier is not used for control source 24-48V DC.8) AC • DC common 100-250V (75-275) Closing time 0.C. Rated voltage (Applicable voltage range) DC24-48V (18~52. q Refer to page 18 for details. A cut-off switch is included. q Because of pumping prevention is not performed.08 s or less q Closing time is from the initial energization of the closing coil to the completion of the closing of the main contacts.04s or less AC380~500V (266~550) Operating time AE4000-SS~AE6300-SS is 0.8A (100W) DC250V 2.5A (100VA) AC250V 1.0A (200W) DC100V 0.0A (250W) – This is the switch used to open the breaker by remote control. q When specifying the motor charging device. do not use AXb contact for a cut-off switch. 19 . be sure to order the closing coil (CC) and the shunt trip device (SHT) for remote operation. qCC circuit diagram Breaker (CC+) A1 C. and the breaker will be ready to be closed. Opt ion Motor charging device (MD) The closing spring is charged electrically.8~52.0A (150VA) DC DC24V 3.s Accessories (for Breaker unit 1/2) Opt ion Closing coil (CC) Operating voltage • Operating inrush current (VA) AC – – AC100V 0. Rated voltage (Applicable voltage range) DC24~48V (16. 6 0. UVT-05SSB∗ : 1. q The following delay should be allowed between applying the voltage to the UVT. 460V 250V 125V 250V DC 125V 30V Maximum contacts AC Contact capacity (A) Change-over sequence a-contact (NO) ON OFF qThe a and b contacts may turn simultaneously to ON instantaneously at the time of changing the contact.2 (mm) Mounting screw Trip button 14. 100-120/200-240/380-460VAC Rated 24VDC voltage 48VDC +10% 100-110VDC –15% 120-125VDC 50/60 Hz(AC) Frequency Pick-up voltage 65~85% (Note 1) 45~70% (Note 1) Drop-out voltage Trip function With open circuit of terminals (DT1.8 45 (UO+) (UO–) UVT controller Air circuit breaker 182. (Note 2) Power consumption 20 VA ( ) (Note 1) If dual rated voltages are used.5 215 14.5 or 3 seconds from when the supply voltage has reduced below its nominal value. DT2) operation time 0. (Note 3) The operating time is a guarantee value when it drops from 85% or more of the rated voltage. Apply for further detail.Opt ion Under voltage trip device (UVT) This device is used to trip the breaker if the supply voltage is reduced below its nominal value. The UVT controller can be mounted on the lefthand side of the breaker looking from the front.5 10 10 10 10 3 1. and closing the breaker. and a time delay type which trips the breaker after a delay of 0.6 10 6 5 a 5 b Breaker state ON OFF HAX (high capacity type) Resistance load Inductive load 5 2. 0. a lower value is applied.025 s.8 87. and consists of a UVT coil and UVT controller.1 s max. Type UVT-SSB* UVT-05SSB* UVT-30SSB* Time delay Operation Instantaneous Operation time(Note 3) 0. rated 1mA at 100VDC across them.5 s.1 s max.5 s.3 0. 3 s min. HAX-high capacity type) Type AX(standard) Resistance load Inductive load 5 2 10 10 10 10 0.5 Terminal screw M3.5 s min.5 Plus-minus screw 9. q The chattering time at the time of contact ON-OFF is below 0. Two types are available: the instantaneous type which trips the breaker instantly.9 J2 J2 UVT coil DT1 DT2 11 19. q For special environment specification.3 7. UVT-SSB∗ : 1.3 0.6 Opt ion Auxiliary switch (AX-standard. (Note 2) If a remote trip function is required remove the wire shorting terminals DT1 DT2 and connect a normally closed switch. Pay attention to the contact state when designing circuits.5 10 6 10 10 5 a 5 b b-contact (NC) OFF ON This is the contact that is used to remotely indicate the ON or OFF status of the breaker. UVT-30SSB∗ : 3 s qUVT controller qUVT circuit diagram Circuit voltage AC380-460V(UL3) AC200-240V(UL2) AC100-120V(UL1) Common(UL0) D4 D3 D2 D1 (U+) (U+) 6. 19 72 (U–) (U–) 118 Control circuit J1 J1 20 . the contact capacity gets deteriorated. draw-out type. Breaker Door panel Interphase barrier (BA) 2 pcs (3-pole). The breaker is locked OFF with the cylinder lock.) For the size of the a suitable padlock. OFF) of the push buttons. q Since it is an interlock which only allows the key to be removed when the breaker is locked off. Dust cover prevents the dust or water entering into the panel board from the breaker panel cut. after cutting out the panel door to install the breaker. 3 pcs (4-pole) qTable of Mountable Barriers Door lock unit Connecting method Horizontal terminal (standerd) Fixed type Vertical terminal adapter Front terminal adapter – – – – AE630-SS~ AE1600-SS AE2000-SS~ AE3200-SS AE-SH Type – – – Opt ion Horizontal terminal (standerd) Terminal cover (TTC) Vertical terminal Draw-out type Front terminal Vertical terminal adapter – – – – – – – – – – – The transparent terminal cover prevents from careless touching to the live control terminals. The door frame improves the appearance. in design. AE4000-SS~AE6300-SS 21 . BC-L can be locked by a padlock (The padlock being supplied by the customer. horizontal terminal or vertical terminal. refer to Page 24. (For further detail. q A wire type mechanical interlock is used to allow flexibility in positioning breakers in the switchboard. Push button cover Opt ion Counter (CNT) Opt ion Dust cover The open/close operations of the breaker are shown on a 5 digit counter. Easily detachable. q The parts of the Door panel should be supplied by customer. the barrier is applicable to fixed type.Accessories (for Breaker unit 2/2) Opt ion Push button cover Opt ion Door frame (DF) The cover is to prevent careless manual operation (ON. Protection degree IP 54. Opt ion Door interlock (DI) The panel door cannot be opened unless the breaker is open. it can be used for interlocking two or more breakers. Protection degree IP20. see the “Table of Mountable Barriers” given below. Opt ion Cylinder lock (CYL) Interphase Barrier (BA) The interphase insulation of the circuit breaker has been intensified to prevent the short circuit due to conductive matters or dust. Front terminal adapter Not available for AE4000-SSC. (Please apply for further details) Breaker 1000(Max.) ON OFF ON Op tion Condenser trip device (COT) Type Rated input voltage Rated frequency Rated charging voltage (Note1) Condenser capacity Voltage range Power supply capacity Charging time (Note 2) Trip limit time (Note 3) Paint color Withstand voltage (1 minute) KF-100 100/110VAC 50~60Hz 140/155V 660µF 60~125% 1VA 0. Change over of two power supplies qBreaker arrangement (630AF~3200AF) Vertical mounting 0~12 Horizontal mounting (mm) G ON OFF 47(Max. Black (N1. please apply for further details.5) 2000VAC Even if the power supply fails. Note 1: The rated charging voltage is the voltage stored during capacitor saturation.) 144 Breaker 1000(Max.Opt ion Mechanical interlock (MI) The mechanical interlock is a secure interlock prohibiting the parallel closing of two or three breakers.5) 2000VAC KF-200 200/220VAC 50~60Hz 280/310V 150µF 60~125% 1VA 0. q Outline dimensions (mm) 4-M3×0. Note 3: The time period in which the shunt trip device can perform its one operation starts from when the capacitor is charge to 100% the supply voltage is removed.5 s max.5 s max.4 87 90 106 4- 45 45 45 Condenser tripping device 90 AC2 Front view Side view Drilling plan Circuit diagram (mm) 22 . q With the drawout type.6 16 13. the interlock operates at the connecting point and can be released at other positions. the breaker can be electrically opened by remote operation within a definite time. Please apply for further details of AE4000~6300-SS. 5 minutes min. q Any combination between AE630-SS~AE3200-SH and AE4000-SSC is possible. q It is impossible to secure interlock among 3 pcs of AE4000-SS~AE6300-SS.5 Cover screw 4-M6 Mounting screw 100 45 4-M4 screw (for wiring) f1 Applicable shunt trip voltage 100~250VAC • DC 100~250VAC • DC 4-f7 AC1 04 90 DC+ S1 R1 C R2 R3 N6 DC– Open button C1 SHT C2 R6 75 110.) 134 Change over of two supply systems Up to any two breakers can be closed. This device is combined with the shunt trip device (SHT). Black (N1. 