Oemax Nx Plc

NX Series(NX700/NX70/NX7) PLC with Advanced Performance in Compact Size Advanced Performance in Compact Size, OEMax PLC Series NX Series, a new family of OEMax PLC, is designed to international standards so that it can be used globally in a wide variety of markets. Even diverse requirements of customers can be configured efficiently. NX PLC can be used for a new facility or system or to dramatically upgrade an existing one. All of the NX7, NX70, NX700 Series have a full lineup of diverse modules so that many control system configurations, from miniature to large size, are possible. Contents ■Characteristics of NX Series ■System of PLC Type ■Network Configuration Chart ■Basic Configuration of NX700 ■Basic Configuration of NX70 ■Special Modules of NX700/NX70 Analog Module Special Module Communication and Network Module Field bus ■Configuration Chart of NX7 ■Program Device and Software ■External Dimension ■Product Catalog 3 4 6 10 22 35 36 40 48 64 67 72 79 84 2 I OEMax NX Series NX Series NX700 / NX70 / NX7 Series NX700 Series with Advanced and Integrated Functions NX700 Series is a new family with dramatically improved functionality, designed for convenience and efficiency in order to meet and cope with next generation control devices. -Control Points: Local 1600 points (2048~8192 points including REMOTE)) -Diverse CPU Line-up: CPU700P, CPU700, CPU 750A/B/C/D, etc. -Memory Capacity: 16K ~ 120K -Computing Speed: 0.03us ~ 0.4 us -Internal Points: 2048 ~8192 points -Data Memory: 2048 ~ 10,240 words NX70 Series with Expanded Reliability and Extended Configuration NX70 Series has a similar functions to NX700 but in a more compact size. It is designed to be noise immune and durable for operation in noisy and hard environments. This results in maximum reliability for customers. New products are available such as communications modules and high performance specialty modules to accommodate diverse system configurations. - Control Points: External I/O 384 points - Type of Bases: 2,3,5,6,8,10,12 Slot - Memory Capacity: 9.6K ~ 32K Words - Computing Speed: 0.2 us ~ 0.4 us - Internal Points: 2048 ~ 8192 points - Data Memory: 2048 ~ 6000 Words NX7 Series with Compact Size and Diverse Functions NX7 Series is a new product which enables economical system configurations with compact size and integrated special functions. - Control Points: External I/O 28~104 point - Memory Capacity: 9K Words, Communication Port: RS232C/485 dual use 2 Ports. - Special Functions: Built-in Functions such as: High Speed Counter, Pulse Output, Pulse Catch, PID, Clock Function, Backup Memory, etc. OEMAX NX Series I 3 The OEMax PLC lineup which ranges in size from the applications. Because of it’s programming (NX-Series, customers an opportunity to choose the ideal product Large Scale Control Countermeasure to CIM Medium Scale Control Network Diversification Alternative Relay Sequence Small Scale Control Network Module & Function �EtherNet (TCP/IP, UDP/IP) �MW- LINK �W- LINK �REMOTE I/O (4 ea, 32 stations) �DeviceNet (64 node) �Single Unit Block Type Micro-PLC (Compact Size) �8 Basic Types (4 types with 28 points, 4 types with 48 points) 2 Extension I/O modules (2 Types with 28 points) �Extendable up to maximum 104 points �Communication Function: 2 Port(RS232C/ RS485) �High speed counter and Pulse Output function �User Software: WinGPC S/W Structure of OEMax Types NX7 PLC Single Unit Type NX70 PLC NX70 NX7-28 �Single Unit Type with 28points �Communication 2 port �9k STEP (Expandable) NX7-48 �Single Unit Type with 48points �Communication 2 port �9k STEP (Expandable) NX7 Series 4 I OEMax NX Series CPU70 �384 points �0.5us �16k Step �Comment Memory CPU70p1 �384 points �0.2us �9.6K words small NX7 to the medium-size NX700 is scalable in order to be applicable to a wide range of NX-plus Series), module, and network diversity and compatibility, OEMax PLC provides for their application. �Modular small sized PLC (small size) �CPU Module 4 Types(High Performance: CPU750, CPU70p2 Standard: CPU70, CPU70p1) �Backplane: 2, 3, 5, 6, 8, 10, 12 slots �Diverse I/O Modules: High speed Counter (4CH), Pulse Output(4CH), Communication Unit(CCU, SCU), Network(MW-Link), etc. �Maximum 384 points Digital I/O Control �Medium size PLC functions despite small size �Modular Medium sized PLC �6 Types of CPU Modules -High Performance: CPU750C, CPU750D, -Standard : CPU750A, CPU750B, -Economical: CPU700, CPU700p) �Compatible with Basic/ Expanded Backplane �Backplane 3, 5, 8, 10, 12 slots �PID Auto Tuning(NX-CPU750), I/O(13 types), Special Modules, etc. (30 types) �Local maximum 1600 points (Remote I/O - 8,192 points) Building Block Type NX700 PLC Building Block Type Series NX700 Series OEMAX NX Series I 5 CPU750 �384 points �0.35us �32K Step �Comment Memory �PID Auto Tuning, etc. CPU750A �2,048 points (Remote inclusive) �0.35us �16K Step �PID Auto Tuning, etc. CPU750B �2,048 points (Remote inclusive) �0.35us �32K Step �Comment Memory CPU750C �8,192 points (Remote inclusive) �0.03us(30ns) �60K Step �Comment Memory �PID Auto Tuning, etc. CPU750D �8,192 points (Remote inclusive) �0.03us(30ns) �120K Step �Comment Memory �PID Auto Tuning, etc. CPU700 �1,6 ,600 points �0.4us �16K Step �Comment Memory CPU700p �2,048 points(Remote inclusive) �0.2us �20K words �2Port CPU70p2 �384 points �0.2us �20K words A variety of OEMax PLC network options low-cost serial networks to Ethernet for A variety of OEMax PLC network options are available to meet a wide variety of requirements and environments, ranging from small low-cost serial networks to Ethernet for large scale control systems. Specifics of OEMax PLC Network �OEMax PLC Network enables to configure setting up of diverse link systems to the environments. �Enables simultaneous executions of Computer Link and PLC Link so as to collect data from the Computer or transmit to PLC without disconnection of communication between PLCs. �Enables to receive or transmit data by the Computer from PLC so that process time for execution of Computer can be utilized effectively. �Enables the Remote Programming from PLC or Computer so as to edit or monitor programmings from other PLCs �Enables mutual information exchanges from the respective Link Network Systems as well as communication interface regardless of OEMax PLC types. �Each Link Unit itself has Self Diagnosis Function(RAS) so that there is no need of monitoring devices for Links and thus economical. L a r g e S c a l e I n f o r m a t i o n C o n t r o l N e t w o r k EtherNet Multi Wire-Link Network Wire-Link Network Remote I/O System EtherNet EtherNet Network System, Each Type of Facility Devices, Building Management Systems,etc Multi Drop wiring with Twist Pair Cable Multi Drop wiring with Twist Pair Cable Multi Drop wiring with Twist Pair Cable MW-Link Unit NX700 Series SLAVE Unit NX700 Series W-Link Master Unit NX700 Series MW-Link NX700 Series MW-Link Remote I/O Main Station OEMax PLC Network Configuration Diagram NX70 Series SLAVE Unit 6 I OEMax NX Series MW-Link Unit NX70 Series M e d i u m S c a l e C o n t r o l N e t w o r k S m a l l S c a l e N e t w o r k are available to meet a wide variety of requirements and environments, ranging from small large scale control systems. EtherNet EtherNet Unit NX700 Series DeviceNet Network MW-Link Unit NX700 Series Scanner Card for Computer (PC) (ISA, PCI, PCMCIA) Master Card for PLC Scanner Card (for NX700) DeviceNet(Slave) NX70 Series Inverter Terminal Type (20 pin) Terminal Type (38 pin) Connector Type (37 pin) Robot W-Link Unit NX70 Series NX700 Series MW-Link NX700 Series MW-Link DeviceNet (Master) DeviceNet (Slave) EtherNet Network Corresponds to TCP/IP and UDP/IP, and widely communicable with computers and the like on the Network (LAN) through interface with 10BASE5 (for N700a), 100BASE-TX, 10BASE-T, 10BASE5 (for NX700) LAN. ★Corresponding PLC: N700a PLC, N700H PLC, NX700(CPU750) PLC ■Have functions like Computer Link, Data Transmission, Remote Programming between other PLCs interfaced with EtherNet Network and computers Transmission Speed: 100M bit/s(NX700), 10M bit/s(N700a) Maximum No. of NODEs: 100Node/ Segment, Transmission Method: Base Band No. of Communication Connections: Maximum 8 Connections, Maximum Distance between Nodes: 2500m~205m Multi W－Link Network Large capacity PLC Network System with Twisted-Pair Cable and economical decentralized (distributed) control system can be established. (MW-Link Unit) ★Corresponding PLC: NX700 PLC (CPU750), NX70 PLC (CPU750) ■Q’y of Data transmissible at a time is 1,020 words and PLC Link function is 32 stations simultaneously (In addition, L, Ld capacity can be widely increased) ■Distance of transmission can be extended up to 1,200m by speed alteration Transmission Speed: 0.5MBps, 800m Number of Stations: 32 stations/ 1 layer Layer: 2 Layers Transmission Line: Twisted-Pair Cable W－Link Network PLC Network with Twisted-Pair Cable, economical decentralized control can be established. ★Corresponding PLC: Supports NX700, NX70 Series (Excluding NX- CPU700, NX70-CPU70, NX70-CPU70p1) ■With Multi-Drop wiring of Twisted-Pair Cable, easily established and high speed-long distance transmission can be achieved. Transmission Speed: 0.5MBps, 800m Number of Stations: 32 stations/ 1 layer Layer: 2 layers Transmission Line: Twisted-Pair Cable Remote I/O System System for controlling I/O and the like located at long distances and dispersed areas. ★Corresponding PLC : Supports Master with NX700 type (excluding NX-CPU700) Supports Slave with NX700, NX70 type Transmission Line: Twisted-Pair Cable (700m), 2 line cable (400m) Number of Stations:32 stations(Slave unit) /Master unit, 4 Master/ CPU unit DeviceNet Network As a DeviceNet product which is a Open Network, Device Level function is standardized with the Open Architecture and mutually interfaced with the products that has adopted DeviceNet Profile so as to enable transmitting and /receiving data. ★Scanner(Master): N700 PLC, NX700 PLC, Computer Cards (PCI, ISA..) ■Slip Type, Micro size (104 x 43 x 52mm) ■Able to interface between different types of DeviceNet products Transmission Speed: 0.5MBps No. of Nodes: 64 nodes/ Network NETWORK Protocol: I/O Slave messaging( Group 2 only) ODVA Approval: Granted Standard Test of DeviceNet Conformance OEMaxNX Series I 7 W-Link Unit NX70 Series MW-Link Unit NX70 Series High Tech CPU (WinFPST adopted) General Purpose CPU (WinFPST adopted) General Purpose Plus CPU (WinGPC adopted) N X 7 0 0 S e r i e s *Refer to the attached ■CPU750A ■CPU750B ■CPU750C ■CPU750D ■CPU700 ■CPU700P OEMaxNX Series I 9 Basic Configuration of NX700 �3 Module Type (NX-BASE03) �5 Module Type (NX-BASE05) �Basic configuration and Control I/O Point remain unchanged regardless of CPU Type. (CPU Type : CPU750A, CPU750B, CPU750C, CPU750D, CPU700, CPU700p) 80 points: when configured with 16 points I/O 320 points: when configured with 64 points I/O �12 Module Type (NX-BASE12) 128 points: when configured with 16 points I/O 512 points: when configured with 64 points I/O 160 points: when configured with 16 points I/O 640 points: when configured with 64 points I/O 192 points: when configured with 16 points I/O 768 points: when configured with 64 points I/O ■Building Block Method with Flexible Unit Combination �NX700 PLC has 5 types of motherboard and various kinds of I/O units can be freely mounted. (5 types of Motherboard: 3, 5, 8, 10, 12 Module Type) �I/O Module, Power Source Module, Special Module, and Motherboard are common regardless of CPU type. (6 types of CPU: CPU750A, CPU750B, CPU750C, CPU750D .CPU700, CPU700p) ■Display of Slot Numbers Display of slot numbers on the motherboard indicates the number of mountable I/O units and special modules. (ex. 5 slot typed NX-BASE05 motherboard can mount up to 5 I/O units and special modules.) (N. B.) 1)Electricity source unit is required at the additional Motherboard. 2)CPU unit is disallowed to use at the additional motherboard. 3)One more slot can be used at the additional motherboard than the motherboard of CPU. (I/O and special module can be mounted at the place of CPU side slot) ■If used as an additional Motherboard ■Only one motherboard is allowed to add. ■Basic and additional motherboards can be used reciprocally without distinction. Added Cable N. B. Units not allowed to use at the added motherboard CPU unit, CCU unit, CCU+ unit, Remote Slave unit, MW-Link unit, EtherNet unit, DeviceNet Master unit 10 I OEMax NX Series 48 points: when configured with 16 points I/O 192 points: when configured with 64 points I/O �8 Module Type (NX-BASE08) �10 Module Type (NX-BASE10) Basic Configuration and Control I/O Point OEMaxNX Series I 11 ■Configuration of units that can be mounted ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ × △ ○ ○ ○ ○ ○ ○ × △ ○ ○ × △ ○ ○ ○ ○ ○ ○ ○ × × × × ○ ○ ○ × × ○ ○ × △ ○ ○ × △ ○ ○ ○ ○ ■Restrictions according to the types of units Type of Units Mountable modules according to CPU Units �NX-CPU700p (Plus Type) �NX-CPU700 �NX-CPU750C �NX-CPU750D �NX-CPU750A �NX-CPU750B Advanced Performance CPU Advanced CPU Prototype CPU Basic Unit Special Unit Network Unit M o t h e r b o a r d ( 3 , 5 , 8 , 1 0 , 1 2 M o d u le ) E le c t r ic it y S o u r c e ( P o w e r s u p p ly ) U n it I n p u t U n i t O u t p u t U n i t A / D , D / A , R T D , T C U n i t H i g h S p e e d C o u n t e r U n i t ( 1 , 2 C H ) H i g h P e r f o r m a n c e H i g h S p e e d C o u n t e r U n i t ( 4 C H ) P u l s e I / O U n i t ( 4 C H ) S C U U n i t ( 2 C H ) C C U U n i t ( 1 C H ) * 1 C C U + U n i t ( 1 C H ) * 1 R E M O T E I / O S Y S T E M ( M A S T E R / S L A V E U n i t ) * 1 M W - L i n k U n i t ( W , W 2 - M o d e ) * 1 E t h e r N e t U n i t * 1 D e v i c e N e t M a s t e r U n i t C o m p u t e r S o f t w a r e WinFPST S/W WinGPC P o s i t i o n i n g U n i t ( 1 , 2 , 3 , 4 a x i s ) ( O p e n C o l l e c t o r & L i n e D r i v e ) ○: Usable △: Usable according to Version ×: Unusable Special Unit �A/D, D/A, RTD, TC �CCU, SCU unit �Positioning (1, 2, 3, 4 axis) (Open Collector & LineDrive) �High Speed Counter (1/ 2CH) �High Performance High Speed Counter (4CH) �Pulse Output unit (4CH) �Remote I/O SYSTEM �MW-LINK SYSTEM �EtherNet SYSTEM �DeviceNet SYSTEM CPU Unit �NX-CPU750A 16k Step, 0.35μs Communication port 2port Electricity Source (Power) unit �NX-POWER (AC110/220V) 5V 4A, 24V 0.5A �NX-PWR220 (AC 220V) 5V 6A �NX-PWRDC (DC 24V) 5V 5A �NX-CPU750B 32k Step, 0.35μs Comment Memory Communication Port 2port �NX-CPU750C 60k Step, 0.03μs Comment Memory Communication Port 2port �NX-CPU750D 120k Step, 0.03μs Comment Memory Communication Port 2port �NX-CPU700 16k Step, 0.4μsμs Comment Memory Communication Port 1port �NX-CPU700p 20k Step, 0.2μs Communication Port 2port Use WinGPC S/W Peripheral Device �Computer Software - WinFPST S/W(for CPU750, CPU700) - WinGPC S/W(for CPU700p) �Computer Interface Cable - NX-CBLCPU02,05 Motherboard �3 slot type �5 slot type �8slot type �10slot type �12 slot type I/O unit �16 point type �32 point type �64 point type ※Display of slot numbers indicates the number of I/O and special units mounted ※CPU module is not necessary when motherboard is used for extension purpose and thus one more slot can be used additionally ※1. Restrictions on mounting Link-system units ※Combined use for Basic/ Additional setup Note) NX-CPU700p type supports some special functions above OS version 2.0. CCU unit MW-Link unit (W-mode) MW-Link unit (W2-mode) EtherNet unit Remote Master unit CCU+ unit Can be used up to 8 units including CCU unit, but only up to 2 ea for PLC link function Can be used up to 5 units including CCU unit, but only up to 2 ea for PLC link function Only 1 unit can be used Unable to use Unable to use Can be used Unable to use Can be used Master 1 unit Can be used up to 3 units (PLC link function is only up to 2 units) Can be used up to 3 units Master Function: 4 units/ 1 CPU, 32 Slave units/ 1 Master Unable to use Can be used up to 8 units Kinds of Unit In case of CPU750A, CPU750B units In case of CPU750C, CPU750D units In case of CPU700 unit In case of CPU700p unit Caution Commands and programming tools for CPU700p is different from those of CPU750 series System Configuration 12 I OEMax NX Series ■Characteristics High speed medium-large scaled PLC with Maximum Processing Speed 0.03us(30ns), Capacity of Program 16k~120k, Sharing same Commands with N700_series and PID Auto Tuning Function and two communication ports mounted. In addition, large scaled PLC function is compressed into compact size for easy use. NX-CPU750B �32k STEP �0.35us �Clock Function �Comment Memory NX-CPU750A �16k STEP �0.35us �Clock Function COM Port �16k STEP(Extended Memory) �Comment Memory �EPROM Socket (Applicable only to CPU750A) Memory unit (NX-MEM750A) NX-CPU750C �60k STEP �0.03us (30ns) �Clock Function �Comment Memory NX-CPU750D �120k STEP �0.03us (30ns) �Clock Function �Comment Memory Computer Computer T/P TOOL Port 0.35μs 0.93μs� 16k,32k step 2,048points 2,048points 4,048points 6,000words 30,717words 1,024points 128words 1,024points 1,024points 14words Sequence command Application command Program capacity I/P relay(X) O/P relay(Y) Internal relay(R) Data register(DT) File register(FL) Link relay(L) Link register(Ld) Timer/ Counter(T/C) Pulse relay(P) Index register D a t a C a p a c i t y Operation Command (per 1 command) 0.03μs 0.06μs� 60k,120kstep 8,192points 8,192points 14,192points 10,240words 32,765words 10,240points 8,448words 3,072points 1,024points 14words 0.4μs Tens of μs� 16k step 2,048points 2,048points 1,568points 2,048words 22,525words 1,024points 128words 256points N/ A 2words NX700 PLC (CPU750A, B) Item CPU TYPE NX700 PLC (CPU700) NX700 PLC (CPU750C, D) 2. Scan time 1ms. (when preparing 20,000 Steps) Time for 1 scan was significantly reduced by adopting parallel system of operation process and communication process. (when using CPU750C, CPU750D modules) 3. Program memory 120k step (CPU750D) ∙CPU750A module: 16K STEP(when using extended memory, 32k) ∙CPU750B module: 32k STEP ∙CPU750C module: 60k STEP ∙CPU750D module: 120k STEP 4. Function required in large scaled PLC type was mounted. ∙1ms(0.001 sec.) unit Timer mounted. ∙Floating-Point Operation function (trigonometrical function, numerical index, algebra, square root) ∙Index register added (14 words, IO.ID) ∙PID command mounted 1. Super high-speed operation speed and sufficient data memory 5. Program edit(insert, delete, correct) function during RUN 6. PID Auto tuning function Parameter set-up can be done by using command of F355(PID), which is an application command 7. Clock(RTC : Real Time Clock) function basically mounted Progress of work is programmable by hours and dates with the embedded clock. 8. RS232C 2 ports mounted on CPU unit ∙Interface to programming tool(WinFRST S/W) with TOOL port ∙Communication with Touch Panel or computer with COM port 9. COM port supports up to 115kbps Program downloading/uploading process can be executed speedily by drastically improving the communication speed. 10. Corresponds to High speed EtherNet unit, which is an Open Network ∙Enables 100BASE-TX and 10BASE-T (conversion is executed automatically) ; Use UTP cable ∙10BASE5 ; Use Transceiver cable ∙Data transmission speed : 100M bit/s (in case of 100BASE-TX) ∙Corresponds to TCP/IP and UDP/IP에, able to communicate 8 connections per one unit 11. Comment function that enables annotations on the Ladder program ∙There is a separate RAM for Comments so that comments can be attached on each interface during programming. Accordingly, conveniently usable when reviewing the Ladder Program or printing. ∙NX-CPU750D : Basically embedded ∙NX-CPU750C : Basically embedded ∙NX-CPU750B : Basically embedded ∙NX-CPU750A : Separate Memory unit required. WinFPST S/W High Performance CPU Unit (CPU750) Communication Cable NX-CBLCPU02 NX-CBLCPU05 C-Language BASIC OEMaxNX Series I 13 항목 Relay Symbol Method/ Cyclic Operation Method 1,600 point (2,048 points when using REMOTE) Basic 16k step (32k steps when extended) Basic 32k step 0.35μs/ 1 command ~ 0.93μs/ 1 command ~ 95 types 428 types 2,048 points (X0�X127F) 2,048 points (Y0�Y127F) (Usable as internal relay) 4,048 points (R0�R252F) 2,048 points (L0�L127F) (Usable as internal relay) 176 points (R9000�R910F) 1,024 points(points changeable) 1) Timer: 1000 points (T0~T999), 4 types of timers(0.001 Sec. & 3 types) 2) Counter:24points (C1000~C1023) 1,024 points (P0�P63F) 6,000 words(DT0�DT5999) 14.333 words(30717words with extended memory) 30.717words (FL0~FL30716) 256 words (Ld0�Ld255) (Usable as Data Register) 1,024 words (SV0�SV1,023) 1,024 words (EV0�EV1,023) 14 words (I0�ID) N/A 256point Total 256points Unlimited points Unlimited points (Subtractive 0.01 sec. Timer, 0.01 sec.~ 327.67 sec.) 1,000 process 100 Subroutine 1 program (Timed Interrupt: Time interval range 0.5ms ~ 1.5s .) Usable(but extended memory is required) Basically embedded (12words x 2,730ea) Basically embedded(year, month, day, hour, min., sec., week) Max. 253points Watchdog Timer, Memory error detection, I/O error detection, Battery error detection, Program grammar check, etc. PLC Link, Computer Link, Remote Programming, Data Transmission, Modem Function PID Auto Tuning Function, Using F355(PID) command User Memory(EPROM & EEPROM execution Function), Programming I/P during RUN, Forced I/O, TEST RUN, Constant Scan function Approx.10,000 hours, Time saving when using extended memory Approx. 8,000 hours Approx. 