Deublin Engineering Catalog English NAmer

ENGINEERINGCATALOG RU111 US Engineered for Per formance ROTATING UNIONS water steam air hydraulic hot oil vacuum w w w . d e u b l i n . c o m coolant custom applications Selection Chart for DEUBLIN Rotating Unions Size Max. Operating Data Temp. Speed PSI °F RPM Series Description Passages Water & Hot Oil up to 250°F * 3/8" - 2" 3/8" - 2" 2 1/2" 3" 3/8" - 1" 3/8" 1/2" - 3/4" 2" - 4" 5" 3/4" - 1 1/2" 55 57 755 857 54 927 22 6000 F127 2400 6-21 750 150 200 150 1,800 4,000 1,500 150 150 150 250 200 250 250 200 200 250 250 250 250 3,500 3,500 750 500 3,500 2,000 250 750 750 100 General Purpose Water Service General Purpose Water Service 316 Stainless Steel Water Service High Pressure Water Service Car Wash Water Service Cartridge Seal Water Service Water Service Continuous Casters 1 or 2 1 or 2 1 or 2 1 or 2 1 1 1 1 or 2 1 or 2 1 or 2 Steam & Hot Oil up to 450°F * 3/8" - 1/2" 3/8" - 1/2" 3/4" - 2" 3/4" - 2" 1 1/2" 3/4" - 2" 2 1/2" - 5" 3/4" - 2" 2 1/2" - 5" N Steam N Hot Oil 9000 Steam 9000 Hot Oil HPS Steam H Steam H Steam H Hot Oil H Hot Oil 250 100 150 100 250 150 150 100 100 400 450 365 450 400 365 365 450 450 750 750 400 400 400 400 180 400 350 Single Bearing Spherical Seal Single Bearing Spherical Seal Single Bearing Spherical Seal Single Bearing Spherical Seal Dual Bearing Spherical Seal Dual Bearing Spherical Seal Dual Bearing Spherical Seal Dual Bearing Spherical Seal Dual Bearing Spherical Seal 1 or 2 1 or 2 1 or 2 1 or 2 2 1 or 2 1 or 2 1 or 2 1 or 2 1005, 1102, 1115 1205, 2200 250, 355, 452 1005, 1102, 1115 AP D 1500 2620 1590 1579 1379, 1479 17,21 2117 1690, 1790, 1890 1890 1,000 1,000 1,000 1,000 5,700 6,400 150 2,000 150 1,000 3,600 3,000 3,000 3,000 3,000 250 3,500 250 3,500 250 3,500 250 3,500 200 1,500 120 20 250 1,500 160 12,000 250 1,500 250 1,500 175 250 250 250 250 250 250 250 250 250 Standard Applications Standard Applications Standard Applications In-the-shaft Mounted High Pressure High Speed High Pressure Low Speed or Swivel DEU-PLEX Air DEU-PLEX Air & Hyd Oil DEU-PLEX Air DEU-PLEX Hyd Oil Multi Media 4 Pass Low Speed Air & Hyd Oil Low Speed Tandem Air & Hyd Oil DEU-PLEX Low Speed Triple Passage 1 1 1 1 1 1 2 2 2 2 4 1 2 2 3 1117 1129 1101 1116 1109 902 2,000 2,000 1,500 1,000 1,500 1,000 160 160 160 160 160 160 20,000 20,000 15,000 12,000 20,000 10,000 Bearingless Bearingless ("Pop-Off") High Speed Standard Applications High Speed Standard Applications Dry-run ("Pop-Off") High Speed Dry-run ("Pop-Off") 1005, 468, 981 1102, 1115, 882 7000 / 7100 31 - 32 31 - 32 33 34 35 36 37 38 - 39 40 40 41 42 43 44 - 45 45 46-51 1 1 1 1 1 1 Unions for Special Applications * 1/8" - 1" 1/4" - 3/8" Custom 22 22 23 - 25 23 - 25 26 27 - 30 27 - 30 27 - 30 27 - 30 31-45 Coolant (Wider range of products featured in Coolant Union Catalog) 3/8" 3/8" 3/16" 3/8" 1/4" - 3/8" 3/8" 6 - 10 7 - 10 11 12 - 13 14 15 15 16 - 19 20 21 22-30 Air & Hydraulic 1/8" - 3/8" 1/2" 3/4" - 1 1/2" 1/8" - 3/8" 1/4" - 1/2" 1/4" - 1 1/2" 3/8" X 2 1/4" X 2 1/2" X 2 1/2" X 2 3/8" - 1/2" X 4 1/4" - 1/2" 1/4" X 1/2" 1/4"-1/2"-3/4" X 2 1/4" X 3/4" X 3 Pages 46 47 48 49 50 51 52-53 750 150 3,000 250 250 250 3,500 3,500 5,000 Water, Oil Rig, Clutch & Brake Central Tire Inflation Around The Shaft 1 to 3 1 or 2 52 52 53 * Attention! For applications exceeding indicated limits, contact DEUBLIN. Indicate media, size, speed (RPM), pressure, temperature and connection specifications. - Subject to technical and dimensional changes without notice. 2 + 1 - 8 4 7 - 6 8 9 - 8 6 0 0 o r w w w . d e u b l i n . c o m DEUBLIN KEEPS THE WORLD ROTATING Since 1945, Deublin has grown from a small garage shop to the world’s largest manufacturer of rotating unions. Today, Deublin’s international headquarters is located in Waukegan, Illinois, with manufacturing facilities, sales offices and warehouses located in 17 countries on four continents. Our worldwide distribution network allows end users all over the world to specify Deublin unions when purchasing equipment made in another country. We’re manufacturers ourselves, so we understand the importance of fast response time to keep your manufacturing process rolling. Wherever you’re located, Deublin has a stocking distributor nearby to meet your requirements—quickly. UNIQUE REQUIREMENTS DEMAND CUSTOM UNIONS Rotating unions must accommodate a broad range of materials, viscosities, temperatures, pressures and speeds. That’s why the Deublin product line offers over 500 standard unions, over 3,000 separate models. Even this extensive line cannot meet all the specialized needs required by our customers. That’s why we manufacture an evergrowing line of custom unions to meet individual manufacturers’ particular requirements. In many instances, we can adapt or convert an existing union and offer a cost-effective solution to meet your exact specifications. DEUBLIN + 1 - 8 4 7 - 6 8 9 - 8 6 0 0 o r w w w . d e u b l i n . c o m 3 A ROTATING UNION FOR EVERY APPLICATION Rotating unions are used in many manufacturing processes to cool, heat or transfer fluid (pneumatic or hydraulic) power. Typical rotating unions feature deep groove ball bearings to support the rotating component against the stationary component, and balanced, precision-engineered mechanical seals to seal the media flow. Deublin rotating unions vary for each application, depending on design, bearing type, construction and material required. In 1989, the Deublin product line was expanded to include steam joints and siphon systems for paper machine dryer cans. Here are just some of the industries that rely on Deublin for their unique rotating union needs: • ALUMINUM • AUTOMOTIVE • CAN MAKING • CAR WASH EQUIPMENT • CHEMICAL/PETROCHEMICAL/REFINERY • CONSTRUCTION EQUIPMENT • DISTILLERIES/BREWERIES • FARM EQUIPMENT • FLOOR & WALL COVERINGS • FOOD PROCESSING MACHINERY • GLASS MANUFACTURING • INSULATION • LAUNDRY EQUIPMENT • LUMBER & WOODWORKING • MACHINE TOOL • MARINE • MINING • PAPER - CONVERTING PLANTS - CORRUGATING - PULP & PAPERBOARD - ROOFING • PETROLEUM • PLASTICS • PRINTING - BUSINESS FORMS - FLEXOGRAPHIC - WEB OFFSET • RUBBER • STEEL • TEXTILE • TIRES • TRUCKING DEUBLIN'S state-of-the-art manufacturing facilities are strategically located worldwide, and feature the latest CNC technologies including multi-axis/multi-function, robotic interfaces, single point threading and cylindrical grinding. These advanced machining techniques and proprietary processes allow Deublin to achieve the most precise tolerances in the industry, and ensure superior union performance and service life. 4 + 1 - 8 4 7 - 6 8 9 - 8 6 0 0 o r w w w . d e u b l i n . c o m WE TREAT PRECISION AS AN EXACT SCIENCE PRECISION EXTENDED LIFE SEALING A rotating union must be capable of containing high pressures while rotating at very high speeds. Smooth, easy rotation can only be achieved by exactly mating the seal faces to minimize friction. Responding to ever-increasing speeds and pressures, Deublin pioneered Extended Life Sealing (E.L.S.). E.L.S. rotating unions offer outstanding performance under the toughest conditions, and can extend service life two to four times, depending on the severity of the application. E.L.S. unions use advanced materials such as tungsten carbide and silicon carbide to provide the best possible seal solution for the application. Precision and tight tolerances are critical in the micro lapping of seal faces. All Deublin seals are micro lapped to an optical flatness within 2 light bands or 0.000023” utilizing proprietary lapping machinery and compounds. This level of precision is essential for dependable leak-proof operation. Where reliability is of prime importance, E.L.S. should be specified to protect against contaminants and resist wear caused by rust, scale, chips and other harmful abrasives. Housings are machined on multi-axis twin-spindle lathes to obtain the necessary part-to-part precision. Rotors and other parts are turned on automatic bar machines to ensure true-running rotating unions without any wobble. This assures extended service life. PROFESSIONAL SERVICE AROUND THE WORLD At Deublin, our service is as reliable as our products. Given the importance of rotating unions to your equipment’s performance, our products have to be reliable. To provide you local and emergency service, we have a worldwide service network consisting of whollyowned subsidiaries and authorized distribution network. Whether you need a spare part, a new product, technical advice, or help with an ongoing design project, our experienced customer service representatives and engineers are always available to provide immediate assistance. For all your rotating union requirements—no matter how unique or complex—you can rely on Deublin. BALANCED MECHANICAL SEAL NUMBER SYSTEM The greater the pressure on a rotating seal face, the greater the friction, torque and wear on the union. That’s why Deublin rotating unions feature "balanced mechanical seals." With this technology, the thrust load or seal face contact pressure is kept to a minimum regardless of media pressure. This reduces wear, resulting in longer seal life. The spring-loaded seal is keyed so that it cannot rotate or creep, which can cause premature failure in secondary seals, resulting in a leaking union. DEUBLIN ordering numbers for standard rotating unions consist of 2, 3 or 4 number groups. Each group describes a particular characteristic feature such as application, seal combination or rotor connection (refer to ordering example). Rebuilding and repair kit numbers differ from their respective rotating union numbers by the insertion of a letter (B or C). The letter B stands for a rebuilding kit, and the letter C for a repair kit (refer to ordering example). ORDERING