15 minutes min. q It can be simply installed on either fixed or drawout type breakers. Note 2: The charging time starts when the capacitor begins to supply power at 85% of the rated AC input voltage and continues until the capacitor charging voltage reaches 60% of rating. q There are restrictions on ordering MI and DI together.3 15. providing secure maintenance and inspections of the breaker. It is continuously supplied by the rectified voltage of the rated AC input voltage. The following interlocks are available. The option is not necessary when the special lifter (bucket type) for AE-SS·SH is used. (they are released automatically when the breaker is pushed in. The safety shutters close when the breakers drawn out to prevent accidental contact with the main contacts. The safety shutters cover the conductors (cradle side) and prevent contact with them when the breaker is drawn out. TEST. 23 .s Accessories (for Drawout frame) Opt ion Cell switch (CL) Opt ion Safety shutters (SST) The switch is used to indicate the drawout positions (CONNECTED. Opt ion Lifting hooks (HP) This is used to remove the drawout type breaker from the cradle. Contact capacity (A) Voltage (V) 460 AC 250 125 250 DC 125 30 Resistive load 5 10 3 10 10 Opt ion Safety shutter lock (SST-LOCK) Number that may be installed This kit is used to lock the safety shutters using 2 padlocks (the padlocks to be customer’s supply).5 10 1. the same number of shorting b-contacts as auxiliary switches (AXb) will be provided. use this contact to short circuit auxiliary switch (AXb) thus maintaining the correct sequence of operation of the external control circuit.5 6 10 Total 4c max.) q Operating sequence and contact rating Drawout position of breaker Display position of drawout operation Change-over sequence (a-contact) Disconnected DISCON TEST Connected CONNECT ON ON Switch function CL-C (CONNECTED) CL-T (TEST) CL-D (DISCONNECTED) OFF OFF ON OFF Inductive load 2. supply and load sides of the shutters can be kept OPEN independently. The fixed type breaker is equipped with HP as standard. Opt ion Shorting b-contact (SBC) When moving the breaker from the connected to the test positions. When ordered. q When checking the main circuit. DISCONNECTED). With the breaker taken out of its cradle. The lock can be used during either the drawing out or pushing in operation. this device will enable the breaker to be electrically opened and closed. and the next operation becomes possible. Padlocking is possible at the CONNECTED. qThis is the position for removing the breaker. and the operating sequence to be checked. This option prevents any other circuit breakers except those specified from being inserted into the cradle. qNormal in use condition. The padlock should be supplied by customer. and DISCONNECTED positions. TEST. TEST. (Note) It is not available for AE4000-SS~AE6300-SS. qMain circuit is disconnected. The lock is released when the lock plate is pushed in. 24 . Note 1: Remove the breaker out of its cradle before using this device. qThe breaker operation can be tested with the door closed. and DISCONNECTED positions. but the control circuit is connected. 5 settings are available. qBoth main and control circuits are disconnected. q The earthling points are located on both sides of the cradle. qThe door can be closed. Lock plate 16 5 35 (mm) Operating position of drawout type CONNECTED position TEST position DISCONNECTED position DRAWOUT position q Both main and control circuits are connected. qThe breaker is drawn out of the cradle on the extension rails. The drawout handle cannot be inserted unless the OFF button is pressed. Use this lock to prevent unauthorized changing of positions.Opt ion Mis-insertion preventor (MIP) Standard equipment Drawout interlock A safety device prohibits push-in and drawout when the breaker is ON. and they make contact between the breaker and the cradle at CONNECTED. Opt ion Test jumper (TJ) Position lock This device is for locking the drawout mechanism at the TEST position this then indicates the “TEST position”. s Electronic trip relay specifications table Use Type Protection Overload. Note 3: GFR is not availabe for AE630-SS ( n max = 315A. nor AE630-SH. Alarm Load current indication LEDs OCR alarm (AL) Trip indicator (TI) Temperature alarm (TAL) Others Control power supply Test terminal STD lock button : Standard equipped : Optional equipped – : Not available Note 1: L → LTD. ! Note 4: B-C0A relay and BARE are not available for AE-SH series. Short circuit (L+S+I) (Note 1) Neutral protection (NP) Making Current Release (MCR) (Note 2) Pre-alarm (PAL) Ground fault (GFR) (Note 3) Earth leakage (ER) Load current indication LEDs. 500A). Not required Required Required Required Required Not required Required – – – – – – – – – – – – – – – – – – – – – – – – – – S ST General use SPT SPGT SPET Generator M MT Classification of types Example Type Table 1 Control supply voltage code Code 0 1 2 4 Control voltage Not required AC100-120/AC200-240V DC100-125V DC24-60V SPT Table 2 CT rating (Rated current MAX. I → INST Note 2: MCR function is not available for AE-SH. S → STD.) (A) AE630-SS AE1000-SS AE1250-SS AE1600-SS AE2000-SS AE2500-SS AE3200-SS AE4000-SSC AE4000-SS 630 500 315 Low rating AE5000-SS 5000 AE6300-SS 6300 6000 (JIS) 2000 1000 1250 1600 1600 1250 Low rating 2500 3200 4000 4000 AE630-SH AE1000-SH AE1250-SH AE1600-SH AE2000-SH AE2500-SH AE3200-SH 630 1000 1250 1600 2000 2500 3200 25 . Operating characteristic is half of LTD characteristic. Fault cause is indicated LED and A contact.1 2 2 Resistive load Inductive load 26 .2 0. However ACB will not trip. PAL is indicated LED and a contact output if the load current is exceeded PAL setting value. External ZCT is reqired. GFR.protection use MPT MPGT Special use B-C0A (Note 4) No relay BARE (Note 4) Remarks Ref. 30 This button is used during characteristic check. 28. AE-SS 4P With MCR. 35 – – – – – – Indicates load current in percentage indicator LEDs. The signal is reset by pushing reset button or turning off the control power supply of the relay. Alarm output (A contact) signal will be activated. GFR ALARM/TRIP is changeable. – – – Operating characteristics (LTD. Auto reset type. TAL is indicated LED and a contact output if the temperature around main contacts is exceeded usual level. INST/MCR set is changeable. 32 34 28. Self-hold circuit is reqired when continuous signal is needed. STD. STD and INST characteristics are standard equipped. 30. MCR Control voltage code OCR alarm Temperature alarm C 2 A T Table 3 Contact rating of Trip indicator and alarm (A) Voltage (V) AC DC 120 250 30 125 0. 37~39 33 – 34 33 33. The signal is reset by pushing reset button or turning off the contorl power supply of the relay. It will not activated when ER operates. Instantaneous tripping is only possible if a short circuit occurs during switch-ON. the Inst characteristic is cancelled to keep selectivity. Each pole characteristic is is checked individually for M type relay. After the initial switch-ON. INST. – 34 28. PAL) are checked by field test device for AE-SS/AE-SH. Also ACB can be tripped with SHT tripping device. 30 34 Required Required Not required Not required OperatingVA: 5VA Vairious voltage code is shown below left table 1. Page Only INST – – – – – – – – – – Only INST – – – – – – LTD. When the switch is set to “ALARM” position a indicator LED will light up and the relay output will be activated when a ground fault occurs. Only INST is equipped for B-C0A relay NP characteristics is same as live poles. 30ms 1pulse output signal will be activated. 8-0.5 ×! max ±20% n n 0.0-OVER ×! ±10% u 0.94-0.5 ×! ∆n) Pre-alarm PAL current ( p) ! PAL time (Tp) Ground-fault protection GFR current ( g) ! GFR time (Tg) Earth-leakage protection ER current ( ∆n) ! ER time (Te) qUnless specified when ordering the electronic trip relay will be set to in blue.3-0. 4000-SS~6300-SS) 0.5-3 s ±20% (at 1.15 ×! ±10% u 12-25-50-100-150 s ±20% (at 2 ×! ) u n 2-3-4-6-8-10 ×! ±15% sd 0-0. ( n max) ! Rated current ( n) ! Uninterrupted current ( u) ! Long-time delay Short-time delay Instantaneous LTD current LTD time (TL) STD current ( sd) ! STD time (Tsd) INST current ( i) ! Refer to P25 Table 2.7-0.5 ×! max ±20% (AE4000-SSC.5 ×! ) g 1-2-3-5 A ±20% 0.8-0.3-0.92-0.0 ×! n 1.3-0.5 s ±20% (at 1. ( n max) ! INST current ( i) ! STD current ( sd) ! Rated current ( n) ! GFR current ( g) ! ER current ( ∆n) ! Uninterrupted current ( u) ! PAL current ( p) ! Load current indication LEDs 27 .8-1.96-1.s Electronic trip relay (General use S type (General use) Adjustable setting range Rated current Max.1-0.9-1.5 × TL ±20% 0.84-0.5-3 s ±20% (at 1.3-0.9-1.0 ×! max 0.8-0.9-1.5-0.1-0.86-0.88-0.2-0.8-0.8-1. S type setting dial operation schematic Rated current Max. n 0.6-0.9-0.4-0.2-0.7-0.0 ×! max (AE4000-SSC) n 0.3-0.2-0.82-0.5 ×! ) 4-6-8-10-12-16 ×! ±15% n n 4-6-8-10-12 ×! ±15% (AE5000-SS) n 4-6-8-10 ×! ±15% (AE6300-SS) 0. 88 .92 3 .8 0. Ig STD LOCK INST MCR X In max TRIP ALARM Iu × 2 GFR TIME 3. (CT RATING) In max = 1600 A RATED CURRENT In 0.5 0.0 XIn XIn 0.8 0.5 0.3 0.8 0.7 0.U.U.4 0.9 0.84 .0 1.7 1.3 0.0 OVER .3 s 100150 50 25 12 s Isd×1.6 0.0 0.5 G N O Q XIn max F L I M K UNINTERRUPTED PAL P.U.80 . Ip CURRENT Iu STD P.5 0.91. Isd 0.1 0 s LTD TIME P H J R TEST MADE IN JAPAN A Trip indicator B PAL indicator C Temperature alarm indicator D Reset button E Load current indication LEDs F Rated current setting dial G Uninterrupted current setting dial H LTD time setting dial I STD current setting dial J STD time setting dial K STD lock button L INST current setting dial M INST/MCR switch N PAL current setting dial O GFR or ER current setting dial P GFR or ER time setting dial Q GFR TRIP/ALARM switch R TEST terminal 28 .U.5 STD TIME 0. Ii 8 6 4 10 12 16 XIu XIn 1.U.2 0.96 2 4 6 8 10 INST P.S type) MODEL ELECTRONIC TRIP RELAY SPGT–C1AT A B E L TRIP INDICATOR ALARM S/I G TAL RESET PAL P. PAL OUT D C LOAD CURRENT % Iu 60 80 100 OVER RATED CURRENT MAX.1 GFR P.2 0. 5-3-3.5 ×! ) sd when “0” setting. n 4-6-8-10-12-16 ×! ±15% n 4-6-8-10-12 ×! ±15% (AE5000-SS) n 4-6-8-10 ×! ±15% (AE6300-SS) Pre-alarm PAL current (Ip) PAL time (Tp) 0.2-0.4-0.5 ×! ) g Ground-fault protection GFR current (Ig) GFR time (Tg) qUnless specified when ordering the electronic trip relay will be set to in blue.3-0.2 ×!n ±5% L 15-20-25-30-40-60 s ±20% (at 1.1-1.08 s.0 ×! ±5% L 0. 