3,500 hours 1,600points(8,192points when using REMOTE) 750C Basic:60k step 750D:Basic 120k 0.03μs/ 1 command ~ 0.06μs/ 1 command ~ 95 types 434 types 8,192p (X0�X511F) 8,192p (Y0�Y511F) 14,192p (R0�R886F) 10,240p (L0�L639F) 3,072points(points changeable) 1) Timer:3000 points (T0�T2999) 2) Counter: 72points (C3000�C3071) 10,240words (DT0�DT10239) 32.765words (FL0�FL32764) x 3bank 8,448words (Ld0�Ld8447) 3,072words (SV0�SV3,071) 3,072words (EV0�EV3,071) 14words (I0�ID) x 16bank 2,048points (E0�E2047) Programming Method/Control Method Control I/O Point Program Memory Command Type Operation Speed (Rep. Value) I n t e r f a c e D a t a ( b i t ) M e m o r y f o r O p e r a t i o n D a t a M e m o r y ( W o r d ) Sq. command Appl. command Basic command Appl. command External I/P(X) External O/P(Y) Internal Relay(R) Link Relay(L) Special Internal Relay (R) Timer/ Counter(T/ C) Pulse Relay(P) Data Register(DT) File Register(FL) Link Register(Ld) Timer/Counter Set Value Area(SV) Timer/Counter Exp. Value Area(EV) Index Register (I0~ID) Error Report Relay(E) MCR point No. of Labels (JMP + LOOP No.) Differential Point Supplementary Timer (Using F137 Command) No. of Step Ladder No. of Subroutine No. of Interrupt Program Comment Memory Clock Function(Calendar Timer) Shift Register Self Diagnosis Link Function PID Auto Tuning Other Functions Memory Backup Items CPU Type ■Performance Specification NX-CPU750A NX-CPU750B NX-CPU750C NX-CPU750D 0 �55℃ -25 �70℃ 30 �85% RH (without condensing) 30 �85% RH (without condensing) I/O Terminal(AC) <-> Frame Ground(Power Unit), AC 1500V 1 min. I/O Terminal(DC) <-> Frame Ground(Power Unit), AC 500V 1 min. I/O Terminal<-> Frame Ground(Power Unit), Above100MΩ(at DC 500V Mega) 10 ~ 55Hz 1 sweep/ for I min., Dual Vibration Width 0.75mm , X,Y,Z for 10 minutes to each direction Max. Acc. Impact Speed & time allowance 15g/ 11ms, X, Y, Z directions 3 times each 1500Vp-p Pulse width 50ns, 1μs(according to Noise Simulator) Corrosive gases and thick dust prohibited Operating Temp. Storage Temp. Operating Humidity Storing Humidity Surrounding Temperature Surrounding Humidity Withstand Voltage Insulation Resistance Vibration Resistance Impact Resistance Noise Resistance Operating Environment Item Specification ■General Specification ■Characteristics 1. High speed processing and large capacity memory Operation speed is 0.4μsec /1command(basic command), equivalent to that of medium sized PLC and program capacity can be extended up to 15,871 STEP. I/O control point can be used up to 1,600 points maximum. 2. Forced I/O & Time Chart Monitoring function Forced input and output on PROGRAM MODE(against Y,R,L) and on RUN MODE(against X,Y,R, L,T,C) can be done. In addition, the function of control execution status of 16 points at the same time like time chart of the logic analyzer is provided so as to be used very conveniently when PLC monitoring and debugging. 3. Program Edit Function during RUN Programs can be corrected, deleted and inserted during RUN without interruption. (also available on Ladder Symbol mode) 4. Password Function This function sets up Password to protect the User Program, that does not allow access to the program of PLC by anyone except for the person concerned so as to prevent the trouble of program in advance and enhance reliability of the system. 5. 100 % compatibility with the existing N-Series PLC Compatibility of Commands with the existing N-Series PLC 6. Supports the Handy-Loader that BACKs-Up Programs, etc. NX-CPU700 module can be interfaced with Handy- Loader(CPL5119) that has memory back-up function. This product(CPL5119) has not only the handy type programming tool function but also has back-up memory embedded to store ladder program and data so as to store the program(approx. for 3 days). Accordingly, down loading and up loading of PLC program for this and that facility can be done with this loader only for convenient use. 7. Add of diverse Command words SET, RST, Data Transfer Instruction(F70~F78), Compressed shift instruction(F98, F99), supplementary timer instruction(F137, STMR) are added so as to enable more command words to be used. 8. Comment Memory that can attach comments on the Ladder Program is basically embedded RAM 16K Word(12 letters x 2730 ea) is basically embedded to enable to attach comments on each interface when preparing programs. Because that the contents of comment on interfaces and the like are recorded inside the CPU module, it is convenient to investigate the contents of instrumentations and the like after several years. 9. EPROM Function(User Memory) is optional EPROM Socket is optional and the user of EPROM can directly purchase and input the Ladder Program. Accordingly, PLC program can be driven with EPROM. (EPROM Socket: NX-ROM700, EPROM IC : 27C256-12 equivalent, 2 ea required) Processing speed 0.4us, programming capacity 16k Step, basic unit of NX700 PLC usable, convenient functions like program editing during RUN are available. In addition, Comment Memory is basically embedded for easy use. CPU Unit(NX-CPU700) �16k STEP Basic Memory �Comment Memory EPROM Socket (NX-ROM700) WinFPST S/W 14 I OEMax NX Series General Purpose CPU Unit(CPU700) Comm. Cable NX-CBLCPU02 NX-CBLCPU05 Cyclic operation method 0.4㎲/ 1 Command Max. 15,871 step(16K Step) 1,600 points 45 types 195 types 2,048 points (X0~X127F) 2,048 points (Y0~Y127F) 1,568 points (R0~R97F) 1,028 points x 2 (L0~L127F) 176 points (R9000~R910F) Total 256 points ①Timer(0.01 sec. Timer, 0.1 sec Timer, 1 sec. Timer), T0~T199 (points changeable) ②Counter(Pre-set type 1 ~ 32,767Counter) , C200~C255 2,048 words (DT0~DT2047) 128 words x 2 (Ld0~Ld255) Max. 22,525 words(FL0~FL22524) 256 words(DT9000~DT9255) 256 words(SV0~SV255) 256 words(EV0~EV255) 2 words (IX, IY) 64 points 256 points each Unlimited Points Unlimited (Subtractive 0.01 sec. Timer, 0.01 sec. ~ 327.67 sec.) 1,000 100 25 ea Max. 4,000 ea (1,000 samples) (16 interfaces + 3 words / sample) Basically embedded, 12 letters x 2,730 ①Watchdog Timer ②Memory Error detection ③I/O error detection ④Battery error detection ⑤Program grammar check, etc. ①PLC Link ②Computer Link ③Data Trans. ④REMOTE programming ①EPROM drive function ②Program editing during RUN ③TEST drive ④Forced I/O ⑤Interrupt processing Lithium Battery Operation Hours: 8,000 Hr No. of control loops: Max. 32 LOOP, RUN Mode: Forward RUN, Reverse RUN Sampling Time: 0.1~120.0sec., Control Algorithm: PI-D .I-PD (Please refer to the PID Manual for more details.) Control Method Operation Speed Program Capacity Max. I/O Processing Point Command Type Timer. Counter (T/C) I n t e r f a c e D a t a ( b i t ) D a t a M e m o r y ( w o r d ) M e m o r y f o r O p e r a t i o n Basic Command Application Command External I/P (X) External O/P (Y) Internal Relay (R) Link Relay (L) Special Relay (R) Data Register (DT) Link Register (Ld) File Register (FL) Special Register (DT) Timer/Counter Set Value Area (SV) Timer/Counter Exp. Value Area (EV) Index Register (IX, IY) Master Control (MC, MCR) Label (JMP, LOOP) Differentials Supplementary Timer (Using F137 command) Step Ladder SUB ROUTINE Interrupt Program Sampling Trace Comment Memory Self Diagnosis Other Functions PID Function LINK Function Memory BACK-UP Item Specification ■Performance Specification OEMaxNX Series I 15 0 �55℃ -25 �70℃ 30 �85% RH (without condensing) 30 �85% RH (without condensing) I/O Terminal(AC) <-> Frame Ground(Power Unit), AC 1500V 1 min. I/O Terminal(DC) <-> Frame Ground(Power Unit), AC 500V 1 min. I/O Terminal<-> Frame Ground(Power Unit), Above100MΩ(at DC 500V Mega) 10 ~ 55Hz 1 sweep/ for I min., Dual Vibration Width 0.75mm , X,Y,Z for 10 minutes to each direction Max. Acc. Impact Speed & time allowance 15g/ 11ms, X, Y, Z directions 3 times each 1500Vp-p Pulse width 50ns, 1μs(according to Noise Simulator) Corrosive gases and thick dust prohibited Operating Temp. Storage Temp. Operating Humidity Storing Humidity Surrounding Temperature Surrounding Humidity Withstand Voltage Insulation Resistance Vibration Resistance Impact Resistance Noise Resistance Operating Environment Item Specification ■General Specification 16 I OEMax NX Series ■Characteristics 1. Correction of program during RUN Correction of program can be done during CPU operation without stopping the system. 2. PID Processor Embedded PID control Logic of 8 loop is embedded so that application of analog control environment such as temperature/RUN control is exceedingly easy. 3. Clock(RTC : Real Time Clock) function embedded Work process is programmable by hour and day with the embedded clock. 4. Sufficient program capacity/ back-up function Able to program up to max. 20K words and programs can be stored forever by providing ROM Pack module with FLASH back-up method adopted. 5. Self Diagnosis Function Convenient for system error and mal-function detection with the self diagnosis function. 6. Diverse I/O and basic special module support DC24V I/P(16/32/64 points), AC110V I/P, AC220V I/P, Relay O/P, TR O/P(16points/32/64points),SSR O/P, A/D, D/A, RTD, TC, High Speed Counter (1CH, 2CH), CCU+(Comm. leased), SCU(Data Processing Device) can be used. 7. Diverse Peripheral Device Equipped with a leased graphic software(WinGPC S/W) for CPU control, CPU status check and forced I/O, I/O monitoring and program download/upload can be done conveniently. 8. Diverse Communication Function By providing 2 high speed communication ports, computer link and peripheral devices link without separate module became not only easier but also COM2 port supports user-defined communications mode so that bar code reader, Inverter and servo can be linked and controlled by communication.(Binary communication available) NX-CPU700pis a medium-small sized PLC product intended to provide diverse special modules such as function for high speed processing of the user program, analog and network module in order to respond suitably to the control environments. �Control Point 100~1000 point high speed processing for optimal control in the medium scaled control environment <Basic Command: 0.2us>, productivity improvement intended by embedding the PID function, etc. �High-speed, large capacity data exchange by direct interface with TOUCH PANNEL is enabled by embedding Da2 channel communication port and the basic special modules of NX700 can be used.(CCU+ unit, SCU unit, Analog unit, high-speed counter(1CH, 2CH) unit) �By adopting the diverse I/O modules and detachable terminal block, maintenance/repair and design can be done easily. Processing Speed 0.2us/1 command, Program capacity 20k words, CPU Unit for plus that can use the basic unit of NX700 PLC.(Uses WinGPC S/W.) WinGPC S/W Comm. Cable NX-CBLCPU02 NX-CBLCPU05 CPU Unit (NX-CPU700p) Caution Commands and programming tools for CPU700p is different from those of CPU750 series Note) High performance special modules(HSC4, Pulse4, Posi 1~4, MW-Link) can be used at above CPU OS Version2.0. General Purpose CPU Unit(CPU700P) Plus Family Computer MMI S/W T/P, etc. OEMaxNX Series I 17 Program storing, repetitive operation method 1,600 points (2,048 points when Remote I/O is used) 28 kinds 150 kinds 0.2us/step 0.4~tens of us/step 20K words R0.0 ~ R127.15 (2048 points, 128 words) L0.0 ~ L63.15 (1024 points, 64 words) M0.0 ~ M127.15 (2048 points, 128 words) However, M0.0~ M63.15 can be used as Link Interface K0.0 ~ K127.15 (2048 points, 128 words) F0.0 ~ F15.15 (256 points) 256 channel (timer+counter), set value: 0 ~65535 �Timer: 0.01sec.: CH000 ~ CH063 (64 Ch.), 0.1sec.: CH064 ~ CH255 (192Ch.) �Counter: CH000 ~ CH255 (256 Ch.) W0000 ~ W2047, W3072 ~ W5119 (4096 words) W2560(=SR000)~W3071(=SR511) (512 words) year, month, day, hour, minute, second, week Port 1 : RS232C/ RS485 Dual use, 9600/ 19200/ 38400 bps Port 2 : User Memory(EPROM & EEPROM Drive Function), Program I/P during RUN, Forced I/O, TEST RUN, Constant Scan Function Approx. 8,000 hours Control Method External I/O Program Capacity Command Processing Speed Basic Command Appl. Command Basic Command Appl. Command I/O Interface (R) Link Interface (L) Internal Interface(M) Electrostatic maintenance Interface (K) Special Interface (F Data Register (W) Special Reg.(W,SR) Timer/ Counter Interface(TC or TIM) CPU Type NX-CPU700p ■Performance Specification Clock Function (RTC) Communication Function Port 1 Port 2 FLASH ROM Backup Capacity of Data Memory 0 �55℃ -25 �70℃ 30 �85% RH (without condensing) 30 �85% RH (without condensing) I/O Terminal(AC) <-> Frame Ground(Power Unit), AC 1500V 1 min. I/O Terminal(DC) <-> Frame Ground(Power Unit), AC 500V 1 min. I/O Terminal<-> Frame Ground(Power Unit), Above100MΩ(at DC 500V Mega) 10 ~ 55Hz 1 sweep/ for I min., Dual Vibration Width 0.75mm , X,Y,Z for 10 minutes to each direction Max. Acc. Impact Speed & time allowance 15g/ 11ms, X, Y, Z directions 3 times each 1500Vp-p Pulse width 50ns, 1μs(according to Noise Simulator) Corrosive gases and thick dust prohibited Operating Temp. Storage Temp. Operating Humidity Storing Humidity Surrounding Temperature Surrounding Humidity Withstand Voltage Insulation Resistance Vibration Resistance Impact Resistance Noise Resistance Operating Environment Item Specification ■General Specification 18 I OEMax NX Series Motherboard AC110~220V,Free V 540mA max AC 85 ~ 264V 47 ~ 63Hz Below20A 5V 4.0A, 24V 0.5A Approx. 350g AC 220V 300mA Max AC 176 �264V 47 �63Hz Below20A 5V 6.0A Approx. 300g I/P Rated Voltage I/P Rated Current Allowable V. range I/P Power Frequency Rush Current Rated O/P Current Weight Product No. NX-POWER NX-PWR220 DC 24V 1.7A man DC 21.6�26.4V 5V 5.0A Approx. 320g I/P Rated Voltage I/P Rated Current Allowable Voltage Range Rated O/P Current Weight Product No. NX-PWRDC ■Performance Specification ■Photo of the Product �Number of slots of the motherboard is the number of I/O modules and special modules that can be mounted. �Motherboard of NX700 PLC is used without distinction between basic and extended motherboards. �Only 1 panel of motherboard can be added to NX700 PLC. Caution 3 slot Motherboard (NX-BASE03) 10 slot Motherboard (NX-BASE10) 12 slot Motherboard (NX-BASE12) 8 slot Motherboard (NX-BASE08) Power Unit 5 slot Motherboard (NX-BASE05) Power(Electricity Source)Unit OEMaxNX Series I 19 ■Characteristics ■External Electrical Schematic Diagram �16 points, 32 points, 64 points I/P Unit �DC I/P type can use ＋, －COMMON for all �Confirmation of operation by LED display �Photocoupler Insulation for all modules �Extended user convenience by separating Terminal blocks (16 point module) 16point TYPE I/P Unit 32point TYPE I/P Unit 64point TYPE I/P Unit Caution The numbers(1~40) in the below diagram(NX-X32D/ NX-X64D) indicate the numbers printed on the front side of the product. NX-X16D 16 point 65mA 8 point/ 1COM(Polarity＋,－Common) Detachable Terminal Block (M3.5) 12 ~ 24V DC 10.2 ~ 26.4V DC Below 10ms Min. 9.6V Max. 2,5V 100 ~ 120V AC 85 ~ 132V AC Below 20ms Min. AC 80V Max. AC 30V 200 ~ 240V AC 170 ~ 264V AC Below 20ms Min. AC 160V Max. AC 50V Below 15ms Below 20ms 60mA Below 15ms Below 20ms 60mA 10ms 이하 10ms 이하 130mA 40P Connector x 1 40P Connector x 2 10ms 이하 10ms 이하 250mA Photocoupler Insulation LED Display (but 64 point is transferred and displayed by 32 points each) 32point/ 1COM (Polarity＋,－Common) Detachable Terminal Block(M3.5) 8 point/ 1COM NX-X32D 32 point NX-X64D 64 point NX-X16A110 16 point NX-X16A220 Product Code Input Point Rated I/P Voltage Operating V. Range Max. I/P Current Internal Operating Current COMMON Method Operation Display External Interface Method ON Voltage OFF Voltage OFF→ON ON→OFF Operating Voltage Responding Time Withstand Voltage Input Mode DC Input AC Input ■I/P Unit Specification NX-X16D NX-X32D NX-X64D NX-X16A110/ NX-X16A220 (Note1) NX-X16A220: AC 200-240V (Note) (Ⅰ) (Ⅱ) I/P Unit Below 10ms Below 10ms 20 I OEMax NX Series NX-Y16T 16 point NX-Y16R NX-Y16RV 16 point NX-Y32RV 32 point NX-Y16SSR 16 point SSR 100V~240V AC 85V ~ 264V AC 0.5A/point, 2A/COM Below 1㎳ 0.5CYCLE+below 1m 250㎃ N/A 3.0A 8point/COM 12V ~ 24V DC 10V ~ 30V DC 250V AC, 30V DC 85 V ~ 264V AC, 10V~30V DC Below 1㎳ Below 1㎳ Below 10㎳ Below 10㎳ NX-Y32T 32 point NX-Y64T 16 point Photocoupler Insulation 0.6A /point 0.4A /point 0.2A /point 2A/ point, 5A/ COM 1A/point, 3A/COM 120㎃ 120㎃ 180㎃ 180㎃ 8point/COM 8point/COM Detachable Terminal Block (M3.5) Detachable Terminal Block M3.5) 40P Connectorｘ1 32point/COM 32point/COM Zener Diode N/A N/A 바리스터 LED Display (But 64 point is transferred and displayed by 32 points each) 250㎃ Detachable Terminal Block M3.5) 40P Connectorｘ1 40P Connectorｘ2 Product Code Output Point Insulation Method Rated Load Voltage Operating Load Voltage Range Max. Load Current Internal Operating Current(5V) Surge Killer Fuse Rating COMMON Method Operation Display External Interface Method OFF→ON ON→OFF Responding Time O/P Mode Transistor(NPN) Output Relay Output SSR Output ■O/P Unit Specification ■External Electrical Schematic Diagram Caution The numbers (1~40) in the below diagram(NX-Y32T/ NX-Y64T, NX-Y32RV) indicate the numbers printed on the front side of the product. ■Characteristics �16 points, 32 points, 64 points I/P Unit �Confirmation of operation by LED display �Photocoupler Insulation for all modules �Extended user convenience by separating Terminal blocks (16 point module) 16point TYPE O/P Unit 32point TYPE O/P Unit 64point TYPE O/P Unit NX-Y16T NX-Y32T/ NX-Y64T NX-Y16R/ NX-Y16RV NX-Y32RV NX-Y16SSR Max. 250V AC 30V DC AC100~240V O/P Unit 250VAC 30VDC ■General Purpose CPU(WinFPST S/W adopted) ■General Purpose Plus CPU (WinGPC S/W adopted) ■NX70-CPU70 ■NX70-CPU750 ■NX70-CPU70p1 ■NX70-CPU70p2 N X 7 0 S e r i e s *Refer to the attached ■High Performance CPU(WinFPST S/W adopted) OEMaxNX Series I 21 22 I OEMax NX Series ■Free System Configuration: 7 kinds of Motherboard ( 2 slot, 3 slot, 4 slot, 5 slot, 6 slot, 8 slot, 10slot, 12 slot) ■Slot Number Display ■12 Module Type ■8 Module Type ■10 Module Type ■2 Module Type ■3 Module Type (NX70-BASE02) 32p:16p I/O configured 64p:32p I/O configured (NX70-BASE08) 128p:16p I/O configured 256p:32p I/O configured (NX70-BASE12) 196p:16p I/O configured 384p:32p I/O configured �NX70 PLC has 7 kinds of motherboards which can be mounted with each kinds of I/O units freely. �I/O Module, Power (Electricity source) Module, Special Module and Motherboard are common regardless of CPU Types. (CPU Type, 4 kinds: NX70-CPU750, CPU70, CPU70p1, CPU70p2) �Display of slot numbers on the motherboard indicates the number of mountable I/O units and special modules. (ex. 12 slot typed NX70-BASE12 motherboard can mount up to 12 I/O units and special modules.) ■Maximum Control I/O Point 384 Points �When 12 slot motherboard is used, NX70 PLC is able to use up to max.(192 points for Terminal Block). �NX70 PLC can not be used with extension. (Only basic motherboard is available.) ■Module Compatibility between NX70 PLC and N70 PLC All modules of N70 PLC and NX70 PLC are mutually compatible except for CPU module, motherboard module and power module. ex1) CPU(CPL9211A..) and Power Module(CPL9631..) can not be mounted on NX70 motherboard (NX70-BASE02~ NX70-BASE12). ex2) Existing I/O of N70 and Special Module can be mounted on NX70 (NX70-BASE02~ NX70-BASE12). ex3) CPU of NX70 and Power Module can not be mounted on N70 motherboard (CPL9502 ~ CPL9508). (NX70-BASE10) 160p:16p I/O configured 320p:32p I/O configured (NX70-BASE03) 48p:16p I/O configured 96p:32p I/O configured (NX70-BASE04) 64p:16p I/O configured 128p:32p I/O configured (NX70-BASE06) 96p:16p I/O configured 192p:32p I/O configured �Basic configuration of system and I/O control point are equal regardless of the CPU types. (CPUTypes: NX70-CPU750, NX70-CPU70, NX70-CPU70p1, NX70-CPU70p2) ■4 Module Type ■6 Module Type Basic Configuration of NX70 (NX70-BASE05) 80p:16p I/O configured 160p:32p I/O configured ■5 Module Type Basic Configuration and Control I/O point OEMaxNX Series I 23 ■Configuration of units that can be mounted ○ × ○ × ○ × ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ × ○ × △ × △ × △ × × ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ × ○ ○ ○ ○ ○ ○ ■Restrictions according to the types of units Kinds of Common Units Kinds of CPU Units NX70-CPU750 NX70-CPU70 NX70-CPU70p1 NX70-CPU70p2 Advanced CPU Common CPU Basic Unit Special Unit Network Unit M o t h e r b o a r d ( 2 , 3 , 5 , 6 , 8 , 1 0 , 1 2 s l o t ) ( N X 7 0 - B A S E 0 2 , 0 3 , 0 5 , 0 6 , 0 8 , 1 0 , 1 2 ) A C P o w e r U n i t ( f o r a l l s l o t s ) ( N X 7 0 - P O W E R 1 , N X 7 0 - P O W E R 2 ) I n p u t U n i t O u t p u t U n i t A / D , D / A , R T D , T C U n i t H ig h S p e e d C o u n t e r U n it ( 1 , 2 C H ) H ig h P e r f o r m a n c e H ig h S p e e d C o u n t e r U n it ( 4 C H ) * 2 P u ls e O / P U n it ( 4 C H ) * 2 P o s i t i o n i n g U n i t ( 2 , 4 a x e s ) ( O p e n C o l l e c t o r & L i n e D r i v e ) S C U U n i t ( 2 C H ) C C U U n i t ( 1 C H ) * 1 ○ ○ × × C C U + U n i t ( 1 C H ) * 1 M W - L i n k U n i t ( W - M o d e , W 2 - M o d e ) * 1 * 2 W - L i n k U n i t ( W - M o d e ) * 1 R E M O T E S L A V E U n i t ) * Use Programming Tool WinFPST S/W WinFPST S/W WinGPCS/W D C P o w e r U n i t ( f o r a l l s l o t s ) ( N X 7 0 - P W R D C ) ○: Usable △: Usable according to Version ×: Unusable Special Unit �A/D, D/A, RTD, TC �CCU, SCU unit �High Speed Counter (1/ 2CH) �High Performance High Speed Counter (4CH) �Pulse Output unit (4CH) �Positioning Unit �Remote I/O SYSTEM �W-LINK SYSTEM �MW-LINK SYSTEM �DeviceNet SYSTEM CPU Unit Electricity Source (Power) unit �AC Type 1) NX70-POWER1 (110/ 220V, Free Volt) 5V 4.0, 24V 0.3A 2) NX70-POWER2 (110/ 220V, Free Volt) 5V 4.5A �DC Type 1) NX70-PWRDC (DC24V, Input) 5V 4.5A �NX70-CPU70 16k Step Comment Memory Comm. port 1port �NX70-CPU750 32k Step Comment Memory Comm. port 2port �NX70-CPU70P1 9.6k word Comm. port 1port �NX70-CPU70P2 20k word Comm. port 2port Peripheral Device �Computer Software - WinFPST S/W(for CPU70, CPU750) - WinGPC S/W(for CPU70p) �Computer Interface Cable Motherboard I/O Unit �8p/8pmixed type �16/16p mixed type �16 point type �32 point type ※NX70 Series can not be extended. ※Display of slot number indicates the number of mountable I/O and Special Units. ※1. Restriction on mounting Link-family Units ※2. High performance high-speed counter (NX70-HSC4) and Pulse O/P Unit (NX70-PULSE4), Positioning Unit (NX70-POSI2/4) and MW-Link Units can be used on NX70-CPU750 Module only. CCU unit CCU+ unit W-Link unit (W-Mode) WM-Link unit (W-Mode, W2-Mode) Up to 3 units including CCU unit can be used. But, PLC Link function is up to 2 units only Up to max. 3 units can be used but PLC Link function is up to 2 units only (NX70-CPU70p1 can not be used) Up to 3 units including CCU unit can be used. But, PLC Link function is up to 2 units only Up to 5 units can be used(but PLC Link function is up to 2 units only) Only 1 unit can be used Unable to use Unable to use Can be used Usable according to versions (W-mode) Unable to use Kinds of Unit In case of NX70-CPU70 module In case of NX70-CPU750 module In case of NX70-CPU70p1, NX70-CPU70p2 module �2 slot type �3 slot type �4 slot type �5 slot type �6 slot type �8 slot type �10 slot type �12 slot type Caution Mutually compatible except for the existing power module, CPU module and motherboard of N70 PLC. (Ex. N70 I/O module can be used with NX70 motherboard) (Ex. N70 CPU(CPL9211A) can not be used with NX70 motherboard) × △ System Configuration 24 I OEMax NX Series ■Characteristics High speed medium-large scaled PLC with Maximum Processing Speed 0.03us, Capacity of Program 32k, Sharing same Commands with CPU750 Series for N700 and Comment Memory, PID Auto Tuning Function and two communication ports basically embedded. In addition, large scaled PLC function is compressed into compact size for easy use. NX70-CPU750 �32k STEP �0.35us �Clock Function �Comment Memory, PID Auto Tuning �2 Ports (RS232C) COM Port Computer T/P WinFPST S/W TOOL Port NX-CBLCPU02,05 1. Operation Speed and Sufficient Data Memory 2. Program Memory 32k step 3. Functions required by the Large scaled PLC mounted. ∙1ms(0.001 sec.) unit Timer mounted. ∙Floating Point Operation Function (Trigonometric Function, Index, Algebra, Square Root) ∙Index Register added (14 words, I0~ID) ∙PID Command Words Embedded 4. Program Edit(insert, delete and correct) Function during RUN 5. PID Auto Tuning Function Able to set up Parameter with Command Words, which are Application Command Words F355(PID) 6. Clock(RTC : Real Time Clock) Function embedded basically Work process is programmable by hour and day with the embedded clock. . 