EXAMPLE: 255-000-284681 Unbalanced Mechanical Seal Entire line pressure is applied to seal face. elbow for duoflow design DEUBLIN Balanced Mechanical Seal Partial line pressure is applied to seal face. rotor seal combination model / series / size 255-000B284 rebuilding kit 257-000C repair kit DEUBLIN + 1 - 8 4 7 - 6 8 9 - 8 6 0 0 o r w w w . d e u b l i n . c o m 5 L.E.68 355 1 1 ⁄3 1.50 55 1 155 1 255 1 ⁄2 0. hot water and saturated steam .34 ⁄3 0.500 RPM 3. Monoflow units have pipe plugs instead of an elbow.8 4 7 . max.80 525 11⁄3 1. c o m .500/min 750/min 3.6 8 9 . Seal Combination .40 4.000/min 2.500/min 750/min >250°F consult DEUBLIN Seal Combinations • Carbon Graphite/Bronze for water .Optional • Multi-purpose applications Torque Ratings 55 Series Size ft. temperature 200°F Dual Ball Bearings Rotor Thread (See table) Stainless Steel Spring Duoflow Elbow (DUO) Supply Pipe (Non-Rotating Shown) Wrench Flats Forged Brass Housing Vent 6 + 1 .500/min 3. • Tungsten Carbide/Ceramic for severe conditions (poor water quality).6 bar 1.80 555 655 2 ⁄2 3 3. low torque design • Lubrication Guide page 55 Operating Data Maximum Water Pressure Model 55-555 Maximum Water Pressure Model 655 Maximum Saturated Steam Pressure (Intermittent) Maximum Hot Oil Pressure Maximum Speed NPT Threads Model 55-555 Model 655 Maximum Speed Straight Threads Model 55-255 Model 355 Model 525-555 Model 655 Maximum Temperature 250°F 750 PSI 600 PSI 15 PSI 100 PSI 1.07 1 Illustration shows duoflow with fixed supply pipe.500 RPM 750 RPM 50 bar 41 bar 1 bar 6.lbs Nm ⁄4 0.DEUBLIN General Purpose 55 Series Unions • Monoflow and duoflow design • Self-supported rotating union • Radial housing connection • Balanced mechanical seal • 3 vent holes • Forged brass housing • Stainless steel rotor • Special options: threaded vent holes.8 6 0 0 o r w w w .Standard • Carbon Graphite/Ceramic for hot oil.S. d e u b l i n .000 RPM 2.500 RPM 750 RPM 3. E.500 RPM 750 RPM 3.Standard • Carbon Graphite/Silicon Carbide Seal Combination .8 6 0 0 o r w w w .00 527 1 1 ⁄2 2.500/min 750/min 57-257 357 527-557 657 3. For Ordering Number of Repair Kit see page 5.90 657 3 ⁄2 4.500 RPM 750 RPM 10 bar 1.S. Silicon Carbide Keyed Rotor Seal Gasket Coil Spring Viton-O-Ring The “57‘s” seal is seated in a keyed counter bore at the rotor‘s end.500/min 3.20 557 2 1⁄4 2.DEUBLIN 57 Series with Silicon Carbide Seals. floating seal) • Ball bearings lubricated for life • For poor water quality (E. the repair cost is very economical.500/min 750/min >200°F consult DEUBLIN 200°F Seal Combination .6 8 9 .000 RPM 2.500 RPM 3. The worn seal simply lifts out and the new one drops right in.L.50 57 1 157 1 257 3 ⁄4 1.25 ⁄3 0. Since the entire rotor does not need to be replaced or relapped. easy replacement of both Floating Seal and the Rotor Seal.S. the repair is fast.000/min 2.L.lbs Nm ⁄4 0. • Silicon Carbide/Silicon Carbide for severe conditions (poor water quality) Torque Ratings 57 Series Size ft.50 1 Union Repair Seal Guide The 57 Series is designed for quick. c o m 7 . for Water Service • Monoflow and duoflow design • Self-supported rotating union • Radial housing connection • Balanced mechanical seal • Keyed rotor seal • Easy and quick replacement of sealing components (rotor seal. d e u b l i n . Carbon Graphite/Silicon Carbide Floating Seal DEUBLIN + 1 . As you only replace the seals.) • 3 vent holes • Forged brass housing • Stainless steel rotor • Special options: threaded vent holes Operating Data Maximum Water Pressure Maximum Speed NPT Threads Model Model Maximum Speed Straight Threads Model Model Model Model Maximum Water Temperature 57-557 657 150 PSI 1.8 4 7 .00 357 11⁄2 2. easy and on the spot. 5 30 11⁄4" 4 1⁄16" 11⁄4" 311⁄16" 36 1" 11⁄2" 411⁄16" 3 1⁄4" 613⁄16" 8 5⁄16" 115⁄16" 11⁄8" 1" 11⁄2" 41⁄4" 21.5 102 123 26 21⁄4" 413⁄16" 5 7⁄8" 21⁄4" 411⁄16" G 3 5 ⁄8" J ⁄8" 211⁄16" ⁄8" 7 3 ⁄8" 7 ⁄8" 21⁄2" 16 9.5 191 234 30.7 17⁄16" 7 ⁄8" 11 6 5⁄8" 15⁄16" 3 ⁄4 " 21 168 34 19 ⁄16" ⁄32" 17.2 36 108 51⁄4" 83 166 204 42 39⁄16" 79⁄16" 9 3 ⁄8 " 23⁄16" 11⁄8" 11⁄4" 13⁄4" 3 9⁄16" 7 9⁄16" 9 3 ⁄8 " 2 3⁄16" 13⁄16" 11⁄4" 13⁄4" 4 11⁄16" 90.8 6 0 0 78 w w w . Water Service 55-147-151 55-147-152 55-147-149 55-147-150 55-147-192 55-147-193 155-208-113 155-208-114 155-208-185 155-208-229 155-208-252 155-208-253 255-052-255 255-052-256 255-052-258 255-052-257 255-052-445 255-052-446 355-064-186 355-064-187 355-064-328 355-064-329 355-064-378 355-064-379 525-097-043 525-097-044 525-097-095 525-097-096 525-097-122 525-097-123 555-033-154 555-033-160 555-033-399 555-033-382 555-033-288 555-033-289 655-502-116 655-502-117 655-502-124 655-502-125 Across Flats A① Rotor Thread 57 Series E. 2 ⁄2". d e u b l i n . Vents Eq.2 46 119 6" 54 27 41⁄4" 81⁄2" 105⁄16" 2 7⁄16" 13⁄16" 11⁄2" 21⁄8" 41⁄4" 87⁄8" 1011⁄16" 213⁄16" 11⁄8" 11⁄2" 21⁄8" 513⁄16" 108 225 268 71 29 35 55 147 45⁄8" 10 1⁄16" 117 ⁄4" 12 ⁄16" 3" 11⁄2" 1 7 ⁄8 " 21⁄4" 7" 117 65 28.L. o r 94 31⁄4" 613⁄16" 8 5⁄16" 115⁄16" 11⁄8" 1 + 1 .55 & 57 Series Monoflow Union Specifications D1 Monoflow Length (3) 11/32" Dia. c o m .6 8 9 . 4" and 5" capacity unions refer to pages 11-13 and 16-20. For 2". Contact factory for further information. 3". Add Duoflow Elbow Suffix to the end of the Ordering Number. B Port NPT ⁄ 3 " 8 ⁄ 1 " 2 ⁄ 3 " 4 1" 11⁄4" 11⁄2" 2 " ① 8 55 Series All Purpose 55-000-001 55-000-002 55-000-003 55-000-004 55-000-094 55-000-095 155-000-001 155-000-002 155-000-021 155-000-022 155-000-151 155-000-152 255-000-020 255-000-021 255-000-003 255-000-027 255-000-284 255-000-285 355-000-002 355-000-003 355-000-019 355-000-074 355-000-222 355-000-223 525-000-001 525-000-002 525-000-026 525-000-027 525-000-054 525-000-055 555-000-001 555-000-002 555-000-395 555-000-396 555-000-198 555-000-199 655-500-116 655-500-117 655-500-124 655-500-125 A † Recessed O-Ring in Rotor End in Place of Copper Gasket Ordering Number 55 Series 57 Series E. Spaced 1/16" Chart Instructions Select Union Size and Rotor Thread.2 120 148 34 2 7⁄8" 5 9⁄16" 6 3 ⁄4 " 2 7⁄8" 5 7⁄16" 73 138 ⁄8" H ⁄2 " ⁄2 " 19 12. Follow this line to opposite page to find Duoflow Elbow Specifications.6 47 60 164 3 246 289 Metric threads and other thread sizes are available. 57-000-001 57-050-001 57-000-002 57-050-002 57-000-003 57-050-003 57-000-004 57-050-004 57-000-094 57-050-094 57-000-095 57-050-095 157-000-001 157-050-001 157-000-002 157-050-002 157-000-021 157-050-021 157-000-022 157-050-022 157-000-151 157-050-151 157-000-152 157-050-152 257-000-020 257-050-020 257-000-021 257-050-021 257-000-135† 257-050-135† 257-000-136† 257-050-136† 257-000-284 257-050-284 257-000-285 257-050-285 357-000-002 357-050-002 357-000-003 357-050-003 357-000-019 357-050-019 357-000-074 357-050-074 357-000-222 357-050-222 357-000-223 357-050-223 527-000-001 527-050-001 527-000-002 527-050-002 527-000-026 527-050-026 527-000-027 527-050-027 527-000-054 527-050-054 527-000-055 527-050-055 557-000-001 557-050-001 557-000-002 557-050-002 557-000-395 557-050-395 557-000-396 557-050-396 557-000-198 557-050-198 557-000-199 557-050-199 657-000-116 657-050-116 657-000-117 657-050-117 657-000-124 657-050-124 657-000-125 657-050-125 J Lock-up Approx 3 ⁄8" NPT ⁄8" NPT 5 ⁄8"-18 UNF 5 ⁄8"-18 UNF G3⁄8" (BSP) G3⁄8" (BSP) 1 ⁄2" NPT 1 ⁄2" NPT 3 ⁄4"-16 UNF 3 ⁄4"-16 UNF G1⁄2" (BSP) G1⁄2" (BSP) 3 ⁄4" NPT 3 ⁄4" NPT 1"-14 UNS 1"-14 UNS G 3⁄4" (BSP) G 3⁄4" (BSP) 1" NPT 1" NPT 11⁄2"-12 UNF 11⁄2"-12 UNF G1" (BSP) G1" (BSP) 11⁄4" NPT 11⁄4" NPT 13⁄4"-12 UN 13⁄4"-12 UN G11⁄4" (BSP) G11⁄4" (BSP) 11⁄2" NPT 11⁄2" NPT 2"-12 UN 2"-12 UN G11⁄2" (BSP) G11⁄2" (BSP) 2" NPT 2" NPT G2" (BSP) G2" (BSP) 3 RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH C D1 D2 E F 13⁄4" 315⁄16" 413⁄16" 1" 5 13⁄4" 315⁄16" 413⁄16" 1" 44.5 22.5 22 63 17⁄16" 7 ⁄8" 1 13⁄16" 3 1⁄2" 5 3 ⁄4 " 15⁄16" 3 ⁄4 " 1 13⁄16" 3 1⁄16" 57.8 4 7 .S.L.S. c o m 9 .5 — — — -237 — -263 1.000" 9 1⁄2" -144 3 — — — -468 — -079 -013 -036 -013 -036 -221 -013 -183 -221 ⁄2" NPT 3 8 ⁄16" 8 3⁄4" 9 3⁄16" 91⁄8" G3⁄4" (BSP) 222 3 . Spaced Pipe Supplied By Customer D2 Duoflow Length Pipe Supplied By Customer S 1/16" G Rotor Hole A Thread Specification H Across Flats Pipe Ø O J Lock-up Approx.8 6 0 0 o r w w w .496" . Vents Eq.998" 25.7 Kg DEUBLIN + 1 .90 ⁄4" ⁄4" — 1. d e u b l i n .370" 9.5 — — — — — — — — 1 18 35 1 0.90 11⁄4" 5 11⁄16" 1 1" 13⁄4" 1 5# 31 146.5 7 1⁄16" 7" 7 1⁄16" 7" -075 -026 -075 -026 .375" 5 5⁄16" -061 1 G1⁄8" (BSP) 117 — — — -471 — 1 5 13⁄16" — — 5 13⁄16" -075 1 -199 1 ⁄8" -043 -044 -043 -044 -368 -367 -083 -084 -083 -084 ⁄4" NPT ⁄8" NPT 1 ⁄4" NPT 1 ⁄8" NPT G1⁄4" (BSP) G1⁄8" (BSP) 3 ⁄8" NPT 1 ⁄4" NPT 3 ⁄8" NPT 1 ⁄4" NPT 5 ⁄4" 5 1⁄8" 5 1⁄8" 5" 136.6 8 9 . Wt.81 44 250 11⁄4" 38 78 3 ⁄4" NPT 1 1 1 ⁄4" 7.000" 9 1⁄8" — — -263 1.95 12. Rotating Supply Pipe Detail Fixed Supply Pipe Detail For Description See Page 10 Fixed Supply Pipe Elbow Thread Suffix R Fixed Supply Tube R Elbow Tube Suffix OD Elbow Suffix Rotating Supply Pipe S Pipe Pipe Size Dia.5 Kg — — 11⁄4" 11⁄2" 3 1⁄16" 3 ⁄4" 16# 13⁄4" 9 5⁄16" 11⁄4" 11⁄2" 3 1⁄16" 3 ⁄4" 16# 44 244 11⁄4" 38 78 3 ⁄4" 7.495" 12.745" . — — — -030 .93 9.500" .55 & 57 Series Duoflow Union Specifications D2 Duoflow Length R Pipe Length Into Union (3) 11/32" Dia.5 1" 35 72 3 ⁄4" 4.750" 8 1⁄4" -104 1 G1⁄2" (BSP) 185.81 1" NPT 10 ⁄4" 10 3⁄8" -263 1.000" .91 25.621" .90 — .743" 21.5 1 26 45 1 2.94 21.89 ⁄4" ⁄4" ⁄2" ⁄2" ⁄2" ⁄16" ⁄16" ⁄4" ⁄4" ⁄4" ⁄2" ⁄2" ⁄2" ⁄2" ⁄2" ⁄2" 13 ⁄4" NPT ⁄2" NPT 3 ⁄4" NPT 1 ⁄2" NPT 1 ⁄2" . R K NPT M N O NPT Shpg.000" 10 5⁄8" — — — — — 11⁄4" 1 ⁄2" 13⁄4" 3 ⁄16" 3 1⁄2" 3 G3⁄4" (BSP) 243 — — — -468 — 25.625" 7 1⁄8" -163 3 -255 G3⁄8" (BSP) 162 — -— — -347 — — 1 ⁄4" ⁄8" -007 1 8 1⁄8" -104 .9 Kg ⁄8" NPT — — — — 3 ⁄8" 11 11⁄2" 3 ⁄8" 3# 13⁄16" 5" 3 ⁄8" 11 ⁄16" 11⁄2" 3 ⁄8" 3# 30 127 3 ⁄8" 18 38 3 ⁄8" 1.6 Kg — — 1" 13⁄8" 2 13⁄16" 3 ⁄4" 10# 11⁄2" 8 3⁄16" 1" 13⁄8" 2 13⁄16" 3 ⁄4" 10# 38 201.91 25.4 Kg — — — 1 1" 13⁄4" 1 5# .500" .8 4 7 .375" 5 7⁄16" — -012 1 ⁄8" NPT 4 3⁄4" -061 .95 15.750" 8 1⁄4" — -007 1 ⁄2" NPT 8 1⁄8" -104 .250" 4 3⁄16" — — — — — 1 11 13⁄8" 1 2# — — — -030 .437" .625" 7 1⁄8" — — -163 .250" 4 3⁄16" — — — — — 1 11 ⁄16" 13⁄8" 1 2# -120 M6X1 98.371" .3 Kg — — — 3 ⁄4" 11⁄16" 2 5⁄16" 1 8# 11⁄4" 7" 3 ⁄4" 11⁄16" 2 5⁄16" 1 8# 31 175 3 ⁄4" 27 59 1 3.2 Kg ⁄4" 1" 17# -012 1 4 3⁄4" -061 .437" — — — -681 — -163 .619" 15.5 132. Duoflow Supply Pipe Installations Deublin water service unions can be adapted for Duoflow applications where a single media is circulated through and around the supply pipe. Rotational speeds above 1000 RPM should be avoided. Tube length is usually limited to 6 union lengths (6 x D1).8 4 7 . The Duoflow elbow helps to support the pipe and restrict crosstalk between passages. Duoflow elbows are available in 3 styles to accept a variety of different supply systems. lightest weight assembly. Fixed Tube Thin wall stainless steel tube silver soldered into the Duoflow elbow produces the strongest. Pilot Stationary Tube Gasket Union Customer Shaft Elbow Rotating Pipe* Rotor *Supplied by customer. Stresses at the pipe thread can cause breakage allowing the pipe to fall into the roll. c o m Inlet .8 6 0 0 o r w w w . The thinner wall sections allow greater flow rates than the threaded pipe. For this reason pipe lengths longer than 4 union lengths (4 x D1) and rotational speeds above 1000 RPM should be avoided. Carbon Filled TFE Bearing* Outlet Gasket* Threaded Pipe The largest threaded supply pipe achieves the maximum flow rates available for a particular size union. Adapter* Where long pipes or high speeds are required. Speeds to 3500 RPM are possible. The pipe must be straight and concentric to the center line to avoid excessive loading of the union. cascading water or vibrations to the union.6 8 9 . A poorly designed supply system can contribute to premature union failure. The guidelines shown below should be carefully considered. 10 + 1 . The union must also have a rotor with a straight thread (Example 1"-14" UNS) rather than a tapered pipe thread to assure concentricity. Maximum flow rates are obtained with the largest tube available for a given size union. A typical adapter is illustrated. d e u b l i n . an adapter should be used to avoid transmitting stresses from heavy pipes. Rotating Pipe Rotating pipes are fastened internally to rotate with the roll. 3 83. 755-700-413-117 755-700-415-117 755-700-330-117 755-700-411-117 755-702-413-139 755-702-415-139 755-701-413-117 755-701-415-117 755-701-330-117 755-701-411-117 755-703-413-139 755-703-415-139 N A Rotor Thread 2 1⁄2" NPT 21⁄2" NPT G21⁄2" (BSP) G21⁄2" (BSP) 21⁄2" NPT 21⁄2" NPT C Dia.L. d e u b l i n .1 60.DEUBLIN 21⁄2" Field Repairable All Purpose Unions • Monoflow and duoflow design • Self-supported rotating union • Radial housing connection • Balanced mechanical seal • Seal combinations: Carbon Graphite/Ceramic .standard Tungsten Carbide/Ceramic .standard Cast iron housing nickel-plated .3 207 108 11⁄4" 1" 308 20 Kg LH RH ‡ 7" 131⁄2" 151⁄4" 31⁄4" 17⁄8" 23⁄8" 39⁄32" 85⁄8" 43⁄8" 11⁄2" 11⁄2" 121⁄8" 44# LH Monoflow unions can be specified by omitting the -117 or -139 suffix.8 4 7 . c o m DEUBLIN 11 .8 6 0 0 P NPT o r w w w .6 8 9 .5 38. Flange rotor available upon request.4 Nm >250°F consult DEUBLIN 250°F Dual Ball Bearings Stainless Steel Spring Carbon Steel Rotor Supply Pipe (Stationary Shown) Cast Iron Housing F D1 R E D2 C 2" NPT Pipe Supplied by Customer G H P A O B J B Port NPT 2 1⁄2" 2 1⁄2" 2 1⁄2" ① Ordering Number① All Purpose E.L. up N O NPT R Shpg. 14 bar 1 bar 750/min 5.optional • Steel rotor • Lubrication Guide page 55 Operating Data Maximum Water Pressure Maximum Saturated Steam Pressure (Intermittent) Maximum Speed Torque at 120 PSI/8.E.S. • 3 vent slots • Cast iron housing .lbs. + 1 . D1 D2 E F G Rotor Hole J H LockDia.2 bar Maximum Temperature 200 PSI 15 PSI 750 RPM 4 ft. For recirculating water service (equal in and out flow) use 11⁄2" supply pipe. Wt. Duoflow rotating pipe models available upon request.S. RH 7" 131⁄2" 15" 31⁄4" 17⁄8" 23⁄8" 39⁄32" 85⁄8" 41⁄4" 11⁄4" 1" 121⁄8" 44# LH RH 178 343 381 82. 2 Nm >250°F consult DEUBLIN Cast Iron Housing Carbon Steel Rotor Supply Pipe (Rotating Shown) Vent Dual Ball Bearings Composite Bearing 12 + 1 . c o m .DEUBLIN 3" Union for Rubber and Plastic Application • Monoflow and duoflow design • Self-supported rotating union • Radial housing connection • Balanced mechanical seal • Seal combination: Carbon Graphite/Tungsten Carbide • Full-media flow • Easy and quick replacement of sealing components (rotor seal. floating seal) • Vented housing • Cast iron housing . d e u b l i n .6 8 9 .standard • Steel rotor • Lubrication Guide page 55 Operating Data Maximum Water Pressure Maximum Saturated Steam Pressure (Intermittent) Maximum Speed Torque @ 150 PSI/10bar Maximum Water Temperature 250°F 150 PSI 15 PSI 500 RPM 6 ft.lbs 10 bar 1 bar 500/min 8.8 4 7 .8 6 0 0 o r w w w . c o m 13 .004" 2 7/8" 9" Dia. Bolt Holes on a 79/16" DBC Type I Monoflow 857-132 Flanged Rotor Detail 857-128 Quick Connect Rotor Detail D R Pipe Length Into Union R Pipe Length Into Union E Pipe Supplied By Customer F 3" NPT S C G A H (Across Flats) B O P T-Dia. D E F G H J N O NPT P NPT R S T Shpg.857 Series Specifications Type I Type II Type III D 13 13/16" 1715/16" 1715/16" R 14" 14 5/16" J 1011/16" 913/16" 913/16" 31/2" Flange O-Ring size 2-353 7/8" Type I Type II Type III 1411/16" 1813/16" 1813/16" D 14 7/8" 153/16" R J 1011/16" 9 13/16" 913/16" 43/8" 7/8" 3.302" 58. 71⁄2" 13 3⁄4" 3 7⁄16" 17⁄8" 2 7⁄8" 4" 10 9⁄16" - - - - - - 50# 190 344 83 44 73 102 244 - - - - - - 23 Kg 71⁄2" 17 7⁄8" 3 7⁄16" 17⁄8" 2 7⁄8" 4" 9 3⁄4" 5 11⁄16" 2" 2" 13 15⁄16" - - 55# 190 451 44 73 102 228 144 2" 2" 351 - - 25 Kg 71⁄2" 17 7⁄8" 3 7⁄16" 1 7⁄8" 2 7⁄8" 4" 9 3⁄4" 5 11⁄16" 2" - 14 1⁄4" 190 451 44 73 102 228 144 2" - 355 83 83 2 3⁄4" 2. Dia.47 DEUBLIN + 1 .312" 3.430" 2 7/8" 3. D E F 1/16" C 4.8 6 0 0 o r w w w . G 1/4" A 11/4" B H (Across Flats) J (6) 11/16" Dia.002" Dia. Pilot Dia.8 4 7 . 4.6 8 9 . Wt. N J Type II Duoflow Fixed Pipe Type I 3 Type II 2 Type III B Port NPT 2 " " " Ordering Number 857-000-101 857-000-102 857-000-118 857-000-119 857-001-101 857-001-102 857-001-118 857-001-119 857-002-101 857-002-102 857-002-118 857-002-119 A Rotor Thread 3" NPT RH 3" NPT LH G3" (BSP) RH G3" (BSP) LH 3" NPT RH 3" NPT LH G3" (BSP) RH G3" (BSP) LH 3" NPT RH 3" NPT LH G3" (BSP) RH G3" (BSP) LH Type III Duoflow Rotating Pipe C Dia.308" 55# 2.425" Dia. 3. d e u b l i n .307" Dia.62 70 25 Kg 58. 7 11 ⁄16" 17.DEUBLIN Stainless Steel Unions • Monoflow and duoflow (available) design • Self-supported rotating union • Radial or axial (available) housing connection • Seal combinations: Carbon Graphite/Ceramic .L.8 6 0 0 o r 5 3 3 w w w .S.6 Kg 111⁄4# 5.S.500 RPM 1. Model 54-050-117 54-050-178 154-050-117 1 " ⁄2 154-050-178 254-050-117 3 " ⁄4 254-050-178 354-050-117 1" 354-050-178 Note: 11⁄4" & 11⁄2" available ⁄ 3 " 8 14 54-051-112 54-051-110 154-051-112 154-051-110 254-051-112 254-051-110 354-051-112 354-051-110 A Rotor Thread ⁄8" NPT G 3⁄8" (BSP) 1 ⁄2" NPT G1⁄2" (BSP) 3 ⁄4" NPT G 3⁄4" (BSP) 1" NPT G1" (BSP) 3 RH RH RH RH RH RH RH RH C Dia.5 33⁄4" 89 41⁄16" 98 47⁄8" 117 ⁄8" 22 13⁄16" 30 13⁄8" 35 125⁄32" 45 11⁄2# 1. D E F G H J T Shpg.8 4 7 . Wt.E. c o m 7 . 115⁄16" 49 21⁄2" 64 27⁄8" 73 311⁄16" 94 4" 101 415⁄16" 123 57⁄16" 135 69⁄16" 161 11⁄16" 26 17⁄16" 34 115⁄32" 34 115⁄16" 43 ⁄8" 16 7 ⁄8" 19 7 ⁄8" 19 11⁄8" 22 ⁄8" 9.L.1 Kg + 1 .) RPM Speed D E (3) Vent Hole 11/32" Dia.8 Kg 53⁄4# 2. • Wetted parts made of 316 stainless steel • Suitable for the food.5 7 ⁄8" 22.500/min 600 300 >200°F consult DEUBLIN 200°F 900 PSI Maximum Pressure and Maximum Speed Maximum Speed NPT 1200 (Temperatures above 160°F pressure should not exceed 150 PSI (10 bar) and media must be in liquid form. chemical & pharmaceutical industries • Full-media flow 1800 Pressure 1500 Operating Data Maximum Temperature See Diagram 1.5 1 ⁄2" 12.2 ⁄4" 19 15 ⁄16" 24 13⁄16" 30 17⁄16" 36 3" 71. F 1 /16" C T G A H Across Flats B J B Port NPT Ordering Number Standard Model E.1 Kg 2# 1. d e u b l i n .standard Tungsten Carbide/Ceramic .6 8 9 . Wt.6 8 9 . Lock-up Shpg.000/min 15 L/min 90°C L G C B A H B Port NPT Ordering Number 3 " 8 3 " 8 927-150-151 3 927-150-152 3 ⁄ ⁄ A Rotor Thread ⁄4"-16 UNF RH ⁄4"-16 UNF LH C D E 21⁄4" 55⁄8" 19⁄16" F 3 G Rotor Hole H Across Flats K L Across Flats Shpg. ⁄4" 3 DEUBLIN Model 22 Car Wash Union • Monoflow design • Self-supported rotating union • Radial housing connection • Seal combination: Silicon Carbide/Silicon Carbide • Stainless steel housing and rotor D E Operating Data Maximum Water Pressure ① Maximum Speed ① Maximum Temperature F 1. C A H J B (Not suitable for overhead boom.000 RPM 4 GPM 200°F 276 bar 2.) B Port NPT Ordering Number ⁄4" 22-001-101 1 ⁄2" NPT RH ⁄4" 22-001-102 1 ⁄2" NPT LH ⁄4" 22-001-103 3 ⁄4" NPT RH ⁄4" 22-001-104 3 ⁄4" NPT LH 3 3 3 3 A Rotor Thread C D E F 23⁄4" 59⁄16" 17⁄8" 11 ⁄16" 1 ⁄2" 11⁄8" 211⁄16" 43⁄4# 23⁄4" 53⁄4" 21⁄16" 7 ⁄8" 1 ⁄2" 11⁄8" 27⁄8" 43⁄4# G H Rotor Hole Across Flats DEUBLIN + 1 . If operating conditions are close to maximum pressure and speed simultaneously.500 PSI 250 RPM 250°F 105 bar 250/min 121°C G ① Union is designed for continuous operation at either maximum speed or maximum pressure.000 PSI 2. consult DEUBLIN.DEUBLIN Model 927 High Pressure / Low Torque Water Union • Monoflow design • Self-supported rotating union • Axial housing connection • Balanced mechanical seal • Seal combination: Tungsten Carbide/Tungsten Carbide • Slinger and vents protect bearings • Low torque design • Stainless steel housing and rotor D E K F 