4000-SS~6300-SS) 0.3-0.5-3 s ±20% (at 1.5 ×! max ±20% (AE4000-SSC.5~1.0 ×! max (AE4000-SSC) (setting by factory side) 1-1.2-0.3-0. M type setting dial operation schematic Rated current Max. ( n max) ! INST current ( i) ! STD current ( sd) ! Rated current ( n) ! GFR current ( g) ! LTD current ( L) ! PAL current ( p) ! Load current indication LEDs 29 .1-0.96-1.2-0.s Electronic trip relay (Generator M type (Generator protector use) Adjustable setting range Rated current Max.5 ×! ±15% n 0-0.5-4-4.1-0.3-0.15-1.92-0.8-1.5 × TL ±20% 0.2 ×! ) 2-2.0 ×! max n 0.5 ×! max ±20% n n 0. operating time is 0.5 s ±20% (at 1.04~0.84-0. n 0.88-0. ( n max) ! Rated current ( n) ! Long-time delay Short-time delay LTD current ( L) ! LTD time (TL) STD current (Isd) STD time (Tsd) Instantaneous INST current (Ii) Refer to P25 Table 2.05-1.8~1. 30. Ii 3 2.5 0.54 4.88 .0 XIL XIn XIn XIn L I K GFR P.U.protection use M types) ELECTRONIC TRIP RELAY MODEL MPGT–1AT A B E L TRIP INDICATOR ALARM S/I G TAL RESET PAL P. TRIP ALARM IL×1. PAL OUT D C LOAD CURRENT % IL 50 70 90 100 CT RATING (RATED CURRENT MAX) In max.U.5 2 3.1 0 s O H G J Q A Trip indicator B PAL indicator C Temperature alarm indicator D Reset button E Load current indication LEDs F LTD current setting dial G LTD time setting dial H LTD time fine setting dial I STD current setting dial J STD time setting dial K STD lock button L INST current setting dial M PAL current setting dial N GFR current setting dial O GFR time setting dial P GFR TRIP/ALARM switch Q TEST terminal TEST MADE IN JAPAN 30 .1 1.84 LTD P.5 0.0 1.92 .U.8 0. Ip .1 STD LOCK XIn max.3 0.2 0.2 0.0 .U.5 6 4 8 10 12 16 F M N P PAL P.05 1.151.2 Isd ×1.U. Isd INST P.3 s LTD TIME FINE 25 20 15 s 30 40 60 STD TIME 0.2 1.U.5 GFR TIME 3. IL 1.= 1600 A RATED CURRENT In 1283 A STD P.96 1.4 0.5 0. Ig 0. 5-0. ( n max) ! Rated current ( n) ! INST current ( i) ! Load current indication LEDs 31 .8-0.6-0.9-1.9-1. B type setting dial operation schematic Rated current Max.s Electronic trip relay (Special use B type (Special use) Adjustable setting range Rated current Max. n (setting by factory side) 0.7-0.0 ×! max (AE4000-SSC) Non Non 4-6-8-10-12-16 ×! ±15% n n 4-6-8-10-12 ×! ±15% (AE5000-SS) n 4-6-8-10 ×! ±15% (AE6300-SS) qUnless specified when ordering the electronic trip relay will be set to in blue. ( n max) ! Rated current ( n) ! Long-time delay Short-time delay Instantaneous INST current ( i) ! Refer to P25 Table 2.0 ×! max n 0.8-0. U. Ii 8 6 4 10 12 16 XIn B MCR NON LTD INST C NON STD TEST MADE IN JAPAN D 32 .B type) MODEL ELECTRONIC TRIP RELAY B–C0A A Load current indication LEDs B INST current setting dial C INST/MCR switch D TEST terminal A 60 LOAD CURRENT % In 80 100 OVER RATED CURRENT In = 1600 A INST P. The output contact is turned off when the reset button is pressed or control supply is turned off.2-0. The sensitivity is selectable in the range of 0. the ground fault protection function (GFR) is used. 56.1-0.5 ! times the Rated current MAX.8-1. q Connection diagram (Earth leakage alarm system) q Connection diagram (Earth leakage tripping system) N2 N1 External ZCT C2 BZ 544 External ZCT for ground wire Earth leakage alarm buzzer SPET relay ER L1 SHT N2 C1 714 N1 External ZCT SPET relay 513 L2 External ZCT for ground wire 713 ER L1 L2 BZ control supply Relay control supply SHT control supply Relay control supply 33 . and the operating time is selectable from the range of 0. the above should be used with a SHT. or for AE630-SH. Opt ion Ground fault protection (GFR) 4 pole breaker Current sensor coil Sometimes the Long-time-delay or Short-time-delay functions will not protect a circuit even if there is a ground fault of several hundred amps. DC power supplies. GFR Electronic trip relay (with ground fault protection) Opt ion Earth leakage protection (ER) The earth leakage alarm facility is provided by using a electronic trip relay with earth leakage protection and a external ZCT (see page 37. In which case.s Electronic trip relay accessories Neutral pole overcurrent protection (NP) This function protects the neutral pole (4 pole) of the circuit breaker from overcurrent with S type relay. Note 2: The ground fault protection (G) is not available for ! AE-SS series with the Rated current MAX. Note 2: Output contact is self-hold type. the neutral pole overcurrent protection will prevent damage from occuring.3-0. Should the breaker be required to trip on earth leakage. ( n max) coming to 315 A or 500 A. This is therefore suitable when a continuous power supply is required. q Connection diagram Current sensor coil Same phase Load equipment which generates electric current of the third harmonic wave form. 4-wire circuit. ( n max). which may cause damage. Note 1: In a 3-phase. the alarm alone operates but the breaker does not trip. Load equipment (for example: computer equipment. 56. ground fault protection is also possible with a 3 pole breaker and a Neutral CT (NCT) see page 35. etc) which is liable to generate third harmonic wave forms that may cause more load current to flow in the neutral pole. A control supply is not required for the operation of the ground fault protection. Neutral overcurrent protection can be set to operate at 100% of the rated current.3-0.) Even if several amperes of earth leakage current flow.5-3 seconds. Note 1: The shunt tripping device (SHT) is suitable for 100-250V AC/DC or less. Ground fault protection (GFR). Opt ion Pre-alarm (PAL) If the load current of the breaker exceeds the set value. STD. 125%. (The control supply and the reset button are used in common with the trip indicator. 500%. a useful preventive maintenance feature. INST. It does not operate when the breaker trips due to the Earth leakage protection (ER). This will prevent trouble and increase contact life. GFR Battery use AC100-120V • AC200-240V • Power supply Test current signal setting Ammeter Time counter 6-point setting possible (20%. The relay output is of an auto reset type. INST. GFR Pre-alarm AC100-240V 50-60HZ 10%~2000% (continuously variable) equipped equipped Y-160 LTD. The breaker will trip when tested. Type Test function Y-2000 LTD. A “PAL” LED lights and a relay output is energized.) Opt ion Field test device The electronic trip relay can be checked without the breaker being connected to the main supply. Instantaneous/MCR. The operating characteristic shown on the curve is proportional to half of the Longtime-delay tripping characteristic. Short-timedelay. a LED will light and a relay contact (1a) will energize. STD. The AL is an integral part of the electronic trip relay. 200%.OCR alarm (AL) The OCR alarm (AL) is a short-time operating switch (1a) for the electrical indication of when the breaker trips due to overcurrent. Opt ion Temperature alarm (TAL) If the temperature of the main contact rises above a pre-determined level. Y-160 test device is not available for M type relay. Note: Though a control supply is not required for the operation of the OCR alarm (AL). 50%. This is useful in securing a continuous power supply to a important circuit. Though it operates when the breaker trips due to the Long-time-delay. 2000%) – equipped 34 .03 seconds. a self-hold circuit is required since the relay output only operates for 0. Note: When a continuous output signal from the OCR alarm (AL) is required please use the output signal from the trip indicator (TI) which is operated by the same causes as the OCR alarm (AL). s Electronic trip relay accessories Opt ion Neutral CT (NCT) The neutral CT is used for ground fault protection when a 3 pole breader is used on a 3 phase 4 wires system. 1. The other method uses a smaller ZCT through which the supply transformer’s ground wire passes through to earth. It should be used together with the electronic trip relay that has the ground fault protection (G) option. Wiring diagram (load circuit method) 2. Neutral CT Opt ion External ZCT This option is used to detect several amperes of earth leakage when use in combination with a electronic trip relay that has the earth leakage tripping (ER) option. Two methods are available: The first is where the all load conductors pass through the ZCT. (refer to P56) q Wiring diagram Type AE 630-SS/SH AE 1000-SS/SH AE 1250-SS/SH AE 1600-SS/SH AE 2000-SS/SH AE 2500-SS/SH AE 3200-SS/SH AE 4000-SS. Wiring diagram (transformer ground wire method) C2 SHT C1 N2 714 N1 External ZCT C2 SHT C1 714 N2 N1 713 SPET relay ER External ZCT 713 SPET relay ER L2 L1 L2 L1 SHT control supply Relay control supply SHT control supply Relay control supply 35 . (refer to P56) q Type Application Type External ZCT for load circuits ZCT163 ZCT323 ZCT324 ZT15A External ZCT for transformer ground wire ZT30A ZT40A ZT60A ZT80A ZT100A Note: A screened wire (2m) is attached on the product.1 10W) and screened wire (2m) is attached on the product. SSC AE 5000-SS AE 6300-SS Applicable CT type CW-40LM 630A CW-40LM 1000A CW-40LM 1250A CW-40LM 1600A CW-40LM 2000A CW-40LM 2500A CW-40LM 3200A N1 3 pole breaker Current sensor coil CW-40LM 5000A CW-40LM 6300A CW-40LM 6000A (JIS) Electronic trip relay (with ground fault protection ) N2 CW-40LM 4000A Resistor Note: A suitable resistor (0. If the electronic trip relay is tripped. A coreless coil which has good linearity is achieved. and is suitable for short time operation. STD/INST This is a peak value detection system.s Circuit diagram of the electronic trip relay Circuit diagram of the electronic trip relay(SPGT) Upper terminals Electronic trip relay Power supply CT Characteristic setting part Power supply circuit OCR alarm circuit Trip coil 30ms 1 pulse 97 98 Rectifier circuit CPU Custom IC Rectifier signal circuit Setting input A/D convertor Overload /PAL Trigger circuit Current sensor coil Integrating circuit Phase selection sampling Load LED PAL pick-up LED S/W LTD S/W STD S/W Accumulator Peak value conversion/ Max. ZCT input N2 Ground fault Integration/ composition circuit S/I 544 Ground fault circuit GFR Control power circuit G L1 L2 L3 N Lower terminals Operating function of each device 1 Power supply CT 2 3 4 5 6 7 8 Energy is supplied for the operation of the overcurrent tripping and ground fault tripping (GFR) function of the electronic trip relay. OCR alarm circuit 1 pulse 30ms signal output without control power supply. Pre-alarm This is an effective value detection system. circuit Watch-dog timer circuit PAL OUT 524 Test connector I/O LTD L 554 STD/INST N1 NCT. LTD This is an effective value detection type which is strong against the distored wave. It has a memory effect for the overcurrent state. Ground fault circuit The signals in each phase are summed in the vector mode in order to detect the ground fault value. Trip indicator circuit Fault cause and pre-alarm is indicated with control power supply. The integrating circuit integrates the output voltage and provides a signal voltage waveform which is in proportion with the load current. phase selection circuit Trip indicator circuit PAL 513 534 INST. It has a memory effect for the overcurrent state. 