7. RS232C 2 ports mounted on CPU Unit ∙Programming tool(WinFPST S/W) interface with TOOL port ∙Communication with Touch Panel or computer, etc., with COM Port 8. Comm. Port supports up to 115kbps With drastic improvement of communication speed, program downloading/uploading can be executed speedily. (Comment is embedded basically.) 9. Comment Memory that can attach comments on the Ladder Program is basically embedded Separate RAM for Comment enables attachment of comments on each interface when preparing programs. Accordingly, it can be used conveniently when reviewing the ladder program or after printing. 10. Special Units of NX70 PLC can be used NX70-CPU750 Unit can use Pulse I/O Unit(4CH) and high performance high sped counter(4CH), positioning unit(2 axis/4 axis) and MW-Link unit. (Impossible with the other CPU modules) 0.35μs 0.93μs� 32k step 2,048 p 2,048 p 4,048 p 6,000 words 30,717 words 2,048 p 256 words 1,024 p 1,024 p 14 words Program Capacity I/P Relay(X) O/P Relay(Y) Internal Relay(R) Data Register(DT) File Register(FL) Link Relay(L) Link Register(Ld) Timer/ Counter(T/C) Pulse Relay(P) Index Register Sq. Command Appl. Command Data Capacity Operation Command (per 1 Command) 0.4μs Tens of μs� 16k step 2,048 p 2,048 p 1,568 p 2,048 words 22,525 words 1,024 p 128 words 256 p N/A 2 words NX70-CPU750 Item CPU Type NX70-CPU70 CPU Unit (NX70-CPU750) C-Language BASIC OEMaxNX Series I 25 Program Method/Control Method Control I/O Point Program Memory Sq. Command Appl. Command Basic Command Appl. Command External I/P (X) External O/P (Y) Internal Relay (R) Link Relay (L) Special Internal Relay (R) Timer/ Counter (T/C) Pulse Relay(P) Data Register (DT) File Register (FL) Link Register (Ld) Timer/Counter Set Value Area (SV) Timer/Counter Exp. Value Area (EV) Index Register (IO, DO) MCR Point No. of Labels (JMP + LOOP No.) Differential Point Supplementary Timer (Using F137 command) Step Ladder SUB ROUTINE Interrupt Program Comment Memory Clock Function(Calendar timer function) Shift Register Self Diagnosis Link Function PID Auto Tuning Other Functions Memory Back-up I n t e r f a c e D a t a ( b i t ) M e m o r y f o r O p e r a t i o n D a t a M e m o r y ( w o r d ) Operation Speed (Rep. Value) NX70-CPU750 Item CPU Type ■Performance Specification Relay Symbol Method/ Cyclic Operation Method 384 point Basic 32k step 0.35μs/ 1 command ~ 0.93μs/ 1 command ~ 95 kinds 428 kinds 2,048point (X0�X127F) 2,048point (Y0�Y127F) (usable as an Internal Relay) 4,048point (R0�R252F) 2,048point (L0�L127F) (usable as an Internal Relay) 176point (R9000�R910F) 1,024 point(points changeable) 1) Timer: 1000 point (T0~T999), 4 kinds of Timers(0.001sec.,0.01sec.,0.1sec.,1.0sec.,) 2) Counter: 24point (C1000~C1023) 1,024point (P0~P63F) 6,000word (DT0~DT5999) 0.30.717word (FL0~FL30716) 256word (Ld0~Ld255) (Usable as an DT) 1,024 word (SV0~SV1,023) 1,024word (EV0~EV1,023) 14word (I0~ID) 256 point Total 256 point Unlimited Unlimited( Retractive type 0.01sec.Timer, 0.01sec.~327.67sec.) 1,000 work process 100 Sub Routine 1 Program (On time Interrupt: Time interval can be set up within the range of 0.5ms ~ 1.5s.) Basically embedded (12letters x 2,730ea) Basically embedded(y, m, d, h, m, s, week) Max. 253 point Watchdog Timer, Memory error detection, I/O error detection, Battery error detection, Program grammar check, etc. PLC Link, Computer Link, Remote Programming, Data Transmission, Modem Function PID Auto Tuning Function, Use F355(PID) command words User Memory(EPROM & EEPROM Drive Function), Program I/P during RUN, Forced I/O, TEST RUN, Constant Scan Function Approx. 8,000 hours 0 �55℃ -25 �70℃ 30 �85% RH (without condensing) 30 �85% RH (without condensing) I/O Terminal(AC) <-> Frame Ground(Power Unit), AC 1500V 1 min. I/O Terminal(DC) <-> Frame Ground(Power Unit), AC 500V 1 min. I/O Terminal<-> Frame Ground(Power Unit), Above100MΩ(at DC 500V Mega) 10 ~ 55Hz 1 sweep/ for I min., Dual Vibration Width 0.75mm , X,Y,Z for 10 minutes to each direction Max. Acc. Impact Speed & time allowance 15g/ 11ms, X, Y, Z directions 3 times each 1500Vp-p Pulse width 50ns, 1μs(according to Noise Simulator) Corrosive gases and thick dust prohibited Operating Temp. Storage Temp. Operating Humidity Storing Humidity Surrounding Temperature Surrounding Humidity Withstand Voltage Insulation Resistance Vibration Resistance Impact Resistance Noise Resistance Operating Environment Item Specification ■General Specification 26 I OEMax NX Series ■Characteristics Processing Speed 0.4us, Capacity of Program 16k and convenient functions like program editing during RUN included. In addition, Comment Memory is basically embedded for convenience of users. 1. High speed processing and large capacity memory Operation speed is 0.4μsec /1command(basic command) and program capacity can be extended up to 15,871 STEP. I/O control point can be used up to 384 points maximum. 2. Forced I/O & Time Chart Monitoring function Forced input and output on PROGRAM MODE(against Y,R,L) and on RUN MODE(against X,Y,R, L,T,C) can be done. In addition, the function of control execution status of 16 points at the same time like time chart of the logic analyzer is provided so as to be used very conveniently when PLC monitoring and debugging. 3. Program Edit Function during RUN Programs can be corrected, deleted and inserted during RUN without interruption of PLC. (also available on Ladder Symbol mode) 4. Password Function This function sets up Password to protect the User Program, that does not allow access to the program of PLC by anyone except for the person concerned so as to prevent the trouble of program in advance and enhance reliability of the system. 5. 100 % compatibility with the existing N-Series PLC 6. Supports the Handy-Loader that BACKs-Up Programs, etc. NX-CPU700 module can be interfaced with Handy- Loader(CPL5119) that has memory back-up function. This product(CPL5119) has not only the handy type programming tool function but also has back-up memory embedded to store ladder program and data so as to store the program(approx. for 3 days). Accordingly, down loading and up loading of PLC program for this and that facility can be done with this loader only for convenient use. 7. Add of diverse Command words SET, RST, Data Transfer Instruction (F70~F78), Compressed shift instruction(F98, F99), supplementary timer instruction(F137, STMR) are added so as to enable more command words to be used. 8. Comment Memory that can attach comments on the Ladder Program is basically embedded RAM for Comment (12 letters x 2730 ea) is basically embedded to enable to attach comments on each interface when preparing programs. Because that the contents of comment on interfaces and the like are recorded inside the CPU module, it is convenient to investigate the contents of instrumentations and the like after several years.. NX70-CPU70 �16k STEP Basic Memory �Comment Memory WinFPST S/W Cable NX-CBLCPU02,05 CPU Unit(NX70-CPU70) OEMaxNX Series I 27 Control Method Operation Speed Program Capacity Max. I/O Processing Speed Basic Command Application Command External I/P (X) External O/P (Y) Internal Relay (R) Link Relay (L) Special Relay (R) Data Register (DT) Link Register (Ld) File Register (FL) Special Register (DT) Timer/Counter Set Value Area (SV) Timer/Counter Exp. Value Area (EV) Index Register (IX, IY) Master Control (MC, MCR) Label (JMP, LOOP) Differentials Supplementary Timer(use F137 Command) Step Ladder Sub Routine Interrupt Program Sampling Trace Comment Memory Self Diagnosis Other Functions PID Function LINK Function Memory BACK-UP Command Types I n t e r f a c e D a t a ( b i t ) M e m o r y f o r O p e r a t i o n D a t a M e m o r y ( w o r d ) Timer/ Counter (T/C) NX70-CPU70 Item CPU Type ■Performance Specification Cyclic operation method 0.4㎲/ 1 Command Max. 15,871 Step (16K Step) 384 points 45 types 195 types 2,048 p (X0~X127F) 2,048 p (Y0~Y127F) 1,568 p (R0~R97F) 1,028 p x 2 (L0~L127F) 176 p (R9000~R910F) Total 256 point ①Timer(0.01sec.Timer, 0.1sec Timer, 1sec. Timer), T0~T199 (Points changeable) ②Counter(Pre-set Type 1 ~ 32,767Counter), C200~C255 2,048words (DT0~DT2047) 128 words x 2 (Ld0�Ld255) 최대22,525워드(FL0�FL22524) Max. 22,525 words(FL0~FL22524) 256 words(DT9000~DT9255) 256 words(SV0~SV255) 2 words (IX, IY) 64 points 256 points each Unlimited Point Unlimited (Retractive Type 0.01sec. Timer, 0.01sec.~327.67sec.) 1,000 100 25 ea Max. 4,000ea (1,000 sample) (16interface + 3word / sample) Basically embedded, 12letters x 2,730 ①Watchdog Timer ②Memory error detection ③I/O error detection ④Battery error detection ⑤Program grammar check ①PLC Link ②Computer Link ③Data Transmission ④REMOTE Programming ①Program editing during RUN ②TEST Drive ③Forced I/O ④Interrupt Process Lithium Battery Operation Hour 8,000 Hr No. of control loops: Max. 32 LOOP, RUN Mode: Forward RUN, Reverse RUN Sampling Time: 0.1~120.0sec., Control Algorithm: PI-D ∙I-PD (Please refer to the PID Manual for more details.) 0 �55℃ -25 �70℃ 30 �85% RH (without condensing) 30 �85% RH (without condensing) I/O Terminal(AC) <-> Frame Ground(Power Unit), AC 1500V 1 min. I/O Terminal(DC) <-> Frame Ground(Power Unit), AC 500V 1 min. I/O Terminal<-> Frame Ground(Power Unit), Above100MΩ(at DC 500V Mega) 10 ~ 55Hz 1 sweep/ for I min., Dual Vibration Width 0.75mm , X,Y,Z for 10 minutes to each direction Max. Acc. Impact Speed & time allowance 15g/ 11ms, X, Y, Z directions 3 times each 1500Vp-p Pulse width 50ns, 1μs(according to Noise Simulator) Corrosive gases and thick dust prohibited Operating Temp. Storage Temp. Operating Humidity Storing Humidity Surrounding Temperature Surrounding Humidity Withstand Voltage Insulation Resistance Vibration Resistance Impact Resistance Noise Resistance Operating Environment Item Specification ■General Specification ■Characteristics As a small sized PLC, CPU70p has Processing Speed of 0.2us/ 1 Command and 20k Words of Program Capacity (9.6k words for CPU70p1) so as to easily process programming and intended high speed and high performance. WinGPC S/W is supported as a programming tool. 1. Processing Speed of Command Words With the leased IC for high speed processing, the processing speed of basic command words reaches 0.2usec/STEP so as to enable high speed processing. 2. Correction of Program during RUN Program can be corrected during CPU drive without interrupting the system. 3. Clock(RTC : Real Time Clock) function With the embedded clock, the work process is programmable by hour and by date. (Supports on NX70-CPU70p2 module only) 4. Sufficient Program Capacity/ Back-up Function Able to program up to Max.20k words(NX70-CPU70p2) and 9.6k words(NX70-CPU70p1). With Flash Back-up method adopted, programs can be stored separately. 5. Self Diagnosis Function Self Diagnosis function can be used conveniently for detection of system error or malfunction 6. WinGPC Software With WinGPS S/W, which is a leased graphic software for CPU control, CPU status check and forced I/O, I/O monitoring and program downloading/uploading can be done conveniently. 7. Diverse I/O and basic special module support DC24V I/P(16/32/64 points), AC110V I/P, AC220V I/P, Relay O/P, TR O/P(16points/32points),SSR O/P, A/D(4CH), D/A(4CH), RTD(4CH), TC(4CH), High Speed Counter, SCU(Data Processing Device) can be processed. 8. Preparation of Diverse Motherboards (up to 12 slot motherboard) 2 slot, 3 slot, 5 slot, 6 slot, 8 slot, 10 slot, 12 slot motherboards each can be selected when configuring the system. 9. Maximum Control I/O Point 384 Points �When 12 slot motherboard is used, NX70 PLC is able to use up to max. 384 points(192 points for Terminal Block) �NX70 PLC can not be used with extension. 10. RS232C/ RS485, 2 ports mounted (NX70-CPU70p2 Module) With 2 CH Communication Ports embedded, direct interface with computer and Touch Panel enables large quantity data exchange, and COM2 port supports user-defined communications mode so that bar code reader, Inverter and servo can be linked and controlled by communication.(Binary communication available). Computer WinGPC Comm. Cable NX-CBLCPU02,05 28 I OEMax NX Series NX70-CPU70p1 �9.6kword basic memory �1port (RS232C/ RS485) NX70-CPU70p2 �20kword basic memory �2port (RS232C/ RS485) �Clock Function General Purpose CPU Unit (NX70-CPU70p1) (NX70-CPU70p2) Programming tool of CPU module for plus is WinGPC S/W. Caution Control Method External I/O Command Words Process Speed I/O Interface (R) Link Interface(L) Internal Interface (M) Keep during Blackout(停電維持) Interface (K) Special Interface (F) Data Word(W) Special Word (W,SR) Digital Analog Basic Command Appl. Command Basic Command Appl. Command Program Capacity Clock Function (RTC) FLASH ROM Support(Backup) Comm. Function Timer/ Counter Interface (TC or TIM) Port 1 Port 2 NX70-CPU70p1 NX70-CPU70p2 CPU Type ■Performance Specification 0 ~ 55℃ -25 �70℃ 30 �85% RH (without condensing) 30 �85% RH (without condensing) I/O Terminal(AC) <-> Frame Ground(Power Unit), AC 1500V 1 min I/O Terminal(DC) <-> Frame Ground(Power Unit), AC 500V 1 min I/O Terminal <-> Frame Ground(Power Unit), Above100MΩ(at DC 500V Mega) 10 ~ 55Hz 1 sweep/ for I min., Dual Vibration Width 0.75mm , X,Y,Z for 10 minutes to each direction Max. acc. Impact Speed & time allowance 15g/ 11ms, X, Y, Z directions 3 times each 1500Vp-p Pulse width 50ns, 1μs (according to Noise Simulator) Corrosive gases and thick dust prohibited Program Storage, Repetitive Operation Method 384 point (32 point module / 12 Slots) 48 CH (4 CH Module / 12 Slots) 28 kinds 150 kinds 0.2 μs/step 1.0 ~ tens of μs/step 0.8 ~ tens of μs/step 9.6K word 20K word 2,048points (R0.0 ~ R127.15) 1,024points (L0.0 ~ L63.15) 2,048points (M0.0 ~ M127.15), (But, usable as Link Interface range with NX70-CPU70p2, 64 word) 2,048points (K0.0 ~ M127.15) 256points (F0.0 ~ F15.15) 256 CH (Timer+Counter), Set-up value: 0 ~65535 Timer: 0.01sec.: CH000~CH063 (64CH), 0.1sec.: CH064~CH255 (192CH) Counter: CH000 ~ CH255 (256CH) 2,048word (W0000 ~ W2047) 4,096word (W0000~ W2047), (W3072~ W5119) 512word W2560(=SR000) ~ W3071(=SR511) N/A Y, M, D, H, M, S, Week RS232C/ RS485 Combined Use, 4800/ 9600/ 19200/ 38400bps N/A RS232C/ RS485 Combined Use, 4800�38400bps Can support User definition User PROGRAM Back up embedded Operating Temp. Storage Temp. Operating Humidity Storing Humidity Surrounding Temperature Surrounding Humidity Withstand Voltage Insulation Resistance Vibration Resistance Impact Resistance Noise Resistance Operating Environment Item Specification ■General Specification OEMaxNX Series I 29 �K, W, Counter PV Register maintain during power failure. �CPU Unit is able to back-up User Program and some specific registers for 48 hours by embedded Super Capacitor when the Battery is off. Programming tool of CPU module for plus is WinGPC S/W. Caution �Number of slots of the motherboard is the number of I/O modules and special modules that can be mounted. �Motherboard of NX70 PLC is the Basic motherboard only. (can not be extended) Caution ■Photo of the Product Power Unit 2 slot Motherboard (NX70-BASE02) 3 slot Motherboard (NX70-BASE03) 4 slot Motherboard (NX70-BASE05) Basic Motherboard AC 110�220V, Free Voltage / 450mA max AC 85 �264V 47 �63Hz Below 20A 5V 4.0A 24V 0.3A 47 �63Hz Below 20A 5V 4.5A N/A I/P Rated Voltage/ Current Permissible Voltage Range I/P PWR Frequency Inrush Current Rated O/P Current(5V) Rated O/P Current(24V) Product No. NX70-POWER1 NX70-POWER2 ■Performance Specification DC 24V / 1.54A max DC 21.6�26.4V 5V 4.5A I/P Rated Voltage/ Current Permissible Voltage Range Rated O/P Current(5V) Product No. NX70-PWRDC 30 I OEMax NX Series POWER(Electricity Source) UNIT 6 slot Motherboard (NX70-BASE06) 8 slot Motherboard (NX70-BASE08) 10 slot Motherboard (NX70-BASE10) 12 slot Motherboard (NX70-BASE12) 5 slot Motherboard (NX70-BASE05) ■Photo of the Product 24V DC 21.6~ 26.4V DC Above 20V DC Below 7V DC ■External Electrical Schematic Diagram NX70-X16D 12 ~ 24V DC 10.2 ~ 26.4V DC Above 9.6V DC Below 2.5V DC 24V DC 21.6~ 26.4V DC Above 20V DC Below 7V DC 100~120V AC 85~132V AC Below 20mA Min. above AC 80V Max. below AC30V Approx. 15kΪ Below 1 Below 10ms 80mA 8 point/ 100M 200~240V AC 170~ 274V AC Min. above AC 160V Max. below 50V 12 ~ 24V DC 10.2 ~ 26.4V DC Above 9.6V DC Below 2.5V DC NX70-X16D1 NX70-X32D NX70-X32D1 NX70-X16A110 NX70-X16A220 16 point TYPE 32 point TYPE NX70-X16D NX70-X16D1 NX70-X32D NX70-X32D1 NX70-X16A110 NX70-X16A220 Caution The numbers (1~20) in the below diagram(NX70-X16D/ NX70-X32D) indicate the numbers printed on the front side of the product. (Note1) I/P Voltage of NX70-X16A220 module is AC 200-240V only. ※Careful interfacing is required because that the directions of Connector (Ⅰ) and (Ⅱ) is opposite. (Note 1). I/P voltage of NX70-X32D1 module is leased DC 24V only ※NC : No Connection (Note 1) I/P voltage of NX70-X60D1 module is leased DC 24V only (Note1) �16 point, 32 point I/P Unit �DC I/P Type is able to use both ＋, －COMMON �Confirmation of operation by LED Display �Photocoupler Insulation for all modules �Connector Type (32 point) can get much larger I/O numbers per each area. I/P Point Rated I/P Voltage Operating Voltage Range Max. Pressure Current I/P Impedance Internal Operating Current COMMON Method External Interface Method Product Code Operating Voltage Responding Time ON Voltage OFF Voltage OFF→ON ON→OFF I/P Mode DC I/P AC I/P ■I/P Unit Specification Approx. 3k Ϊ Below 10ms Below 10ms Approx. 3k 65mA 8 point/ 100M(Polarity +,- common) 20 pin connector x 2(option : NX70-CBLDC) Terminal Block Interface (M3.0).20P Terminal Block Interface (M3.0).20P 16 point Below 10mA 32 point 16 point OEMaxNX Series I 31 I/P Unit 32 I OEMax NX Series ■Characteristics ■External Electrical Schematic Diagram �16 point, 32 point O/P Unit �Confirmation of operation by LED Display �Photocoupler Insulation for all modules �Connector Type (32 point) can get much larger I/O numbers per each area. Caution TTThe numbers (1~20) in the below diagram(NX70-Y32T) indicate the numbers printed on the front side of the product. 16 point Type O/P Unit 32 point Type O/P Unit ■O/P Unit Specification O/P Point Insulation Method Rated Pressure Voltage Operating Pressure V. Range Max. Pressure Current Internal Operating Current(5V) Surge Killer Fuse Rating COMMON Method RUN Display External Interface Method Responding Time OFF→ON ON→OFF O/P Type Transistor O/P NPN Type PNP Type SSR O/P Relay O/P NX70-Y16T NX70-Y32T NX70-Y32P 16 point 12V~24V DC 10V~30V DC 0.6A/point 1A/COM 120mA 8 point/COM Terminal Block(M3.0) NX70-Y16R NX70-Y16RV NX70-Y16SSR 16 points 250V AC, 30V DC 85~264V AC, 10~30V DC 1A/point 3A/COM Below 10ms Below 10ms 120mA 120mA N/A Varistor 8 point/COM 16 points SSR 100V~240V AC 85V~264V AC 0.5A/point 2A/COM Below 1ms 0.5CYCLE + Below 1ms 250mA N/A 3.0A 3.0A 32 point 12V~24V DC 10V~30V DC 0.4A/point 1A/COM 180mA 20pin Connectorx2 (Option:NX70-CBLTR) 16p/COM(+) 16p/COM(-) Photocoupler Zener Diode Terminal Block (M3.0) Product Code NX70-Y16T NX70-Y32T NX70-Y32P NX70-Y16R NX70-Y16RV NX70-Y16SSR AC100~240V C E O/P Unit N/A LED Display Below 1ms Below 1ms OEMaxNX Series I 33 ■I/O Combined Unit Specification I/O Point Insulation Method Rated I/P Voltage Operating Voltage Range Max. I/P Current Rated Operating Current/Voltage ON Vol. / ON Cur. OFF Vol. / OFF Cur. I/P Impedance Ext. PWR Supply Internal Operating Voltage(5V) COMMON Method I/O Points Occupied Operation Display External Line Interface Method Responding Time OFF→ON ON→OFF DC Input/RELAY Output Combined Unit DC Input/TR Output Combined Unit NX70-XY16 NX70-XY32 Product Name Product Code I/P 8 p (DC IN) Photocoupler 12~24V DC 10.2~26.4V DC Below 10mA - Blw 9.6V/Blw 4mA Blw2.5V/Blw1.5mA Approx. 