1/16" Operating Data Maximum Water Pressure Maximum Speed Maximum Flow Maximum Temperature 4. d e u b l i n . ⁄16" 11⁄8" 1" 11⁄4" 3# J Approx.8 6 0 0 o r w w w . c o m 15 .8 4 7 . Wt. • Steel-banded floating seal • Easy and quick replacement of sealing components • Full-media flow • Vent slots • Cast iron housing • Steel rotor flanged/threaded • Lubrication Guide page 55 Operating Data Maximum Water Pressure Maximum Speed Torque for Model 6200 Model 6250 Model 6300 Model 6400 Maximum Temperature 150 PSI 750 RPM 4 ft.S. d e u b l i n . Rotor seal is keyed and sealed to the rotor with a built-in O-Ring.DEUBLIN 2".lbs 10 ft. There‘s no need to remove hose connections or use special tools.4 Nm 9. hex bolts and safety wire.lbs 7 ft.6 8 9 . w w w .6 Nm >250°F consult DEUBLIN Torque Lug Cast Iron Housing Cast Iron End Cap (nickel-plated) Supply Pipe (Rotating Shown) Carbon Steel Rotor Heavy-Duty Dual Ball Bearings Vent Composite Bearing Replaceable Rotor Seal DEUBLIN Exclusive On-The-Machine Repair Cartridge Replaceable Seal Cartridge 16 + 1 .E. 3" & 4" Cartridge Water Unions • Monoflow and duoflow design • Self-supported rotating union • Radial housing connection • Balanced mechanical seal • Seal combinations: Carbon Graphite /Tungsten Carbide . Replace end cap. Detailed instructions available from DEUBLIN.5 Nm 10. c o m .lbs 8 ft.standard Silicon Carbide/Tungsten Carbide .8 4 7 .9 Nm 13.L. 2 1⁄2". Make sure the system is cold and pressureless! Simply remove 6 hex bolts and end cap. then remove floating seal cartridge and rotor seal face and replace with new seals.lbs 250°F 10 bar 750/min 5.8 6 0 0 o r Seals are replaced quickly and easily. X Y Z NPT Shpg.D.5 38.8 6 0 0 7 ⁄8" 11 11 ⁄16" 63⁄8" 8. Lug Hole Z A W Pilot Dia. Dia.6 8 9 .3 – – – – 9" 163⁄4" 3 7⁄16" 7⁄8" 3" 141⁄2" 3 7⁄16" 5 5⁄16" 4 3⁄4" 9 ⁄16" 6 ⁄8" 4" 16 3⁄8" 3 3⁄4" 6 1⁄8" 5 1⁄4" 5 6 7" 11" 19" 3" + 1 .D.300 4.D.D.1 60 290 95 113 98 14. 6200-001-115 6200-016-115 FLANGE 6250-001-115 6250-018-115 2 1⁄2"NPT RH 6250-001-119 6250-018-119 2 1⁄2"NPT LH 6250-018-121 G2 1⁄2"(BSP)RH 21⁄2" 6250-001-121 6250-001-123 6250-018-123 G2 1⁄2"(BSP)LH 9" O.5 Kg – 3" 113# – 4" 156# 4. 6200-001-123 6200-001-135 6200-001-137 6200-001-139 6200-016-123 6200-016-135 6200-016-137 6200-016-139 2" NPT RH 2" NPT LH G2"(BSP) RH 2" G2"(BSP) LH 9" O.7 1 ⁄2" 4 7" 145⁄8" 31⁄4" 17⁄8" 2 3⁄8" 12" 3 3⁄4" 4 7⁄16" 37⁄8" 9 ⁄16" – – – – – – 21⁄2" 178 371 82.315" 5 1⁄4" 12" 3 1⁄4" 1" 17⁄8" 101⁄4" 2 7⁄8" 39⁄16" 3 1⁄16" ⁄16" 63⁄8" 8. Wt.8 4 7 .5 Kg ⁄4" 2" 32# 441⁄2# 1 78 12. Flanged O-Ring (supplied by DEUBLIN) for: Model 6200 6250 6300 6400 B Port NPT O-Ring Size 2-343 Viton 2-343 Viton 2-353 Viton 2-361 Viton J Lock-up Ordering Number A Rotor Thread Standard E. c o m 17 .3 – – – – – – 21⁄2" 20. 6300-001-103 6300-015-103 FLANGE 107⁄8" O.317" – 8. ⁄2" – – – – – – 2" 21# – – – – – – 2" 9.004" 1 ⁄4" 4.002" 4. B. C D1 E F G J L M Q 5 1⁄4" 12" 215⁄16" 11⁄2" 17⁄8" 9 5⁄8" 2 7⁄8" 3 9⁄16" 3 1⁄16" 133 295 63.2 Kg 15" 3 5⁄8" 1" 2 3⁄8" 1215⁄16" 3 3⁄4" 4 7⁄16" 3 7⁄8" 9 ⁄16" 4 9" 173⁄16" 3 7⁄8" 17⁄8" 2 7⁄8" 14" 3 7⁄16" 5 5⁄16" 43⁄4" 9 ⁄16" – – – – 229 433 95 44.L.4 73 335 87 135 121 14.317" – 8.5 28. d e u b l i n . 4" 6400-030-330 6400-042-330 FLANGE Note: Threaded Rotors Not For Calender Service.6 47 228 73 90 R T U W Pilot Dia.749" 13 ⁄16" 9" .746" 11 ⁄16" 79⁄16" 1 1 DEUBLIN o r w w w .S.Monoflow Rotating Union Threaded Rotor J Lock-up Flanged Rotor R Dia. 6250-001-300 6250-018-300 FLANGE 6300-001-157 6300-015-157 3" NPT RH 6300-001-158 6300-015-158 3" NPT LH 6300-001-161 6300-015-161 G3"(BSP) RH 3" 6300-001-162 6300-015-162 G3"(BSP) LH 9" O.315" ⁄4" 21⁄2" 59# – – 3" 98# – – 3" 45.C. 6 47 189 246 73 51⁄4" 13 3⁄16" 31⁄4" 1" 17⁄8" 8 5⁄8" 101⁄16" 2 7⁄8" 7" 15 7⁄8" 3 1⁄4" 17⁄8" 2 3⁄8" 93⁄4" 13" 3 3⁄4" 178 403 82. B. FLANGE 10 7⁄8" O.D.D.8 6 0 0 .4 73 288.5 38.D.L.6 47 189 260 73 51⁄4" 133⁄16" 31⁄4" 1" 17⁄8" 8 5⁄8" 1015⁄16" 2 7⁄8" 7" 15 7⁄8" 31⁄4" 17⁄8" 23⁄8" 9 3⁄4" 1213⁄16" 3 3⁄4" 178 403 82. J Lock-up Duoflow Rotating Pipe Models B&O Port NPT (2) x 1" (2) x 11⁄2" (2) x 2" (2) x 21⁄2" Standard E.S.L.D. FLANGE 2 1⁄2" NPT 2 1⁄2" NPT G2 1⁄2" (BSP) G2 1⁄2" (BSP) 9" O.D. FLANGE 3" NPT 3" NPT G3" (BSP) G3" (BSP) 9" O. G RP Pipe Dia.5 28.D2 Flanged/Threaded Duoflow Rotating Pipe K Pipe Length Into Union E L E F S F Supplied By Customer X R Dia. Lug Hole T/U M Z Q C A W Pilot Dia.1 60 228.8 4 7 . FLANGE 3" NPT 3" NPT G3" (BSP) G3" (BSP) 9" O. c o m C RH LH RH LH RH LH RH LH RH LH RH LH Duoflow Fixed Pipe Models B&O Port NPT (2) x 1" (2) x 11⁄2" (2) x 2" (2) x 21⁄2" 18 Standard E. FLANGE 2 1⁄2" NPT 21⁄2" NPT G21⁄2" (BSP) G21⁄2" (BSP) 9" O.9 412 87 9" 19 9⁄16" 37⁄16" 7 ⁄8" 3" 12 3⁄4" 16" 3 7⁄16" 11" 213⁄8" 3" 7 ⁄8" 4" 13 3⁄4" 17 1⁄2" 3 3⁄4" D2 E F G J K L 51⁄4" 12 7⁄8" 2 15⁄16" 11⁄2" 17⁄8" 8" 10 1⁄8" 27⁄8" 133 314 63.9 404 87 9" 19 9⁄16" 3 7⁄16" 7 ⁄8" 3" 12 3⁄4" 16 3 7⁄16" 11" 213⁄8" 3" 7 ⁄8" 4" 13 3⁄4" 17" 3 3⁄4" o r w w w .1 60 228. A Y J Lock-up N Approx. Dia.6 330 95 7" 161⁄4" 3 5⁄8" 1" 2 3⁄8" 10 9⁄16" 13 3⁄8" 3 3⁄4" 9" 20" 37⁄8" 17⁄8" 27⁄8" 121⁄4" 16 1⁄16" 3 7⁄16" 229 505 95 44.S.5 28. FLANGE 10 7⁄8" O. FLANGE D2 E F G J K L 5 1⁄4" 12 7⁄8" 215⁄16" 11⁄2" 17⁄8" 8" 105⁄8" 2 7⁄8" 133 314 63.D. FLANGE C RH LH RH LH RH LH RH LH RH LH RH LH + 1 . 6200-002-123 6200-002-135 6200-002-137 6200-002-139 6200-030-123 6200-030-135 6200-030-137 6200-030-139 6200-002-115 6200-030-115 6250-002-115 6250-002-119 6250-002-121 6250-002-123 6250-030-115 6250-030-119 6250-030-121 6250-030-123 6250-002-300 6250-030-300 6300-002-157 6300-002-158 6300-002-161 6300-002-162 6300-030-157 6300-030-158 6300-030-161 6300-030-162 6300-002-103 6300-030-103 6400-031-330 6400-051-330 A 2" NPT 2" NPT G2" (BSP) G2" (BSP) 9" O.6 8 9 . d e u b l i n .C.D.5 38.6 325 95 7" 161⁄4" 3 5⁄8" 1" 23⁄8" 10 9⁄16" 131⁄2" 3 3⁄4" 9" 20" 3 7⁄8" 17⁄8" 27⁄8" 121⁄4" 16 3⁄8" 3 7⁄16" 229 505 95 44.4 73 288. 6200-011-123 6200-011-135 6200-013-137 6200-013-139 6200-040-123 6200-040-135 6200-020-137 6200-020-139 6200-011-115 6200-040-115 6250-006-115 6250-006-119 6250-025-121 6250-025-123 6250-040-115 6250-040-119 6250-035-121 6250-035-123 6250-006-300 6250-040-300 6300-006-157 6300-006-158 6300-025-161 6300-025-162 6300-040-157 6300-040-158 6300-035-161 6300-035-162 6300-006-103 6300-040-103 6400-024-330 6400-054-330 A 2" NPT 2" NPT G2" (BSP) G2" (BSP) 9" O.D. 300" – 4" 168# 121 11 1 4 3 ⁄4 " 9 ⁄16" 6 11 ⁄16" 7 9⁄16" 5 1⁄4" 5 6 13 ⁄16" 9" ⁄8 " 1 1 DEUBLIN + 1 .2 Kg ⁄16" 15⁄8" 4 ⁄16" 6 3⁄8" 8.245" 1.302" 58. Lug Hole X T/U Z M Q A Dia. ⁄2" 11⁄2" – – – – – – 2" 29# 12.245" 1.62 58.7 Kg ⁄16" 2 3⁄4" 6 11 ⁄16" 7 9⁄16" ⁄4" – 3" 120# 5 21⁄2" 6 13 ⁄16" 9" 4.002" 4.317" 8.2 Kg ⁄2" 11⁄2" 4 ⁄16" 6 3⁄8" 8.865" 47.004" 4.315" – ⁄4 " 2 1 ⁄2 " 70# 98 11 11 3 7 ⁄8 " 9 ⁄16" 4 4 3 ⁄4 " 9 ⁄16" – – – – – – 3" 105# 14.742" FP 1" NPT G1" (BSP) 1" NPT 11⁄2" NPT G11⁄2" (BSP) 11⁄2" NPT 2" NPT G2" (BSP) 2" NPT 21⁄2" NPT RP Q R 1" 3 1⁄16" 1" 78 1" 3 1⁄16" 1 11⁄2" 3 7⁄8" 9 11⁄2" 98 11⁄2" 3 7⁄8" 9 2" 4 3⁄4" 9 2" 121 2" 4 3⁄4" 9 2 1⁄2" 5 1⁄4" 78 N Approx. Pilot Dia. 3 9⁄16" 3 3⁄8" 1" 90 86 1" 3 9⁄16" 33⁄8" 1" 4 7⁄16" 4 1⁄16" 11⁄2" 113 103 11⁄2" 4 7⁄16" 4 1⁄16" 11⁄2" 5 5⁄16" 5 3⁄16" 2" 135 132 2" 5 5⁄16" 5 3⁄16" 2" 6 1⁄8" 5 3⁄4" 21⁄2" M N O NPT 3 9⁄16" 3 3⁄8" 1" 90 86 1" 3 9⁄16" 33⁄8" 1" 47⁄16" 4 1⁄16" 11⁄2" 113 103 11⁄2" 4 7⁄16" 4 1⁄16" 11⁄2" 5 5⁄16" 5 3⁄16" 2" 135 132 2" 55⁄16" 5 3⁄16" 2" 6 1⁄8" 5 3⁄4" 2 1⁄2" 1.62 31.3 41 – – – – – – 2 1⁄2" 25.867" 1.47 2.7 – – – – – – 2" 13.315" – ⁄4 " 2" 40# 1 Q 3 1⁄16" O B Y ⁄8" 1 11 1 1 1 3 1⁄16" 1 ⁄2 " 4 3 7 ⁄8 " 9 ⁄16" – – – – – – 2 1 ⁄2 " 55 1⁄2# 14.300" – 4" 168# R T U W Pilot Dia.745" 2.746" ⁄4 " – 3" 120# .308" 2.002" 4.865" 2.315" – ⁄4" 2" 40# ⁄16" 15⁄8" – – – – – – 2 1⁄2" 551⁄2# 14.8 6 0 0 o r w w w .7 Kg 4. A FP J Lock-up J Lock-up M N O NPT Pipe Dia.Flanged/Threaded Duoflow Fixed Pipe D2 K Pipe Length Into Union E E Supplied By Customer F L F R Dia. S T U W Pilot Dia. ⁄2 " – – – - – – 2" 29# 12. Wt.8 4 7 .302" 2. W B. X Y Z NPT Shpg. X Y Z NPT Shpg. Wt. d e u b l i n .2 Kg ⁄16" 6 3 ⁄8 " 8.3 – – – – – – 3" 47.2 Kg ⁄16" 6 3 ⁄8 " 8.749" 4.746" .317" 8.240" 1.317" 8.42 47.004" 4.3 – – – – – – 2 1 ⁄2 " 25.6 8 9 .240" 31.749" 4.317" 8. c o m 19 .308" 2.3 70 – – – – – – 3" 47.315" – ⁄4" 2 1⁄2" 70# ⁄16" 2 3⁄4" – – – – – – 3" 105# 14.C.7 38 – – – – – – 2" 13.49 1.867" 1.37 1. Wt. Monoflow Rotating Union D1 E L 21/32" Dia.295" 6.DEUBLIN F Series 5" Water Union • Monoflow and duoflow design • Self-supported rotating union • Balanced mechanical seal • Seal combination: Carbon Graphite/Tungsten Carbide • Two widely-spaced ball bearings • Labyrinth seal protects bearings • Cast iron housing • High corrosion resistant • Steel flanged rotor • On-the-machine seal replacement capability • Inlet/outlet flange: standard ANSI optional DIN.8 6 0 0 N Q T 6 U 23 X W ⁄32" 827⁄32" 5 Y Z Pilot Dia. JIS • Special designs up to 12" available upon request Operating Data Maximum Water Pressure① Maximum Speed① 230 PSI 1. B.291" .000/min >250°F consult DEUBLIN 250°F ① Union is designed for continuous operation at either maximum speed or maximum pressure. Dia.480" 1621⁄32" 3.C. Shpg. consult DEUBLIN. B. Wt. ⁄16" 6. Dia.C.6 8 9 . ⁄16" 321⁄32" 331⁄32" 6.8 4 7 . T/U X C Q M A W Pilot Dia. A C D2 (2) 3" F127-023-204-701 11" 11" 281⁄2" ANSI 20 E 311⁄32" 1" 3.476" L M 51⁄8" 73⁄32" 8" 61⁄32" o r w w w . d e u b l i n . Y Monoflow Union B Port Ordering No.000 RPM Maximum Temperature 16 bar 1.291" 220# Duoflow Union B Port Ordering No. Shpg. G D2 J Lock-up E B L F 21/32" Dia. F T/U X Q M C A W Pilot Dia.295" 264# 6. If operating conditions are close to maximum pressure and speed simultaneously. G Z G1 J Lock-up 2" Bore Depth Duoflow Rotating Union B B N Approx. 5" F127-011-200 ANSI A C D1 11" 11" 23" E F G J L M Q T 311⁄32" 1" 429⁄32" 1729⁄32" 51⁄8" 73⁄32" 61⁄32" 6 F G1 J U 23 W ⁄32" 827⁄32" 5 X Pilot Dia. c o m + 1 . 