36 . Current sensor coil The current in each phase flowing through in the breaker is detected. the overcurrent memory is reset. 9-1.8-0.8-1.5-3s±20% .03 INST current (Ii) .3-0. it is 0.7-0.5s±20% .3 .04 .5 .1-0.4 . (!n max) 37 .4-0.2-0.1-0.5✕In max±20% 0.3-0.2 GFR time (Tg) 0.3-0.05 .02 4-6-8-10-12-16✕In±15% 4-6-8-10-12 ✕In±15% (AE5000-SS) 4-6-8-10 ✕In±15% (AE6300-SS) Maximum breaking time (In case of AE4000-SS~AE6300-SS.1 STD time (Tsd) 0-0.5✕In max±20%(AE4000-SSC~AE6300-SS) 10 Operating time (seconds) STD current (Isd) 5 4 3 2 2-3-4-6-8-10✕In±15% with MCR (AE-SS series only) 1 .) .2-0.01 2 5 10 20 50 100 125 200 500 1000 1600 2000 5000 Characteristics from the factory Adjustable characteristics Long time delay pre-alarm Current Short time delay/instantaneous Ground fault % of uninterrupted current (!U) % of rated current (!n) % of rated current MAX.05s.2-0.3-0.0-OVER✕Iu±10% PAL time (Tp) TL/2±20% 100 60 50 40 30 20 GFR current (Ig) 0.s Operating characteristics (General use) S type 1000 500 400 300 200 LTD time (TL) 12-25-50-100-150s±20% PAL current (Ip) 0. 2-0.3-0.05s.05 .5-3s±20% .96-1.5✕In max±20%(AE4000-SSC~AE6300-SS) LTD time (TL) 15-20-25-30-40-60s±20% PAL time (Tp) TL/2±20% 10 Operating time (seconds) STD current (Isd) 5 4 3 2 2-2.15-1.5 .4-0.88-0.2 GFR time (Tg) 0.84-0.1-0.4 .0✕IL±10% 100 60 50 40 30 20 GFR current (Ig) 0. it is 0.2-0.5✕In max±20% 0.04 .s Operating characteristics (Generator protection use) M type 1000 500 400 300 200 LTD current (IL) 1.5-4-4.03 .) .3-0.(!n max) 38 .0-1.1 STD time (Tsd) 0-0.2-0.3-0.1-1.05-1.92-0.8-1.02 INST current (Ii) 4-6-8-10-12-16✕In±15% 4-6-8-10-12 ✕In±15% (AE5000-SS) 4-6-8-10 ✕In±15% (AE6300-SS) Maximum breaking time (In case of AE4000-SS~AE6300-SS.01 2 5 10 20 50 100 120 200 500 1000 1600 2000 5000 Characteristics from the factory Adjustable characteristics pre-alarm % of Long time delay current (!L) Current Long time delay/Short time delay/instantaneous % of rated current(!n) Ground fault % of rated current MAX.1-0.5✕In±15% 1 .5s±20% .5-3-3.3-0.3 .2✕In±5% PAL current (Ip) 0. s MAX.05s.2 Max.time of let-through current 100 60 50 40 30 External OCR max.01 100 200 500 1000 1600 2000 5000 % of Rated current Characteristics from the factory Adjustable characteristics 39 .1 .05 .02 Maximum breaking time (In case of AE4000-SS~AE6300-SS. setting 20 10 time(seconds) 5 4 3 2 INST current (Ii) 1 4-6-8-10-12-16✕In±15% 4-6-8-10-12 ✕In±15%(AE5000-SS) 4-6-8-10 ✕In±15%(AE6300-SS) .03 .3 .04 .) 5 10 20 50 Current . it is 0.4 .5 .Rated short time current (1s) . time of let-through current and B type relay characteristics B-COA (Not available for AE-SH) 1000 500 400 300 200 Max. Operating hole for Resetting Side view of the flat tip 2. (operate the switch with a force of 10N or less. Then. 5.s Tripping characteristics setting Setting procedure 1.U. 3.1N•m or less.0 OVER 0.8 0.Two methods for sealing the cover are provided. Before operating make sure that the push-button is in its initial state. wSeal the electronic trip relay cover by using the lead sealing hole at the bottom of the cover.5 XIn max PAL P.U. 4.88 .0 XIn XIn GFR P.7 UNINTERRUPTED CURRENT Iu STD P. and the cover will open.91.80 .8 0.When the characterisitics have been set. Isd INST P.U.6 0.0 0.92 3 .) wSlide switch type Slide the switch to the left or right. Do not stop the switch between steps as it would be the same setting value as that associated with the nearest step line. The cover can not be opened unless the sealing label is removed.There are 3 types of switches for setting up the required tripping characteristics and they should be used as follows:qStep adjustable type A rotary switch is used.96 2 4 6 8 10 6 4 8 10 12 16 XIu XIn 1. lightly press the screwdriver leftward. 0. In .) ePushbutton type A pushbutton is provided for termporary operation. 6mm max.A small flat-tipped screwdriver is prepared. Ip 1.1 STD LOCK INST MCR XIn max TRIP ALARM q Step type e Push-button type w Slide switch type Operating hole for Resetting Cover q Sealing label w Lead sealing hole 40 .8mm max. LOAD CURRENT % Iu 60 80 100 OVER RATED CURRENT MAX. they should be checked using a field tester. Press it with a force of 10N or less. q Press the screwdriver in the direction of the arrow to open the cover. Note: The sealing label is supplied with the relay.84 .Insert the flat-tipped screwdriver into the opening of the electronic trip relay cover.3 0.U. (Operate the switch with a torque of 0. select either from the following: qStick the sealing label on the opening of the electronic trip relay cover.7 0.9 0. and close the cover.5 0.2 0. Ig 0. (CT RATING) In max= 1600 A RATED CURRENT In 0. 80 .How to adjust the trip relay AE-SS has very intelligent relay with multi functions.2 0.6 0. Ii 1. (CT RATING) In max= 1600 A RATED CURRENT In 0.0 XIn XIn GFR P.91.92 3 . it seemed to be difficult to adjust it.7 0.5 0.5 XIn max UNINTERRUPTED PAL P.5 0.8 0.4 0.3 0. <Front view of the relay> The relay is set as follows.3 s 3.U.0 OVER 0.1 STD LOCK INST MCR XIn max TRIP ALARM Iu × 2 GFR TIME 1. Ig 0.88 .2 0.7 .8 0.0 0.84 . Ip CURRENT Iu STD P.0 100150 50 25 12 s Isd × 1. But sometime.U.1 0 s LTD TIME TEST MADE IN JAPAN 41 .5 STD TIME 0.9 0.U.96 2 4 6 8 10 6 4 8 10 12 16 XIu XIn 1.8 0.3 0. Isd INST P.U.5 0. This report can help you to solve such questions. PAL OUT Here ! max n = Maximum rated current ! n = Rated current ! u = Uninterrupted current LTD TIME = Long time delay tripping time ! sd = Short time delay pick-up current STD TIME = Short time delay tripping time ! i = Instantaneous pick-up current ! p = Pre-alarm (PAL) operating current ! g = Ground fault pick-up current GFR TIME = Ground fault operating time LOAD CURRENT % Iu 60 80 100 OVER RATED CURRENT MAX. MODEL ELECTRONIC TRIP RELAY SPGT–C1A L TRIP INDICATOR ALARM S/I G RESET PAL P.U. U.92 3 .5 sd = 5760A ) PAL pick-up time =50% of LTD time=50s ( Actual settings are as following table.8× u p ! XIu XIn 1.9×1280A =1152A XIn max UNINTERRUPTED PAL P.U.2 0.5 0.80 .96 2 4 6 8 10 6 4 8 10 12 16 =3×1280 =3840A ! =12×! i n ! =0.5=3840×1.8×1152 =921.U.8s±20% (at 240A) – ! sd STD TIME 42 .5 ! =3×! sd n =0.0 XIn XIn =0.8×1600 =1280A ! =0.7 .s Tripping characteristics setting (2/3) How to get the current settings and operating times <Actual setting> Current settings and operating times are calculated.3 0.9 0. PAL OUT ! max=1600A n 100 OVER ! =0.5 0.1 STD LOCK INST MCR =12×1280 =15360A XIn max TRIP ALARM =0.91.7 0. Ip CURRENT Iu STD P. at! ×2=1152×2 u = 2304A ) ! max n ! n ! u LTD TIME =1600A =1280A =1152A =100s±20% (at 2304A) =3840A±15% =0.U.3 0.2 0.1× n max g ! GFR P.1×1600 =160A Iu × 2 GFR TIME 1.5=160×1.3 s 3.84 .5 0. Isd INST P.0 OVER 0.U.8 0.8s STD TIME=0.9× n u ! LOAD CURRENT % Iu 60 80 RATED CURRENT MAX. Ii 1.5 g = 240A ) MADE IN JAPAN TEST ( at! ×1.3s±20% (at 5760A ) ! i ! p =15360A±15% =921.6A ! =0. (CT RATING) In max= 1600 A RATED CURRENT In 0. Ig 0.8 0.5 STD TIME 0.3s ( at! ×1.8× n max n ! =0. MODEL ELECTRONIC TRIP RELAY SPGT–C1A L TRIP INDICATOR ALARM S/I G RESET PAL P.1 0 s ( at! ×2=1152×2 u = 2304A ) LTD TIME GFR TIME=0.8 0.6 0.88 .0 0.0 100150 50 25 12 s LTD TIME=100s Isd × 1.4 0.6A±10% PAL pick-up time =50s±20% (at 2304A) ! g GFR TIME =160A±20% =0. operating characteristics are set as follows. qCharacteristic curve 1000 500 400 300 200 PAL current (Ip) setting range LTD time (TL) setting range 100 60 50 40 30 GFR current (Ig) setting range 20 10 Operating time (s) STD current (Isd) setting range 5 4 3 2 1 .4 .03 .01 5 10 20 50 100 125 200 500 1000 1600 2000 5000 Current (%) 43 .1 .04 .How to get the current settings and operating times <Characteristic curve> In above settings.02 INST current (Ii) setting range .5 .2 GFR time (Tg) setting range STD time (Tsd) setting range .3 .05 . 