3KΩ Unnecessary Below 2.0ms Below 2.0ms Below 80mA 8p/1COM(Polarity+,- Common) 32p Allocation, I/P 16p, O/P 16p LED Display Terminal Block (M3.0) O/P 8 p (Relay Out) - 250V AC, 30V DC - 250V AC, 30V DC, 1A/p - - - Blw 24V 200mA Below 10ms Below 10ms 8p/1COM I/P 16 p (DC IN) 12~24V DC 10.2~26.4V DC Below 10mA - Blw 9.6V/Blw 4mA Blw2.5V/Blw1.5mA Approx. 3KΩ Unnecessary Below 2.0ms Below 2.0ms Below 120mA 8p/1COM(Polarity+,- Common) 32p Allocation, I/P 16p, O/P 16p LED Display 220pin ConnectorX2(Option:I/P=NX70-CBLDC,O/P=NX70-CBLTR) O/P 16 p (TR OUT,NPN) - 10V~30V DC - 10V~30V DC, 0.4A/p - - - - Below 10ms Below 10ms 16p/1COM(-), Sync. ■Characteristics �NX70-XY16 : DCIN 8 P/ Relay OUT 8 P �NX70-XY32 : DCIN 16 P/ TR OUT 16 P �DC I/P Type is able to use both ＋, －COMMON �Confirmation of operation by LED Display �Photocoupler Insulation for all modules (NX70-XY32) DC IN 16 p TR OUT 16 p Combined Unit (NX70-XY16) DC IN 8 p Relay OUT 8 p Combined Unit I/P 16p (DC Input) O/P 16p (TR Output) ■ Internal Circuit and External Electrical Schematic Diagram Caution The numbers (1~20) in the below diagram(NX70-XY32) indicate the numbers printed on the front side of the product. NX70-XY16 NX70-XY32 I/O Combined Unit 34 I OEMax NX Series N X 7 0 0 / N X 7 0 S e r i e s S p e c i a l M o d u l e A n a l o g , H S C , P o s i t i o n i n g , C o m m u n i c a t i o n , N e t w o r k , S o f t w a r e Refer to the attached NX70 NX700 HSC 1CH HSC 2CH HSC 1CH HSC 2CH HSC 4CH HSC 4CH POSI1 POSI3 POSI4 POSI2 POSI4 POSI2 CCU CCU CCU + CCU + SCU SCU Remote Master DeviceNet Master Field bus Remote System Network Serial Communication Pulse Control Position Control High Speed Counter Temperature Control (RTD,TC) Analog I/O TC 8CH TC 4CH TC 4CH RTD 4CH RTD 8CH RTD 4CH MW-LINK Pulse 4 / HSC4 Pulse 4 / HSC4 EtherNet MW-LINK Remote Slave Remote Slave D/A 2CH D/A 4CH D/A 8CH D/A 4CH A/D 8CH A/D 4CH Special Function Modules OEMaxNX Series I 35 DeviceNet Slave 36 I OEMax NX Series ■Characteristics ■Performance Specification Analog I/P Range Digital Conversion Converter Type Characteristics of I/O *1 Max. Resolution Capacity *1 Overall Accuracy Conversion Speed External I/P Imped. Absolute Max. I/P Insulation Method I/O Points Occupied Other Functions Internal Operating Current (5V) External Interface Method Voltage: 0�10V, 0�5V, ±10V, ±5V 16 BIT Binary with sign (Complement of 2) 16BIT A/D Converter 0~10V(0~32767), (0~20000), (0~16383).. 0�5V(0�32767), (0~20000), (0~16383).. ±10V(-32767�32767), (-20000�20000).... ±5V(-32767�32767), (-20000�20000).... 0.153mV, (0.305mV), ........ ±0.2%/ F.S (25℃) 1.25ms/ CH 500kΩ Voltage: ±15V, Current: ±30mA �Between I/P CH and Internal Circuit: DC/DC Converter, Photocoupler Insulation �Between I/P CH and I/P CH: No Insulation �I/O Interface Method �Shared Memory Method CH Conversion ON/ OFF Function �NX70: Below 5V 290mA, External Power 24VDC Unnecessary �NX700: Below5V 270mA �NX70: 20pin Terminal Block Interface (M3.0) �NX700: 20pin Detachable Terminal Block Interface (M3.5) Current : 0�20mA, 4�20mA, ±20mA 0.519uA, (0.61uA), ...... ±0.3%/ F.S (25℃) 249Ω Voltage: ±7.5V, Current:±30mA 0~20mA(0~32767), (0~20000), (0~16383).. 4�20mA(0�32767), (0~20000), (0~16383).. ±20mA(-32767~32767), (-20000�20000).... NX700 A/D Unit NX70 A/D Unit 1) Application Command〔READ〕reading method 2) I/P Interface reading method Fill in with Application Command〔WRITE〕. �Diverse Data Process Method emperature, speed, pressure, Flux Q’ty Electricity(Voltage, Current, Electric Power, Frequency) Each type of Sensors Displacement Sensor Instrumentation Transducer Sensor MQ Laser Sensor, DSA Displacement Sensor, etc. Deviation can be adjusted without separate volume. Especially, conversion speed and resolution that decide diverse analog I/P range and performance were processed to high speed and high accuracy. 1. NX70 A/D Module NX700 A/D Module 2. Drastically improved Resolution The level of Resolution is max. 0.153mV with Voltage Type and 0.519uA with Current Type. (Resolution can be selected in accordance with Dip S/W of module) 3. DC/DC and Photocoupler Insulation between Channels 4. Diverse Data Process Method There are two methods available for Analog Data Process and Address Designation①by way of Shared Memory ②by way of I/O Interface, which can be conveniently selected to fit for purposes to use. 5. High Speed Process By adopting 16bit A/D Converter, process is done with high accuracy conversion Data, as well as with the high speed of 1.25ms/CH. NX70-AI8V (Voltage I/P), 8CH NX70-AI4V (Voltage I/P), 4CH NX-AI8V (Voltage I/P), 8CH NX70-AI8C (Current I/P), 8CH NX70-AI4C (Current I/P), 4CH NX-AI8C (Current I/P), 8CH NX70 Series NX700 Series Analog I/P Unit(A/D) *1. Up to high resolution and general resolution can be selected with regard to I/O characteristics and maximum resolution, which can be selected according to Dip S/W under the product. Stability of conversion speed and conversion data is different according to the resolution. (Refer to the Manual for details.) *2. It is recommended that the number of D/A modules on the motherboard to be min. below 8 EA. (There is restriction in operating current when the channels operate simultaneously even though there is no problem in mounting.) OEMaxNX Series I 37 *1. Up to high resolution and general resolution can be selected with regard to I/O characteristics and maximum resolution, which can be selected according to Dip S/W under the product. Stability of conversion speed and conversion data is different according to the resolution. (Refer to the Manual for details.) *2. It is recommended that the number of D/A modules on the motherboard to be min. below 8 EA. (There is restriction in operating current when the channels operate simultaneously even though there is no problem in mounting.) ■Characteristics ■Performance Specification Analog O/P No. of Analog O/P CH Digital Conversion Converter Type Characteristics Of I/O *1 Max. Resolution Capacity *1 Overall Accuracy Conversion Speed O/P Impedance O/P Allowable Load Resistance Insulation Method I/O Points Occupied Internal Operating Current(5V) *2 External Interface Method ±10V, 0�10V, ±5V, 0�5V 2 CH 4 CH 4 CH 8 CH 16 BIT Binary with sign (Complement of 2) 14BIT D/A Converter 1) ±10V (-16,383�16,383), (-10,000�10,000) 2) 0�10V (0�16,383), (-0�10,000) 3) ±5V (-16,383�16,383), (-10,000�10,000) 4) 0�5V (0�16,383), (-0�10,000) 0.6mV (0.305mV, 0.5mV, 1mV) ±0.2%/ F.S (25℃) 2.5ms / CH Below 0.1Ω Above 5KΩ �Between O/P CH and Internal Circuit: DC/DC Converter, Photocoupler Insulation �Between O/P CH and O/P CH: No Insulation �I/O Interface Method, 8CH:128p O/P, 4CH:64p O/P, 2CH:32p O/P �Shard Memory Method:16p Below 5V 230mA (D/A O/P: 80mA/ CH) Below5V 380mA (D/A O/P: 20mA/ CH) Below 5V 500mA (D/A O/P: 20mA/ CH) Below 5V 900mA (D/A O/P: 20mA/ CH) Below 5V 310mA (D/A O/P:80mA/ CH) Below 5V 700mA (D/A O/P: 20mA/ CH) �NX70 : 20 pin Terminal Block Interface (M3.0) �NX700 : 20 pin Detachable Terminal Block Interface (M3.5) 0�20mA, 4�20mA 2 CH 4 CH 4 CH 8 CH 1.2uA (1.037uA, 1.7uA, 2uA) ±0.4%/ F.S (25℃) Above 10Ω Below 500Ω 1) 0�20mA (0�16,383), (-0�10,000) 2) 4�20mA (0�16,383), (-0�10,000) Deviation can be adjusted without separate volume. Especially, conversion speed and resolution that decide diverse analog I/P range and performance were processed to high speed and high accuracy. 1. NX70 D/A Module NX700 D/A Module 2. DC/DC Insulation between Channels and Internal Circuits 3. Drastically improved Resolution The level of Resolution is max. 0.153mV with Voltage Type and 0.519uA with Current Type. 4. Diverse Data Process Method There are two methods available for Analog Data Process and Address Designation ①by way of Shared Memory ②by way of I/O Interface, which can be conveniently selected to fit for purposes to use. 5. High Speed Process By adopting 14bit D/A Converter, process is done with high accuracy conversion Data, as well as with the high speed of 1.25ms/CH. NX70 NX700 NX70-AO2V NX70-AO4V NX-AO4V NX-AO8V Voltage O/P Product Code NX70 NX700 NX70-AO2C NX70-AO4C NX-AO4C NX-AO8C Current O/P �NX700 D/A Unit �NX70 D/A Unit �Diverse Data Process Method 1) Application Command[WRT〕filling in Method 2) I/P Interface I/P Method Read by writing Appl. Command〔READ〕 Inverter M Speed Control of the Motor Temperature Recorder Analog O/P Unit(D/A) 38 I OEMax NX Series ■Characteristics High speed and high accuracy process is enabled by adopting 24bit Σ- ΔA/D converter and has diverse I/O range and self calibration function. 1. NX70 RTD Module NX700 RTD Module 2. Types of Temperature Sensor Temperature Sensor available for use is 3 line typed Platinum sensor.(Pt100, Pt200, Jpt100, Jpt200......) 3. All Celsius(℃)Data and Fahrenheit(℉) Data can be used Can be selected according to the DIP switch placed under the unit. 4. Diverse Data Process Method There are two methods available for Analog Data Process and Address Designation①by way of Shared Memory ②by way of I/O Interface, which can be conveniently selected to fit for purposes to use. 5. Design Specification resistant to NOISE Analog & Digital Noise Filter is designed to be attached inside of the unit in order to resist interference from the external environment. NX700 RTD Unit NX70 RTD Unit 1) Application Command〔READ〕reading method 2) I/P Interface reading method ※RTD: Resistance Temperature Detectors 3 Line Type RTD Sensor (Pt100, JPt100, Pt200, JPt200,...) -200~660℃ -200~510℃ �Diverse Data Process Method ※RTD: Resistance Temperature Detector Utilize the principle that resistance value varies according to change of temperature. Measure voltage by sending rated current to the changing resistance. V=I*R ■Performance Specification RTD Sensor RTD I/P CH Numbers Digital Conversion Converter Type Max. Resolution Capacity Overall Accuracy Conversion Speed External I/P Impedance Current Source Insulation Method Internal Operating Current(5V) External Interface Method 3-Wire Method 8 CH 16 BIT Binary with symbol (Complement of 2) 24BIT Σ-ΔA/D Converter 4 CH ①Pt100 (α=0.00385, -200�650℃=> -2,000�6,500 ⑤300Ω(10mΩ/ BIT) ②Pt200, Pt500, Pt1000 ⑥600Ω(20mΩ/ BIT) ③JPt100 (α=0.00385, -200�600℃=> -2,000�6,000) ⑦2000Ω(100mΩ/ BIT) ④Jpt200, Jpt500, Jpt1000 ⑧NI100, NI120, CU10 �I/O Interface Method: 128 p I/P �I/O Interface Method:64 p I/P, �Shared Memory Method:16 p I/P �Shared Memory Method:16 p I/P Characteristics of I/O (Applicable Temperature Sensor & Digital O/P) I/O Points Occupied 0.1℃, 0.1℉, 10mΩ, 20mΩ ±0.1%/ F.S (25℃) 60ms/ CH 10MΩ 1mA (Excitation Current) �Between O/P CH and Internal Circuit: DC/DC Converter, Photocoupler Insulation �Between O/P CH and O/P CH: No Insulation Internal Power Source Below 5V 290mA Internal Pwr Source Blw 5V 280mA �NX70 : 20 pin Terminal Block Interface (M3.0) �NX700 : 20 pin Detachable Terminal Block Interface (M3.5) Product Code NX70-RTD8 (8CH) *to be released NX-RTD8 (8CH) NX70 NX700 NX70-RTD4 (4CH) NX-RTD4 (4CH) RTD Unit(Resistance Temperature Detector Unit) Fill in with Application Command〔WRITE〕 OEMaxNX Series I 39 ■Characteristics NX700 TC Unit NX70 TC Unit High speed and high accuracy process is enabled by adopting 24bit Σ- ΔA/D converter and has diverse I/O range and self calibration function. 1. NX70 TC Module NX700 TC Module 2. Types of Temperature Sensor Temperature Sensor types available for use are B, R, S, N, K, E, J, T, L, U, C, D. 3. All Celsius(℃)Data and Fahrenheit(℉) Data can be used Can be selected according to the DIP switch placed under the unit. 4. Diverse Data Process Method There are two methods available for Analog Data Process and Address Designation; ①by way of Shared Memory ②by way of I/O Interface, which can be conveniently selected to fit for purposes to use. 5. TC Unit provides Temperature Compensation Function Temperature compensation due to difference of temperatures between the actual measuring point and unit is required when ThermoCcouple is connected to the Unit. Accordingly, this Unit has embedded the temperature sensor in the unit to compensate this. ※TC: ThermoCouple 1) Application Command〔READ〕reading method 2) I/P Interface reading method + - Sensor Type B,R,S,N,K,E,J,T,L,U,C,D Temperature range varies according to Sensor Types �Diverse Data Process Method ■Performance Specification Digital Conversion TC Input CH Converter Type Max. Resolution Capacity Overall Accuracy Conversion Speed External I/P Impedance Temperature Compensation Sensor Insulation Method External Interface Method 16 BIT Binary with symbol (Complement of 2) 8 CH 24BIT Σ-ΔA/D Converter 4 CH Type B/ R/ S/ N/ K/ E/ J/ T/ L/ U/ C/ D(Temperature range varies according to sensor types) ±30mV (1uV/ BIT) ±60mV (2uV/ BIT) ±78.0mV (10uV/ BIT) �I/O Interface Method: 128 p I/P �I/O Interface Method:64 p I/P, �Shared Memory Method:16 p I/P �Shared Memory Method:16 p I/P Characteristics of I/O (Applicable Temperature Sensor & Digital O/P) I/O Points Occupied Internal Operating Current(5V) 0.1℃, 0.1℉, 10mΩ, 20mΩ ±0.1%/ F.S (25℃) 60ms/ CH 10MΩ 1mA (Excitation Current) �Between I/P CH and Internal Circuit: DC/DC Converter, Photocoupler Insulation �Between I/P CH and I/P CH: No Insulation Internal Power Source Below 5V 290mA Internal Power Source Below 5V 280mA �NX70 : 20 pin Terminal Block Interface (M3.0) �NX700 : 20 pin Detachable Terminal Block Interface (M3.5) Product Code NX70-TC8 (8CH) to be released NX-TC8 (8CH) NX70-TC4(4CH) NX-TC8 (4CH) TC(ThermoCouple) Unit Fill in with Application Command〔WRITE〕 NX70 NX700 40 I OEMax NX Series ■Performance Specification I/P Point I/P Voltage ON Voltage/Current OFF Voltage/Current No. of Counter Channels Range of Factors Max. Factor Speed I/P Mode Min. I/P Pulse width Multiplying Function Insulation Method O/P Mode Rated Operating Volt. Max. Load Current Residual Voltage Leakage Current O/P Point O/P Frequency Low Frequency High Frequency Conversion Time Up/Down Time O/P Point Common Terminal Fuse Response Time I/O Points Occupied Operation Display External Interface Method 3p,(INA, INB, PR/INH) 5 ~ 24V DC Below 4.5V / Below 3mA Above1.5V / Above 0.6mA 1 CH (UP-DOWN Counter) 24 bit sign available(Binary Type) (-16,777,216~16,777,215) 100Kcps 3 mode {Phase Difference I/P(1 multiplying, 4 multiplying), Direction Discrimination: Pulse + Direction, Individual I/P: CW, CCW} 5us (in case of Individual I/P Mode) 1 Multiplying,4 Multiplying (in case of Phase Difference I/P Mode) Photocoupler Transistor O/P (NPN, Open Collector) 5 ~ 24V 50mA Below 0.5V Below 10uA 2p, (C=P, C>P) 2p / COMMON N/A OFF →ON :Below10us, ON →OFF :Below100us 2words(32p, I/P 16p, O/P 16p) LED Display �NX70 :20pin T/Block Interface (Terminal Screw, M3.0) �NX700 : 20 pin Detachable T/Block Interface(T/Screw, M3.5) �NX-Series: Process Data READ/WRITE with Application Command F150, F151 Command �NXplus -Series: Process High Speed Counter Data with Application Command READ/WRITE 6p, ( INA, INB, PR/INH) x 2 2 CH (UP-DOWN Counter) 4p, (C=P, C>P) x 2 6p, ( INA, INB, RST, INH, ZERO, SUB ) 1 CH (UP-DOWN Counter) 2points (OUT0, OUT1) 200 ~ 40kHz : Duty 50% ±25%, Variation ±5% 200 ~ 5kHz 4k ~ 40kHz 100 ~ 500ms Below 2us 2p, (C=P, C>P) Function N/A Counter Spec. Common O/P Spec Pulse O/P (OUT0, OUT1) Control O/P (C=P, C>P) Others High Speed Counter Data Read/ Write I/P Spec. Product Code NX70-HSC1 - NX70 NX700 - NX-HSC1 NX70-HSC2 NX-HSC2 As a High Speed Counter with 100Kcps high speed response, monitor and data set-up for the contents of counter is simple and easy. (NX70-HSC1: High speed counter function and simple pulse O/P function, NX70-HSC2, NX-HSC1, NX-HSC2 : High speed counter function only) NX700 HSC Unit NX70 HSC Unit ■Characteristics 2. 100Kcps high speed response and wide value I/P response of 100kcps enabled. The range of value has 24 bit sign (binary) and covers -16,777,216~ 16,777,215. 3. Monitoring the contents of counter and data set-up is easy With shared memory, random data READ and Write can be done against PLC. 4. Compared O/P, Corresponding O/P, etc., are available (C=P, C>P) Can be used as deceleration or pause signal during motor control. 5. Simplified Pulse O/P enabled (NX70-HSC1 Module only) Pulse O/P for control of pulse motor and servo motor is available and able to adjust and two-step converse between max. frequency (40KHZ) and min. frequency(200HZ). Accordingly, simple motor control and positioning control can be done by combination of pulse and servo motor. Time setting for conversion from high to low frequency can be done with the external volume control. 1. Diverse Counter I/P Mode can be selected Able to correspond to Phase Difference I/P mode that can count 2-phase pulse of encoder, to individual I/P mode which is CW and CCW I/P mode and to direction discrimination mode. (DIP SWITCH adjustment) High Speed Counter Unit(HSC1,2) OEMaxNX Series I 41 ■Examples of Application using High Speed Counter(HSC) Read Data with Appl. Command(READ) Read Data with Appl. Command(READ) (HSC Function) Motor Encoder Read Data with Appl. Command(READ) Write down Data with Appl. Command(WRT) HSC Inverter E O/P at Encoder to be I/P I/P of O/P from Encoder with HSC Phase Difference I/P Mode C=P Conversion I/P C>P Pause I/P M Example of Counting RPM at Encoder O/P and compare with RPM at Setup Example of configurating controls of motor driver with 2 pulse O/P and by counting RPM of motor �NX700 :NX-HSC1 Unit NX-HSC2 Unit �NX70 :NX70-HSC 1Unit NX70-HSC 2Unit HSC (Pulse O/P Function) �NX70 : NX70 : Applicable to NX70-HSC1 Unit only Motor Driver P.OUT 1 P.OUT 2 R/V I/P F/V I/P Motor Encoder O/P X-Y Table INA INB 42 I OEMax NX Series �NX700 : NX-CPU750A/ B/ C/ D, 700P Unit �NX70 : can be used with NX70-CPU750, CPU70 P2 Unit only HSC 4CH with high speed response of 200Kcps mounted. Range of Coefficient is 32 Bit with functions of HSC 4CH, Interrupt I/P 8 and comparative O/P 8 point. In addition, unused interface can be used with common I/O 32 points. High performance High Speed Counter(4CH) Units are ■Characteristics 1. High Speed Response with HSC 200K count/s Enabled precision control with embedded 4CH of HSC I/P with max. 200kHz. 2. Wide ranged Coefficient Value(32 bit with symbol attached) Coefficient range is with 32 bit sign(binary) that covers the range of -2,147,483,648 ~ +2,147,483,647. 3. I/P Time Constant Function to prevent Noise-related Count due to I/P of Noise Sensitivity can be changed by using the I/P Time Constant Function in order to prevent mis-counting due to noise. (4, 8, 16, 32 /us) 4. Compared O/P Interface 8 points embedded High performance HSC(4CH) has embedded 8 points of O/P allotted randomly. Fractions of Counter is changeable. Can be used at change of speed or pause signal when controlling the motor by inverter. 5. Interrupt I/P 8 points embedded Interrupt program can be activated when the Elapsed Value conforms or in accordance with the timing of external I/P signal. Control with out delay or disorder can be done when any malfunction occurs at the device operating at high speed. 6. Conventional I/O Function(I/O combined 32 points) Operates as a 16 IN/16 OUT I/O Combined Unit at the initial stage when operation of mode setup switch or shared memory setup are not made. I/O of other functions precedes when using other functions but the part without function allotment can be used as I/O. 7. Enables High-Efficiency System Configuration With one unit of high performance HSC module, HSC, Interrupt, Compared O/P and conventional I/O functions are all mounted so that economic system configuration can be done. 8. Enables Selection of Diverse Counter I/P Mode Able to respond to the phase difference I/P mode that can count 2 phase pulse of rotary encode and direction discrimination mode, and the separate I/P mode that are CW and CCW I/P. High Speed Counter(4CH) Count RPM at Encoder O/P and compare with RPM at Setup so as to direct Conversion and Pause, etc., by Inverter High Performance HSC unit for NX700 PLC (NX70-HSC4) For NX70 PLC High Performance HSC Unit (NX70-HSC4) High Performance High Speed Counter(4CH) Read Data with Appl. Command(READ) motor Encoder Write down Data with Appl. Command(WRT) Inverter E O/P at Encoder to be I/P I/P of O/P from Encoder with HSC Phase Difference I/P Mode C=P Conversion I/P C>P Pause I/P M OEMaxNX Series I 43 ■Performance Specification Insulation Method Rated I/P Voltage Rated I/P Current I/P Impedance Operating Voltage Range Min. ON Vol. / ON Cur. Max. OFF Vol./ OFF Cur. I/PTime Constant Setup *1 Common Method No. of Counter Channels Coefficient Range Speed of Max. Coefficient *1 I/P Mode Min. I/P Pulse Width *1 Multiply Function Others Interrupt Point *2 Interrupt Process Delay Insulation Method Rated Load Voltage Rated Load Voltage Range Max. Load Current Leakage Current on OFF Max. Voltage Drop on ON Photocoupler Insulation 24V DC Approx. 7.5mA (when 24V DC is used) Approx. 3.2 kΩ 20.4V DC �26.4V DC 19.2V / 6mA 5.0V / 1.5mA Below 1us Below 2us N/A, 4us, 8us, 16us, 32us (2 I/P Unit Setup) 16 points/ COM 4 CH 32bit sign attached ( -2,147,483,648 ~ +2,147,483,647 ) 200kHz 3 Mode(Phase difference I/P mode, Direction Discrimination mode: Pulse + Direction, Separate I/P mode : CW, CCW ) 2.5us 1 Multiply, 2 Multiply, 4 Multiply Compared O/P 8 points N/A, 1p/Unit, 8p/Unit (according to mode setup switch) Below 160 us (when using NX-CPU750A, CPU750B) below50 us (when using NX-CPU750C, CPU750D) Photocoupler Insulation 5V DC �24V DC 4.75V DC �26.4V DC 0.1A (A11~A18, B11~B14 Terminal Block), 0.8A (B15~B18 Terminal Block) Below 1uA Below 0.5V Below 1us Below 1us Zener Diode 16 p / Common 20.4V DC �26.4V DC Below 90mA 8 p (A11 ~ A18 Terminal Block) 40 pin Connector x 1 EA Below 160 us 0.1A ( 【Ⅱ】A1�A8, 【Ⅱ】B1�B4 Terminal Block), 0.8A ( 【Ⅱ】B5�B8 Terminal Block) 8 p ( 【Ⅱ】A1 ~ A18 Terminal Block) 20 pin Connector x 2 EA Counter Interrupt O/P Spec. Counter External Power Supply Response Time Compared O/P Surge Killer Common Method External Terminal Block Interface Spec. of I/P Product Code For NX70 PLC NX70-HCS4 For NX700 PLC NX-HSC4 Response Time OFF →ON ON →OFF OFF →ON ON →OFF Voltage Current(when24VDCisused) *1. The Value is when I/O Time Constant (filter) Setup is not available. *2. When using interrupt with 1 point/ unit setup, in case of NX700, interrupt from the external I/P terminal block B1(X8) or interrupt program (one of INT16.INT23) from compared 0 will be activated. 