815 25⁄16" 46.35 46. d e u b l i n .313 27⁄8" 83 59.00 49 12.7 Kg 13 9 – – – 31⁄2# ⁄4" 2 ⁄8" 1 ⁄16" 1 ⁄16" – 26 19 54 46 39 – 1 3 ⁄4" 2" 17 7 2" 26 19 51 39 36 51 85 1 3 2" 17 9 2" 11 3 ⁄32" 39 39 51 85 11 13 1 1 4 ⁄8" 64 105 ⁄4" ⁄4" 1 ⁄32" 1 ⁄16" 1 ⁄32" 1 ⁄16" 2 ⁄16" 1 ⁄16" 1 ⁄16" 2 ⁄2" – 11 3 ⁄32" – – .130 7 1.8 6 0 0 o r w w w .815 2 ⁄16" 62 46.748 1 .8 4 7 .70 28.510 13.6 8 9 .9 Kg 4# 1.35 59 62 46.323 27⁄8" 31⁄4" 2.00 63.00 58.323 1 3 ⁄4" 2.DEUBLIN 2400 Series Rotating Union • Monoflow and duoflow design • In-the-shaft mounted • Self-supported rotating union • Flanged housing or mounted with retaining plate • Balanced mechanical seal • Seal combination: Silicon Carbide/Silicon Carbide • Brass housing and elbow • Stainless steel rotor and supply pipe • Engineered sleeve bearing • Full-media flow • Easily field repairable Operating Data Maximum Water Pressure Maximum Speed Maximum Temperature 150 PSI 100 RPM 10 bar 100/min >250°F consult DEUBLIN 250°F Monoflow Rotating Union ① Duoflow Rotating Union ① ① Duoflow Monoflow B Port 3/4" NPT G3/4" (BSP) 1" NPT G1" (BSP) 3/4" NPT G 3/4" (BSP) 3/4" NPT G 3/4" (BSP) 1" NPT G1" (BSP) ① Denotes Ordering Number 2420-001-125 A C 2 21⁄64" 23⁄8" 2420-001-139 59 60 2425-001-281 15 1 75 78 2425-001-172 2 ⁄16" 3 ⁄16" 15 3 2420-001-135-180 2 ⁄16" 2 ⁄8" 2420-001-141-180 75 60 15 1 2425-001-177-180 75 78 2440-001-301-254 7 3 ⁄8" 3 ⁄16" 2440-001-306-254 98 87 2425-001-283-180 2 ⁄16" 3 ⁄16" 7 D① EØ① FØ 5 27⁄16" 1.825 7 2 ⁄16" 1.805 33⁄8" 11 3 ⁄16" 2.795 71. – – – – 11⁄2# 46 36 – – – – .00 58.10 2. c o m 21 .5 18.825 1.313 83 59.8 Kg 9# 4 Kg DEUBLIN Shaft Dimension + 1 .10 59 2.00 HØ 115⁄16" 3 49 7 1 ⁄16" 3 36 15 1 ⁄16" 3 49 7 1 ⁄16" 3 36 2" 51 3 J K L ⁄16" 11⁄32" 5 26 19 ⁄16" 1 1 ⁄32" 3 5 ⁄16" 1 ⁄32" 5 ⁄16" 1 ⁄32" 5 26 19 51 ⁄16" 1 1 ⁄32" 3 11 5 26 19 68 43 46 3 ⁄4" M N O 121⁄32" 113⁄16" 17⁄16" 42 1 P Q RØ S Shpg.75 73 2.95 .94 1.6 Kg 2# .75 73 1.746 2 ⁄2" 19.58 48 1.25 86 94 71. Wt.125 1 ⁄8" 28.511 115⁄16" . 1# 48 1. Wt. NPT B D1 D2 E 41⁄8" – 17⁄32" 105 – 31 47⁄16" – 19⁄32" 112.1 Kg 129⁄32" 3. Steam Service Hot Oil 450°F Max.5 19 ⁄32" 15 19 ⁄32" 15 19 ⁄32" 15 13 ⁄32" 21 1 ⁄8"NPT 116. Lock-Up B Ordering Number A C Port Rotor Thread Dia.8 4 7 . c o m 42 1 121⁄32" 2. d e u b l i n . Lock-Up J Approx. Monoflow Length Torque Restraining Rod Hole (Customer Machined) L Approx. consult DEUBLIN.5 45 Dimensions for NPT Rotor Threads are from Wrench Tight Engagement. If operating conditions are close to maximum pressure and speed simultaneously.5 F H J① K L① M N O ⁄32" 3" – – 19⁄16" – – 10 17 68.8 6 0 0 o r w w w .1# 14 22 74 G Rotor Hole Q Shpg. 3 ⁄8" NPT RH 3 2 ⁄8" ⁄8" NPT LH 3 G ⁄8"(BSP)RH 60 G 3⁄8"(BSP)LH 1 ⁄2" NPT RH 19 2 ⁄32" 1 ⁄2" NPT LH 1 G ⁄2"(BSP)RH 66 G1⁄2"(BSP)LH 1 ⁄2" NPT RH 19 2 ⁄32" 1 ⁄2" NPT LH 1 G ⁄2"(BSP)RH 66 G1⁄2"(BSP)LH 3 – 51⁄2" 19⁄32" – 139.5 – – 40 – – 9 ⁄16" 7 ⁄8" 31⁄8" – – 125⁄32" – – 14 22 74 – – 45 – – 9 ⁄16" 7 ⁄8" 31⁄8" 1⁄8"NPT 419⁄32" 125⁄32" 121⁄32" 1⁄4"NPT 129⁄32" 3. Siphon Length Into Union Torque Restraining Rod Hole (Customer Machined) E E Pipe Supplied By Customer F F Q Q K C C G Rotor Hole G Rotor Hole M M A A O H Across Flats H Across Flats ⁄ Duoflow Monoflow 3 " 8 ① 22 ⁄ 1 " 2 ⁄ 1 " 2 N10-020-214 N10-021-214 N10-020-215 N10-021-215 N10-020-210 N10-021-210 N10-020-211 N10-021-211 N12-020-214 N12-021-214 N12-020-215 N12-021-215 N12-020-210 N12-021-210 N12-020-211 N12-021-211 N12-022-214-701 N12-023-214-701 N12-022-215-701 N12-023-215-701 N12-022-210-701 N12-023-210-701 N12-022-211-701 N12-023-211-701 N J Approx. Monoflow Union Duoflow Union D2 Approx.DEUBLIN N Series Steam and Hot Oil Unions • Monoflow design: N10 • Monoflow and duoflow design: N12 • Self-supported rotating union • Large carbon graphite bearing • Pressurized spherical carbon graphite seal • Cast iron housing • Stainless steel rotor Operating Data Maximum Steam Pressure① Maximum Steam Temperature Maximum Hot Oil Pressure① Maximum Speed① 250 PSI 400°F 100 PSI 750 RPM 17 bar 200°C 7 bar 750/min Maximum Hot Oil Temperature 450°F 232°C ① Union is designed for continuous operation at either maximum speed or maximum pressure.5 32.6 8 9 .4# 42 1.4 Kg ⁄4"NPT 48 1. Monoflow Length D1 Approx. + 1 .5 – 32.4 Kg . DEUBLIN + 1 .8 6 0 0 o r w w w .6 8 9 . (2) Torque Restraining Lugs 90° Apart Stainless Steel End Cap Bearing Stainless Steel Spring One Piece Blackened Steel Rotor Siphon Pipe Support Elbow Supply or Return Pipe (Stationary Shown) Removable Duo Adapter Nickel-Plated Cast Iron Housing Wear Indicator Groove Appears When Seal is Worn and Replacement Should be Scheduled. c o m 23 .DEUBLIN 9000 Series Steam and Hot Oil Unions • Monoflow and duoflow design • Self-supported rotating union • Spherical Carbon Graphite seal • Seal wear indicator allows preventive maintenance • 2 torque lugs on the housing • Nickel-plated cast iron housing • Steel rotor blackened for steam service Operating Data Maximum Saturated Steam Pressure① Maximum Saturated Steam Temperature Maximum Hot Oil Pressure① Maximum Speed① Maximum Hot Oil Temperature ① 150 PSI 365°F 100 PSI 400 RPM 10 bar 185°C 7 bar 400/min 450°F 232°C Union is designed for continuous operation at either maximum speed or maximum pressure.8 4 7 . consult DEUBLIN. If operating conditions are close to maximum pressure and speed simultaneously. d e u b l i n . . 5 8.997" .7 ⁄8" -400 -401 -400 -401 -600 -601 -400 -401 -400 -401 -600 -601 -400 -401 -400 -401 -600 -601 ⁄4" NPT 1 ⁄4" NPT G 1⁄4" (BSP) 1 ⁄4" NPT 3 ⁄8" NPT 1 ⁄4" NPT 3 ⁄8" NPT G 1⁄4" (BSP) G 3⁄8" (BSP) 1 ⁄2" NPT 1 ⁄2" NPT G 1⁄2" (BSP) 1 ⁄2" NPT 3 ⁄4" NPT 1 ⁄2" NPT 3 ⁄4" NPT G1⁄2" (BSP) G 3⁄4" (BSP) 1 ⁄2" NPT 3 ⁄4" NPT 1 ⁄2" NPT 3 ⁄4" NPT G 1⁄2" (BSP) G 3⁄4" (BSP) 7 1⁄4" -402 1 7 1⁄4" -402 1 181 -620 1 8" -403 3 8" -403 3 210 -620 3 8 3⁄4" -402 1 8 1⁄2" -402 1 238 -621 1 101⁄2" -403 3 101⁄2" -403 3 262 -621 3 10 7⁄8" -403 3 111⁄4" -403 3 284 -621 3 ⁄4" ⁄4" ⁄4" ⁄8" ⁄8" ⁄8" ⁄2" ⁄2" ⁄2" ⁄4" ⁄4" ⁄4" ⁄4" ⁄4" ⁄4" . d e u b l i n .0 25.495" .500" .9000 Series Duoflow Union Specifications D2 Approx.809" .495" 13.9 .6 Kg (BSP) 1 ⁄2" 10# NPT 1 ⁄2" 10# NPT 1 G ⁄2" 4.991" 26.657" 16.9 .803" .997" .5 16.9 .663" .0 19. A Pipe Supplied By Customer Thread O S Dia.0 15.997" .5 Kg (BSP) 3 ⁄4" 15# NPT 3 ⁄4" 15# NPT 3 G ⁄4" 6.7 89 2 7⁄16" 3 7⁄16" 5 – – 2 7⁄16" 3 7⁄16" 5 ⁄8" – – 62 87 16 – – 12 13.9 M N O L Shpg.0 12. Packing J Approx.6 8 9 . Duoflow Length L Siphon Length Into Union E Siphon Pipe Length Into Union L R Torque Restraining Rod Hole P U K Rotor Hole Q T Spanner Wrench Hole Center G C Pipe Dia.8 4 7 .0 25.7 76 -600 2 3⁄16" 2 7⁄8" 21 ⁄32" 11 ⁄32" 3 1⁄2" 2 3⁄16" 2 7⁄8" 21 ⁄32" 11 ⁄32" 3 1⁄2" 55 73 8. L 1 11⁄2" 115⁄16" 15 ⁄32" 17 ⁄64" 21⁄4" -400 11⁄2" 115⁄16" 15 ⁄32" 17 ⁄64" 21⁄4" -400 38 49 7 57 -600 11⁄2" 21⁄8" 17 ⁄32" 5 ⁄16" 21⁄2" 11⁄2" 21⁄8" 17 ⁄32" 5 ⁄16" 21⁄2" 38 54 8 63 15⁄8" 2 3⁄8" 17 ⁄32" 11 ⁄32" 3" -400 15⁄8" 2 3⁄8" 17 ⁄32" 11 ⁄32" 3" -400 42 60 13.500" . 1 2" 71⁄4" 2" 2 3⁄8" 2" 71⁄4" 2" 2 3⁄8" 51 175 51 60 2" 8 3⁄8" 2 1⁄4" 3 5⁄16" 2" 8 3⁄8" 2 1⁄4" 3 5⁄16" 51 206 57 84 2 3⁄8" 9 3⁄4" 3" 3 7⁄8" 2 3⁄8" 9 1⁄2" 3" 3 7⁄8" 60 230 76 98 2 1⁄2" 119⁄16" 3 1⁄2" 4 5⁄8" 2 1⁄2" 119⁄16" 3 1⁄2" 4 5⁄8" 63 255 89 117 2 1⁄2" 12 5⁄8" 3 7⁄16" 5" 2 1⁄2" 13" 3 7⁄16" 5" 63 276 87 127 ⁄2" 8# NPT 1 ⁄2" 8# NPT 1 G ⁄2" 3.9 .8 Kg (BSP) 3 ⁄4" 25# NPT 3 ⁄4" 25# NPT 3 G ⁄4" 11. c o m 25 .997" .809" .803" 20.5 Kg (BSP) 3 ⁄4" 31# NPT 3 ⁄4" 31# NPT 3 G ⁄4" 14 Kg (BSP) DEUBLIN + 1 .657" . Lock-Up Gland Nut Lock Nut N B Fixed Siphon Detail P Q R S T Fixed Siphon Elbow Suffix Thread Rotating Siphon Detail Rotating Siphon U Elbow Suffix Pipe Size Pipe Dia.991" .991" .663" .991" 26.8 6 0 0 o r w w w . Wt. 13 ⁄16" 37# .8 6 0 0 F3 29 ⁄32" o r GØ J L 15⁄16" 813⁄32" 25⁄8" M 31⁄2" N P Q R 27⁄8" 1⁄2"NPT 27⁄8" 101⁄4" w w w .DEUBLIN HPS Series for High Pressure Steam Service in Corrugators • Monoflow and duoflow design • Self-supported rotating union • Seals and bearings made of special Carbon Graphite • Convex seal ring better suited to handle mechanical and thermal shock • External mechanism to adjust siphon pipe through end cap • Nickel-plated front and rear end cap • Nickel-plated ductile iron housing • Stainless steel spring • Heavy duty steel rotor design • Dual bearings for extended service life Operating Data Maximum Saturated Steam Pressure Maximum Speed Maximum Temperature 250 PSI 400 RPM 400°F 17 bar 400/min 200°C Nickel-Plated Ductile Iron Housing with Steam Inlet External Mechanism to Adjust Siphon Pipe Steel Rotor O-Ring Siphon Bushing with Alignment Slot Pipe Supplied By Customer (1⁄ 2" NPT) Dual Bearings Adjustable Siphon End Cap with Condensate Outlet Spherical Copper Gasket (static) Flange Adapter 1 ⁄4" 1 B O Port NPT Port NPT 11 ⁄2" 26 3 ⁄4" 2" Ordering No. CØ D E C15D-004-02-3A 53⁄8" 133⁄8" 315⁄32" F 1 F1 Ø F2 " " ⁄2" 1.868 1. d e u b l i n . Wt. c o m ZØ 21 ⁄32" Z 1 Shpg.870" 1.775 + 1 .8 4 7 .6 8 9 .779" 1. DEUBLIN H Series Steam and Hot Oil Unions • Monoflow and duoflow design • Self-supported rotating union • Convex seal ring better suited to handle mechanical and thermal shock • Two widely-spaced graphite bearings • H57 . d e u b l i n .6 8 9 . plastic and textile industries and open gear paper machines Operating Data 3/4" – 2" Operating Data 2 1/2" – 5" Maximum Saturated Steam Pressure Maximum Speed Saturated Steam Service Maximum Saturated Steam Temperature 150 PSI 400 RPM 365°F 10 bar 400/min 185°C Maximum Saturated Steam Pressure Maximum Speed Saturated Steam Service Maximum Saturated Steam Temperature 150 PSI 180 RPM 365°F 10 bar 180/min 185°C Maximum Hot Oil Pressure Maximum Speed Hot Oil Service 100 PSI 400 RPM 7 bar 400/min Maximum Hot Oil Pressure Maximum Speed Hot Oil Service 100 PSI 350 RPM 7 bar 350/min 450°F 232°C 450°F 232°C Maximum Hot Oil Temperature Maximum Hot Oil Temperature Stainless Steel Rotor with Quick Connect Flange Instrumentation Port (optional) Sight Gauge (Steam Service Only) B-Port is centered between two widelyspaced Carbon Graphite bearings for equal Example for Stationary Siphon System Example for Rotating Siphon System DEUBLIN + 1 .H127 optional with sight glasses in the end cap for visual inspection of condensate removal • Seal wear indicator allows preventive maintenance • Flanged or threaded rotor available • Cast iron housing • Stainless steel rotor • For steam and hot oil applications in paper. c o m 27 .8 4 7 .8 6 0 0 o r w w w . 