5 .1 X12 . qCharacteristic curve 1000 500 400 300 X0.2 0.8s .04 .1 X3 1 0.4 .03 .3 .3s .6 1209.6 1440 2304 3840 5760 15360 current (A) 44 .s Tripping characteristics setting (3/3) Actual operating characteristics are shown is following curve by %-A figure.8 200 TL=100s 100 60 50 40 30 20 TP=50s 10 operation time (s) 5 4 3 2 X0.02 160 240 921.05 . s Wiring diagram (According to EN50005) Internal wiring diagram q The following wiring diagram shown accessories fully equipped. L2 L1 . 2000V (Dielectric voltage) 1500V (Dielectric voltage) Reset TR P ! TAL GFR or ER 513 X Xa 341 331 321 311 L1 564 544 97 Power supply CT Current sensor coil CL CL CL CL 342 344 332 334 322 324 312 314 L3 L2 554 534 524 98 See Table 1 PAL STD/ LTD !NST Main circuit Cell switches Electronic trip relay qTerminal Symbols 13 ~ 54 11 ~ 52 413 414 U1 A1 C1 J1 U2 A2 C2 J2 Auxiliary switch contact a Auxiliary switch contact b Charged signal a Motor charging Closing coil Shunt trip Under voltage trip N1 97 N2 98 For N-pole CT or external ZCT connection OCR alarm contact Trip indication contact Pre-alarm indication contact Temperature alarm contact Electronic relay unit control power supply Cell switch AC (Table-1) Applicable power supply Voltage(V) Common 100 – 120 200 – 240 100 – 125 24 – 60 Input terminal L1 . L3 L1 . L2 M1 M2 524 ~ 544 554 564 L1 L2 L3 DC 713 714 Earth leakage trip output (for SHT trip) 311 ~ 344 45 only operate 30ms Electronic trip relay AL . q Because of pumping prevention is not performed. surge absorbers. below is the wiring diagram at fully equipped state. etc. 2000V (Dielectric voltage) OFF ON See P35 M1 N1 713 J1 C1 A1 U1 413 51 41 31 21 11 53 43 33 23 13 SBC SBC SBC SBC AX AX AX M UVT SHT CC AX AX SBC AX AX AX AX AX M2 N2 714 J2 C2 A2 U2 414 52 42 32 22 12 54 44 34 24 14 SHT See P19 Charge OFF ON Under voltage trip Electrical operation circuit Charged signal Auxiliary switches qAccessory Symbols M CC SHT UVT AL LTD STD/INST Motor Closing coil Shunt trip device Under voltage trip coil OCR alarm (30ms) Long-time-delay trip indication LAMP Short-time-delay or instantaneous trip indication LAMP ––– GFR or ER PAL TAL X Ground fault trip or earth leakage indication LAMP Pre-alarm indication LAMP Temperature alarm indication LAMP Self-hold relay Wiring completed by the factory Wiring by the user 46 . the control circuit terminal block should be moved to the left or right by 5mm. q CL and SBC are accessories for draw-out type. do not use AXb contact for a cut-off of closing coil. q On the draw-out type. after cables connecting. etc. as a countermeasure against the surge (counter electromotive force) at the time of switching. as operating voltage in the peripheral circuits. install diodes.q The Fig. q When usin coil loads such as DC magnetic switch. 5 Panel 48 25 40 220 368 366 172 23 61 370 4-f14 200 59 149 234(149) 452 Earth terminal M8 screw 66 : Mounting pitch The numerals shown in parentheses are for 3 poles. etc center Control terminals M3.2) Rear view Horizontal terminal Operating panel center 85 85 85 85 85 Vertical terminal Operating panel center 85 Front terminal Operating panel center 85 85 85 Neutral pole 50 Neutral pole Neutral pole Outline of breaker Outline of breaker 117 Outline of breaker 4P 3P 4P 3P 4P 3P Main circuit terminal dimensions Horizontal terminal 38 Vertical terminal 38 Front terminal 38 Connecting area 15 Connecting area 15 Connecting area 15 25 50 25 50 25 2-f13 2-f13 2-f13 47 50 .s Outline dimensions (1/5) Drawout type AE630-SS~AE1600-SS Front view Operating panel UVT controller.6~3.5 self-up screw 150 228 235(150) Side view Front face of control terminal M3.5 self-up screw Lifting hook hole 311 Disconnected Test 51 35 3P 4P Neutral pole Aperture for drawout handle Horizontal terminal 15 Vertical terminal 50 Front terminal 15 145 53 92 132 57 430 340 132 15 15 100 15 92 50 15 40 42. Fully drawout position Inside of the panel(thickness1. 5 200 59 239 4-f14 Panel 48 40 172 220 368 366 23 61 Earth terminal M8 screw 83 57 324(194) 452 Type AE2000. etc center Control terminals 243 228 325(195) M3.2500-SS AE3200-SS Dimension of W 95 103 T T 132 370 48 .5 self-up screw Lifting hook hole 311 Disconnected Test 3P 4P Neutral pole Aperture for drawout handle 430 340 51 35 Horizontal terminal Vertical terminal 125 Front terminal T T 132 182 15 92 T 125 15 370 67 92 W 53 40 25 42.6~3. Fully drawout position Inside of the panel (thickness1.2500-SS AE3200-SS Dimension of T 20 25 : Mounting pitch The numerals shown in parentheses are for 3 poles.2) Rear view Horizontal terminal Operating panel center Neutral pole 130 130 23 130 Vertical terminal Operating panel center Neutral pole 130 130 23 130 Front terminal Operating panel center Neutral pole Insulation block Outline of breaker 130 130 23 130 T W Outline of breaker 4P 3P 4P 3P 4P 3P Main circuit terminal dimensions Horizontal terminal 38 Vertical terminal 38 Front terminal 34 Connecting area 15 Connecting area 15 Connecting area 15 25 25 25 25 25 25 25 25 25 25 W 125 W 4-f13 5-f13 4-f13 Type AE2000.5 self-up screw Side view Front face of control terminal M3.Drawout type AE2000-SS~AE3200-SS Front view Operating panel UVT controller. 6~3.s Outline dimensions (2/5) Drawout type AE4000-SSC (3P) Front view UVT controller.R pole:T10✕W150✕4 pieces C pole :T10✕W150✕3 pieces Operating panel Control terminals center M3.5 self-up screw Lifting hook hole Connection bus bar 311 L.5 self-up screw 325 Disconnected Test 51 35 430 340 15 125 15 4-f14 200 59 239 324 40 25 42.5 195 70 10 10 Operating panel center 195 90 10 10 Outline of breaker Insulation block 493 Main circuit terminal dimensions 53 Connecting area 25 25 25 25 25 5-f13 49 125 67 182 370 Aperture for drawout handle 125 . etc 243 228 Side view Only vertical connection is available Front face of control terminal M3.5 Panel 48 452 40 220 172 23 151 Earth terminal M8 screw 368 366 Fully drawout position : Mounting pitch Inside of the panel(thickness1.2) Rear view 42. 5 228 588.5 530 44 395 610(480) 4-M12 Fixing bolts 2-M12 Panel 75 Earth terminal M8 screw 400 : Mounting pitch The numerals shown in parentheses are for 3 poles.5(458.2) Rear view Operating panel center 42.5 561.5 self-up screw Neutral pole 373.Drawout type AE4000-SS~AE6300-SS Front view UVT controller. Main circuit terminal dimensions 53 Connecting area 25 25 25 25 25 5-f13 125 117 420 50 . Aperture for drawout handle Fully drawout position Inside of the panel (thickness1.5 self-up screw Lifting hook hole M12 weld nut 311 Mounting angle Insulation block 3P 4P Drawout handle radius 100 480 340 125 182 15 15 125 40 48 220 368 366 172 23 123 184 90 42.5000-SS AE6300-SS Dimension Dimension of W of T 100 105 20 25 382 Outline of breaker 4P 3P 25 T The mounting angle should be prepared by the customer. etc 28 Side view Disconnected 28 51 35 Operating panel Control terminals center M3.6~3.5 2-M12 for mounting Mounting angle (SUS) 14 Neutral pole Type AE4000.5) 196 262 262 W 431.5(431.5) Test Front face of control terminal M3.5 345. s Outline dimensions (3/5) Drawout type AE630-SH~AE3200-SH Front view Operating panel Control terminals UVT controller.5 self-up screw 325(195) Disconnected 51 Side view Front face of control terminal M3.6~3.2) Rear view Horizontal terminal Operating panel center Neutral pole 130 130 23 130 Vertical terminal Operating panel center Neutral pole Outline of breaker 130 130 23 130 Front terminal Operating panel center Neutral pole Insulation block Outline of breaker 130 130 23 130 T W 4P 3P 4P 3P 4P 3P Main circuit terminal dimensions Horizontal terminal 38 Vertical terminal 38 Front terminal 34 Connecting area 15 Connecting area 15 Connecting area 15 25 25 25 25 25 25 25 25 25 25 W 125 W 4-f13 5-f13 4-f13 Type AE630~2500-SH AE3200-SH Dimension of W 95 103 51 T T 132 Drawout handle radius 100 430 340 T 370 . etc center 243 228 M3.5 self-up screw Test Neutral pole Fixing bolt 2-M12 35 Lifting hook hole 341 Horizontal terminal 370 T Vertical terminal 125 Front terminal 132 134 15 15 T 92 125 182 67 92 W 53 40 25 42. Fully drawout position Dimensions from inside of the panel (thickness1.5 4-f14 200 33 265 Aperture for drawout handle 350(220) Panel 48 452 40 220 398 396 202 23 61 Earth terminal M8 screw 83 57 Type AE630~2500-SH AE3200-SH Dimension of T 20 25 : Mounting pitch The numerals shown in parentheses are for 3 poles. 