44 I OEMax NX Series �NX700 : NX-CPU750A/ B/ C/ D, 700P Unit �NX70 :can be used on NX70-CPU750, CPU70P2 Have 4LOOP pulse O/P and HSC embedded at the same time together with all functions of high performance HSC (NX- HSC4)(200Kcps HSC 4CH mounted, coefficient range 32 bit, Interrupt I/P 8 point, Compared O/P 8 point and Common I/O 32 points). In addition, 100KHz pulse O/P 4CH or 40KHz PWM O/P 4CH can be used. Pulse I/O Unit(4CH) For NX700 PLC High performance Pulse I/O Unit (NX-PULSE4) For NX70 PLC High performance Pulse I/O Uni (NX70-PULSE4) ■HSC Function (4CH) PWM O/P . 30KHz O/P(1Hz Unit) . Duty : 0 ~ 100% Servo& Stepping Motor Drive Servo & Stepping Motor Pulse O//P 1)Direction Discrimination (pulse+direction) 2)Separated O/P(CW, CCW) ■Pulse O/P Function(4CH) ■Characteristics 1. Pulse O/P, 100KHz 4CH Maximum Pulse O/P is 100kHz and have 2 types of O/P mode (Direction Discrimination O/P: Pulse + Direction, Separate O/P: CW, CCW). O/P frequency can be setup by 1 Hz units and high speed process is enabled because that I/P setup can be done with high speed counter by internal interface of unit. 2. PWM O/P, 30KHz 4CH Maximum 30KHz of PWM O/P can be done and Duty ratio can be setup by 1 % units from 0 to 100%. 3. High Speed Counter 200KHz 4CH Precision control is enabled with the embedded 4CH of maximum 200kHz high speed I/P. 4. Wide ranged Coefficient Value(32 bit with symbol attached) Coefficient range is with 32 bit sign(binary) that covers the range of - 2,147,483,648 ~ +2,147,483,647. 5. I/P Time Constant Function to prevent Noise-related Count due to I/P of Noise Sensitivity can be changed by using the I/P Time Constant Function in order to prevent mis-counting due to noise. (4, 8, 16, 32 /us) 6. Compared O/P Interface 8 points embedded Pulse I/O Unit has embedded 8 points of O/P allotted randomly. Fractions of Counter is changeable. Can be used at change of speed or pause signal when controlling the motor by inverter. 7. Interrupt I/P 8 points embedded Interrupt program can be activated when the Elapsed Value conforms or in accordance with the timing of external I/P signal. Control with out delay or disorder can be done when any malfunction occurs at the device operating at high speed. 8. Conventional I/O Function (I/O combined 32 points) Operates as a 16 IN/16 OUT I/O Combined Unit at the initial stage when operation of mode setup switch or shared memory setup are not made. I/O of other functions precedes when using other functions but the part without function allotment can be used as I/O. 9. Enables High-Efficiency System Configuration With one unit of Pulse I/O, HSC, Interrupt, Compared O/P and conventional I/O functions are all mounted so that economic system configuration can be done. . Pulse I/O Unit(4CH) Read Data with Appl. Command(READ) Motor Encoder Read Data with Appl. Command(READ) Inverter E O/P at Encoder to be I/P C=P Conversion I/P C>P Pause I/P M Read Data with Appl. Command(READ) Write down Data with Appl. Command(WRT) OEMaxNX Series I 45 ■Performance Specification Insulation Method Rated I/P Voltage Rated I/P Current I/P Impedance Operating Voltage Range Min. ON Vol. / ON Cur. Max. OFF Vol./ OFF Cur. I/PTime Constant Setup *1 Common Method No. of Counter Channels Coefficient Range Speed of Max. Coefficient *1 I/P Mode Min. I/P Pulse Width *1 Multiply Function Others Interrupt Point *2 Interrupt Process Delay Insulation Method Rated Load Voltage Rated Load Voltage Range Max. Load Current Leakage Current on OFF Max. Voltage Drop on ON No. of Channels Max. O/P Frequency O/P Mode No. of Channels Max. Load Current Cycle Duty *3 *3 *3 Photocoupler Insulation 24V DC Approx. 7.5mA (when 24V DC is used) Approx. 3.2 kΩ 20.4V DC �26.4V DC 19.2V / 6mA 5.0V / 1.5mA Below 1us Below 2us N/A, 4us, 8us, 16us, 32us (2 I/P Unit Setup) 16 points/ COM 4 CH 32bit sign attached ( -2,147,483,648 ~ +2,147,483,647 ) 200kHz 3 Mode(Phase difference I/P mode, Direction Discrimination mode: Pulse + Direction, Separate I/P mode : CW, CCW ) 2.5us 1 Multiply, 2 Multiply, 4 Multiply Compared O/P 8 points N/A, 1p/Unit, 8p/Unit (according to mode setup switch) Below 160 us (when using NX-CPU750A, CPU750B) below50 us (when using NX-CPU750C, CPU750D) Photocoupler Insulation 5V DC �24V DC 4.75V DC �26.4V DC 0.1A (A11~A18, B11~B14 Terminal Block), 0.8A (B15~B18 Terminal Block) Below 1uA Below 0.5V Below 1us Below 1us Zener Diode 16 p / Common 20.4V DC �26.4V DC Below 90mA 8 p (A11 ~ A18 Terminal Block) 40 pin Connector x 1 EA 4CH(B11 ~ B18 T/B) 100KHz 2 Mode (Direction Discrimination O/P: Pulse + Direction, Separate O/P: CW, CCW ) 4CH (B15 . B18 T/B) 0.8 A 1Hz �30KHz (1Hz Unit) 0 �100% (1% Unit) Below 160 us 0.1A ( 【Ⅱ】A1�A8, 【Ⅱ】B1�B4 Terminal Block), 0.8A ( 【Ⅱ】B5�B8 Terminal Block) 8 p (A11 ~ A18 Terminal Block) 20 pin Connector x 2 EA 4CH ( 【Ⅱ】B1 �B8 T/B) 4CH (B15 . B18 T/B) Counter Interrupt O/P Spec. Counter Pulse O/P PWM O/P External Power Supply Response Time Compared O/P Surge Killer Common Method External Terminal Block Interface Spec. of I/P Product Code For NX70 PLC NX70-PULSE4 For NX700 PLC NX-PULSE4 Response Time OFF →ON ON →OFF OFF →ON ON →OFF Voltage Current(when24VDCisused) *1. The Value is when I/O Time Constant (filter) Setup is not available. *2. When using interrupt with 1 point/ unit setup, in case of NX700, interrupt from the external I/P terminal block B1(X8) or interrupt program (one of INT16.INT23) from compared 0 will be activated. *3. At maximum load current and resistance load, there may be distortion at O/P waveform according to load current or type of load. 46 I OEMax NX Series 1 Axis, 2 Axis, 3 Axis, 4 Axis Unit. Enabled high speed, high accuracy positioning with Speed Command Maximum 1Mpps. Have linear interpolation, circular interpolation function and able to realize smooth activation/pause with s-shaped acceleration/deceleration function. In addition, real time O/P was enabled by manual pulse generator with pulse generator I/P function. 1 axis unit (NX-POSI1) 3 axis unit (NX-POSI3) 4 axis unit (NX-POSI4) (NX70-POSI4) 2 axis unit (NX-POSI2) (NX70-POSI2) ■Kinds of Product ■Characteristics 1. High speed, high accuracy positioning was enabled withmaximum 1M pulse/s of pulse speed. 2. Multi axis control was enabled by mounting 4 axes in 1unit. 3. Made Tact-Time reduction possible with high speed activation time (activation time 0.1ms) Tact-Time can be reduced by selecting high speed activation mode. 4. Parameter setup was simplified and automatic acceleration /deceleration was enabled with data setup. 5. Smooth activation/pause was realized with s-shaped acceleration/deceleration function 6. Able to select Pulse O/P Method (Open Collector or Line Drive) Able to respond through interface with pulse I/P method drive (AC/DC servo drive, stepping drive). This positioning unit can interface with any kind of drive because it can select and use Open Collector O/P or Line Drive O/P. 7. Real time O/P was enabled by manual pulse generator with pulse generator I/P function.(Max. 1,000 multiply with Multiply Function) Speed (Pulse/s) Target Speed 5000 Activation Speed 100 No. of O/P Pulse 100000 Acc/Deceleration Time 200ms t(ms) ■Kinds of Product (Pulse Train I/P TYPE) �Servo Drive �Stepping Drive �Servo Motor �Stepping Motor Motor Drive 1Axis 3Axis 4Axis 2Axis Positioning Unit �NX700 : NX-CPU750A/ B/ C/ D, 700P Unit �NX70 : can be used on NX70-CPU750, CPU70P2 Unit only. Positioning Unit Motor Motor Motor Motor OEMaxNX Series I 47 ■Performance Specification Com. Unit Com.Range Com. Range Acc/Dec. Method Acc/Dec. Time Return to 0 Point speed I/P Terminal Block Occupied I/O Point Mountable Slot No. of Control Axes 128 P (I/P 64P, O/P 64P) 64 P (I/P 32P, O/P 32P) Basic Motherboard (extended motherboard) Pulse Unit (Increment, Ａbsolute) is commanded by program Sign attached 32 bit (-2,147,483,648 ~+2,147,483,647 pulse) �When Line Drive is used: 1pulse/s ~ 1M pulse/s �When Open Collector is used: 1pulse/s ~ 200K pulse/s (setup can be done by 1pps unit) Linear Acc/Deceleration, S-shape Acc/Deceleration 0�32,767ms Speed setup can be done (return speed, search speed change) 0 Point I/P, Near 0 Point I/P �E point Control(Linear,S-shaped Acc/Deceleration Select) *1 �P point Control(Linear,S-shaped Acc/Deceleration Select) *1 �Return to 0 Function (Linear,S-shaped Acc/Deceleration Select) �JOG Drive Function (Linear,S-shaped Acc/Deceleration Select) *1 �Pulse Generator I/P Function (Multiply x1, x2, x5, x10, x50, x100, x500, x1000 can be selected) Below 0.1ms Pulse/ Sign Mode, CW/CCW Mode (transfer by DIP S/W) Deviation Counter Clear Signal O/P Interface 24V DC (21.6 ~ 26.4V DC) Operation Mode Activation Time O/P Mode Other Functions External Power Supply *3 Positioning Command Independent 4 Axes Independent 3 Axes Independent 2 Axes Independent 1 Axes Item 1Axis Unit (NX-POSI1) 4Axis Unit (NX-POSI4) (NX70-POSI4) 3Axis Unit (NX-POSI3) 2Axis Unit (NX-POSI2) (NX70-POSI2) Speed Command Return to 0 point *1. Each E point control and P point control indicate Acc/Deceleration control as shown in the below picture. *2. Target speed change during RUN can be made if linear acc/deceleration RUN is selected. *3. Power is supplied from the external connector at positioning module. Speed [pulse/s] E Point Control P Point Control Simple Acc/Deceleration control moving to END point Multi Step setup enabled acc/deceleration control that setup PASS point repeatedly Time [ms] 48 I OEMax NX Series CCU module can not be used with Plus Series. Caution ■Configuration of SECTOCOL-COM Protocol �Summary for Comments and Functions (SETOCOL) 1. Communication between PLC and Computer can be realized easily and economically 1:1 or 1:N interface can be achieved with a computer having RS232C port without specific interface and regardless of type of the computer. READ/ WRITE of data can be done without complex system configuration. 2. Communication between PLC↔Computer with SECTOCOL-COM Communication with computer having RS232C port can be used according to SECTOCOL-COM format which is a CCU Protocol. (Example of configuration: %01#RCSX0000IDcr) 3. Communication between PLC(CCU) ↔ Display Panel Device (TOUCH PANEL) There is no problem in interfacing because most of the famous display panel devices (HAKKO, DIGITAL, PATLITE, etc.) have protocols embedded 4. Operating status of PLC can be supervised or monitored from Computer Operation status of each kind of Relay(Bit Data) or Register(Word Data) can be supervised or Data WRITE(I/P) can be done from the Computer. 5. Modem Transmission enabled Can be used in long-distance communication by utilizing the common public lines because this unit responds to HAYES AT Comment type modem. 6. Any PLC Data configured with NETWORK can function READ/ WRITE In particular, this unit can display enormous power because that computer link function against any PLC, that is interfaced with LINK LOOP(including LINK LOOP1/LINK LOOP2) with the computer linked with CCU when PLC is configured in Network, can be used. (for more details, please refer to the CCU Manual 「LC(Layer Control Command)」.) RCS WCS RCP WCP RCC WCC SC RD WD SD RS WS RK WK MC MD MG RR WR RT RM AB Interface Information by 1point unit READ Interface Information by 1point unit Write Interface Information by multi point unit READ Interface Information by multi point unit Write Interface Information by Word Unit READ Interface Information by Word Unit Write Word Unit Preset of Interface Area Data Area READ Data Area WRITE Preset of Data Area PRESET Value Area READ of Timer/Counter PRESET Value Area Write of Timer/Counter PASS Value Area READ of Timer/Counter PASS Value Area Write of Timer/Counter Register and Unregister of Monitor Interface Register and Unregister of Monitor Data Monitoring Start READ of System Register Write of System Register Status READ of PLC Remote Control (RUN/ PROG Mode Transfer) Transmission Pause Command Comment Explanation of contents NX700 CCU Unit (NX-CCU) NX70 CCU Unit (NX70-CCU) * CCU function is available if “COM”ports of CPU750 for NX700 and NX7-CPU750 module are used. ∙MMI S/W ∙(C-language, BASIC) Touch Panel etc RS232 Cable Computer ■Performance Specification Interface Transmission Speed Communication Method Activation Method Transmission Code Trans. Data Format Data Transmission Sequence Trans.Unit Max. Length of Message Trans.Unit Max. Length of Message Computer Link Data Link Modem Control RS232C 1port 300 /600/ 1200/ 2400/ 4800/ 9600 / 19200bps (with DIP switch under CCU Unit) FULL DUPLEX Method START - STOP Method ASCII STOP BIT : 1bit / 2bit Parity : EVEN/ ODD Length of Data : 7bit / 8bit End Point Code: Carriage Return (cr) Fix By Character Unit transmit from bit 0 From Header (%) to Terminator (cr) Max. 118 letters/ 1 frame ( % ~ up to cr ) From Header (?) to Terminator (cr) Max. 240 letters/ 1 frame ( ? ~ up to cr ) Hayes Co. AT Command Method, 2400bps Item Specification This is a leased communication unit that enables 1:1 or 1:N two way communication by using Computer and own CCU protocol, as well as executing computer link function and data transmission function. Computer Communication Unit (CCU) OEMaxNX Series I 49 ■Wiring Diagram ■Computer Link Function (Without FLOW Control Method) �Wiring Diagram is different from those of the existing N70, N700 Series. �Special caution is required because “SG”of Communication port is No. 5. CCU (9P) Computer (9P) Caution �Operating sequence of Computer Link Function is computer sends COMMAND to PLC(CCU) and PLC returns RESPONSE according to the format of SECTOCOLCOM, which is a own protocol. In accordance with this sequence(PROTOCOL), through the intermediation of CCU Module, the computer can execute communication with PLC so as to be able to obtain or provide each kind of PLC information. �With 1:N Function of CCU, this unit can display enormous power because that computer link function against any PLC, that is interfaced with LINK LOOP(including LINK LOOP1/LINK LOOP2) with the computer linked with CCU when PLC is configured in Network, can be used. �Software is required only at the side of the Computer in order to use the Computer Link Function. (MMI S/W : C-language, BASIC....) but, PLC(CCU) itself does not require any programs. �The Command that can be transmitted at one time and the response data that can be received at one time is up to 118 BYTE. ■Example of Configuration 1:1 Communication 1:N Communication (When MW-Link Module is used) Command %01#RDD.. Response %01$RD... ※Specify LINK No. of Transmitter When configuring MW-LINK (01~32) NX70 Series NX700 Series NX700 Series Twist Pair Cable CCU Unit �N0.6 PLC Data WRITE COMMAND Transmission (%06#WCCD....) RESPONSE Receipt (%06$WCC....) �PLC Data READ COMMAND Transmission (%01#RDD...) RESPONSE Receipt (%01$RD..) Pin No Mnemonic 1 2 3 4 5 6 7 8 9 FG SD RD － SG － RTS CTS ER Pin No Mnemonic 1 2 3 4 5 6 7 8 9 CD(DCD) RD SD DTR SG DSR RTS CTS RI �BASIC �C Language �BASIC �C Language 50 I OEMax NX Series This is a NX-Plus CPU leased Communication unit that enables 1:1 or 1:N Multi-drop communication by using Computer and own CCU+ protocol, as well as enabling data transmission/receipt up to 250 bite at one time CCU+ Module can not be used with αseries. Caution ■Characteristics 1. Communication between PLC and Computer can be realized easily and economically 1:1 or 1:N interface can be achieved with RS232C/485 port without specific interface and regardless of type. READ/ WRITE information of data can be collected without complex system configuration. 2. Communication between PLC ↔ Computer to be N plus Protocol as it is When CCU+Unit is short of 2 EA of Communication Port provided by CPU, mount on I/O slot and can be used according to the format of N-plus(NX-CPU700p, NX70-CPU70p1/2) Protocol. 3. Communication between PLC↔Touch Panel, MMI Device Can communicate with PLC with N-plus (N70 plus, N700plus, NX-CPU700p) protocol embedded in most of MMI Software and Touch Panel, etc. ∙MMI S/W ∙Programming S/W Touch Panel etc. RS232C/ RS485 Cable CCU+ Module Computer ■Performance Specification Interface Transmission Speed Communication Method Synchronous Method Transmission Distance Transmission Code Transmission Data Format Data Transmission Seq. Transmission Unit Max. Length of Message Interface with CPU Unit I/O Allotment Error Check Method RS232C/ RS485, 1 port 4800/ 9600/ 19200/ 38400bps (Select according to DSW1, DSW2) Half-Duplex Method Polling Method When RS232C is used: Max.15m When RS485 is used: Max. 1.2Km HEX(Binary) STOP bit: 1bit Parity: No Parity Length of Data: 8bit By word byte unit transmit from lower byte unit From DA(Destination Address) to CRC-16 code Byte unit Up to MAX. 250 Byte Internal BUS Interface Not allotted CRC-16 method Item Specification (NX-CCU+) (NX70-CCU+) Computer Communication Unit(CCU+) NX700 CCU Unit (NX-CCU+) NX70 CCU Unit (NX70-CCU+) OEMaxNX Series I 51 ■Wiring Diagram ■Computer Link Function ■Example of Configuration (Without FLOW Control Method) �Operating sequence of Computer Link Function is computer sends COMMAND to PLC(CCU+) and PLC returns RESPONSE according to the protocol format of NX70-CPU, NX-CPU700p, which is a own protocol. In accordance with this sequence (PROTOCOL), through the intermediation of CCU Module, the computer can execute communication with PLC so as to be able to obtain or provide each kind of PLC information. �Software is required only at the side of the Computer in order to use the Computer Link Function. (MMI S/W : C-language, BASIC / Programming S/W, etc.) but, PLC(CCU) itself does not require any programs. . �The Data that can be transmitted at one time is up to 250 BYTE. The following picture is an example of configuration for N-Plus Series. PLC(CCU+), 9Pin Male Computer (9Pin Female) 1:1 Communication 1:N Communication Command FF002303.. Response 00FFA30A.. RS232C �PLC Data READ COMMAND Transmission (FF002303...) RESPONSE Receipt (OOFFA30A..) NX-CPU700P CCU+ Module RS485 RS485 Computer (RS485/RS422) T/P (RS485) CCU+ Module Pin No Mnemonic FG TXD RXD RTS GND 485- 485+ CTS Vcc 1 2 3 4 5 6 7 8 9 Pin No Mnemonic 1 2 3 4 5 6 7 8 9 FG RXD TXD DTR GND DSR RTS CTS - �BASIC �C언어 52 I OEMax NX Series ■Performance Specification Interface Transmission Speed Communication Method Activation Method Transmission Distance Transmission Code Transmission Data Format Data Transmission Seq. Transmission Unit Max. Length of Message I/O Allotment End Point(終端) Code Setup Start Point(始端) Code Interface with CPU Unit Other Special Control RS232C/ RS485, 2 port To be selected according to DSW1, DSW2 1) When RS232C is used: 300/ 600/ 1200/ 4800/ 9600/ 19200/ 38400bps 2) When RS485 is used: 4800/ 9600/ 19200/ 38400bps Half-Duplex Method Supplementary Activation Method( START - STOP method) When RS232C is used : 15m(MAX), When RS485 is used: 1.2Km (MAX) ASCII or HEX(Binary) STOP Bit 1bit / 2bit Parity or not (even/odd) Length of Data 7bit / 8bit Transmit from Bit 0 by Character Unit Message Unit up to end point code(variable length) MAX. 500 Byte/ Frame (end point, start point code inclusive) Shared Memory Method �In case of NX-Series: READ, WRITE can be done with Application Command F150(READ), F151(WRT) �In case of NXplus Series: READ, WRITE can be done with READ,WRITE I/P 16 p, O/P 16 P allotted Either select from ①cr ②cr+LF ③ETX or setup random code from shared memory Start Point Code /or not End Point Code Cut Transmission/Receipt Mode(control according to sequence command), convenient for printer O/P. Soft reset (Control according to sequence command) Item Specification ■Characteristics 1. 2 Channels (RS232C, RS485 Optional) are mounted in the Unit. 2. Data I/O can be executed with simple Sequence Command only. Reading Data from SCU can be executed with PLC Application Command[READ] and writing down data into SCU can be executed with Application Command[WRT]. Because that CPU UNIT and shared memory of SCU will execute after-measures, there is no need to prepare complex. 3. As for SCU unit, use was extended by adding RS-485 Network Function on the previously used Function of N-Series SDU. 4. Enabled Network-building by using RS232C communication and RS485 communication �Enabled Data I/O with RS232 device: Data I/P can be done by interface with IDX displayer, measuring instrument, barcode reader and printer, etc �Enabled Data I/O by network with RS485 device: Interface with Temperature Controller, Network Inverter, Network Servo and Network. 5. Can be mounted on PLC slot without limit. Transmission can be made 500 Byte at one time. 6. ASCII or HEX(Binary) can be used as means of usable Transmission Code Data I/O can be done with devices communicating RS485 and RS232C such as Bar Code Reader (RS232C), Network Inverter(RS485), etc. ASC11 and HEX(Binary) communication can be done with Ladder Program. (SCU Module = existing SDU Module Function+485 Communication Function) NX70 SCU Unit (NX70-SCU) NX700 SCU Unit (NX-SCU) Read Data with Appl. Command(READ) Network Servo Drive Barcode Reader Network Inverter Temperature Controlle Write down Data with Appl. Command(WRT) Temperature Controll Serial Communication Unit(SCU) OEMaxNX Series I 53 ■Wiring Diagram ■Communication Protocol Send/Receive Function ■Example of Configuration (Without FLOW Control Method) �Have function to transmit after setting up communication protocol with ladder program through SCU module and analyze received protocol to process data. However, own communication protocol like CPU is not embedded. �1:1 system configuration can be made through RS232C terminal block of SCU and also, 1:N interface through RS485 communication terminal block can be done. Communication Master or Slave Function through each port is also available. SCU (9Pin Female) RS-232C equipment & Ex. of Wiring <RS485 Ex. Of Wiring> 485-T/B 485+T/B 485-T/B 485+T/B 1:1 Communication 1:N Communication SCU Module Leased Controller Temp. Controller Inverter Inverter Network Servo Drive PLC SCU Module Bar Code Reader Pin No Mnemonic 1 2 3 4 5 6 7 8 9 FG SD RD - SG 485- 485+ CTS Vcc Mnemonic RD SD DTR SG DSR RTS CTS - 54 I OEMax NX Series �NX700 : NX-CPU750A/ B/ C/ D, 700P Unit �NX70 : Can be used with NX70-CPU750, CPU70P2 Units only �NX700 PLC does not have W-Link Unit ■Wire Link Function (W-Mode) NX700 PLC MWLINK Unit (NX-MWLINK) NX70 PLC MWLINK Unit (NX70-MWLINK) ■Characteristics 1. PLC Network can be configured by interfacing up to maximum 32 EA with W-Link Unit of N70, N700, NX70, NX700 Series and “W-Mode”of MW-Link Unit. . 