6 8 9 .Monoflow Rotating Union Models Size H20 – H40 Models Size H57 – H87 (Thickness) Gasket (Thickness) Gasket 0.8 4 7 .040" 0. c o m .8 6 0 0 o r w w w . d e u b l i n .040" 0.040" Models Size H107 and H127 (Thickness) Gasket 0.040" 0.040" Monoflow Rotating Unions Size B Port ⁄4" 1" 11⁄4" 11⁄2" 2" 21⁄2" 3" 4" 5" ⁄4" NPT 1" NPT 11⁄4" NPT 11⁄2" NPT 2" NPT 21⁄2" NPT 3" NPT 4" ANSI 5" ANSI 3 A D E 223⁄32" 31⁄16" 311⁄16" 329⁄32" 43⁄16" 57⁄16" 529⁄32" 77⁄8" 111⁄32" 5 1⁄2" 61⁄2" 67⁄8" 81⁄32" 105⁄32" 1113⁄16" 1227⁄32" 151⁄2" 185⁄16" 19⁄16" 127⁄32" 115⁄16" 213⁄32" 213⁄32" 23⁄4" 221⁄32" 3" 311⁄32" Monoflow H20 H25 H32 H40 H57 H67 H87 H107 H127 3 F G J L M M1 ⁄32" ⁄32" 9 ⁄16" 9 ⁄16" 9 ⁄16" 23 ⁄32" 23 ⁄32" 25 ⁄32" 15 ⁄16" ⁄32" ⁄32" 11⁄4" 11⁄2" 127⁄32" 27⁄16" 3" 315⁄16" 415⁄16" 33⁄4" 331⁄32" 47⁄16" 53⁄8" 515⁄16" 71⁄32" 713⁄32" 821⁄32" 1013⁄16" 25⁄16" 123⁄32" 13⁄4" 2" 317⁄32" 49⁄32" 423⁄32" 521⁄32" 715⁄32" 125⁄32" 131⁄32" 21⁄16" 23⁄4" 39⁄32" 329⁄32" 417⁄32" 513⁄32" 67⁄32" 131⁄32" 23⁄8" 29⁄16" 215⁄16" 33⁄4" 411⁄32" 423⁄32" 611⁄16" 821⁄32" 15 23 15 31 Duoflow Rotating Unions Size B Port O Port Duoflow E-R-S A D E ⁄4" 1" 11⁄4" 11⁄2" 2" 21⁄2" 3" ⁄4" NPT 1" NPT 1" NPT 11⁄4" NPT 11⁄2" NPT 2" NPT 21⁄2" NPT 3" ANSI 21⁄2"ANSI 4" ANSI 3" ANSI ⁄2" NPT ⁄2" NPT 3 ⁄4" NPT 1" NPT 11⁄4" NPT 11⁄2" NPT 2" NPT 21⁄2"ANSI 21⁄2"ANSI 21⁄2"ANSI 3" ANSI H20 H25 H32 H40 H57 H67 H87 H107 H107① H127 H127① 223⁄32" 31⁄16" 311⁄16" 329⁄32" 43⁄16" 57⁄16" 529⁄32" 77⁄8" 77⁄8" 111⁄32" 111⁄32" 711⁄16" 821⁄32" 8" 921⁄32" 1115⁄16" 141⁄8" 1519⁄32" 225⁄32" 225⁄32" 245⁄16" 2419⁄32" 19⁄16" 127⁄32" 115⁄16" 213⁄32" 213⁄32" 23⁄4" 221⁄32" 3" 3" 311⁄32" 311⁄32" 3 4" 5" ① 28 3 1 1 F G J L M M1 M2 N ⁄32" ⁄32" 9 ⁄16" 9 ⁄16" 9 ⁄16" 23 ⁄32" 23 ⁄32" 25 ⁄32" 25 ⁄32" 15 ⁄16" 15 ⁄16" ⁄32" ⁄32" 11⁄4" 11⁄2" 127⁄32" 27⁄16" 3" 315⁄16" 315⁄16" 415⁄16" 415⁄16" 33⁄4" 331⁄32" 47⁄16" 53⁄8" 515⁄16" 71⁄32" 713⁄32" 821⁄32" 821⁄32" 1013⁄16" 1013⁄16" 25⁄16" 123⁄32" 13⁄4" 2" 317⁄32" 49⁄32" 423⁄32" 521⁄32" 521⁄32" 715⁄32" 715⁄32" 125⁄32" 131⁄32" 21⁄16" 23⁄4" 39⁄32" 329⁄32" 417⁄32" 513⁄32" 513⁄32" 67⁄32" 67⁄32" 131⁄32" 23⁄8" 29⁄16" 215⁄16" 33⁄4" 411⁄32" 423⁄32" 611⁄16" 611⁄16" 821⁄32" 821⁄32" 13⁄16" 13⁄16" 29⁄16" 215⁄16" 33⁄4" 411⁄32" 423⁄32" 611⁄16" 611⁄16" 821⁄32" 821⁄32" 33⁄8" 43⁄32" 23⁄8" 213⁄16" 313⁄16" 429⁄32" 53⁄4" 97⁄8" 97⁄8" 927⁄32" 927⁄32" 15 15 23 31 Hot Oil Design + 1 . 149 3.8 4 7 .181 1.740 4. c o m 9 9 5 7 3 4" 5" DEUBLIN 29 .Duoflow Rotating Union Models Size H20 – H40 Models Size H57 – H87 (Thickness) (Thickness) 0.724 4. d e u b l i n .6 8 9 .003 depending on size.732 2.299 131⁄32" 23⁄8" 23⁄4" 31⁄16" 33⁄4" 417⁄32" 415⁄16" 65⁄16" 827⁄32" ⁄4" ⁄32" 5 ⁄16" 13 ⁄32" 13 ⁄32" 15 ⁄32" 15 ⁄32" 19 ⁄32" 19 ⁄32" – – – – – – – 71⁄2" 81⁄2" – – – – – – – 821⁄32" 927⁄32" ⁄32" ⁄32" 11 ⁄32" 7 ⁄16" 1 ⁄2" 19 ⁄32" 19 ⁄32" 19 ⁄32" 19 ⁄32" ⁄16" ⁄16" 5 ⁄16" 13 ⁄32" 19 ⁄32" 25 ⁄32" 1" 1" 1" ⁄4" 1" 11⁄4" 11⁄2" 2" 21⁄2" 3" 4" 5" 3 3 1 9 T U TB UB TO UO V➁ W 4 x 90° 4 x 90° 4 x 90° 4 x 90° 4 x 90° 4 x 90° 4 x 90° 6 x 60° 6 x 60° 6 x 60° 6 x 60° ⁄8" ⁄8" 7 ⁄16" 7 ⁄16" 7 ⁄16" 1 ⁄2" 1 ⁄2" 19 ⁄32" 19 ⁄32" 23 ⁄32" 23 ⁄32" – – – – – – – 4 x 90° 4 x 90° 8 x 45° 4 x 90° – – – – – – – 3 ⁄4" 3 ⁄4" 3 ⁄4" 3 ⁄4" – – – – – – – 4 x 90° 4 x 90° 4 x 90° 4 x 90° – – – – – – – 3 ⁄4" 3 ⁄4" 3 ⁄4" 3 ⁄4" 1.8 6 0 0 o r 9 3 5 9 7 X YB ZB YO ZO Z Z1 Size ⁄4" ⁄32" 5 ⁄16" 13 ⁄32" 13 ⁄32" 15 ⁄32" 15 ⁄32" 19 ⁄32" 19 ⁄32" 19 ⁄32" 19 ⁄32" – – – – – – – 6" 51⁄2" 71⁄2" 6" – – – – – – – 77⁄8" 79⁄32" 821⁄32" 77⁄8" – – – – – – – 51⁄2" 51⁄2" 51⁄2" 6" – – – – – – – 79⁄32" 79⁄32" 79⁄32" 77⁄8" ⁄32" ⁄32" 11 ⁄32" 7 ⁄16" 1 ⁄2" 19 ⁄32" 19 ⁄32" 19 ⁄32" 19 ⁄32" 19 ⁄32" 19 ⁄32" ⁄16" ⁄16" 5 ⁄16" 13 ⁄32" 19 ⁄32" 25 ⁄32" 1" 1" 1" 1" 1" ⁄4" 1" 11⁄4" 11⁄2" 2" 21⁄2" 3" 1 9 w w w .724 6. + 1 .040" ➁ T U TB UB V➁ W X YB ZB Z Z1 Size 4 x 90° 4 x 90° 4 x 90° 4 x 90° 4 x 90° 4 x 90° 4 x 90° 6 x 60° 6 x 60° ⁄8" ⁄8" 7 ⁄16" 7 ⁄16" 7 ⁄16" 1 ⁄2" 1 ⁄2" 19 ⁄32" 23 ⁄32" – – – – – – – 8 x 45° 8 x 45° – – – – – – – 3 ⁄4" 7 ⁄8" 1.417 1.040" Models Size H107 and H127 (Thickness) Gasket 0.559 3.724 6.299 131⁄32" 23⁄8" 23⁄4" 31⁄16" 33⁄4" 417⁄32" 415⁄16" 65⁄16" 65⁄16" 827⁄32" 827⁄32" 3 3 Tolerance +.740 4.000 to -.040" Gasket Gasket 0.047 2.732 2.299 6.149 3.047 2.559 3.181 1.417 1. 2" NPT – – H57 H67 H87 H107 H127 831⁄32" 107⁄8" 1119⁄32" 143⁄4" 181⁄8" 13⁄16" 13⁄16" 13⁄16" 23⁄8" 23⁄8" ⁄2" .1⁄4" NPT ⁄4" .3" NPT 11⁄4" .6 8 9 .Duoflow Central Pipe Specifications Rotating Central Pipe Rotating Central Pipe Axial Movement R For rotating siphon (steam inlet pipe).11⁄2" 1" . a sliding connection is made between the bushing and the central pipe to allow for the thermal expansion of the central pipe.1⁄4" NPT ⁄4" .11⁄4" 1 ⁄2" . c o m .4" 19 19 25 1 25 1 Stationary Central Pipe 25 1 25 1 Stationary Central Pipe S For fixed siphons.1⁄2" NPT 1 ⁄2" .11⁄2" 7 7 5 25 1 1 + 1 . the pipe is connected by means of a threaded bushing that screws into the end cap.3⁄8" 3 ⁄8" .4" NPT H20 H25 H32 H40 H57 H67 H87 H107 H127 419⁄32" 51⁄4" 525⁄32" 67⁄8" 93⁄16" 103⁄4" 1113⁄16" 143⁄4" 181⁄8" ⁄32" ⁄32" 1" 13⁄16" 13⁄8" 13⁄8" 19⁄16" 23⁄8" 23⁄8" ⁄8" .3" 11⁄4" .1" 1" .1" NPT 1 ⁄2" . the central pipe is supported in the end cap and connected by means of an external bolt to the end cap.2" NPT 1" .1⁄4" ⁄4" .8 4 7 .1⁄2" NPT 1 ⁄2" . the inner pipe is connected by means of a threaded bushing that screws into the rotor.11⁄4" NPT 1 ⁄2" .3⁄8" NPT 3 ⁄8" . d e u b l i n .11⁄2" NPT 1" .11⁄4" 11⁄4" .1" NPT 1 ⁄2" . E For a rotating siphon capable of axial movement.2" 1" . SK For stationary fixed siphons.3⁄4" ⁄4" .1" 1 ⁄2" .8 6 0 0 1 3 Adjustable Siphons Available Consult DEUBLIN o r w w w .11⁄4" NPT 1 ⁄2" . SK S X X L Y L 30 Model L X Y Optional Pipe Sizes "S" Model L X Optional Pipe Sizes "SK" H20 H25 H32 H40 H57 H67 H87 H107 H127 513⁄32" 65⁄16" 625⁄32" 81⁄8" 97⁄8" 1115⁄16" 13" – – ⁄16" ⁄16" 19 ⁄32" 25 ⁄32" 1" 13⁄16" 13⁄8" – – ⁄8" ⁄32" 1" 15⁄16" 19⁄16" 19⁄16" 131⁄32" – – ⁄8" .11⁄4" 1" .3⁄8" NPT 3 ⁄8" .11⁄2" NPT 1" .1⁄2" 1 ⁄2" . R E X Y X L L Model L X Y Optional Pipe Sizes "R" Model L X Optional Pipe Sizes "E" H20 H25 H32 H40 H57 H67 H87 H107 H127 419⁄32" 51⁄4" 525⁄32" 67⁄8" 93⁄16" 103⁄4" 1113⁄16" 143⁄4" 181⁄8" ⁄32" ⁄32" 25 ⁄32" 1" 1" 1" 1" 125⁄32" 125⁄32" ⁄32" ⁄32" 1" 13⁄16" 13⁄8" 13⁄8" 19⁄16" 23⁄8" 23⁄8" ⁄8" . If operating conditions are close to maximum pressure and speed simultaneously.DEUBLIN ⁄8" to 1⁄2" Air-Hydraulic Unions 1 • Monoflow design • Self-supported rotating union • Radial housing connection • Balanced mechanical seal • Seal combinations: Carbon Graphite/Hardened Tool Steel or Carbon Graphite/Silicon Carbide • Felt oiler in seal cavity for air service • Oiler for relubrication (3 . c o m 31 .500/min 3. d e u b l i n .000 PSI 1.500/min 120°C is designed for continuous operation at either maximum speed or maximum pressure.5 drops/month) • Low torque • Weight-optimized design • Aluminum housing • Bearings lubricated for life Operating Data Maximum Air Pressure Maximum Vacuum Maximum Hydraulic Pressure Model 1005 Model 1102 Model 1115 Model 1205 Model 2200 ① Maximum Speed NPT Threads Maximum Speed Straight Threads Maximum Temperature ① Union 150 PSI 28" Hg 10 bar 6.500 RPM 250°F 70 bar 70 bar 34 bar 50 bar 70 bar 1. Dual Ball Bearings Sealed for Life Oiler Port for Air Service Stainless Steel Coil Spring Hardened Carbon-Steel Rotor Balanced Mechanical Seal Aluminum Housing DEUBLIN + 1 .000 PSI 500 PSI 750 PSI 1.000 PSI 1.7 kPa 1.8 6 0 0 o r w w w . See next page for dimensional data.6 8 9 . consult DEUBLIN.8 4 7 .500 RPM 3. Model 1005-020-019 1005-020-039 1005-020-038 1005-020-037 1005-020-049 1102-070-029 1102-070-079 1102-070-081 1102-070-082 1102-070-103 1102-070-104 1115-000-001 1115-000-017 1115-000-002 1115-000-018 1115-000-205 1115-000-200 1205-000-003 1205-000-004 1205-000-019 1205-000-020 1205-000-039 1205-000-025 1205-000-001 1205-000-002 1205-000-012 1205-000-013 1205-000-021 1205-000-022 2200-000-096 2200-000-097 2200-000-098 2200-000-099 2200-000-003 2200-000-027 2200-000-102 2200-000-103 A Rotor Thread 3 ⁄8"-24 UNF ⁄8"-24 UNF 1 ⁄8" NPT M10x1 G1⁄4" (BSP) 5 ⁄8"-18 UNF 5 ⁄8"-18 UNF 1 ⁄4" NPT 1 ⁄4" NPT G1⁄4" (BSP) G1⁄4" (BSP) 5 ⁄8"-18 UNF 5 ⁄8"-18 UNF 3 ⁄8" NPT 1 ⁄4" NPT G 3⁄8" (BSP) M16x2 1 ⁄2" NPT 1 ⁄2" NPT 3 ⁄4" NPT 3 ⁄4" NPT 3 ⁄4"-16 UNF 3 ⁄4"-16 UNF 1"-14 UNS 1"-14 UNS G1⁄2 " (BSP) G1⁄2 " (BSP) G3⁄4" (BSP) G3⁄4" (BSP) 1 ⁄2 " NPT 1 ⁄2 " NPT 3 ⁄4" NPT 3 ⁄4" NPT 1"-14 UNS 1"-14 UNS G3⁄4" (BSP) G3⁄4" (BSP) 3 RH LH RH RH RH RH LH RH LH RH LH RH LH RH RH RH RH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH C Dia.8 35 77 .5 28.7 Kg 2 7⁄8" 415⁄16" 17⁄16" 7 ⁄8" 1 11⁄4" 3 3⁄4" 3# 2 7⁄8" 415⁄16" 17⁄16" 7 ⁄8" 11 ⁄16" 11⁄4" 3 3⁄4" 3# 2 7⁄8" 413⁄16" 15⁄16" 3 ⁄4" 21 ⁄32" 11⁄4" 3 7⁄16" 3# 73 121 34 17.5 77.3 19 12.8 6 0 0 o r 16.7 8.2 Kg ⁄2 # 11 13 3.4 22.5 19 15. c o m .2 81 29 60 .2 Kg .2 16 16 11⁄8" 5 ⁄8" 1 ⁄4" 7 ⁄8" 21⁄4" 1# 3 3⁄16" 11⁄8" 5 ⁄8" 1 ⁄4" 7 ⁄8" 2 15⁄32" 1# 41.2 11⁄16" 5 ⁄8" 3 ⁄8" 15 ⁄16" 2 27⁄32" 11⁄2 # 315⁄16" 11⁄16" 5 ⁄8" 3 ⁄8" 15 ⁄16" 31⁄8" 11⁄2 # 43.7 Kg .5 71 71 22 22 15⁄8" 3 3⁄16" 15⁄8" 7 ⁄8" F 1 ⁄2" G Rotor Hole 1 ⁄8" H Across Flats 5 J Lock-up Shpg.8 4 7 .7 . Wt.4 Kg 123⁄32" 315⁄16" 123⁄32" 13 6. d e u b l i n .1 112 32.6 8 9 .6 16 19 8. D E 11⁄8" 2 13⁄16" 28.Monoflow Rotating Union D E F 1/16" C G A B H J B Port NPT ⁄ 1 " 8 ⁄ 1 " 4 ⁄ 3 " 8 ⁄ 1 " 2 ⁄ 1 " 2 32 Ordering No.4 Kg + 1 .2 .6 100 100 27 27 24 24 71.1 113 33.5 36 88 1.6 43.7 28.7 Kg 57.4 72.7 Kg 2 1⁄4" 4 9⁄16" 17⁄16" 7 ⁄8" 1 ⁄2" 11⁄8" 31⁄2 " 11⁄2 # 2 1⁄4" 4 9⁄16" 17⁄16" 7 ⁄8" 5 ⁄8" 11⁄8" 3 15⁄32" 11⁄2 # 2 1⁄4" 4 7⁄16" 15⁄16" 3 ⁄4" 1 ⁄2" 11⁄8" 31⁄16" 11⁄2 # 21⁄4" 413⁄32" 19⁄32" 3 ⁄4" 5 ⁄8" 13⁄8" 31⁄32" 11⁄2 # 57. ⁄8" 2 1⁄16" 1 54 52 .7 ⁄2 " w w w .2 3. 