6~3.2) Rear view AE630~1600-SS Operating panel center 85 85 85 AE2000~3200-SS Operating panel center 130 130 23 130 AE630~3200-SH Operating panel center Neutral pole 95 130 Neutral pole 50 Neutral pole Outline of breaker 95 95 Outline of breaker 4P 3P 4P 3P Insulation block 4P 3P 514(384) 52 .5 self-up screw UVT controller.2) Inside of the panel (thickness1.6~3. Earth terminal M8 screw 4-f14 Earth terminal M8 screw 4-f14 228 156 38 170 241(156) 255(170) 38 246 260 228 331(201) 345(215) Type AE630~1600-SS AE2000~3200-SS Dimension of T 15 20 Side view AE630~3200-SS 88 144 Main circuit terminal dimensions 88 144 AE630~3200-SH AE630~ 1600-SS 32 AE2000~3200-SS AE630~ 3200-SH Connecting area 17 7 340 7 340 132 350 410 38 132 350 410 Connecting area 17 T 20 38 72 20 72 T 25 25 25 23 130 130 25 50 5 5 40 175 31 40 40 175 31 70 Panel 290 288 Earth terminal M8 screw Panel 290 288 Earth terminal M8 screw 2-f13 4-f13 Inside of the panel (thickness1.Fixed type AE630-SS/SH~AE3200-SS/SH Front view AE630~1600-SS AE2000~3200-SS AE630~3200-SH Operating panel center Control terminal 317 268 M3.etc 142 268 M3.5 self-up screw 227 (142) Operating panel center UVT controller.etc Control terminal 232 3P 4P Neutral pole 3P 4P Neutral pole : Mounting pitch The numerals shown in parentheses are for 3 poles. s Outline dimensions (4/5) Fixed type AE4000-SSC (3P) Front view Operating panel center Control terminal 232 268 317 UVT controller,etc M3.5 self-up screw Earth terminal M8 screw 228 246 38 260 331 345 4-f14 : Mounting pitch Side view 88 144 Main circuit terminal dimensions Connection bus bar Only vertical connection is available Per 1 pole: T10✕W150✕3 pieces (All poles) 125 53 182 414 Connecting area 25 7 340 25 25 25 25 70 10 125 354 9 40 175 31 136 Panel 290 288 Earth terminal M8 screw 72.5 5-f13 Inside of the panel(thickness1.6~3.2) Rear view 42.5 195 Operating panel center 195 10 Outline of breaker 53 125 Fixed type AE4000-SS~AE6300-SS Front view Operating panel center UVT controller,etc 366.5 268 Side view Control terminal M3.5 self-up screw 581.5(451.5) 88 144 Bus bar 3P 4P 125 57 7 340 Earth terminal M8 screw 228 380.5 38 394 595.5(465.5) 609(479) 4-f14 40 175 31 136 125 Panel : Mounting pitch 290 288 Earth terminal M8 screw Inside of the panel (thickness1.6~3.2) Rear view 42.5 Operating panel center 262 100 Neutral pole 197 262 Outline of breaker 4P 3P 20 20 Main circuit terminal dimensions 53 Connecting area 25 25 25 25 25 5-f13 125 72.5 10 9 182 354 414 54 s Outline dimensions (5/5) Panel-cut, Drawout handle, Terminal adapter Panel-cut dimensions Door frame panel-cut dimensions Panel-cut dimensions Outline 7.7 Drawout handle dimensions 200 max 173 f12 169 Operating panel center 8-f7 Operating panel center 345 357 381 324 345 405 200 f22 Breaker A A Type Fixed Type Drawout Type AE4000-SSC (FIX) AE4000~6300-SS Dimension of A 175 195 179 245 235 247 235 295 Breaker mounting frame 271 Breaker mounting frame Vertical terminal adapter AE630~1600-SS AE2000~3200-SS AE630~3200-SH 38 T Front terminal adapter AE630~ 1600-SS 15 25 AE2000~3200-SS AE630~3200-SH 25 25 25 15 38 f13 34 42 T 25 25 25 25 50 100 53 15 15 15 f13 Mtg.holesf13 125 Type AE630~1600-SS Fixed type Up side Down side Drawout type D D 25 50 38 100 Connecting area 37.5 25 25 25 25 15 T C 15 Dimension of C Dimension of D Dimension of T 258.5 145 145 258.5 145 145 258.5 145 145 50 50 50 95 95 95 95 95 103 15 15 15 20 20 20 25 25 25 38 Connecting area AE2000,2500-SS AE630~2500-SH AE3200-SS AE3200-SH Type AE2000,2500-SS AE630~2500-SH AE3200-SS AE3200-SH 115 Dimension of T 20 25 Fixed Up side type Down side Drawout type Fixed Up side type Down side Drawout type Panel-cut dimensions (Breaker rear side) Operating panel center Neutral pole Dimensions 225 Type AE630~1600-SS AE2000~3200-SS AE630~3200-SH 45 Number of poles 3 4 3 4 Dimensions A 135 220 180 310 B 135 135 225 225 C 0 0 23 23 C Outline of breaker Panel (Side view) A B (Rear view) 55 Connecting area Neutral CT (NCT). External ZCT Neutral CT (NCT) CW40-LM 630~4000A A B Terminals M5 screw CW40-LM 5000~6300A 251 J Terminals M5 screw 79 C D L K 298 217 L K E F G K L M 40 88 285 328 A B C D E F G H J K L M 97 5.7 Terminals M3.5 screw E Dimensions(mm) A B D E C ZCT163 230 60 323 250 47 ZCT323 370 108 460 400 47 ZCT324 500 108 600 550 48 200 B A Slit for M8 bolt 72 92 D 56 .5 screw E 28 30 12 D G D B C 2 C 3 100 Slit for M5 screw B H Slit for M5 screw 40 52 70 90 E A Dimensions(mm) A B C D E F G H ZT15A 48 15 29 62 46 15 70 25 ZT30A 68 30 37 82 66 30 90 50 ZT40A 85 40 43 92 81 40 100 50 Dimensions(mm) A B C D E ZT60A 140 60 73 150 46 ZT80A 160 80 82 169 48 ZT100A 185 100 93 190 50 External ZCT for load circuits C K Terminals M3.5 screw Terminals M3.5 137 105 16.5 28 122 142 51 9 38 66 Slit for M8 bolt H Slit for M10 bolt 4 40 102 Dimensions(mm) CW40-LM 630~2000A CW40-LM 2500~4000A 162 4 219 160 31 48 192 212 68 11 55 87 External ZCT for transformer ground wire A F 7. Max busbar supporting distance nearest to ACB is less than 200mm. Also clean the contact surface. Electromagnetic force in N per 1m conductor (in the case of three phase short circuit) AE630-SS Type (A) AE1600-SS Conductor distance (mm) Prospective fault current kA (pf) 30 (0. refer to Table on the right. In case of AE-4000-SSC. the conductors should be secured firmly. using the values in Table on the right as a reference.s Technical information (1/3) Pre-cautions when making connections For the terminal connections. conductor sizes are not given in IEC 60947-1. washers and spring washers. ensure that they have a sufficient current capacity.2) AE2000-SS AE3200-SS AE–SH AE4000-SSC AE6300-SS AE4000-SS (N) Bus bar 85 7500 14600 20800 35100 60200 130 4500 8900 12500 21200 36200 50100 84700 195 3400 6700 9400 15900 27200 262 2300 4500 6300 10600 18100 25100 42400 AE–SS AE–SH Max. Open air) Rated current Connecting conductors (copper bus bar) Max. use M12 bolts. silver plating of the contact surface of the conductor which is connected to the terminal of the breaker. refer to P49. Standard Tightening Torque Screw size M12 Tightening torque (N • m) 40~50 Terminal 25 15~23mm 1 Silver plated conductor Since fault current flowing through the conductors cause large electromagnetic forces. and securely connect them at a suitable torque.2) 42 (0. is recommended.2) 65 (0. 53. 40°C Ambient Temp.200mm Fixing support 100 (0.. In order to prevent increased contact resistance due to humidity.2) 130 (0. Conductor Size (IEC-60947-1 . 57 . In case of more then 3200A.2) When selecting conductors for connection to a Series AE breaker.2) 85 (0. ✽ 2.2) 50 (0. (A) Arrangement Quantity Conductor size(mm) 630 1000 1250 1600 2000 2500 3150(3200)✽1 4000 5000 6300 ✽ 1. The ✽2 With long surface vertical With long vertical With long vertical With long vertical With long vertical With long vertical With long vertical With long vertical With long vertical With long vertical surface surface surface surface surface surface surface surface surface 2 2 2 2 3 4 3 4 4 4 40✕5 60✕5 80✕5 100✕5 100✕5 100✕5 100✕10 100✕10 150✕10 200✕10 temperature rise of rated current 3200A conforms to the requirement of IEC 60947-1 for the connecting conductor size of a rated current of 3150A. the breaker should be specially treated. the increased Extracorrosion proof specifications is recommended. modified air circuit breakers are available.690V AC690V or less A (Note 1) (Note 3) 0 50 162 50 0 50 240 50 (Note 1) (Note 3) 100 50 162 50 100 (Note 1) (Note 3) 200 50 – 200 A D A C Mounting surface Fix type B C D A (Note 2) (Note 2) (Note 1) (Note 3) 200 50 – 200 B B Side plate Drowout type B C D (Note 3) (Note 3) 50 240 50 (Note 2) (Note 2) Note 1 : 300mm or more clearance is necessary to inspect the arc-extinguishing chamber and contacts. Please specify when ordering. maintenance is possible with following clearance. etc. the AE Series air circuit breaker may be used unless otherwise specified. Strage temperature A range of max. continuous current capacity and breaking capacity. 6.1ppm NH3 q a few ppm. 15 years. Service conditions 1 Normal service condition 2 Special service conditions 3 If under ordinary conditions the following normal working conditions are all satisfied. –20˚C is recommended to store.000m or higher the heat radiation rate is reduced decreasing the operating voltage rating. the insulation durability and other electrical/mechanical features may deteriorate. Since the reduction value is different depending on the applicable standard. Ambient air temperature A range of max. and the relative humidity 85% or less at a max. In the case of special service condition. the average over 24 hours must not exceed +35˚C. door interlock. +60˚C to min. Environmental conditions The air must be clean. 2. the average over 24 hours must not exceed +35˚C. Note 2 : The wiring space reguired for the control terminal block. Replacement Approx. are installed. +40˚C to min. Note 3 : In case dimension B becomes larger when the UVT controller. Altitude 2. 1. 5. Special ambient temperature If the ambient temperature exceeds +40˚C. Service life may be shorter depend on service conditions. refer to the installation instructions in the catalogue and instruction manual. Installation conditions When installing the AE Series air circuit breaker. Special altitude If it is used at the 2.01ppm SO2 q 0. hot gas blows out discharged from the exhaust port of the arc extinguishing chamber. Please refer to the instruction manual. However. Therefore.600 feet) or less 3. Do not use and store in atmospheres with sulfide gas. 3. ammonia gas etc. appliances and screen Applicable voltage AC600V or less AC660V. 2. of +40˚C. (H2S q 0. refer to P60. However. q On the fixed type. Moreover the durability of the insulation is also decreased owing to the atmospheric pressure.000m (6. –5˚C is recommended. the mechanical interlock.) 4. Special environmental conditions If it is used at high temperature and/or high humidity. Apply for further detail.Line side insulation clearance When a short-circuit current is interrupted. Since some parts may pose problems due to corrosion in the environments where corrosive gas results from the corrosion. Moisture fungus treatment with increased corrosion-resistance is recommended. 2 qDimensions AE630-SS Type AE3200-SS AE4000-SSC (mm) AE4000-SS AE6300-SS AE-SH Electrical equipment. 1. the uninterrupted current rating will be reduced. so provid a clearance as shown in the following table. 58 . 