2. Network that can be easily connected with Twist Pair Cable Interfacing uses economical TWISTED-PAIR Cable so as to configure excellent COST Performance PLC NETWORK. 3. Computer Link Function can be used when CCU is mounted Computer Link Function can be used with CCU Unit when PLC is configured in Network. (or "COM" Port of CPU Module can be used.) 4. Enabled Intensified management function by 2 hierarchy (layers) of W-LINK Unit. Up to 3 EA can be mounted at CPU Unit including MW-Link and CCU. If configured 2 layers with 2 EA of MW-Link mounted, intensified management of PLC Interfaces in the layers or data information can be achieved. . 5. TOKEN-BUS Method, Total Extension 800m Since Network type is BUS method, there is no need of wiring in LOOP topology and total extension of 800m can be utilized. Multi function PLC Network Unit up to maximum 32 EA with Twist-Pair Cable. Having W-Mode with generalized W-Link Function and W2-Mode with large capacity data transmission and data transmission for PLC Link, diverse network solution can be provided with one kind of module. 2 layer network enabled (PLC Link, Computer Link, Data Transmission, Remote Programming function). ■Performance Specification Comm. Method Trans. Method No. of Interface Stations Trans. Cable Trans. Distance Trans. Speed Function/ No. of Stations (局數) Capacity of PLC Link (per 1 Unit) Interface RAS Function Token Bus Method BASE-BAND Method 32 Stations/ Layer, 2 Layer Twist Pair Cable(2 line type) 800m (Total Extension ) 0.5Mbps ①PLC Link Function(Max.16 Stations) ②Computer Link Function (Max.32 Stations) -> CCU Unit required ③Data Trans.Function(Max.32 Stations) ④Remote Programming Function(Max. 32 Stations) ⑤Layer Link Link Relay(L) : 1,024 P x 2 *1 Link Register (Ld) : 128word x 2 RS485 Multi-drop Hardware self diagnosis function Item Specification Twist Pair Cable Twist Pair Cable MW-Link Module (W-Mode) NX700 Series NX700 Series NX70 Series MW-Link Module (W-Mode) MW-Link Module Max. 32 EA Interface Multi Wire-Link Unit OEMaxNX Series I 55 ①Mutual control between each PLC or Data sharing can de done by cyclic transmission of information. With this, interfaces of other PLC in network and data information can be shared and this function is indispensable for consecutive and coherent progress of work and in the field of PLC network. ②This information exchange is executed by Link Relay(L) and Link Register(Ld) in each PLC. �Link Relay (L) : 1024 P/ Layer �Link Register (Ld) : 128 words/ Layer ③Up to 2 layer can be configured by mounting 2 EA of MW-Link Unit on 1 EA of CPU Unit. ④This Function is available up to 16 EA per Layer. ■Wire Link Function (W-Mode) �PLC Link Function ①This Function is to monitor or READ/WRITE interfaces of each PLC or data information configured on PLC NETWORK when mounted CCU Unit is interfaced with Computer on PLC NETWORK interfaced with MW-Link Unit. ②This Function requires a separate CCU Unit and executes program in C-Language or BASIC Language, utilizing SECTOCOL which is a leased protocol of CCU. ③This Function is available up to 32 EA per each Layer. . �Computer Link Function ①Programming can be done with whatever PLC on PLC NETWORK interfaced with MW-Link Unit. Accordingly, edit of program (correct, delete, add) or READ/ WRITE of data to other PLC through programming device (WinFPST S/W) can be executed. ②In particular, this function is very convenient in operating PLC on the Network without moving programming device. ③This Function is available up to 32 EA per each Layer. �Remote Programming Function This Function is to collectively send/receive each kind of interfaces between PLCs or data information in large quantity on PLC NETWORK which is interfaced with MW-Link. Additionally, this function controls data send/receive with Ladder Command (F145, F146), which is a User Program of PLC. This Function is available up to 32 EA per each Layer. �Data Transmission Function Below picture is an example of NX-CPU750 program. Data Transmission PLC Link XO RO F0(MV) WX1 Ld1 RO RO F0(MV) Ld1 WY1 ( ) ( ) LO LO Y30 F145(SEND) DT 0 DT 100 FL 0 K 0 RO F146(RECV) WR 0 DT 0 K 0 WY 6 Interface with up to Max. 32 EA Interface with CCU WinFPST S/W No. 5 PLC No. 6PLC No. 7 PLC No. 9 PLC Remote Programming Ladder Program For NO.9 PLC Computer Link Data READ of NO.5 PLC COMMAND Trans(%05#RDD.....) RESPONSE Rec.(%05$WRDD...) C-Language BASIC 56 I OEMax NX Series ■Characteristics 1. PLC Network up to Maximum 32 EA can be configured with MW-LINK Unit of NX70, NX700 PLC. 2. Large Capacity Data Transmission enabled (1,020 words/ 1 Command) The capacity of Data to be transmitted by Data Transmission COMMAND [F145(SEND)] [F146(RECV)]is drastically extended up to 1,020 words per 1 Command so as to improve inconvenient problems in the existing W-Link Function. (Capacity of transmission with the existing W-LINK was up to 16 words per 1 command) 3. Drastic Improvement in PLC Link Function (PLC Link 32 Stations, Extension of Link Capacity) Up to 32 EA can be set up when PLC Link Function is used and in particular, PLC Link capacity is drastically extended. (L: 4,096 points, Ld: 4,096 words) Link Relay (L) and Link Register (Ld) Area can be set up with Ladder Program and WinFPST 2.24 S/W. 4. Computer Link Function can be used when CCU is mounted Computer Link Function can be used with CCU Unit when PLC Network is configured. (or "COM"Port of CPU Module can be used as well.) 5. Transmission Cable can be easily connected with Twisted- Pair Cable.. 6. Transmission Distance can be extended. (up to 1,200m) Interface and communicate up to 1,200m according to change of Transmission Speed. (In case of 250Kbps, up to 1,200m) 7. Enabled Intensified management function by 2 hierarchy (layers) of MW-LINK . Up to 3 EA can be mounted on CPU Unit including MW-Link and CCU. If configured 2 layers with 2 EA of MW-Link mounted, intensified management of PLC Interfaces in the layers or data information can be achieved. (Up to 8 EA for NX-CPU750C and NX-CPU750D Unit) ■Wire Link Function (W2-Mode) ■Configuration Diagram �NX700: NX-CPU750A/ B/ C/ D Unit �NX70: NX70-CPU750 Unit MW-Link Unit W2 Mode can be used with ■Performance Specification Communication Method Transmission Method No. of Interface Stations Transmission Cable Transmission Speed Function/No. of Stations PLC Link Capacity (per 1 Unit) Interface RAS Function Token-Bus Method BASE-BAND Method 32 Station/ Layer, 2 Layer Twist-Pair Cable (2 line type) 1200m (Total extension) 800m (Total extension) 500 Kbps / 250 Kbps ①PLC Link Function (Max. 32 stations) ②Computer Link Function (Max.32 Stations) -> CCU Unit required ③Data Trans.Function(Max.32 Stations), 1,020 words/1 Command ④Remote Programming Function(Max. 32 Stations) ⑤Layer Link(2 Layer with interface up to 2 EA of MW-Link per 1 CPU) Link Relay(L) : 4,096 points x 2 Link Register(Ld) : 4,096 words x 2 RS485 Multi-drop Hardware self diagnosis function 250Kbps setup 500Kbps setup Trans. Distance Item Specification (W2-Mode) Twist-Pair Cable Twist-Pair Cable MW-Link Module (W2-Mode) NX700 Series NX700 Series NX70 Series MW-Link Module (W2-Mode) MW-Link Module (W2-Mode) Max.Interface 32 EA OEMaxNX Series I 57 ①Mutual control between each PLC or Data sharing can de done by cyclic transmission of information. With this, interfaces of other PLC in network and data information can be shared and this function is indispensable for consecutive and coherent progress of work and in the field of PLC network. ②This information exchange is executed by Link Relay(L) and Link Register(Ld) in each PLC. �Link Relay (L) : 4096 P/ Layer �Link Register (Ld) : 4096 words/ Layer ③Up to 2 layer can be configured by mounting 2 EA of MW-Link Unit on 1 EA of CPU Unit. ④This Function is available up to 32 EA per Layer. ■Wire Link Function (W2-Mode) �PLC Link Function ①This Function is to monitor or READ/WRITE interfaces of each PLC or data information configured on PLC NETWORK when mounted CCU Unit is interfaced with Computer on PLC NETWORK interfaced with MW-Link Unit. ②This Function requires a separate CCU Unit and executes program in C-Language or BASIC Language, utilizing SECTOCOL which is a leased protocol of CCU. With this function, up to maximum 32 EA of PLC interfaced with MW Link Unit can be controlled from the Computer. ( “COM”Port of CPU can be used as well)) ③This Function is available up to 32 EA per each Layer �Computer Link Function ①Programming can be done with whatever PLC on PLC NETWORK interfaced with MW-Link Unit. Accordingly, edit of program (correct, delete, add) or READ/ WRITE of data to other PLC through WinFPST S/W can be executed. ②In particular, this function is very convenient in operating PLC on the Network without moving programming device. ③This Function is available up to 32 EA per each Layer. �Remote Programming Function This Function is to collectively send/receive each kind of interfaces between PLCs or data information in large quantity on PLC NETWORK which is interfaced with MW-Link. Additionally, this function controls data send/receive with Ladder Command (F145, F146), which is a User Program of PLC.(1,020 words can be transmitted with 1 Command) This Function is available up to 32 EA per each Layer. �Data Transmission Function Interface with up to Max. 32 EA Interface with CCU WinFPST S/W No. 5 PLC No. 6PLC No. 7 PLC No. 9 PLC Remote Programming Ladder Program For NO.9 PLC Computer Link Data READ of NO.5 PLC COMMAND Trans(%05#RDD.....) RESPONSE Rec.(%05$WRDD...) Below picture is an example of NX-CPU750B program Data Transmission PLC Link XO RO F0(MV) WX1 Ld1 RO RO F0(MV) Ld1 WY1 ( ) ( ) LO LO YO F145(SEND) DT 0 DT 100 FL 0 K 0 RO F146(RECV) WR 0 DT 100 K 0 WY 0 C-Language BASIC 58 I OEMax NX Series REMOTE I/O Master Module (NX-MASTER) REMOTE I/O Slave Module (NX-SLAVE) REMOTE I/O Slave Module (NX70-SLAVE) �Remote system can be used with NX-CPU750A/B/C/D, 700P Units only Easy wiring with Twisted-Pair Cable of RS485 Up to Max. 32 L.S. can be interfaced per 1 Master I/O Information can be exchanged with 2 line wiring to Remote Control System 2 Channel Wiring per 1 Master Unit enabled so as to effectively handle the dispersed I/O Devices. (32 Units of Slave Units per 1 Master Unit can be interfaced) Remote I/O System Base Station NX-MASTER NX700 Series NX700 Series NX70 Series NX70 Series NX70 Series ■Solenoid Valve that can be interfaced SMC(Co.) CKD(Co.) 小�井Manuf.(Co.) NX70 Series Slave Unit Slave Unit Slave Unit Slave Unit Slave Unit : Slave Unit : MASTER Unit Slave Unit B.Station L.Station L.S L.S L.S L.S L.S L.S OEMaxNX Series I 59 ■Characteristics 1. Remote Control of I/O Information with 2 Channel Wiring For wiring convenience, transmission line can respond to up to 2 channels per 1 Master Unit. In addition, 1 CPU can control I/O of maximum 8 CH because 1CPU can mount up to 4 Master units. Designing the wiring route can be easily executed because layout can be done freely. 2. High Speed, Long Distance Transmission Transmission Speed of 0.5Mbps, total extension can be transmitted up to 700m. 2 line type can be used for cable wiring which is economical. 3. Maximum 1,024 Point I/O Control per 1 unit of Master Module (CPU750A, CPU750B) Maximum 4,096 Point I/O Control per 1 unit of Master Module (CPU750C, CPU750D) Maximum 1,024 point I/O Control can be achieved because 1 Master Unit can interface 32 EA of Local Stations (Slave Unit). (But, CPU750C, CPU750D Module can control up to 8,192 point per 1 Unit of CPU) ■Pointer of REMOTE I/O System �REMOTE I/O System is a system that can control dispersed I/O with 2 line type cable. �Up to 4 wiring routes can be selected so as to be able to respond to the complex layout of local stations. �This Network is recommended when you want to place I/O at this or that place, like when you install control box at a remote location. (Use of extended Motherboard is recommended when high speed process is required.) ■Performance Specification Communication Method Activation Method Transmission Line Transmission Distance Transmission Speed No. of MASTER No. of SLAVE Control I/O Point Interface Trans. Error Check Combined Use of Products 2 Line type Half-Duplex Supplementary (調步) Activation Method Twisted-Pair Cable (VCTF Cable) Total extension 700m 0.5Mbps 4 EA/ CPU 1 EA Max. 32 Stations (per 1 Master Unit) �Max. 1,024 P (per 1 Master Unit) �Max. 2,048 P (per 1 CPU Unit) ※CPU750C, D Module can control up to 8,192P RS485 (Multi-drop ), 2Port CRC Method NX70, NX700 SLAVE Unit Item Specification ■Product Configuration Summary Mount on Basic, Extended Motherboard to use (up to 4 units) Mount on the existing CPU Unit of Basic Motherboard REMOTE I/O MASTER Unit REMOTE I/O SLAVE Unit NX-MASTER NX-SLAVE NX70-SLAVE NX700 NX700 NX70 Type of Product Mounting Method PLC Product No. 60 I OEMax NX Series ■Characteristics ■Network Configuration Diagram �Ethernet System is a leased Open Network System for CPU750 of NX700. �This is a Communication Unit to interface NX700 PLC with Ethernet (100BASE -TX, 10BASE-T, 10BASE5), according to TCP/IP and UDP/IP. �Maximum 8 portion of connection communication can be achieved with 1EA so as to be able to interface with multiple opposite NODE. �When interfaced with LAN by using Ethernet Unit of NX700, Computer Link Function, Data Transmission Function, Remote Programming and Permeable Communication Function can be used between other PLC on the Network(LAN) and Computer at transmission speed of maximum 100M bit/s. �When interfaced with LAN by using Ethernet Unit of NX700, programming at Computer(WinFPST S/W)interfaced with LAN Network can be done so that programming edit can be done from anywhere.(Remote Programming) �Communication Setup can be done easily by using "Control Configurator ET" which is a Setup software. Accordingly, Communication Setup being executed on Ladder Program can be used easily by utilizing this software. EtherNet Unit EtherNet System MW-Link Unit MW-Link Unit MW-Link Network(W2Mode) W-Link Network(WMode) W-Link Unit Ethernet Unit Ethernet Unit Ethernet LAN Ethernet LAN Ethernet LAN Ethernet LAN WinFPST S/W MW-Link Unit W-Link Unit Computer Link Computer Link Permeable Comm Data Transmission Remote Programming Router Router OEMaxNX Series I 61 ■Characteristics ■Corresponds to TCP/IP and UDP/IP Corresponds to 2 Protocols(TCP/IP and UDP/IP) so as to be able to communicate widely with computer and the like on Network(LAN). ■8 Connection Communication with 1 EA Maximum 8 portion of connection communication can be achieved with 1 EA so as to be able to interface with multiple opposite NODE ■Corresponds to 3 kinds of Communication Interface Corresponds to 3 kinds of Communication Interface(100BASE-TX, 10BASE-T and 10BASE5). (Only one kind of Interface can be used). 1) 100BASE-TX and 10BASE-T: Use UTP Cable (switch transfer) 2) 10BASE5: Use Transceiver Cable ■Supports Diverse Communication Function Supports SECTOCOL Communication Function (Computer Link and Data Transmission) that can communicate between PLC NX Series and Permeable Communication Function that can communicate with General Purpose Devices like Computer. 1) Computer Link Function �I/O Interface, contents of Register and contents of Program of PLC interfaced with remote Computer or Work Station can be freely READ/Write. �Maximum length of message for 1 frame is 2k Byte. 2) Remote Programming Function �With WinFPST S/W, which is a SAMSUNG PLC Software Tool, programming edit(insert, delete, correct)or monitoring at PLC from remote Computer through LAN Network can be done. 3) Data Transmission Function �Following execution of SEND/RECV Command of PLC, exchange of I/O(Interface) and Register Information between Computer interfaced with Ethernet Unit or Work Station and PLC can be achieved 4) General Purpose Communication by Permeable Communication Function enabled �Permeable Communication can be achieved between PLC interfaced with Ethernet Unit and Computer or Work Station can be achieved. �SEND/RECV Data Storage and Read in PLC is executed by SEND/RECV Buffer of Shared Memory inside NX-EtherNet Module. SEND/RECV requests and the like are executed by Bit ON/OFF at Shared Memory Handshake Area. ■Simple Communication Setup Communication Setup can be done easily by using "Control Configurator ET" which is a Setup software. �Communication Setup being executed on Ladder Program can be easily set up by utilizing this software. �The existing Ladder Program setup can be used by conversion of Mode Switch. (Auto Connection Function) ■Perfect Self Diagnosis Function Occurrence of mal-function can be easily dealt with according to the following Self Diagnosis Function. �Hardware under transmission and communication status check function. �Hardware and communication status check function followed by Test Mode execution. �Error log function for each type of check result can be used. ■Performance Specification I/O Occupancy Point Location of Mount/ Restriction on number of units Communication Function 32SX/ 32SY ※1 Mountable up to 3 units on the basic motherboard (including W@-Mode of MW-Link Unit) �When CPU750A, CPU750B are used: 3 EA �When CPU750C, CPU750D are used: 8 EA �Computer Link: Max. 2K Byte �Data Transmission: Max.1020 words �Remote Programming ※2 �Permeable Communication Max. 3 Connection ※3 Max. 8 Connection Setup on ex-factory: (1k word /1 Connection)×3 Setup on ex-factory: (1k word /1 Connection)×3 Item Specification System Connection Connection For Transmit. For Receive NO. of Comm. Connections Buffer for Permeable Communication ※3 ※1. Setup of 「0E」can be done by use of WinFRST S/W. ※2. LAN Circuit pass Interface is not supported at "Configurator ET" setup S/W. ※3. System Connection is used only with a computer interfaced with LAN circuit by using WinFPST S/W. ※4. Send/Receive combined 6K word can be randomly assigned to 8 connections. �Interface of Network (1) 100BASE-TX / 10BASE-T (T) 100BASE-TX 10BASE-T Connector Not in Use. Not in Use. � UTP Cable (2) 100BASE5 (AUI) 10BASE5 (AUI) Connector 12V DC (below1A) Retainer Check if pressed downward External Power Supply Terminal Block � Transceiver Cable AUI T 12V AUI T 12V ■Transmission Specification Data Trans. Speed Trans. Method Max. Length of Segment Max. Distance between Nodes Communication Cable Transceiver Cable Ma. NO. of Nodes Node Interval 100M bit/s 205m 10M bit/s Base Band 500m 100m UTP Cable 10M bit/s 500m 2,500m Transceiver Cable 50m 100 Node/Segment Integer Multiple of 2.5m Item 100BASE-TX 10BASE-T 10BASE5 SEND Command RECV Command WRITE with Register of the opposite Node READ with Register of the opposite Node 62 I OEMax NX Series NX700 PLC DeviceNet Master Unit provides Network and Master Connection configured with NX700 PLC and DeviceNet I/O Products. ( ODVA 2.0 ) 1. Have RS232C Communication Port and DeviceNet Communication Port. 2. Multi mounting of DeviceNet Master Unit (DNM) in the same PLC can be achieved. 3. Shared Memory is retained inside of DNM Unit so as to exchange Data between PLC CPU and DeviceNet Devices by using WRITE, READ Commands supported by NX700 PLC Command Word Set. (Maximum I/P of 4096 point and O/P of 4096 point can be controlled) 4. DNM Unit follows ODVA (Open DeviceNet Vendor Association) DeviceNet Specification 2.0. 5. Bit-Strobe, Polling, Cyclic I/O control method is provided for control of DeviceNet I/O products. 6. Limited Device Configuration can be done by use of Explicit Messages. 7. Configuration Tool is provided for communication speed and I/O allotment. (Configuration Tool for SYCON TOOLS Windows 95/NT that can configure Network Information and Scan List) 8. Configuration Tool executes configuration through Serial Port on DNM Unit. 9. DNM Unit stores Configuration Information in Flash Memory. 