5605" 43⁄16" 42 21 22. c o m 33 .6 Kg 11⁄2" – 413⁄16" – 41⁄2# 1" 11⁄2" – 41⁄4" – 41⁄2# 1" 1" 11⁄2" 1.500 RPM 70 bar 70 bar 50 bar 1. If operating conditions are close to maximum pressure and speed simultaneously.500/min E E F F M 3.2 38 – 711⁄16" 27⁄16" 13⁄16" 11⁄2" 21⁄8" 41⁄4" 81⁄16" 213⁄16" 11⁄8" 11⁄2" 41⁄4" 87⁄16" 33⁄16" ⁄8" 108 205 72 29 7 1 1 ⁄2" 41⁄2# 108 – 2.5# 35 54 – 143 – 4.3 36 63⁄16" 115⁄16" 11⁄8" 1" 31⁄4" 63⁄16" 115⁄16" 11⁄8" 31⁄4" 69⁄16" 25⁄16" 82.1 Kg – 513⁄16" – 9.500/min 120°C H Across Flats A H D J E E F F Union is designed for continuous operation at either maximum speed or maximum pressure.5 (PLT) RH M22x1.6 Kg 26. d e u b l i n .5 3 1.000/min 2.8 4 7 .6 8 9 . consult DEUBLIN.500/min 3. Model 250-094-020 250-094-021 250-094-002 250-094-027 250-094-016 250-094-017 250-094-284 250-094-285 250-094-012 250-094-013 355-021-002 355-021-003 355-021-019 355-021-074 355-021-016 355-021-017 355-021-222 355-021-223 452-000-001 452-000-002 452-000-395 452-000-396 452-000-029 452-000-109 452-000-198 452-000-199 A Rotor Thread G Rotor Hole H Across Flats I Pilot Dia.5# 21⁄8" – 55⁄8" – 9. J Lock-up M Shpg.5 36 – 28 14 14.DEUBLIN ⁄4" to 11⁄2" Air-Hydraulic Unions 3 • Monoflow design • Self-supported rotating union • Radial housing connection • Balanced mechanical seal • Seal combinations: Carbon Graphite/Hardened Tool Steel or Carbon Graphite/Ceramic • Felt oiler in seal cavity for air service • Oiler for relubrication (3 .6 150 41⁄4" C D E F 2 7⁄8" 5 1⁄8" 17⁄16" 7 11 27⁄8" 5" 15⁄16" 3 ⁄4" 27⁄8" 513⁄16" 2 1⁄8" 3 ⁄4" 73 128 34 73 122 31⁄4" 3 ⁄4" NPT RH ⁄4" NPT LH 1"-14 UNS RH 1"-14 UNS LH 1"-14 UNS (PLT) RH 1"-14 UNS (PLT) LH RH G3⁄4" (BSP) LH G3⁄4" (BSP) M22x1.5 (PLT) LH 1" NPT RH 1" NPT LH RH 11⁄2"-12 UNF LH 11⁄2"-12 UNF 11⁄2"-12 UNF (PLT) RH 11⁄2"-12 UNF (PLT) LH G1" (BSP) RH G1" (BSP) LH RH 11⁄2" NPT 11⁄2" NPT LH 2"-12 UN RH 2"-12 UN LH 13⁄4"-12 UN RH LH 13⁄4"-12 UN G11⁄2" (BSP) RH G11⁄2" (BSP) LH 3 ⁄8" ⁄2" 31⁄2# 94 – 1.5 drops/month) • Low torque • Aluminum housing • Stainless steel or steel rotor (respective of model) • Lubrication Guide page 55 Operating Data Maximum Air Pressure Maximum Vacuum 28" Hg Maximum Hydraulic Pressure Model 250-094 Model 355-021 Model 452-000 Maximum Speed NPT Threads Maximum Speed Straight Threads Model 250-094 Model 355-021 Model 452-000 Maximum Temperature D 150 PSI 6.5610" 1.500 RPM 3.500 RPM 250°F 1/16" C I G G A 3.000 PSI 750 PSI 1.2478" 4" 19 17.992 26.5# 11⁄4" 2 1⁄8" – 61⁄4" – 9.000 RPM 2.2480" 1. ⁄16" 11⁄4" – 41⁄16" – 31⁄2# 21 ⁄32" 11⁄4" – 311⁄16" – 31⁄2# 5 ⁄8" 15⁄8" 1.000 PSI 1.979 87. Wt.7 kPa 10 bar 1.5 Kg DEUBLIN + 1 . M 1/16" C I K To indicate union with additional “K” port with 1 ⁄2" NPT: Order Number 250-979-RTR 3 ⁄4" NPT: Order Number 355-305-RTR 11⁄4" NPT: Order Number 452-001-RTR G G A A H Across Flats H B J B Port NPT ⁄ 3 " 4 1 " 1⁄ 1 " 2 Ordering No.8 6 0 0 o r w w w . 060" 2. / 8 " NPT Bore 1. Bore Dia. /8" NPT Bore Dia.500/min 120°C Model 1115-130-002 3⁄8" Capacity — for Air Available with 1115 rotors shown on page 32. /32" 78 1.299" Bore 29 /32" 1. seals of silicon carbide to silicon carbide for long life on abrasive applications.730"1. Min. Min.840" 1.122" 1.120" 1 Bore Dia.000" Bore 1 1 /8" Min. Bore 11/8" /8" NPT 2.830" 1.000" Bore Min.070" Min.500/min 120°C 1 11/8" Min. /8" 1 /4" NPT11/16" 1 /32" Bore Min.000 PSI 3. c o m 1.840" 1.000" 63 Bore 1.060" Bore 2. Deublin can provide unions which can be mounted within the shaft.730" 1.000" 1 /16" Dia.728" 120°C 3 Min.640" 5 1 / 32 " Dia.645" 1.640" Bore 15/32" Dia.730" Dia. 63 Bore 1. 150 PSI 1. Dia.728" Min. NPT 1 /4"Min.Bore Dia.500 RPM 250°F / " NPT 38 + 1 .500/min 120°C / " Dia.645" 11/8" 2.060" 14 63 /4" NPT / " NPT 38 11/8" Dia.Deublin In-The-Shaft Mounted Unions To meet the specifications of engineering designs requiring minimum overhang. /4" NPT 1.060" 5 Bore 1 /32" 63 2.728" BoreBore 11/16" 2.060" 2.060" 1.002" 1.002" 2.15/32" Bore Min.000" Bore Bore 63 3 ① 63 7 Operating Data Maximum Air Pressure Maximum Hydraulic Pressure① Maximum Speed① Maximum Temperature 63 11/8" Min.500/min 1.840" 63 1.840" 1. Do not run dry. 1.309" 1.830" Bore Dia.8 6 0 0 o r w w w . 1.500 RPM 250°F 10 bar 3. Bore 11/8" 3.728" Min.000" Bore 11/8" Min. 18 /8" Dia.002" 63 1. Union is designed for continuous operation at either maximum speed or maximum pressure.S. consult DEUBLIN.070" 1. 63 Bore 1. 7 Model 1102-025-081 1⁄4" Capacity Available with 1102 rotors for Air or Hyd. 1.002" 1. If operating conditions are close to maximum pressure and speed simultaneously. 34 8 2.830" Bore / " 29 32 63 150 PSI 1.002" 1.299" 1 1/4" NPT 1 /8" 1.002" 1. Min. Operating Data Maximum Hydraulic Pressure① Maximum Speed① Maximum Temperature 500 PSI 3.730" 11/8" Dia.309" /8" Dia. Bore 11/8" 1 1.122" 1.309"Min. Dia.645" 1 1 / 4 " NPT Bore 1 /8" 1.002" 1.730" Dia. 2. Bore 1/4" NPT Bore Bore / " NPT 2.6 8 9 . Bore 29/32" 1. Bore Dia. Oil shown on page 32.120" Bore 5 1 /32" 7/8" Dia.728" 2.002" 1.120" 1.299" 1Min.002" 63 1. 1. Bore 1. 1. Bore 11/16" 3 Bore /8" NPT 3 3 /8" NPT Model 1116-319-248 ⁄8" Capacity — for 1Hydraulic Oil 2. If operating conditions are close to maximum pressure and speed simultaneously.000" Bore . consult DEUBLIN.730" 1 / 16" Bore Dia. Min. Operating Data Maximum Air Pressure Maximum Speed Maximum Temperature 150 PSI 3.640" 63 Dia.002" 1. Dia. Bore 11/8" 1. Model 1005-000-038 1⁄8" Capacity Available with 1005 rotors shown on page 32.500 RPM 250°F 10 bar 70 bar 3.000" 1. Min.070" 11/8" Dia.120" 1.309" 1 /8" NPT 1.000" Bore 1. 1. Also available with hub mount for CTIS. the only extensions beyond the end of the shaft are the supply line connections. Bore 63 Dia. Bore Min.8 4 7 .070"Bore Min. 1.070" 1. Dia.L.002" 1.640" 1.500 RPM 250°F 10 bar 70 bar 3.060" /" 1. With these models.000" 1.070" 3 Bore /8" NPT 11/16" 11/8" 1. 1.730" Bore 11/16" 1.728" 34 bar Min. See page 52.122" 1. 3/8" NPT Dia. 1. 2.000" Bore Dia. Min.728" Bore 11/8" Min.730" 1 This model contains E.645"15/32" 11/8" 1. for Air or Hyd.728" 1. 1. 1 /8" NPT 1. ① Union is designed for continuous operation at either maximum speed or maximum pressure.002" Bore 11/8" Bore 1 Dia. 1. 1. 1.830" Bore 63 / " NPT 1. Oil Operating Data Maximum Air Pressure Maximum Hydraulic Pressure① Maximum Speed① Maximum Temperature 1.000 PSI 3.060" 1. 1. 29 Min. d e u b l i n .070" Bore 11/16" 2. Min.000" 15/32" Bore 1.299" 2.122" 63 1.070" 5 1 1Min. Min. 7 Kg ⁄32" 1" 2# 10 25 1 Kg K 13 13 13 DEUBLIN + 1 .700 PSI 1.6 8 9 .500/min 90°C Operation at maximum pressure combined with maximum speed should be avoided. c o m 35 . d e u b l i n . refer to graph.8 6 0 0 o r w w w .5# 10 25 .DEUBLIN AP Series High Pressure High Speed Unions • Monoflow design • Self-supported rotating union • Seal combination: Tungsten Carbide/Tungsten Carbide • Double row ball bearing. ⁄32" 1" 1.AP12 A H L Speed in RPM 10000 B 1000 100 0 750 1125 1500 1875 2250 2625 3000 3375 3750 4125 4500 4875 5400 5625 6000 6375 Pressure in PSI B Inlet Port Ordering Number ⁄ AP8-011-214 AP8-011-215 AP8-010-210 AP8-010-211 AP10-011-214 AP10-011-215 AP10-010-210 AP10-010-211 AP12-011-214 AP12-011-215 AP12-010-210 AP12-010-211 1 " 4 NPT G1⁄4" (BSP) ⁄ 3 " 8 NPT G3⁄8" (BSP) ⁄ 1 " 2 NPT G1⁄2" (BSP) A Rotor Thread 1 ⁄4" NPT ⁄4" NPT G1⁄4" (BSP) G1⁄4" (BSP) 3 ⁄8" NPT 3 ⁄8" NPT G3⁄8" (BSP) G3⁄8" (BSP) 1 ⁄2" NPT 1 ⁄2" NPT G1⁄2" (BSP) G1⁄2" (BSP) 1 RH LH RH LH RH LH RH LH RH LH RH LH C D E F 131⁄32" 419⁄32" 1" 50 117 25 131⁄32" 419⁄32" 1" 50 117 25 131⁄32" 413⁄16" 13⁄16" 50 122 30 19 ⁄32" G Rotor Hole 9 ⁄32" 11⁄16" 7 27 ⁄32" 11⁄16" 10 27 15 19 ⁄32" 15 25 ⁄32" 20 H Across Flats 13 15 ⁄32" 11⁄16" 12 27 L Across Flats Shpg. lubricated for life • Vent holes • Steel housing nickel-plated • Stainless steel end cap and rotor • All parts in media contact are stainless steel and corrosion resistant • Designed for high pressure and high speed Operating Data Maximum Hydraulic/Water Pressure① Maximum Speed① Maximum Temperature ① 5. D E K F C G AP8 . consult DEUBLIN.5# 10 25 . For optional performance. Wt.7 Kg ⁄32" 1" 1.500 RPM 200°F 400 bar 1.8 4 7 . If operating conditions are marginal. 8 Kg ⁄32" 11⁄16" 3" 121⁄32" 21⁄4# 18 27 70 42 1.9 Kg 315⁄32" 415⁄32" 123⁄32" 11⁄32" 11⁄2" 113⁄16" 313⁄16" 27⁄16" 61⁄2# 88 114 44 26 38 46 88 62 3.3 Kg 7 ⁄8# . 25⁄16" 9 ⁄32" J Lock-up ⁄32" 19 ⁄32" H Across Flats ⁄4# .P Rotor C Detail G B L H A J Approx. Wt.4 Kg ⁄8" 223⁄32" 11⁄2" 13⁄4# 12 22 62 38 . d e u b l i n .0 Kg + 1 .400 PSI 20 RPM 250°F 450 bar 20/min 120°C D E F BSP Rotor Detail B.DEUBLIN D Series High Pressure Swivel Low Speed Rotating Unions • Monoflow design • For hydraulic oil and water • For swivel applications and high pressure media • Steel housing and end cap • Stainless steel rotor • Self-supported rotating union • Can be adapted for other media Operating Data Maximum Hydraulic/Water Pressure Maximum Speed Maximum Temperature 6.3 Kg 111⁄16" 1" 13⁄16" 121⁄32" 39⁄16" 29⁄32" 41⁄4# 108 43 25 30 42 83 58 1.S. Lock-up B Inlet Port ⁄ 1 " 4 NPT G1⁄4" (BSP) ⁄ 3 " 8 NPT G3⁄8" (BSP) ⁄ 1 " 2 NPT G1⁄2" (BSP) ⁄ 3 " 4 NPT G 3⁄4" (BSP) 1" NPT G 1" (BSP) 11⁄4" NPT G 11⁄4" (BSP) 11⁄2" NPT G 11⁄2" (BSP) 36 A Rotor Connections Ordering Number D8-004-214 D8-004-215 D8-003-210 D8-003-211 D10-004-214 D10-004-215 D10-003-210 D10-003-211 D12-004-214 D12-004-215 D12-003-210 D12-003-211 D20-004-214 D20-004-215 D20-003-210 D20-003-211 D25-004-214 D25-004-215 D25-003-210 D25-003-211 D32-004-214 D32-004-215 D32-003-210 D32-003-211 D40-004-214 D40-004-215 D40-003-210 D40-003-211 ⁄4" NPT ⁄4" NPT G1⁄4" (BSP) G1⁄4" (BSP) 3 ⁄8" NPT 3 ⁄8" NPT G3⁄8" (BSP) G3⁄8" (BSP) 1 ⁄2" NPT 1 ⁄2" NPT G1⁄2" (BSP) G1⁄2" (BSP) 3 ⁄4" NPT 3 ⁄4" NPT G3⁄4" (BSP) G3⁄4" (BSP) 1" NPT 1" NPT G1" (BSP) G1" (BSP) 11⁄4" NPT 11⁄4" NPT G11⁄4" (BSP) G11⁄4" (BSP) 11⁄2" NPT 11⁄2" NPT G11⁄2" (BSP) G11⁄2" (BSP) 1 1 RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH RH LH C D E 19⁄16" 211⁄16" 1" 40 68 25 13⁄4" 23⁄4" 1" 44 70 25 27⁄32" 37⁄32" 11⁄4" 56 82 32 27⁄16" 317⁄32" 111⁄32" 62 90 34 211⁄16" 315⁄16" 119⁄32" 68 100 40 35⁄32" 41⁄4" 80 G Rotor Hole F L Across Flats 3 7 12 53 24 ⁄32" 9 ⁄16" 23⁄8" 13⁄32" 14 55 28 .0 Kg ⁄32" 11⁄4" 31⁄4" 17⁄8" 23⁄4# 24 23 32 76 48 1.8 6 0 0 15 25 ⁄32" 15 25 10 ⁄32" 20 25 ⁄32" 20 15 o r 13 ⁄16" 15 23 29 ⁄32" 15 7 w w w . c o m 15 ⁄16" Shpg.6 8 9 .8 4 7 . 