047 0.018 0.009 0.047 0.0085 Reactance (mΩ) 0.020 0.008 0.047 0.008 0.010 0.s Technical information (2/3) Internal resistance.062 Power consumption (W) 11 17 8 12 26 40 18 28 38 60 25 41 41 77 36 61 40 80 48 88 50 113 63 125 72 143 92 164 128 224 160 210 225 275 318 340 4 Type Connection Fixed type AE630-SS Drawout type Fixed type AE630-SH Drawout type Fixed type AE1000-SS Drawout type Fixed type AE1000-SH Drawout type Fixed type AE1250-SS Drawout type Fixed type AE1250-SH Drawout type Fixed type AE1600-SS Drawout type Fixed type AE1600-SH Drawout type Fixed type AE2000-SS Drawout type Fixed type AE2000-SH Drawout type Fixed type AE2500-SS Drawout type Fixed type AE2500-SH Drawout type Fixed type AE3200-SS Drawout type AE3200-SH Fixed type Drawout type Fixed type AE4000-SSC Drawout type Fixed type AE4000-SS Drawout type Fixed type AE5000-SS Drawout type Fixed type AE6300-SS Drawout type qThe above values are applicable for one pole.038 0.048 0.060 0.048 0.026 0.062 0.040 0.042 0.047 0.047 0.020 0.020 0.071 0.071 0.010 0.063 0.016 0.028 0.014 0.071 0.008 0.022 0.095 0.038 0.091 0.030 0.059 0.014 0.071 0.047 0.016 0.048 0.060 0.016 0.047 0.071 0.038 0.091 0.013 0.038 0.010 0. reactance and power consumption (per pole) Internal resistance (mΩ) 0.071 0.008 0.071 0.024 0. 59 .089 0.018 0.062 0.026 0.072 0.024 0.012 0.011 0.009 0.014 0.071 0.072 0.047 0.072 0.028 0.030 0. AB.GL DNV. 60 .BV (Standard : 45°C) 50°C 55°C 60°C 45°C 50°C 55°C 60°C 630 630 630 630 630 630 630 630 630 630 630 630 630 630 630 630 630 630 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1250 1250 1250 1250 1200 (1250) 1250 1250 1250 1200 (1250) 1150 (1250) 1250 1250 1250 1200 1250 1250 1200 (1250) 1150 (1250) 1600 1600 1600 1550 (1600) 1500 (1600) 1600 1600 1500 (1600) 1450 (1600) 1400 (1600) 1600 1600 1550 (1600) 1500 (1600) 1600 1500 (1600) 1450 (1600) 1400 (1600) 2500 2500 2500 2450 2350 2500 2500 2500 2350 2250 2500 2500 2450 2350 2500 2500 2350 2250 3200 3200 3200 3000 2900 3200 3200 3000 2900 2800 3200 3200 3050 2900 3200 3000 2900 2800 4000 3800 3650 3500 3300 3600 3500 3350 3200 3050 4000 4000 4000 3900 3750 4000 4000 4000 4000 4000 4000 4000 3900 3750 5000 5000 5000 5000 4750 5000 5000 5000 4900 4700 5000 5000 5000 4750 5000 5000 4800 4600 6300 6300 5750 5500 5200 6000 5800 5600 5450 5250 6300 5750 5500 5200 5700 5500 5300 5100 3500 3350 3200 3050 4000 4000 4000 4000 NK (Standard : 45°C) Note : The figures in ( ) in the above Table indicate reduced current values exclusive to AE-SH series.Deratings by ambient temperature (A) Ambient AE630-SS temperature AE630-SH AE1000-SS AE1250-SS AE1600-SS AE2000-SS AE2500-SS AE3200-SS AE4000-SSC AE4000-SS AE5000-SS AE6300-SS AE1000-SH AE1250-SH AE1600-SH AE2000-SH AE2500-SH AE3200-SH 5 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 Standard 40°C 45°C IEC60947-2 BS (Standard : 40°C) 50°C 55°C 60°C 40°C 45°C JISC8372 (Standard : 40°C) 50°C 55°C 60°C 45°C LR. (When set MCR). AC220V sym kA Main circuit breaker Unit bre Branch aking ca pacity circuit breaker NF30-SP MB30-SP MB50-CP NF50-SP NF60-SP MB50-SP NF50-HP NF60-HP NF50-HRP NF100-SP NF100-SEP MB100-SP NF100-HP NF250-SP NF250-SEP MB250-SP NF250-HP NF400-SP NF400-SEP NF400-HEP NF400-REP NF630-SP NF630-SEP NF630-HEP NF630-REP NF800-SEP NF800-HEP NF800-REP NF50-CP NF60-CP NF100-CP NF250-CP NF400-CP NF630-CP NF800-CEP NF100-RP NF100-UP NF250-RP NF250-UP NF400-UEP NF630-UEP NF800-UEP 5 AE630-SS 65 5 AE1000-SS 65 5 AE1250-SS 65 5 AE1600-SS 65 5 AE-SS AE2000-SS AE2500-SS 85 85 5 5 AE3200-SS AE4000-SSC AE4000-SS 85 85 130 5 5 5 AE5000-SS AE6300-SS 130 130 5 5 10 25 85 50 100 50 100 85 85 100 125 85 85 100 125 85 100 125 5 25 30 50 50 50 125 200 125 200 200 200 200 9(10) 9(25) 9(65) 9(50) 9(65) 9(50) 9(65) – 9(65) 9(65) 9(65) – – – – – – – 5 9(25) 9(30) – – – 65 65 9(65) 9(65) 9(65) – – 10 25 50(65) 45(50) 50(65) 20(50) 25(65) – 15(65) 15(65) 15(65) – 15(65) 15(65) 15(65) – – – 5 15(25) 15(30) 15(50) – – 65 65 65 65 15(65) 15(65) – 10 25 65 50 65 22(50) 40(65) 20(65) 20(65) 20(65) 20(65) – 18(65) 18(65) 18(65) 18(65) 18(65) 18(65) 5 18(25) 18(30) 20(50) – 18(50) 65 65 65 65 18(65) 18(65) 18(65) 10 25 65 50 65 42(50) 65 27(65) 27(65) 27(65) 27(65) 24(65) 24(65) 24(65) 24(65) 24(65) 24(65) 24(65) 5 24(25) 24(30) 27(50) 24(50) 24(50) 65 65 65 65 29(65) 24(65) 24(65) 10 25 85 50 85 50 85 42(65) 42(65) 42(65) 42(65) 30(65) 30(65) 30(65) 30(65) 30(65) 30(65) 30(65) 5 25 30 42(50) 30(50) 30(50) 85 85 85 85 48(65) 30(65) 30(65) 10 25 85 50 85 50 85 70 70 70 70 40(65) 40(65) 40(65) 40(65) 40(65) 40(65) 40(65) 5 25 30 50 40(50) 40(50) 85 85 85 85 85 37(65) 37(65) 10 25 85 50 85 50 85 85 85 85 85 60(65) 60(65) 60(65) 60(65) 60(65) 60(65) 60(65) 5 25 30 50 50 50 85 85 85 85 85 68 68 10 25 85 50 85 50 85 85 85 85 85 85 85 85 85 85 85 85 5 25 30 50 50 50 85 85 85 85 85 85 85 10 25 85 50 100 50 100 85 85 100 125 85 85 85 85 85 85 85 5 25 30 50 50 50 125 130 125 130 130 120 120 10 25 85 50 100 50 100 85 85 100 125 85 85 85 85 85 85 85 5 25 30 50 50 50 125 130 125 130 130 120 120 10 25 85 50 100 50 100 85 85 100 125 85 85 85 85 85 85 85 5 25 30 50 50 50 125 130 125 130 130 120 120 q The values in the table represent the max. q The numerals shown in parentheses are for AE-SS with MCR. For selective co-ordinations. 61 . refer to the following table. NF-U NF-C NF-S • MB qPlease apply in case of AE-SH. rated current for both Series AESS air circuit breakers and branch breakers.s Technical information (3/3) Selective interrupting combinations table AE-SS Series air circuit breakers provide easy selective co-ordination with branch circuit breakers. and the selective co-ordination applies when the AE-SS series air circuit breakers instantaneous pick up is set to maximum. 5 10 30 25 50 19(25) 25(50) 18(50) 18(50) 18(65) 18(65) – 18(50) 18(65) 18(65) 18(50) 18(65) 18(65) 2.5 2.5 10 30 25 50 25 50 50 50 65 85 50 50 65 85 50 65 85 2.5 10 30 20(25) 30(50) 14(25) 15(50) – 15(50) 15(65) 15(65) – 15(50) 15(65) 15(65) – – – 2. 62 .5 7.5 10 30 25 50 25 50 50 50 65 110 50 50 65 85 50 65 85 2.5 10 15 18(25) – 18(35) 65 65 65 65 18(65) 18(65) 18(65) 7.5 AE-SS AE2000-SS AE2500-SS 85 85 2.5 MB50-CP NF50-SP NF60-SP 7.5 10 30 25 50 25 50 50 50 65 110 50 50 65 85 50 65 85 2.5 10 15 25 35 35 125 130 125 130 130 120 120 7. and the selective co-ordination applies when the AE-SS series air circuit breakers instantaneous pick up is set to maximum.5 AE3200-SS AE4000-SSC AE4000-SS 85 85 130 2. q The numerals shown in parentheses are for AE-SS with MCR.5 AE1000-SS 65 2.5 AE1600-SS 65 2.5 10 30 25 50 25 50 50 50 65 80 50 50 60(65) 60(65) 60(50) 60(65) 60(65) 2.5 NF60-CP 10 NF100-CP 15 NF250-CP 25 NF400-CP 35 NF630-CP 35 NF800-CEP 125 NF100-RP 200 NF100-UP 125 NF250-RP 200 NF250-UP 200 NF400-UEP 200 NF630-UEP 200 NF800-UEP NF-S • MB NF-U NF-C AE630-SS 65 2. qPlease apply in case of AE-SH.5 10 30 25 50 25 50 50 50 65 110 50 50 65 85 50 65 85 2.5 2.5 10 30 25 50 25 42(50) 24(50) 24(50) 24(65) 24(65) 24(50) 24(50) 24(65) 24(65) 24(50) 24(65) 24(65) 2. rated current for both Series AESS air circuit breakers and branch breakers.5 2.AC460V sym kA Main circuit breaker Unit bre Branch aking ca pacity circuit breaker NF30-SP MB30-SP 2.5 10 15 24(25) 24(35) 24(35) 65 65 65 65 29(65) 24(65) 24(65) 7. (When set MCR).5 10 15 25 35 35 85 85 85 85 85 37(65) 37(65) 7.5 AE1250-SS 65 2.5 AE5000-SS AE6300-SS 130 130 2.5 10 30 25 50 25 50 45(50) 45(50) 45(65) 45(65) 45(50) 40(50) 40(65) 40(65) 40(50) 40(65) 40(65) 2.5 2.5 10 30 25 50 25 50 33(50) 33(50) 33(65) 33(65) 33(50) 30(50) 30(65) 30(65) 30(50) 30(65) 30(65) 2.5 9(10) 9(15) – – – 35(65) 50(65) 9(65) 9(65) 9(65) – – 7.5 10 15 25 30(35) 30(35) 85 85 85 85 48(65) 30(65) 30(65) 7.5 10 15 15(25) – – 65 65 50(65) 65 15(65) 15(65) – 7.5 10 15 25 35 35 85 85 85 85 85 68 68 7.5 10 15 25 35 35 85 85 85 85 85 85 85 7.5 10 15 25 35 35 125 130 125 130 130 120 120 q The values in the table represent the max.5 10 15 25 35 35 125 130 125 130 130 120 120 7.5 9(10) 9(30) 7(25) 9(50) 7(25) 7(50) – 9(50) 9(65) 9(65) – – – – – – – 2.5 MB50-SP NF50-HP 10 NF60-HP 30 NF50-HRP NF100-SP NF100-SEP 25 MB100-SP 50 NF100-HP NF250-SP 25 NF250-SEP MB250-SP 50 NF250-HP 50 NF400-SP 50 NF400-SEP 65 NF400-HEP 125 NF400-REP 50 NF630-SP 50 NF630-SEP 65 NF630-HEP 125 NF630-REP 50 NF800-SEP 65 NF800-HEP 125 NF800-REP NF50-CP 2. 