10. DNM Unit supports automatic, consecutive Scan Function. ■Characteristics NX700 PLC DeviceNet Master Unit (NX-DEVICE) Write Data with Appl. Command(WRT) Read Data with Appl. Command(READ) ■Performance Specification Communication Method DeviceNet I/O Slave messaging (Group 2 Only Slave) I/O Exchange �Poll Command : Y �Bit Strobe Command : Y �Cyclic Command : Y �COS Command : Y Max. 64 Nodes/ 1 Network (Including Master) 100m/ 500kbps, 250m/ 250kbps, 500m/ 125kbps - Supports automatic setup 500kbps 500m DeviceNet Cable Polling , Strobe , Change-of-State , Cyclic Automatic Setup Max. 500Kbps Rated Voltage: 24V DC Nominal Voltage Range: 11V ~ 28.8V DC Power Consumption : 1.5W Max. ODVA Conformance Test Authentication under way Item Specification NO. of Interface Node Distance/Trans. Speed Max. Data Trans.Speed Transmission Line Communication Method Comm. Speed Setup Method DeviceNet Power Approval DeviceNet Master Unit Guaranteed Transmission Distance OEMaxNX Series I 63 DeviceNet is trademark of ODVA. NX700 PLC NX-DEVICE Devicenet (Slave) Devicenet (Slave) DeviceNet (Master) Computer Computer NCS-DN(S/W) (Contiguration) DeviceNet (Slave) Devicenet(Slave) DeviceNet DeviceNet NCS-DN(S/W) (Configuration Tool) Terminating Resistance Terminating Resistance Network Power(24) ■DeviceNet Communication Configuration ■Wiring Method (1) RS232C Comm. Connector Interface with Computer (Configuration Tool) (1) DeviceNet Comm. Connector Interface with DeviceNet Network 1 2 3 4 5 6-9 N.C TxD RxD N.C GND N.C Type D-Sub, 9Pin Female Pin 1 2 3 4 5 V - CAN_L Shield CAN_H V + Type DeviceNet, 5Pin Male Pin DeviceNet Comm.Connector, 5 pin Female 64 I OEMax NX Series N X 7 S e r i e s 마크취득제품 NX7 Basic Model (10/14/28 Points) (NX7S-10ADR, NX7S-10ADT) (NX7S-14ADR, NX7S-14ADT) (NX7-28ADR, NX7-28ADT) (NX7-28DDR, NX7-28DDT) NX7 Extended Model (14/28 Points) (NX7-14EDR, NX7-14EDT) (NX7-28EDR, NX7-28EDT) NX7 Basic Model (48 Points) (NX7-48ADR) (NX7-48ADT) (NX7-48DDR) (NX7-48DDT) ■Peripheral Devices ■NX7 PLC User Software OEMaxNX Series I 65 66 I OEMax NX Series NX7 Series is a single packaged miniature PLC suitable for controlling the small sized machinery unit with basic 28 points and 48 points in compact size available, which can be extended up to 104 points. HSC, Pulse O/P and PID Process Function, 2 Communication Ports (RS232/485) are included. All Command words(excluding Data Link) of SPC10 and N-plus Series support Programming (Software and Command Words) and the existing Programs can be Downloaded as it is. ■Product Configuration NX7 Basic Model (10/14/28Points) (NX7S-10ADR, NX7S-10ADT) (NX7S-14ADR, NX7S-14ADT) (NX7-28ADR, NX7-28ADT) (NX7-28DDR, NX7-28DDT) NX7 Extended Model(14/28Points) (NX7-14EDR, NX7-14EDT) (NX7-28EDR, NX7-28EDT) NX7 Basic Model (48Points) (NX7-48ADR) (NX7-48ADT) (NX7-48DDR) (NX7-48DDT) [Peripheral Device] User Software ■Product Model Configuration Series (NX7=확장가능, NX7S=확장불가) I/O Point Pwr Spec. or Classification of Extension (A=AC Pwr I/P, D=DC24V Pwr, E=Extension Module) I/P Mode(D=DC I/P) O/P Mode(R=Relay, T=Transistor) NX7-□□□□□-□A 6=Analog 6p(4In/2Out) 4=Analog 4p(4In) ■Configuration Diagram WinGPC RS232C ■Kinds of Product Model Basic Model (28 Points) Basic Model (10 Points) Basic Model (14 Points) Basic Model (48 Points) Extended Model Analog NX7S-10ADR NX7S-10ADT NX7S-14ADR NX7S-14ADT NX7-28ADR NX7-28ADT NX7-28DDR NX7-28DDT NX7-48ADR NX7-48ADT NX7-48DDR NX7-48DDT 10p(DC IN 6p, Relay Out 4p) 10p(DC IN 6p, Tr Out 4p) 14p(DC IN 8p, Relay Out 6p) 14p(DC IN 8p, Tr Out 6p) 28p(DCIN 16p, Relay Out 12p) 28p(DCIN 16p, TR Out 12p) 28p(DCIN 16p, Relay Out 12p) 28p(DCIN 16p, TR Out 12p) 48p(DCIN 28p, Relay Out 20p) 48p(DCIN 28p, TR Out 20p) 48p(DCIN 28p, Relay Out 20p) 48p(DCIN 28p, TR Out 20p) 24p(DCIN 12p, Relay Out 8p) Analog 4p(4 In) 24p(DCIN 12p, Relay Out 8p) Analog 4p(4 In) 26p(DCIN 12p, Relay Out 8p) Analog 6p(4IN / 2Out) 26p(DCIN 12p, TR Out 8p) Analog 6p(4IN / 2Out) AC110/220V Free Voltage AC110/220V Free Voltage AC110�220V Free Voltage DC 24V Power Supply AC110�220V Free Voltage DC 24V Power Supply AC110�220V Free Voltage AC110�220V Free Voltage Name of Unit Product Code Product Spec. I/P Power Spec. NX7 Series NX7-20ADR-4A NX7-20ADT-4A NX7-20ADR-6A NX7-20ADT-6A NX7-14EDR NX7-14EDT NX7-28EDR NX7-28EDT 14p (DC In 8p, Relay Out 6p) 14p (DC In 8p,Tr 6p) 28p(DCIN 16p, Relay Out 12p) 28p(DCIN 16p, TR Out 12p) OEMaxNX Series I 67 ■Function and Characteristics of the Product 8. Excellent Extendibility 76 Points 56 Points 104 Points (Minimum 28 points ~ up to Maximum 104 points available) ■Basic I/O Configuration Diagram �The below is an example of System Configuration using Basic and Extended Module. 9. Diverse Application to Industrial Sites Best suited for small-sized control installations. System building with extendibility and flexibility applicable to I/O Dispersion System is available. 10. Clock unction Embedded With miniature sized clock function embedded, diverse daily scheduling management program is available. 11. Powerful Communication Network Diverse System Configuration is available with the basically embedded each 2 Ports of RS232C and RS485. User Defined Communication Designation is available so as to control Inverter and Bar Code, etc., by interfacing. User convenience was extended with automatic Communication Speed Control up to 4800~38400bps. 1. Compatibility Secured All Command Words of SPC10 and N-plus Series are supported and the existing Programs can be downloaded. 2. High Speed Counter Function Economical Control System can be built with the basically embedded HSC 2 CH/24 BIT. 3. Pulse O/P Function Simple Positioning and Stepping Motor can be operated with the Pulse I/P Function of TR O/P Products. 4. Pulse I/P Catch Normal Process can be executed by catching the signal with short I/P Pulse up to Max. 4 Points. 5. PID Control Function Embedded 8Loop Control is available with the embedded 8 Loops PID Function. 6. Compact Size With miniature size, Basic 28 Points, 48 Points Control is available and 56,76, 84,104 Points configuration is available with the Extended Configuration. 7. Convenient Use Support Users with easy and accustomed Command Words. I/P 60 p (R0.0~R3.3) O/P 44 p (R16.0~R18.3) (R8.0~R9.7) (R24.0~R25.3) (R12.0~R13.7) (R28.0~R29.3) I/P 44 p (R0.0~R3.3) (R8.0~R9.7) O/P 32 p (R16.0~R18.3) (R24.0~R25.3) I/P 16 p (R0.0~R1.7) O/P 12 p (R16.0~R17.3) I/P 32 p (R0.0~R1.7) (R8.0~R9.7) O/P 24 p (R16.0~R17.3) (R24.0~R25.3) I/P 28 p (R0.0~R3.3) O/P 20 p (R16.0~R18.3) 68 I OEMax NX Series ■ Performance Specification Control Method External I/O Memory Back-Up Special Function Others Program Storage, Repetitive Operation Method Basic 28 p(I/P 16/ O/P 12 p), Basic 48 p(I/P 28/ O/P 20 p), Extension 28 p up to 2 EA(56p) extendable, (ext. 28p: In 16p /Out 12p) 28 kinds Approx. 150 kinds Tens of μs/step A few ~ tens of μs/step 9K Word R000.00 ~ R31.15 (512p, 32word) (R32 ~ R127: Setup Range when Special Function is used) L000.00 ~ L063.15 (1024p, 64word) M000.00 ~ M127.15 (2048p, 128word) K000.00 ~ K127.15 (2048p, 128word) F000.00 ~ F015.15 (256p, 16word) 256CH (Timer+Counter, Preset Value: 0 ~65535 Timer : 0.01sec: TC000 ~ TC063 (64CH), 0.1sec.: TC064 ~ TC255 (192CH) Counter : TC000 ~ TC255 (256CH) W0000 ~ W2047 (2048word) W2560(=SR000)~W3071(=SR511) (512word) Port 1: RS232C/ RS485 Combined Use(D-SUB 9pin), 4800~38400bps Auto select Port 2: RS232C/ RS485 Combined Use(8Pin MJ T/B), 4800~38400bps Auto Select User PROGRAM Back-up(FlashROM) Function Basically Embedded, HSC I CH Embedded(Single Phase 8KHz, 2-Phase 4KHz) Pulse O/P 2 CH Embedded, Pulse Catch unction Embedded(4 Contacts) User Definition Comm., Clock Function, PID Function Basic Command Application Command Basic Command Application Command I/O(R) Link Interface (L) Internal Interface (M) 停電維持(Keep-aliveDuringBlackout (K) Special Interface(F) Timer/ Counter Data Word (W) Special Word (W, SR) Port 1 Port 2 Command Word Process Speed Communication Function Memory Capacity Program Capacity Item Specification ■General Specification Power Voltage Impact Resistance Earth Other Conditions for Use Structure 停電維持(keep-alive during Blackout) Allowable Instantaneous Interruption Surrounding Operational Temp. Surrounding Operational Humidity Surrounding Area Humidity Vibration Resistance Noise Resistance Insulation Resistance Withstand Voltage Surrounding Storing Temp. AC110V, AC220V (50/60Hz) Free Voltage Below 20ms 0~55℃ -10 ~ 75℃ 30 ~ 85%, (without condensing) 30 ~ 85%, (without condensing) Frequency 16.7Hz, Amplitude 3mm. X.Y.Z. 2 Hours to each directions 10G, X, Y, Z 2 times to each directions Noise Voltage 1500Vp-p, Noise Pulse Width 100ns, 1μs. Test Method follows Company Regulation. AC External T/B-Case Earth(FG)between T/Bs above 20MΩTest Method follows DC 500V Mega AC External T/B -Case Earth(FG) between T/Bs AC 1500V for 1 Min. More than 3 kinds of Earth Corrosive gases and thick dust prohibited Open-Wall Installation Type 10일25℃(KEEP Relay Preservation) Item Specification ■Power Supply Specification (AC I/P Type PLC) AC Power Supply Rated Voltage/ Current Allowable Voltage Range Frequency Power Consumption O/P Current Capacity AC110V~220V, Free Voltage / 0.4A max AC85~132V, AC170~264V 47 ~ 63Hz, Max 33 Watts For Internal Use: 5V, 2.0A For External Use(for Service): 24V, 0.4A Item Specification (DC I/P Type PLC) Rated Voltage/ Current Allowable Voltage Range O/P Current DC24V / 1.6A max DC21.6~26.4V For Internal Use: 5V 2.0A Item Specification DC Power Supply OEMaxNX Series I 69 ■I/P Specification I/P Spec. Rated Voltage Operating Volt. Range Max. I/P Current Min. ON Vol./Current Max. OFF Vol./Current I/P Impedance Polarity COMMON Method OFF→ON ON→OFF Response Time Internal Current Consumption (5V) DC Voltage (all types) DC12 ~ 24V I/P 10.8 ~ 26.4V Below 10mA Above 10.0V / above 3.0mA Below 5.0V / Below 0.6mA Approx. 3.6KΩ Below 2ms Below 2ms Below 50mA No Polarity 8p/ 1COM, 16p/ 1COM Item DC I/P within 2A Internal Circuit (Relay O/P) Internal Circuit (TR O/P) Internal Circuit (DC I/P) Load Load Ext. Supply Int. PWR Int. or 기본사양 ■O/P Specification Product Code O/P Point Rated Loaded Vol. Operating Loaded Vol. Range Polarity Max. Load Current Internal Current Consumption (5V) COMMON Method OFF→ON ON→OFF Response Time 12 ~ 24V DC 10 ~ 30V DC Common (Sink Type, NPN) 0.4A / point, 1A /Common Below 1ms Below 1ms Below 80mA 1, 4, 6p/1COM 250V AC, 30V DC 85 V ~ 264V AC No Polarity 2A / point, 6A /COM Below 10ms Below 10ms 1, 4, 6p/1COM NX7-28ADT NX7-28DDT 12 p NX7-48ADT NX7-48DDT 20 p NX7-28ADR NX7-28DDR 12 p NX7-48ADR NX7-48DDR 20 p Item TR O/P RY O/P 70 I OEMax NX Series Software that supports Programming from Computer. Mounted Diverse Functions like Ladder Edit, Monitor, De-Bugging, File Management, Time Chart Monitoring, etc. Corresponds to all types of NX, N-Series. (excluding N-plus Series) ■Characteristics ■Configuration Diagram 1. Diverse Functions are mounted from preparation of program, de-bugging, adjustment and up to various monitorings. 2. Selection of each function can be done by easy to understand HANGEUL Menu Method (WinFPST) in simple operation. In addition, not only file management function but also printed out LIST can be used as a program specification directly. 3. Setup of PLC Environment and I/O allotment can be set up in simple manner 4. There are 3 types of Command Word I/P methods: Mnemonic Method, Ladder Method and Ladder Symbol Method. Uses can freely select one from these three. 5. Edit, Interface, Forced ON/OFF Function, Interface Search Function from ON-LINE RUNMode. 6. Functions such as Data Monitoring, Time Chart Monitoring, Error Occurrence Monitoring, File Management. WinFPST S/W (for Windows MAIN Menu Multi Program Screen Program Preparation Screen (Ladder Edit) Forced I/O Screen Status Display Screen Print Management Screen NX70-CPU70, NX70-CPU750 NX-CPU750A, NX-CPU750B, NX-CPU750C, NX-CPU750D NX-CPU700 CPL02343C, CPL02543C.......... CPL9211A CPL7211A, CPL6215A, CPL6210A,..... PLC Series Corresponding CPU Type NX70 NX700 N7 N70 N70 Peripheral Device WinFPST Software (for N Series) WinFPST S/W Product: Rockwell Automation Korea Product: Rockwell Automation Korea OEMaxNX Series I 71 Software for Windows that supports Programming from Computer. Mounted Diverse Functions like Ladder Edit, Monitor, De-Bugging, File Management, Time Chart Monitoring, etc. User Ladder Software corresponding to Plus models (N70plus, N700plus, NX700(CPU700p), NX70(CPU70p), NX7, SPC-10 PLC Series). ■Characteristics ■Configuration Diagram 1. Convenient Functions of Windows can be utilized by application of WINDOWS Environment . 2. Programming can be done while executing mutual comparison or printing because several programs can be edited simultaneously. 3. Programming is very convenient because diverse TOOLs for programming are provided. 4. Diverse types of monitoring such as Ladder, Mnemonic, Time Chart, Register Monitoring are available. 5. Ladder and Mnemonic programs are conversed automatically. 6. On-line interfaced PLC can be automatically discerned. 7. Program correction and change can be done conveniently on on-line. WinGPC S/W (for Windows) Ladder Monitoring Screen Mnemonic Edit Screen Projector Management Screen Register Monitoring Screen Time Chart Monitoring Screen Status Monitoring Screen NX7-28ADR, NX7-48ADR........ NX70-CPU70p1, NX70-CPU70p2 NX-CPU700p SPC-10ADR, SPC-10ADT.... CPL9215A, CPL9216A CPL7215A PLC Series Corresponding CPU Model NX7 NX70 NX700 SPC N70Plus N700Plus WinGPC Software (for N-plus Series) WinGPC Product: Rockwell Automation Korea Product: Rockwell Automation Korea 72 I OEMax NX Series Computer D-SUB(9pin) �D-SUB (9pin) �NX70-CCU Com.Port(9pin) �NX-CCU Com.Port(9pin) �CPU Unit COM Port(9pin) �NX70-CCU (9pin) �NX-CCU (9pin) �CPU Unit COM PORT (9pin) CPU Unit TOOL PORT, 9pin CPU Unit TOOLPORT,9pin 17JE-23090-02(D1),DDK (Male) 17JE-13090-02(D1),DDK(Female) WinFPST(Comptr Side),9pin WinFPST(Comtr Side),9pin NX70-CPU70, NX70-CPU750 NX-CPU750A, NX-CPU750B, NX-CPU750C, NX-CPU75 NX-CPU700 PLC Series Corres. CPU Model NX70 NX700 NX70-CPU750 NX-CPU750A, NX-CPU750B, NX-CPU750C, NX-CPU750D PLC Series Corres. CPU Model NX70 NX700 2 3 4 5 6 7 8 TXD RXD - S.G - - - Signal PIN No. RXD TXD DTR S.G DSR RTS CTS 2 3 4 5 6 7 8 PIN No. Signal 1 2 3 4 5 6 7 8 9 F.G TXD RXD - SG - RTS CTS ER PIN No. Signal 1 2 3 4 5 6 7 8 9 CD(DCD) RXD TXD DTR SG DSR RTS CTS - PIN No. Signal ■Corresponding CPU Module ■Corresponding CPU Module Communication Cable Cable for TOOL PORT of NX70, NX700 CPU Cab le for COM PORT of NX70, NX700 CPU Unit and for CCU Unit of NX Series 17JE-23090-02(D1),DDK (Male) 17JE-13090-02(D1),DDK(Female) TOOL PORT of CPU Module for NX70, NX700 CPU of the bove diagram can use CPL5530, CPL5531 cable. Ref COM PORT of CPU Module of NX70, NX700 in the above diagram have same Communication specification ith NX Series CCU Module Ref NX-CBLCPU02 NX-CBLCPU05 Computer Computer T/P (Touch Panel) Cable for CPU of NX70 PLC, NX700 PLC C-Language Visual Basic MMI S/W OEMaxNX Series I 73 ■Corresponding CPU Module NX7-28ADR, NX7-48ADR........ SPC-28ADR, SPC-28ADT.... CPL9215A, CPL9216A CPL7215A CPU all PLC Series Corresponding CPU Model NX7 NX70 NX700 SPC10 N70plus N700plus 2 3 4 5 6 7 8 9 Computer & PGM500 side, 9 pin Computer and PGM500 side, 9pin The below picture is for NX-CPU700p. CPU Unit side, 9 pin 2m/ 5m CPU Unit side,9p TXD RXD - S.G 485(-) 485(+) - Vcc PIN No. Signal 2 3 4 5 6 7 8 9 RXD TXD DTR S.G DSR RTS CTS PIN No. Signal 17JE-23090-02(D1),DDK (Male) 17JE-13090-02(D1),DDK(Female) Cable Wiring and Configuration Diagram ■Cable for Plus CPU (SPC10, NX7, N70plus, N700plus, NX70, NX700) 5 m 2 m NX-CBLCPU05 NX-CBLCPU02 �NX7 PLC (NX7-28ADR, NX7-48ADR...) �N70plus (CPL9215A, CPL9216A) �N700plus (CPL7215A) �NX70p �NX700p �SPC10 PLC 1) NX7 PLC - To interface with Handy-Loader(PGM500) - To Interface with Computer 2) N70plus, N700plus PLC - To Interface with Handy-Loader(PGM500) - To Interface with Computer 3) NX700 PLC - To Interface with Computer 4) NX70 PLC - To Interface with Computer 5) PC10 PLC *1 - To Interface with Computer (RS485/232 Adapter not necessary) Model Cable Length Contents of Application Remarks Applicable Products Computer COM. Cable PGM-500 Programmer COM. Cable 74 I OEMax NX Series ■Cable for SCU Module for N700, NX70, NX700 PLC ■ Extended Motherboard for NX700 PLC ■RS232C Wiring Method (3 line method without FLOW Control) ■Wiring Method of RS485 ■Explanation of the Product 1 2 3 5 F.G TXD RXD S.G PIN No. Signal 1 2 3 5 - RXD TXD S.G PIN No. Signal Contents of Application Signal Name Product NO. Cable Length Applicable Contents Applicable Products NX-EXPCBL15 NX-EXPCBL08 1.5m 0.8m Cable to connect when Motherboard is used All CPU Models of NX700 PLC Mnemonic PIN No. COM Port of SCU Module COM Port of SCU Module Communication Wiring Diagram of SCU Module SCU Module: for NX700 PLC(NX-SCU), for NX70 PLC(NX70-SCU), for N700 PLC(CPL7461) SCU Unit (9 pin) 17JE-13090-02(D1),DDK (Male) 17JE-23090-02(D1),DDK (Female) RS232 Device (9 pin) SCU Unit (9 pin) RS485 Device Remarks Applicable Module 1 6 7 F.G 485- 485+ PIN No. Signal 485- 485+ Signal 1 2 3 4 5 6 7 8 9 FRAME GROUND SEND DATA RECEIVE DATA - SIGNAL GROUND 485 TRANSIVER - 485 TRANSIVER + - POWER F.G TxD RxD - S.G 485 - 485+ - +5V NX Series (Cable for Extension and I/O Unit) These are Cable Harness and Pin Assembly for easy interface with the external devices at connector type 32 point and 64 point Modules among I/O Units of SAMSUNG PLSs. (If you experience any difficulty in purchasing from other manufacturers or direct use, you are advised to purchase from us for better convenience) ■Cable Harness for Connector Type I/O Unit 케이블하우스 NX70-CBLDC For DC IN 32 point For TR OUT 32 point NX70-CBLTR NX-PIN 20 NX70 PLC N70 PLC N700 PLC NX-PIN 40 20Pin Ass’y 40Pin Ass’y NX-CBLRY20 NX-CBLDC NX-CBLTR NX-CBLRY For RELAY OUT 32 point For DC IN 32, 64 point For TR OUT 32,64 point For RELAY OUT 32 point NX70 PLC N70 PLC N700 PLC N700 PLC NX700 PLC NX700 PLC 제품종류 적용PLC PLC 제품번호 Kinds of Product Applicable PLC Applicable Unit Product NO. Cable Harness Pin Ass’y External Dimensions ■Diagram of Dimensions for System (mm) L P ■Diagram of Motherboard Installation (mm) P L 115.5 115.5 27.5 111.0 118.5 Slot Type Dimensions L P 3 Slot Type 5 Slot Type 8 Slot Type 10 Slot Type 12 Slot Type 205.0 276.0 381.0 452.0 522.0 Unit(mm) 183.8 254.2 359.8 430.2 500.6 SLOT A B 3 Slot Type 5 Slot Type 8 Slot Type 10 Slot Type 12 Slot Type 153.8 224.2 329.8 400.2 470.6 Unit(mm) 81.0 81.0 81.0 81.0 81.0 OEMaxNX Series I 75 NX700 External Dimensions Diagram 76 I OEMax NX Series ■Diagram of Dimensions for Power Unit (mm) ■Diagram of Dimensions for CPU, I/O and Special Unit (mm) NX-CPU750B INI1 NS1 RUN RM1 PROG COM RS232C LINK NO 00 RESET COM1 RS232C RS485 COM2 RS232C RS485 0 + - FG 100L RS232C NX-X16D NX-X64D NX-MWLINK NX-SCU OEMaxNX Series I 77 2 Slot Type 3 Slot Type 4 Slot Type 5 Slot Type 6 Slot Type 8 Slot Type 10 Slot Type 12 Slot Type NX70-BASE02 NX70-BASE03 NX70-BASE04 NX70-BASE05 NX70-BASE06 NX70-BASE08 NX70-BASE10 NX70-BASE12 157.2 192.4 227.6 262.8 298.0 368.4 438.8 508.6 128.6 153.8 189.0 234.2 269.4 339.8 410.2 480.6 114.6 149.8 185.0 220.2 255.4 325.8 396.2 466.6 Slot Type Dimensions(B) Dimensions(A) Product NO. Dimensions (C) ■Diagram of Dimensions for System (mm) A 105.0 88.0 Diagram of External Dimensions for NX70 78 I OEMax NX Series ■Diagram of Dimensions for Power Unit (mm) ■Diagram of Dimensions for CPU, I/O Special Unit (mm) INI1 LES1 RUN RM1 20 19 1 2 2 1 19 20 00 LINK NO RESET 0 + _ FG PROG COM RS232C COM1 RS232C RS485 COM2 RS232C RS485 100L RS232C OEMaxNX Series I 79 •’ 4.2 81. 0 87. 0 9.5 1.5 9.5 100.0mm 90.0 3.0 •’ 4.2 126.0 87. 0 10. 0 1.5 10. 0 146.0mm 3.0 ■48 Point PLC ■Diagram of Dimensions for Installation �For 28 Point �For 48 Point (단위= mm) ■28 Point PLC Φ4.2 Φ4.2 Diagram of External Dimensions for NX7 DIN Rail for 35 mm Mounted 80 I OEMax NX Series Unit Name Product Spec. Product Spec. Remarks High Performance 16k Step Embedded, 0.35㎲/ STEP, 2 Port, PID Auto Tuning Function, Clock Function, Command Word is same with N700a CPU (In case of Extended Memory, 32k Step & Comment Memory) 60k Step Embedded, 0.03㎲/ STEP, 2 Port, PID Auto Tuning Function, Clock Function, Comment Memory & EPROM Socket Embedded, Command Word is same with N700a CPU. 120k Step Embedded, 0.03㎲/ STEP, 2 Port, PID Auto Tuning Function, Clock Function, Comment Memory & EPROM Socket Embedded, Command Word is same with N700a CPU. 32k Step Embedded, 0.35㎲/ STEP, 2 Port, PID Auto Tuning Function, Clock Function, Comment Memory & EPROM Socket Embedded, Command Word is same with N700a CPU. Floating-Point Operation Clock Function PID AutoTuning 0.001s Timer ■CPU Unit Unit Name Product Spec. Product Spec. Remarks Basic Motherboard NX-BASE03 NX-BASE05 NX-BASE08 NX-BASE10 NX-BASE12 NX-CBLCPU02 NX-CBLCPU05 3 slot type 5 slot type 8 slot type 10 slot type 12 slot type Common use with Basic Motherboard and extended Motherboard (No distinction) ■Motherboard Unit Name Product Code Product Spec. Remarks Power Supply Unit NX-POWER NX-PWR220 NX-PWRDC AC 110/ 220V Free Voltage, 5V 4A, 24V 0.5A AC 220V Input, 5V 6A DC 24V Input, 5V 5A DC I/P Type AC I/P Type ■Power Supply Unit Unit Name Product Spec. Product Spec. Remarks General Purpose Use NX-CPU700P 20K Word(Basically Embedded), 0.2㎲/ STEP, 2 Port, PID Function, Clock Function Unit Name Product Spec. Product Spec. Remarks Com Cable for CPU Communication Cable for NX Series Common Use with TOOL Port of CPU Modules of NX700 ■Communication Cable for CPU Unit Unit Name Product Spec. Product Spec. Remarks Extended Memory NX-MEM750A NX-CPU750A NX-CPU750B NX-CPU750C NX-CPU750D xtended Memory 16K Step + Comment Memory + EEPROM Socket Embedded For NX-CPU750A ■Memory Unit for CPU750A 유니트명 제품코드 제품사양 비고 증설메모리 유니트명 제품코드 제품사양 비고 Unit Name Product Spec. Product Spec. Remarks General Purpose Use NX-CPU700 16K STEP(Basically Embedded), 0.4㎲/ STEP, Trace Function, PID Function, Comment Memory basically embedded Product Catalog NX700 PLC Series OEMaxNX Series I 81 I/P Unit O/P Unit O/P Unit 16 P 32 P 64 P 16 P 32 P 64 P NX-X16D NX-X16A110 NX-X16A220 NX-X32D NX-X64D NX-Y16R NX-Y16RV NX-Y16T NX-Y16SSR NX-Y32T NX-Y32RV NX-Y32R NX-Y64T NX-DUMMY DC 12~24V, Terminal Block 20pin, 8 p/ COM, (Polarity +,- Common) AC 100~120V, Terminal Block 20pin, 8 p/ COM AC 200~240V, Terminal Block 20pin, 8 p/ COM DC 12~24V, Connector 40pin, 32 p/ COM, (Polarity +,- Common) DC 12~24V, Connector 40pin x 2, 32 p/ COM, (Polarity +,- Common) RELAY O/P, Terminal Block 20pin, 250V 2A, 8 p/ COM RELAY O/P, Terminal Block 20pin, 250V 2A, 8 p/ COM, with Varistor TR O/P(NPN), Terminal Block 20pin, 12~24V 0.6A, 8 p/ COM SSR O/P, Terminal Block 20pin, 100~220V, 0.5A, 8 p/ COM TR O/P(NPN), Connector 40pin, 12~24V 0.4A, 32 p/ COM RELAY O/P, Connector 40pin x 1, 250VAC /1A, 32 p/ COM, with Varistor RELAY O/P, Connector 20pin x 2, 250VAC /1A, 30VDC, 16 p/ COM TR O/P(NPN), Connector 40pin x 2, 12~24VAC 0.2A, 32 p/ COM Dummy Unit Terminal Block Type 20pin(Split Type) Connector Type 40pin Terminal Block Type 20pin(Split Type) Connector Type Slot Type Product Spec. Product Code Remarks ■I/O Unit Analog I/P (AD) Resistance Temperature Detector (RTD) ThermoCouple I/P Analog O/P (DA) NX-AI8V NX-AI8C NX-AO4V NX-AO8V NX-AO4C NX-AO8C NX-RTD4 NX-RTD8 NX-TC4 NX-TC8 8CH, Voltage Input, 16Bit A/D Converter, ±5V, ±10V, 0�5V, 0~10V Resolution (0.153mV~1.0mV), Conversion Speed 1.25ms/Ch 8CH, Current Input, 16Bit A/D Converter, ±20mA, 0�20mA, 4~20mA Resolution (0.519uA~2.0uA) Conversion Speed 1.25ms/Ch 4CH, Voltage Output, 14bit D/A Converter, ±10V, ±5V, 0�10V, 0~5V Resolution (0.305mV~1.0mV), Conversion Speed 2.5ms/ Ch 8CH, Voltage Output, 14bit D/A Converter, ±10V, ±5V, 0�10V, 0~5V Resolution (0.305mV~1.0mV), Conversion Speed 2.5ms/ Ch 4CH, Current Output, 14bit D/A Converter, 0�20mA, 4�20mA Resolution (0.037uA~2.0uA) 4uA, Conversion Speed 2.5ms/ Ch 8CH, Current Output, 14bit D/A Converter,, 0�20mA, 4�20mA Resolution (0.037uA~2.0uA) 4uA, Conversion Speed 2.5ms/ Ch 4CH, 3-Wire Method, Pt100, Pt200, Pt500, Pt1000, JPt100, JPt200, JPt500,JPt1000, NI100, NI120, CU50, 300Ω, 600Ω, 2000Ω Resolution 0.1℃, 0.1℉, 8CH, 3-Wire Method, Pt100, Pt200, Pt500, Pt1000, JPt100, JPt200, JPt500, JPt1000, NI100, NI120, CU50, 300Ω, 600Ω, 2000Ω Resolution 0.1℃, 0.1℉, 10mΩ, 20mΩ, Conversion Speed 60ms/Ch 4CH, Type : B/ R/ S/ N/ K/ E/ J/ T(Temperature Range differs according to Sensor Types) ±30mV (1uV /Bit), ±60mV (2uV /Bit) Resolution 0.1℃/ 0.1℉/ 1uV/ 2uV, Conversion Speed 60ms/Ch 8CH, Type : B/ R/ S/ N/ K/ E/ J/ T(Temperature Range differs according to Sensor Types) ±30mV (1uV /Bit), ±60mV (2uV /Bit) Resolution 0.1℃/ 0.1℉/ 1uV/ 2uV, Conversion Speed 60ms/Ch Terminal Block Type 20pin(Split Type) Analog Product Spec. Product Code Remarks ■Analog Unit 82 I OEMax NX Series Serial Communication Unit (SCU) NX-SCU NX-CCU NX-CCU+ Computer Communication Unit (CCU) Computer Communication Unit (CCU+) RS232C/ RS485 x 2Port (Data process with Ladder Program) ∙Data Send/Recv enabled with each type of RS232C/ RS485 Device (Binary/ ASCII Code process) ∙For Interface with Network Inverter and NetworkServo, Network Temperature Controller, etc. ∙Module of existing SDU Function + RS485 Network Function RS485 Function is added on the existing SDU Function For Interface with Computer or T/P For Computer or T/P Interface (For use of CPU700p Module only) Communication Unit with RS-232C x 1Port Computer and Touch Panel Use C, BASIC Language, "SECTOCOL" N-Series Protocol Basically mounted ①1:1 Leased Communication Unit ②1:N Communication Function: Unit for Interface with Computer on PLC NETWORK(Optical-LINK, W-LINK) Communication Unit with RS232C/ RS485 x 1Port Computer and Touch Panel Unit ∙NX-CCU+ ↔Computer Communication ( 1:1 or 1:N Communication ) ∙NX-CCU+ ↔Use N-Plus Protocol for Computer Communication ∙NX-CCU+ ↔Communication with Touch Panel, MMI Unit Unit Name Product Spec. Product Code Remarks ■Communication Unit HSC Unit NX-HSC1 NX-HSC2 NX-HSC4 NX-PULSE4 NX-POSI1 NX-POSI2 NX-POSI3 NX-POSI4 1 Axis Type 2 Axis Type 3 Axis Type 4 Axis Type High Performance HSC Unit Pulse I/O Unit Positioning Unit 1CH HSC I/P Function 100kcps Binary 24Bit Up/Down Counter(-16,777,216~16,777,215) 2CH HSC I/P Function 100kcps Binary 24Bit Up/Down Counter(-16,777,216~16,777,215) I/PMode (3 Mode) 1) Direction Discrimination Mode 2) Individual I/PMode(CW, CCW) 3) Phase Difference I/P Mode (Rotary Encode I/P) Leased for CPU750 Module only Leased for CPU750 Module only Open Collector / Line Drive Selectable Leased for CPU750Module only HSC I/P 4CH, Interrupt I/P 8p, Compared O/P 8 p ∙200kcps, Binary 32Bit Up/Down Counter(-2,147,483,648~2,147,483,647) ∙Multiply Function(1, 2, 4 Multiply), I/P Time Constant Function(4, 8, 16, 32 W/us), Pulse Width: 2.5us ∙High Speed. High Accuracy Positioning, Pulse Command Method. ∙Line Drive or Open Collector O/P Method selectable ∙Line Drive Method : 1pulse ~ 1M pulse/s ∙Open Collector Method : 1pulse ~ 200k pulse/s ∙With High Speed activation(0.1ms), Tack Time can be reduced. ∙Simple Parameter Setup, Automatic acc/deceleration by Data Setup ∙S-shaped Acc/Deceleration Function, Linear Acc/Deceleration Function ∙E point Control, P point Control, Return to Zero, JOG Drive, ∙Pulse I/P Function: With Pulse I/P Function and Manual Pulse Generator(MPG Function), Real Time Transmission can be done (Max. 1,000 Multiply according to Multiply Function) ∙Servo Drive, Stepping Drive Interface Module with diverse functions such as; Pulse O/P 4CH, PWM O/P 4CH, HSC I/P 4CH, Interrupt I/P 8 p, Compared O/P 8 p. ∙Pulse O/P: 100KHz O/P(1Hz Unit ), Direction Discrimination and Individual I/P(CW, CCW) ∙PWM O/P: 30KHz O/P(1Hz Unit ), Duty: 0~100% (1% Unit ) Unit Name Product Spec. Product Code Remarks ■Unit for Motion Control OEMaxNX Series I 83 MW-Link Unit (Multi Wire-Link) NX-MWLINK 1) W-Link Function (W Mode) ∙Mount on Basic Motherboard to use ∙Mount up to 3 EA including CCU(5 EA in case of CPU750C Module) ∙Function: PLC Link(16 EA, L: 1,024 p, Ld: 128 Word), Computer Link, Data Transmission(16Word/ 1Command), Remote Programming, Layer Link(Refer to F145, F146) ∙PLC 32 EA/ Layer, 2 Layer, Transmission Speed : 0.5Mbps ∙Transmission Distance: Total 800m, Interface: RS485 Multi-drop 2) W-Link2 Function (W2 Mode) ∙Mount on Basic Motherboard to use ∙Mount up to 3 EA including CCU(8 EA in case of CPU750C Module) ∙Function: PLC Link (32 EA, L: 4,096 p, Ld: 4,096 Word), Computer Link Function, Data Transmission (1,020Word/1Command), Remote Programming, Layer Link (Refer to F145, F146) ∙PLC 32 EA/ Layer, 2 Layer, Transmission Speed: 0.5Mbps ∙Transmission Distance: Total 800m (up to 1,200 m in case of 250Kbps) ∙Interface: RS485 Multi-drop Use Twist-Pair Cable Leased for CPU750Module only Analog Product Spec. Product Code Remarks ■Unit for Network (Open Network) ■REMOTE I/O System Unit Name Product Spec. Remarks REMOTE MASTER Unit REMOTE SLAVE Unit NX-MASTER NX-SLAVE NX70-SLAVE For use of NX700 PLC For use of NX700 PLC For use of NX70 PLC ∙Mount at Basic side, extended side of Motherboard to use(up to 4 EA) ∙Interface up to 32 stations of LAVE Unit per 1 Master ∙Transmission Distance: Total 700m, Transmission Speed: 0.5Mbps Mount at the location of CPU Unit on the Basic Motherboard. Product Code ■Unit for Network (Open Network) Unit Name Product Spec. Remarks EtherNet Unit NX-ETHERNET Leased for CPU750Module only DeviceNet Master Unit for NX700 PLC High Speed Photocoupler, 125K, 250K, 500Kbps, Support S/W : SYCON(NCS-DN) S/W 1) Can be used with 100BASE-TX and 10BASE-T (Conversion executed automatically); Use UTP Cable 2) 10BASE5; Use Transceiver Cable ∙Data Transmission Speed : 100M bit/s (in case of 100BASE-TX) ∙Correspond to TCP/ IP and UDP/ IP, 8 Connection Communication per 1 EA ∙Up to 3 EA EtherNet Module can be mounted on 1 PLC ∙Computer Link. Data Transmission, Permeable Communication, Remote Programming, Self Diagnosis Function Product Code DeviceNet Master Unit NX-DEVICE 84 I OEMax NX Series NX70 PLC 시리즈 CPU Unit NX70-CPU750 NX70-CPU70 ∙0.35㎲/ STEP, 32k STEP(Basically Embedded), 2 Port, PID AutoTuning Function, Clock Function ∙Comment Memory, EPROM (EEPROM) Operation Function ∙High Performance CPU Module Floating Point Operation Clock Function PID Auto Tuning ∙0.4㎲/ STEP, 16K STEP(Basically Embedded), Trace Function, PID Function ∙Comment Memory Basically Embedded. Communication Pin 9 Pin ∙Common CPU Module Unit Name Product Spec. Product Code Remarks ■CPU Unit (N-Series) CPU Unit NX70-CPU70p1 NX70-CPU70p2 ∙9.6K STEP(Basically Embedded), 0.2㎲/ STEP, FLASH ROM Embedded ∙Common CPU Module ∙20K STEP(Basically Embedded), 0.2㎲/ STEP, 2 Port, Clock Function, FLASH ROM Embedded, PID Function ∙Advanced CPU Module Unit Name Product Spec. Product Code Remarks ■CPU Unit (plus-Series) Communication Cable CPU Unit for CPU NX-CBLCPU02 NX-CBLCPU05 2m 5m NX70, NX700 CPU Unit Communication Cable Unit Name Product Spec. Product Code Remarks ■CPU Unit Communication Cable Basic Motherboard 2 Slot Type 3 Slot Type 4 Slot Type 5 Slot Type 6 Slot Type 4 Slot Type 5 Slot Type 6 Slot Type NX70-BASE02 NX70-BASE03 NX70-BASE04 NX70-BASE05 NX70-BASE06 NX70-BASE08 NX70-BASE10 NX70-BASE12 NX70 PLC has Basic Motherboard only Unit Name Product Spec. Product Code Remarks ■Motherboard Use WinFPST S/W Use WinGPC S/W Caution Product Compatibility between NX70 PLC and N70 PLC 1) NX70 PLC and N70 PLC ha no compatibility at all with CPU Unit, Basic Motherboard and Power Unit. (Ladder Programs are mutually compatible) 2) Other I/O Unit and Special Unit, Cables, Programming Device and User Software are mutually compatible. Power Unit AC 110/ 220V Free Voltage, 5V 4A, 24V 0.3A AC 110/ 220V Free Voltage, 5V 4.5A DC 24V Input, 5V 4.5A NX70-POWER1 NX70-POWER2 NX70-PWRDC NX70 PLC has Basic Motherboard only Unit Name Product Spec. Product Code Remarks ■Power Unit NX70 PLC Series OEMaxNX Series I 85 I/P Unit O/P Unit Combined Unit Dummy Unit 16 p 32 p 16 p 32 p 16 p 32 p NX70-X16D NX70-X16D1 NX70-X16A110 NX70-X16A220 NX70-X32D NX70-X32D1 NX70-Y16R NX70-Y16RV NX70-Y16T NX70-Y16SSR NX70-Y32T NX70-Y32P NX70-XY16 NX70-XY32 NX70-DUMMY DC 12~24V, Terminal Block 20 Pin, 8 p/ COM, (Polarity +,- Common ) DC 24V, Terminal Block 20 Pin, 8 p/ COM, (Polarity +,- Common ) AC 100~120V, Terminal Block 20 Pin, 8 p/ COM AC 200~240V, Terminal Block 20 Pin, 8 p/ COM DC 12~24V, Connector 20 Pin x 2, 8 p/ COM, (Polarity +,- Common ) DC 24V, Connector 20 Pin x 2, 8 p/ COM, (Polarity +,- Common ) RELAY O/P, Terminal Block 20 Pin, 250V 1A, 8 p/ COM RELAY O/P, Terminal Block 20 Pin, 250V 1A, 8 p/ COM, Varistor available TR O/P(NPN), Terminal Block 20 Pin, 12~24V 0.6A, 8 p/ COM SSR O/P, Terminal Block 20 Pin, 100~220V, 0.5A, 8 p/ COM TR O/P(NPN), Connector 20 Pin x 2, 12~24V 0.4A, 16 p/ COM(-) TR O/P(PNP), Connector 20 Pin x 2, 12~24V 0.4A, 16 p/ COM(+) .DC12~24V, 8 p, 8 p/ COM, (Polarity +,- Common ), .RELAY O/P, 8 p, 250V 1A, 8 p/ COM, Terminal Block 20 Pin .DC12~24V, 16 p, 16 p/ COM, (Polarity +,- Common ), Connector 20 Pin x 2 .TR O/P(NPN) 16 p, ,12~24V 0.4A, 16 p/ COM Dummy Unit Terminal Block Type Connector Type Terminal Block Type I/P 8 p O/P 8 p I/P 16 p O/P 16 p Connector Type Slot Type Product Spec. Product Code Remarks ■I/O Unit Analog I/P (AD) Resistance Temperature Detector I/P (RTD) Analog O/P (DA) NX70-AI4V NX70-AI8V NX70-AI4C NX70-AI8C NX70-AO4V NX70-AO4C NX70-AO2V NX70-AO2C NX70-RTD4 NX70-RTD8 4CH Voltage Input, 16Bit A/D Converter, ±5V, ±10V, 0�5V, 0�10V Resolution (0.153mV~1.0mV), Conversion Speed 1.25ms/Ch 8CH Voltage Input, 16Bit A/D Converter, ±5V, ±10V, 0�5V, 0�10V Resolution (0.153mV~1.0mV), Conversion Speed 1.25ms/Ch 4CH Current Input, 16Bit A/D Converter, ±20mA, 0�20mA, 4�20m Resolution (0.519uA~2.0uA), Conversion Speed 1.25ms/Ch 8CH Current Input, 16Bit A/D Converter, ±20mA, 0�20mA, 4�20m Resolution (0.519uA~2.0uA), Conversion Speed 1.25ms/Ch 4CH Voltage Output, 14bit D/A Converter, ±10V, ±5V, 0�10V, 0�5V Resolution (0.305mV~1.0mV), Conversion Speed 2.5ms/ Ch 4CH Current Output, 14bit D/A Converter, 0�20mA, 4�20mA Resolution (0.037uA~2.0uA) 4uA, Conversion Speed 2.5ms/Ch 2CH Current Output, 14bit D/A Converter, 0�20mA, 4�20mA Resolution (0.037uA~2.0uA) 4uA, Conversion Speed 2.5ms/Ch 2CH Voltage Output, 14bit D/A Converter, ±10V, ±5V, 0�10V, 0�5V Resolution (0.305mV~1.0mV), Conversion Speed 2.5ms/Ch 4CH 3-Wire Method, Pt100, Pt200, Pt500, Pt1000, JPt100, JPt200, JPt500, JPt1000, NI100, NI120, CU50, 300Ω, 600Ω, 2000Ω Resolution 0.1℃, 0.1℉, 10mΩ, 20mΩ, Conversion Speed 60ms/Ch 8CH 3-Wire Method, Pt100, Pt200, Pt500, Pt1000, JPt100, JPt200, JPt500, JPt1000, NI100, NI120, CU50, 300Ω, 600Ω, 2000Ω Resolution 0.1℃, 0.1℉, 10mΩ, 20mΩ, Conversion Speed 60ms/Ch ThermoCouple I/P NX70-TC4 NX70-TC8 4CH Type : B/ R/ S/ N/ K/ E/ J/ T(Temperature Range varies according to Sensor Type) ±30mV (1uV /Bit), ±60mV (2uV /Bit) Resolution 0.1℃/ 0.1℉/ 1uV/ 2uV, Conversion Speed 60ms/Ch 8CH Type : B/ R/ S/ N/ K/ E/ J/ T(Temperature Range varies according to Sensor Type) ±30mV (1uV /Bit), ±60mV (2uV /Bit) Resolution 0.1℃/ 0.1℉/ 1uV/ 2uV, Conversion Speed 60ms/Ch Terminal Block Type 20 Pin (Split Type) Analog Product Spec. Product Code Remarks ■Analog Unit (To be released) (To be released) 86 I OEMax NX Series Serial Communication Unit (SCU) Computer Communication Unit (CCU) NX70-SCU NX70-CCU NX70-CCU+ RS232C/ RS485 x 2Port (Data process with Ladder Program) ∙Data Send/Recv enabled with each type of RS232C/ RS485 Device (Binary/ ASCII Code process) ∙For Interface with Network Inverter and NetworkServo, Network Temperature Controller, etc. ∙Module of existing SDU Function + RS485 Network Function. RS485 Function is added on the existing SDU Function For Interface with Computer or T/P (for leased use of N-Series) - NX70-CPU70 - NX70-CPU750 - NX70-CPU70P1 - NX70-CPU70P2 Communication Unit with RS-232C x 1Port Computer and Touch Panel Use C, BASIC Language, "SECTOCOL" N-Series Protocol Basically mounted ①1:1 Leased Communication Unit ②1:N Communication Function: Unit for Interface with Computer on PLC NETWORK(Optical-LINK, W-LINK) Unit Name Product Spec Product Code Remarks ■Communication Unit HSC Unit High Performance HSC Unit Pulse I/O Unit Positioning Unit NX70-HSC1 NX70-HSC2 NX70-PULSE4 NX70-HSC4 1CH HSC I/P Function(100kcps) + Simplified Pulse O/P Function (200Hz . 40kHz) Binary 24Bit Up/Down Counter(-16,777,216~16,777,215) 2CH HSC I/P Function (100kcps) Binary 24 Bit Up/Down Counter(-16,777,216~16,777,215) For use of NX70-CPU750, NX70-CPU70p2 For use of NX70-CPU750, NX70-CPU70p2 I/P Mode (3 Mode) 1)Direction Discrimination Mode 2)Individual I/P Mode(CW, CCW) 3)Phase Difference I/P Mode (Rotary Encode I/P) HSC I/P 4CH, Interrupt I/P 8p, Compared O/P 8 p �200kcps, Binary 32Bit Up/Down Counter(-2,147,483,648~2,147,483,647) �Multiply Function(1, 2, 4 Multiply), I/P Time Constant Function(4, 8, 16, 32 W/us), Pulse Width: 2.5us Module with diverse functions such as; Pulse O/P 4CH, PWM O/P 4CH, HSC I/P 4CH, Interrupt I/P 8 p, Compared O/P 8 p. �HSC I/P: 200kcps, Binary 32Bit Up/Down Counter..... �Pulse O/P: 100KHz O/P(1Hz Unit), Direction Discrimination and Individual I/P(CW, CCW) �PWM O/P: 30KHz O/P(1Hz Unit ), Duty: 0~100% (1% Unit ) * Function: NX70-HSC4+Pulse O/P(4CH)+PWM O/P(4CH) Unit Name Product Spec Product Code Remarks ■Unit for Motion Control Communication Unit with RS232C/ RS485 x 1Port Computer and Touch Panel Unit ∙NX70-CCU+ ↔Computer Communication ( 1:1 or 1:N Communication ) ∙NX70-CCU+ ↔Use N-Plus Protocol for Computer Communication ∙NX70-CCU+ ↔Communication with Touch Panel, MMI Unit NX70-POSI2 NX70-POSI4 Open Collector / Line Drive selectable For use of NX70-CPU750, NX70-CPU70p2 �High Speed. High Accuracy Positioning, Pulse Command Method. �Line Drive or Open Collector O/P Method selectable �Line Drive Method : 1pulse ~ 1M pulse/s �Open Collector Method : 1pulse ~ 200k pulse/s �With High Speed activation(0.1ms), Tack Time can be reduced. �Simple Parameter Setup, Automatic acc/deceleration by Data Setup �S-shaped Acc/Deceleration Function, Linear Acc/Deceleration Function �E point Control, P point Control, Return to Zero, JOG Drive, �Pulse I/P Function: With Pulse I/P Function and Manual Pulse Generator(MPG Function), Real Time Transmission can be done (Max. 1,000 Multiply according to Multiply Function) �Servo Drive, Stepping Drive Interface 2Axes Type 4Axes Type OEMaxNX Series I 87 MW-Link Unit (Multi Wire-Link) W-Link Unit NX70-MWLINK NX70-WLINK 1) W-Link Function (W Mode) �Mount on Basic Motherboard to use �Mount up to 3 EA including CCU �Function: PLC Link(16 EA, L: 1,024 p, Ld: 128 Word), Computer Link, Data Transmission (16Word/ 1Command), Remote Programming, Layer Link(Refer to F145, F146) �PLC 32 EA/ Layer, 2 Layer, Transmission Speed: 0.5Mbps �Transmission Distance: Total 800m, Interface: RS485 Multi-drop 2) W-Link2 Function (W2 Mode) �Mount on Basic Motherboard to use �Mount up to 3 EA including CCU �Function: PLC Link (32 EA, L: 4,096 p, Ld: 4,096 Word), Computer Link Function, Data Transmission (1,020Word/1Command), Remote Programming, Layer Link (Refer to F145, F146) �PLC 32 EA/ Layer, 2 Layer, Transmission Speed: 0.5Mbps �Transmission Distance: Total 800m (up to 1,200 m in case of 250Kbps) �Interface: RS485 Multi-drop ※Applicable Model: NX70-CPU750 W-Link Function (W Mode) �Mount on Basic Motherboard to use �Mount up to 3 EA including CCU �Function: PLC Link(16 EA, L: 1,024 p, Ld: 128 Word), Computer Link, Data Transmission (16Word/ 1Command), Remote Programming, Layer Link(Refer to F145, F146) �PLC 32 EA/ Layer, 2 Layer, Transmission Speed: 0.5Mbps �Transmission Distance: Total 800m, Interface: RS485 Multi-drop ※Applicable Model: NX70-CPU750, NX70-CPU70, NX70-CPU70p2 Use Twisted-Pair Cable Use Twist-Pair Cable Leased used for NX70-CPU750 NX70-CPU70p2 Analog Product Spec Product Code Remarks ■Unit for Network (Network for PLC) REMOTE I/O SLAVE Unit NX70-SLAVE - Mount on the CPU of Motherboard Upper Master Module: Communicate with N700 PLC (CPL7740) and NX700 PLC (NX-MASTER)Module Kind of Product Product Spec Product Code (Previous Code) Remarks ■Unit for Network (PLC Network) DeviceNet Slave Unit for NX70 PLC High Speed Photocoupler, 125K, 250K, 500Kbps, Support S/W: SYCON(NCS-DN) S/W Unit Name Product Spec Product Code Remarks ■Unit for Network (Open Network) DeviceNet Master Unit NX70-DNS 88 I OEMax NX Series Basic Type (10 p) Basic Type (14 p) Extension Type Basic Type (28 p) Basic Type (48 p) Basic Type (Analog) 20점(DCIN 12점, Relay Out 8점) Analog 6점(AD 4CH, DA 2CH) 20점(DCIN 12점, TR Out 8점) Analog 6점(AD 4CH, DA 2CH) 20점(DCIN 12점, Relay Out 8점) Analog 4점(AD 4CH) 20점(DCIN 12점, TR Out 8점) Analog 4점(AD 4CH) 10점(DCIN 6점, Relay Out 4점) 10점(DCIN 6점, TR Out 4점) 14점(DCIN 8점, Relay Out 6점) 14점(DCIN 8점, TR Out 6점) 28점(DCIN 16점, TR Out 12점) 28점(DCIN 16점, Relay Out 12점) 28점(DCIN 16점, TR Out 12점) 28점(DCIN 16점, Relay Out 12점) 48점(DCIN 28점, Relay Out 20점) 48점(DCIN 28점, TR Out 20점) 48점(DCIN 28점, Relay Out 20점) 48점(DCIN 28점, TR Out 20점) 14점(DCIN 8점, Relay Out 6점) 14점(DCIN 8점, TR Out 6점) 28점(DCIN 16점, Relay Out 12점) 28점(DCIN 16점, TR Out 12점) NX7S-10ADR NX7S-10ADT NX7S-14ADR NX7S-14ADT NX7-28ADR NX7-28ADT NX7-28DDR NX7-28DDT NX7-48ADR NX7-48ADT NX7-48DDR NX7-48DDT NX7-14EDR NX7-14EDT NX7-28EDR NX7-28EDT NX7-20ADR-6A NX7-20ADT-6A NX7-20ADR-4A NX7-20ADT-4A Unit Name Product Code Product Spec Product Spec Remarks 증설모듈 9K 워드(기본내장), 수㎲/ STEP, 2포트(RS232/ 485) AC110�220V Free Voltage, 5V 2.0A, 24V 0.4A 9K 워드(기본내장), 수㎲/ STEP, 2포트(RS232/ 485) DC 24V 입력전원 9K 워드(기본내장), 수㎲/ STEP, 2포트(RS232/ 485) DC 24V 입력전원 9K 워드(기본내장), 수㎲/ STEP, 2포트(RS232/ 485) AC110�220V Free Voltage, 5V 2.0A, 24V 0.4A 9K 워드(기본내장), 수㎲/ STEP, 2포트(RS232/ 485) AC110�220V Free Voltage, 5V 2.0A, 24V 0.4A 2K 워드(기본내장), 수㎲/ STEP, 2포트(RS232/ 485) AC110�220V Free Voltage, 24V 0.3A 확장불가 9K 워드(기본내장), 수㎲/ STEP, 2포트(RS232/ 485) AC110�220V Free Voltage, 5V 2.0A, 24V 0.4A NX7Series(All-in One Type PLC) OEMaxNX Series I 89 User S/W WinFPST S/W (for Window) Unit Name Product Spec Product Spec Product Code Remarks ■Programming Device �For N-Series, N70, N700, N700a, NX70, NX700 PLC �N7 PLC �N70 PLC �NX70 PLC �N700, N700H, N700a �NX700 PLC Above Windows 95 �Computer S/W with Function of PLC Program Preparation and PLC Status Check from Computer/ Network Check Function/ I/O MAP and Monitoring , FILE Management/ Storage Function/ ONLINE Edit Function /Error Check Function / TIME CHART Monitoring Function �Same to the current WinFPST (for Window) Ver 2.xx User S/W WinGPC (for Window) Unit Name Product Spec Product Spec Product Code Remarks �For N-plus Series, SPC10, N70plus, N700plus, NX7, NX70(CPU70p), NX700(CPU700p) PLC �SPC10 PLC �N70plus (CPL9215A) (CPL9216A) �N700plus (CPL7215A) �NX7 PLC �NX70 PLC (NX70-CPU70p1) (NX70-CPU70p2) �NX700PLC (NX-CPU700p) Above Windows 95 �Computer S/W with Function of PLC Program Preparation and PLC Status Check from Computer/ Network Check Function/ I/O MAP and Monitoring , FILE Management/ Storage Function/ ONLINE Edit Function /Error Check Function / TIME CHART Monitoring Function �Same to the current WinFPST (for Window) Ver 2.xx Communication Cable for CPU NX-CBLCPU02 NX-CBLCPU05 2m 5m �For SPC10, N70plus, N700plus PLC �For NX7, NX70, NX700 PLC Common use with Communication Ports of NX70, NX700 CPU Unit Unit Name Corresponding Model Product Code Product Spec Remarks ■Cable for Programming Extension Cable NX-EXPCBL15 NX-EXPCBL08 1.5m 0.8m Use for Interface with Extended Motherboard of NX700 Series Common use with Communication Ports of NX70, NX700 CPU Unit Unit Name Corresponding Model Product Code Product Spec Remarks ■Cables for Extension 90 I OEMax NX Series I/O Cable ASS'Y I/O Connector ASS'Y NX70-CBLDC NX70-CBLTR NX-CBLDC NX-CBLTR NX-CBLRY DC IN 32 p Connector Harness TR OUT 32 p Connector Harness DC IN 32 p Connector Harness TR OUT 32 p/ 64 p Connector Harness RELAY OUT 32 p Connector Harness 20Pin (PIN 20 EA, Connector Hood Included) 40Pin (PIN 20 EA, Connector Hood Included) NX-PIN20 NX-PIN40 Unit Name Product Code Product Spec Remarks ■I/O Harnesses NX70 I/O (Connector Type) NX700 I/O (Connector Type) NX70 I/O (Connector Type) NX700 I/O (Connector Type) Length of Harness 1.5m NO. of Pin: 20 Pin Length of Harness 1.5m NO. of Pin: 40 Pin For Connector Type Unit of NX70, N70, N700 I/O For Connector Type Unit of N700 I/O Remarks �We have N-Series and N-plus Series. Please pay attention because Command language and User S/W is different.) �DeviceNet Module can be used regardless of N-Series, N-plus Series. Remark) Order made acceptable if the length of I/O Cable exceeds 1.5m. Please inquire our Head Office if required. N-Series N-plus Series N7 Series N70 Series N700 Series NX70 Series NX700 Series SPC10 Series NX7 Series N70 Series N700 Series NX70 Series NX700 Series CPL02323, CPL02343C, CPL02543C..... CPL9210A, CPL9211A CPL7210A, CPL7211A, CPL6210A, CPL6210B, CPL6215A NX70-CPU70, NX70-CPU750 NX-CPU750A, NX-CPU750B, NX-CPU750C, NX-CPU750D, NX-CPU700 SPC-10ADR, SPC-10ADT, SPC-10DR....... NX7-28ADR, NX7-28ADT, NX7-48ADR, NX7-48ADR..... CPL9215A, CPL9216A CPL7215A NX70-CPU70p1, NX70-CPU70p2 NX-CPU700p Unit Name Product Code Name of CPU Module Remarks WinFPST S/W used WinGPC S/W used OEMaxNX Series I 91 NX-CA001A-EN-P 2007. 10