5 s Time-delay type (UVT-05SSB) 3 s Time-delay type (UVT-30SSB) AC • DC100 – 125V AC • DC200 – 250V DC24V DC48V AC • DC100 – 250V DC24 – 48V AC • DC100 – 250V AC380 – 500V DC24 – 48V AC100 – 120 /200 – 240 /380 – 460V DC24V DC48V DC100 – 110V DC120 – 125V AC100 – 240V AC100 – 120V AC200 – 240V AC100 – 110V AC200 – 220V P22 Condenser trip device (COT) Note1.3 Mechanical interlock(MI) Moisture-fungus treatment Remark for 2units for 3units Production date Special environments P58 Extra-corrosion proof specification Data Specifications Test report 63 . Neutral CT is needed for Ground fault protection when a 3 pole breaker is used on a 3 phase 4 wires system. A T Electronic trip relay accessories OCR alarm(30ms 1 pulse) Temperature alarm(LED & 1a contact) S ST SPT SPGT SPET BARE Electrical P18~20 accessories Electronic trip relay type S…Standard T…Trip indication P…Pre-alarm G…Ground fault protection E…Earth leakage protection Relay not require Note7 Tripping characteristics Blank LTD+STD+INST C Note7 LTD+STD+INST/MCR Note5 Note6 Note5 0 1 2 4 Control supply Not required(Only for S type) AC100 – 120/200 – 240V DC100 – 125V DC24 – 60V Neutral CT(NCT) External ZCT(ZCT) Type Refer P37 Auxiliary switch Standard(AX) High capacity(HAX) Motor charging(MD) Note:When specifying MD. It also need SHT. If install together with MI. There is case to derate by ambient temperature.Ordering information for Mitsubishi AE-SS series air circuit breaker (General use ……S Type) Customer(name) Type P13~16 Order No. In case of Earth leakage alarm. Please ask us. Not available for AE4000-SSC. Note8. Note5. Note3. nor AE630-SH. In case of Earth leakage tripping. Machine P21~22 accessories Push button cover(BC-L) Counter(CNT) Cylinder lock(CYL) Door interlock(DI) Note8 Terminal cover(TTC) Door frame(DF) Dust cover(DUC) Interphase barrier(BA) Note1. Y-2000 field test device Y-160 field test device Closing coil(CC) Shunt trip device (SHT) Under voltage trip device Instantaneous(UVT-SSB) 0. It need external ZCT. Not available for AE4000~6300-SS. Note4.5A5B "A"and"B"should be same. Note2.) Main circuit terminal Only for Horizontal terminals Horizontal terminals(standard) Vertical terminals(DR-VT) Front terminals(DR-FT) Can be connected to the Horizontal terminals Electronic trip relay P25~36 . Not available for AE-SS series with maximum rated current (In max) coming to 315A or 500A. Note7. The terminal for AE4000-SSC. AE4000~6300-SS shall be vertical terminal. A B Max. -SS 4P A Note1 Number of units units AE 3P AE -SH Number of poles Rated current Applicable standard Ambient temperature Connection P17 Example JIS C8372 °C Note2 IEC 60947-2 Others 40°C Others Fixed type(FIX) Note4 Drawout type(DR) Note4 Drawout type accessories P23~24 Cell switch CLC T Shorting-B contact(SBC) Lifting hooks(HP) Safety shutter(SST) Shutter lock(SST-LOCK) Mis-insertion preventer(MIP) Note3 Test jumper(TJ) units Vertical terminal adapter(VTA) Front terminal adapter(FTA) D (Maximum: 4 pcs. be sure to order the closing coil(CC)and shunt trip device(SHT)for remote operation. Not available for AE-SH. Note6. A T Electronic trip relay accessories OCR alarm(30ms 1 pulse) Temperature alarm(LED & 1a contact) S ST SPT SPGT SPET BARE Electrical P18~20 accessories Electronic trip relay type S…Standard T…Trip indication P…Pre-alarm G…Ground fault protection E…Earth leakage protection Relay not require Note7 Tripping characteristics Blank LTD+STD+INST C Note7 LTD+STD+INST/MCR Note5 Note6 Note5 0 1 2 4 Control supply Not required(Only for S type) AC100 – 120/200 – 240V DC100 – 125V DC24 – 60V Neutral CT(NCT) External ZCT(ZCT) Type Refer P37 Auxiliary switch Standard(AX) High capacity(HAX) Motor charging(MD) Note:When specifying MD. Neutral CT is needed for Ground fault protection when a 3 pole breaker is used on a 3 phase 4 wires system.3 Mechanical interlock(MI) Moisture-fungus treatment Remark for 2units for 3units Production date Special environments P58 Extra-corrosion proof specification Data Specifications Test report 64 . Machine P21~22 accessories Push button cover(BC-L) Counter(CNT) Cylinder lock(CYL) Door interlock(DI) Note8 Terminal cover(TTC) Door frame(DF) Dust cover(DUC) Interphase barrier(BA) Note1.) Main circuit terminal Horizontal terminals Horizontal terminals(standard) Vertical terminals(DR-VT) Front terminals(DR-FT) Can be connected to the Horizontal terminals Electronic trip relay P25~36 . Not available for AE-SS series with maximum rated current (In max) coming to 315A or 500A. It also need SHT. A B Max. If install together with MI. It need external ZCT. -SS 4P A Note1 Number of units units AE 3P AE -SH Number of poles Rated current Applicable standard Ambient temperature Connection P17 IEC 60947-2 Others 40°C Others JIS C8372 °C Note2 Fixed type(FIX) Note4 Drawout type(DR) Note4 Drawout type accessories P23~24 Cell switch CLC T Shorting-B contact(SBC) Lifting hooks(HP) Safety shutter(SST) Shutter lock(SST-LOCK) Mis-insertion preventer(MIP) Note3 Test jumper(TJ) units Vertical terminal adapter(VTA) Front terminal adapter(FTA) D (Maximum: 4 pcs. Note6. Note7. Y-2000 field test device Y-160 field test device Closing coil(CC) Shunt trip device (SHT) Under voltage trip device Instantaneous(UVT-SSB) 0. Note2. Not available for AE-SH. be sure to order the closing coil(CC)and shunt trip device(SHT)for remote operation. Not available for AE4000-SSC. Not available for AE4000~6300-SS. There is case to derate by ambient temperature. AE4000~6300-SS shall be vertical terminal. The terminal for AE4000-SSC. In case of Earth leakage alarm. Note4.5A5B "A"and"B"should be same. Note8. Note3. Please ask us. nor AE630-SH.5 s Time-delay type (UVT-05SSB) 3 s Time-delay type (UVT-30SSB) AC • DC100 – 125V AC • DC200 – 250V DC24V DC48V AC • DC100 – 250V DC24 – 48V AC • DC100 – 250V AC380 – 500V DC24 – 48V AC100 – 120 /200 – 240 /380 – 460V DC24V DC48V DC100 – 110V DC120 – 125V AC100 – 240V AC100 – 120V AC200 – 240V AC100 – 110V AC200 – 220V P22 Condenser trip device (COT) Note1. Note5. In case of Earth leakage tripping.Ordering information for Mitsubishi AE-SS series air circuit breaker (General use ……S Type) Customer(name) Type P13~16 Order No. Not available for 4 pole breaker with LR. s at 150% of GFR Current AC100 – 240V AC100 – 110V AC200 – 220V Closing coil(CC) Shunt trip device (SHT) Under voltage trip device Instantaneous(UVT-SSB) 0. Remark for 2units for 3units Production date Special environments P58 Extra-corrosion proof specification Data Specifications Test report 65 . Note2 Number of units units AE 3P AE -SH Number of poles Rated current Applicable standard Ambient temperature Connection P17 LR AB IEC 60947-2 45°C GL DNV Others °C BV NK Others Note3 Fixed type(FIX) Note5 Drawout type(DR) Note5 Drawout type accessories P2324 Cell switch CLC T Shorting-B contact(SBC) Lifting hooks(HP) Safety shutter(SST) Shutter lock(SST-LOCK) Mis-insertion preventer(MIP) Note4 Test jumper(TJ) units Vertical terminal adapter(VTA) Front terminal adapter(FTA) D (Maximum: 4 pcs. 47.5A5B "A"and"B"should be same. be sure to order the closing coil(CC)and shunt trip device(SHT)for remote operation. Note6. Note4. Note7. LTD Current LTD Time STD Current STD Time INST Current PAL Current PAL Time GFR Current GFR Time Neutral CT(NCT) 50 % of Rated Current s at 120% of LTD Current % of Rated Current s at 150% of STD Current % of Rated Current % of LTD Current % of LTD Time % of Rated Current MAX. Not available for AE4000~6300-SS. A B Max. Neutral CT is needed for Ground fault protection when a 3 pole breaker is used on a 3 phase 4 wires system. A T Electronic trip relay accessories OCR alarm(30ms 1 pulse) Temperature alarm(LED & 1a contact) Electronic trip relay type M M…Standard MT T…Trip indication MPT P…Pre-alarm MPGT G…Ground fault protection Note6 0 1 2 4 Control supply Not required(Only for M type) AC100 – 120/200 – 240V DC100 – 125V DC24 – 60V Specify the tripping characteristics Refer to P28. Not available for AE-SS series with maximum rated current (In max) coming to 315A or 500A. Note2. Note3.5 s Time-delay type (UVT-05SSB) 3 s Time-delay type (UVT-30SSB) AC • DC100 – 125V AC • DC200 – 250V DC24V Note4 DC48V Note4 AC • DC100 – 250V DC24 – 48V AC • DC100 – 250V AC380 – 500V DC24 – 48V AC100 – 120 /200 – 240 /380 – 460V DC24V DC48V DC100 – 110V DC120 – 125V Y-2000 field test device P22 Condenser trip device (COT) Machine P21~22 accessories Push button cover(BC-L) Counter(CNT) Cylinder lock(CYL) Door interlock(DI) Note7 Terminal cover(TTC) Door frame(DF) Dust cover(DUC) Interphase barrier(BA) Mechanical interlock(MI) Moisture-fungus treatment Note1. AE4000~6300-SS shall be vertical terminal. Note5. If install together with MI. nor AE630-SH. AB.) Main circuit terminal Only for Horizontal terminals Horizontal terminals(standard) Vertical terminals(DR-VT) Front terminals(DR-FT) Can be connected to the Horizontal terminals Electronic trip relay P25~36 . 46. Please ask us. There is case to derate by ambient temperature. NK standard.Ordering information for Mitsubishi AE-SS series air circuit breaker (Generator protection use ……M Type) Customer(name) Type P13~16 Order No. Not available for AE4000-SSC. BV. -SS 4P A Note1. DNV. The terminal for AE4000-SSC. GL. Electrical P18~20 accessories Auxiliary switch Standard(AX) High capacity(HAX) Motor charging(MD) Note:When specifying MD. BOX 2789 VT Vientiane Lao PDR. Ltd. Uruguay. MITSUBISHI ELECTRIC ASIA PTE LTD. Saudi Arabia. 7586 644-569-7350 574-235-00-28 (32)-611896 598-2-92-08-08 (1) 221-2710 China RYODEN INTERNATIONAL LTD. Yangon. Wu-Ku Hsiang..O. S-434 22 Kungsbacka. Hatfield. BOX: 90-1314 Beirut-Lebanon. Ortigas Ave. Norway Geminivej 32. Myanmar.08190 Sant Cugat del Valles. Hong Kong. KHA 2-65.. Building of Innovation Center.Service network Country / Region U.V. 216. box 20022/Suc Upae. 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Vietnam 43-47 Lane Xang Road P. Philippines. 58-2-241-7634 .. Switzerland 1702 Groot-Bijgaarden Industrialaan 1. Pakistan. SOCIETE LAO IMPORT-EXPORT PEACE MYANMAR ELECTRIC CO.Z.. Nepal 348 Victoria Road. New publication. MARUNOUCHI. TELEX: J24532 CABLE: MELCO TOKYO Catalogue NO. TOKYO 100-8310.Safety Tips : Be sure to read the instruction manual fully before using this product. effective Sept. 2000 Specifications subject to change without notice.. Y-0446-M 0010(ROD) Printed in Japan This catalogue is made from recycled paper. HEAD OFFICE: MITSUBISHI DENKI BLDG. .