500 RPM 250°F 10 bar 6. M 2 Outlets Spaced at 180 . d e u b l i n .2 Kg DEUBLIN + 1 .95 90. G 1/16" Lg x 30 Cham.00 I J1 ⁄4" 41⁄8" 411⁄16" .6 8 9 .753" .751" Dia.1105in2 4. Model 3 E Pilot F Bolt Circle H G Area 4.249" . Wt.748" 19.395" B F I E J1 J2 Customer’s shaft end B Port NPT (2) x ⁄8" C D 1500-000 35⁄16" 51⁄4" 1500-250 84 133 Ordering No. ⁄8"-16 7# M10 3.05 107.1 ⁄16" Screw 3 Shpg. Typical Duplex Air Dual Ball Bearings Outer Passage O-Ring Dual Floating Seals Gasket Inner Passage Cast Iron Rotor Aluminum Housing Rotor Seal N 63 Screw Loading Slot O-Ring 63 .250" 9 .2304in2 17⁄8" 19 105 119 3 J2 K Area 150mm2 L 48 M Tap N 1 ⁄4" NPT 7 1 ⁄4" NPT 11.8 6 0 0 o r w w w .5 71mm2 107.7 kPa 1. 3/8" D Clearance For Socket Head Cap Screws L K C H Dia.405" . c o m 37 .500/min 120°C Only one passage should be pressurized at a time.DEUBLIN Deu-Plex Air Unions • Duoflow design • Self-supported rotating union • Flanged rotor • Radial housing connections • Low torque • Balanced mechanical seals • Seal combination: Carbon Graphite/Cast Iron • Full-media flow • Aluminum housing • Cast iron rotor • Oil cup (3-5 drops/month) Operating Data Maximum Air Pressure Maximum Vacuum Maximum Speed Maximum Temperature 150 PSI 28" Hg 1.750" 3 ⁄16" .92 19.8 4 7 . 4 G3/8 G1/8 2620-200-157 1/4 NPT Coolant 70 Air 6 2620-220-252 1/4 NPT 2620-222-940 G3/8 G1/8 2620-220-157 1/4 NPT Coolant 70 Air 10 1/4 NPT 2620-302-940 G1/4 G1/4 2620-300-157 1/4 NPT Air 6 Hydraulic oil 40 2620-320-252 1/4 NPT 2620-322-940 G1/4 G1/4 2620-320-157 1/4 NPT Air 10 Hydraulic oil 40 2620-400-252 1/4 NPT 2620-402-940 G1/4 G1/4 2620-400-157 1/4 NPT AirØ60.4) (Ø18. 60 micron Maximum Speed 7.2 gpm (per passage) Maximum Temperature 71°C 160°F 2620-XXX-252 shown 120 Note: Refer to page 37 for mounting details.05-0.000 min-1 7. d e u b l i n .000 rpm Maximum Pressure See table Maximum Flow 69 l/min 18.8 4 7 .5 Ø63 11 Outer passage 12.015 2620-420-252 38 1/4 NPT 2620-422-940 G1/4 G1/4 2620-420-157 1/4 NPT Air 10 Coolant 40 2620-500-252 1/4 NPT Outer passage (Alternate Location) 2620-502-940 Inner passage G3/8 G1/8 2620-500-157 1/4 NPT Air 6 Air 6 2620-520-252 1/4 NPT 2620-522-940 G3/8 2620-520-157 1/4 NPT Air 10 Air 10 G1/8 + 1 .015 Inner passage 8 With Ø 108 mm flanged rotor With Ø 88 mm flanged rotor Supply Connections Inner Outer Passage Passage Ordering Number Supply Connections Inner and Outer Passage Ordering Number 2620-000-252 1/4 NPT27 2620-002-940 G1/4 G1/4 2620-100-252 1/4 NPT 2620-102-940 G3/8 With Ø 81 mm flanged rotor 2620-120-252 Outer passage 1/4 NPT 2620-122-940 G3/8 Outer Passage Media 2620-000-157 1/4 NPT Hydraulic oil 1006x 60° Hydraulic oil 30 G1/8 2620-100-157 1/4 NPT Hydraulic oil 70 Air 6 G1/8 2620-120-157 1/4 NPT Hydraulic oil 70 Air 10 Ordering Number 126 11 Inner Passage Supply Connections Inner and Outer Passage Max.5 Ø107.7 4x Ø11 Outer passage (Alternate Location) Ø90.05 Ø9. Air seals require no external lubrication. .95-0.3 6 Coolant 40 2620-300-252 Ø60 2620-202-940 Ø63 1/4 NPT (Ø36. c o m Notes Air seals may be lubricated through oil cup or by using oiled air.DEUBLIN 2620 Series 2-Passage Rotating Unions for Various Media • Two independent passages for applications such as clamping and unclamping • Balanced mechanical seals for each passage provide long life and reduced torque even at maximum pressure • Closed seals provide continuous containment of media • Dual precision ball bearings for smooth operation • Labyrinth protection for ball bearings • Mountings options are compatible with DEUBLIN 2520 or 1579 series unions Operating Data Media See table Filtration ISO 4406 Class 17/15/12. Air seals may be lubricated through oil cup or by using oiled air.8) 2620-200-252 6x Ø8. max. Pressure {bar} Media Max.8 6 0 0 o r w w w . 4 x Ø19 21 Ø54 Ø19.8 Ø81-0. Pressure {bar} 2x Ø6.6 8 9 . 2620-460-252 2620-462-940 2620-460-157 1/4" 1/4" Air 10 bar 1/4" 1/4" Coolant 70 bar G Media Max.8 4 7 .4) Ø81 ± 0.C.000 rpm 140 120 100 80 60 40 20 0 0 5 Speed (000/min) 10 126 (Ø60. and cooling • Balanced mechanical seals for each passage provide long life and reduced torque even at maximum pressure • Closed seals provide continuous containment of media • Dual precision ball bearings for smooth operation • Labyrinth protection for ball bearings • Mountings options are compatible with DEUBLIN 2520 or 1579 series unions Operating Data Media See table Filtration ISO 4406 Class 17/15/12. d e u b l i n . c o m 39 .8) Inner channel Ø6. 10 bar DEUBLIN + 1 . max. work piece sensing. 12.25 studs spaced 60° apart class 12.6 8 9 .2 gpm (per passage) Maximum Temperature 71°C 160°F Note: Refer to page 40 for mounting details.5 recommended (Ø36. Pressure NPT Air seals may be 10 bar lubricated through 6 bar oil cup or by using oiled air.01 6X M8-1.) (27) Outer Passage *Outer channel 2X Ø5 min recommended Ø63 (Ø18.8 6 0 0 o r w w w . 60 micron -1 Maximum Speed 12.000 min Maximum Pressure See table Maximum Flow 69 l/min 18.DEUBLIN 2620 Series 2-Passage Rotating Unions for Various Media Oil or Coolant Pressure (bar) • Two independent passages for applications such as clamping and unclamping. Supply Pressure Connection Notes NPT G Media Max.3 B.9 recommended Ø35* Ø20* Outer Passage (Alternate Location) 11 *Outer channels to be located within diameters specified and should be balanced (symmetrical) Inner Passage 2620-XXX-157 shown Ordering Number Inner Passage Supply Connection Outer Passage With Ø 108 mm flanged rotor With Ø 88 mm flanged rotor With Ø 81 mm flanged rotor with NPT Connection with G Connection with NPT Connection 2620-040-252 2620-042-940 2620-040-157 1/4" 1/4" Hydraulic oil 140 bar 1/4" 1/4" Hydraulic oil 70 bar 2620-140-252 2620-142-940 2620-140-157 3/8" 1/4" Hydraulic oil 140 bar 1/8" 1/4" Air 6 bar 2620-160-252 2620-162-940 2620-160-157 3/8" 1/4" Hydraulic oil 140 bar 1/8" 1/4" Air 2620-240-252 2620-242-940 2620-240-157 3/8" 1/4" Coolant 140 bar 1/8" 1/4" Air 2620-260-252 2620-262-940 2620-260-157 3/8" 1/4" Coolant 140 bar 1/8" 1/4" Air 2620-340-252 2620-342-940 2620-340-157 1/4" 1/4" Air 6 bar 1/4" 1/4" Hydraulic oil 70 bar 2620-360-252 2620-362-940 2620-360-157 1/4" 1/4" Air 10 bar 1/4" 1/4" Hydraulic oil 2620-440-252 2620-442-940 2620-440-157 1/4" 1/4" Air 6 bar 1/4" 1/4" Coolant 70 bar Air seals require no 70 bar external lubrication. 187" 81.L. E 135.1964in2 3 60.95 F Bolt Circle G Area 23⁄8" . Media 1590-000 Air C D 35⁄16" 519⁄32" 84 142 (2)x 1⁄2" 1579-000 STD Hydraulic Oil 35⁄16" 519⁄32" 84 142 Hydraulic Oil 35⁄16" 519⁄32" 1579-041 ELS 40 84 142 E Pilot 3.6 8 9 .3 2 126mm 19 23⁄8" .8 Stud 5 Shpg.8 5 ⁄8" 15.189" 3. c o m N 5 ⁄8" 15.500/min 120°C Only one passage should be pressurized at a time.0 mm H G Cast Iron Rotor C I Gasket J For Stud Rotor Seal D Supplied by Deublin N Inner Passage B K Aluminum Housing B 3/8" Dia.3 w w w .189" 3. • Full-media flow • Aluminum housing • Cast iron rotor • Oil cup (3-5 drops/month for 1590) Operating Data Maximum Air Pressure (1590)① Maximum Hydraulic Pressure (1579)➁ Maximum Vacuum (1590) Maximum Speed Maximum Temperature ① ➁ 150 PSI 1.187" 81.1964in2 3 60.E.00 80.S.1536in2 11 113 100mm 2 7 47⁄16" .000 PSI 28" Hg 1.95 3.500 RPM 250°F 10 bar 70 bar 6.00 80.189" 3.1964in2 60. d e u b l i n .1536in2 113 2 7 ⁄16" ⁄16" 11 100mm 1 ⁄4" 6.1536in2 11 113 100mm 2 7 47⁄16" .8 4 7 .3 1 ⁄4" 6. Wt.95 3.3 2 H 126mm + 1 .00 80. Contact DEUBLIN if outer passage or both passages are pressurized.2 Kg 5 ⁄16" 7# M8 3.3 2 126mm 19 23⁄8" .7 kPa 1.2 Kg 5 ⁄16" 7# M8 3.8 5 ⁄8" 15.0 mm C Typical Adapter Mounting Arrangement Gasket I Stud L F D B Port NPT Ordering No. Operation at maximum pressure combined with maximum speed should be avoided. H G E 135.standard Tungsten Carbide/Ceramic . Typical Duplex Air Dual Ball Bearings Outer Passage J For Stud N B K Dual Floating Seals B 3/8" Dia. Pressure rating is for inner passage only.8 6 0 0 o r 3 ⁄4" ⁄4" ⁄4" 19 L Dowel I J K Area ⁄16" 47⁄16" .2 Kg .187" 81. ⁄16" 7# M8 3.DEUBLIN Deu-Plex Air and Hydraulic Unions • Duoflow design • Self-supported rotating union • Flanged rotor • Balanced mechanical seals • Seal combination for 1590: Carbon Graphite/Ceramic • Seal combinations for 1579: Carbon Graphite/Ceramic .3 1 ⁄4" 6. C.C.5905" 81 169 32 23 15.4724" 72 142 26 18 12.512" Spaced 90 Apart Pilot Dia.138" J1 F M J1 C Dia.3622" 5⁄32" 16. ⁄32" 23 1479-400 5 ⁄8" 1 4 ⁄4" 7 ⁄32" 1" 17 1479-100 130 108 202 25 13.C. Model A Dia.965" 2. D E 1379-460 421⁄64" 31⁄2" 615⁄16" 1" 13 1379-160 110 89 176 25 10.146" .4744" .00 33⁄16" 621⁄32" 17⁄32" 29⁄32" . 4-Holes U Dia.DEUBLIN 4 Passage Multi-Purpose. 1 31 F G Dia.600 PSI 250 bar ① Operating conditions vary depending on the application and must be adjusted so as not to exceed the maximum union housing temperature rating of 195°F. A A Pilot Dia.778" .9539" C PC J1 Lock-up J2 M N P Dia.981 19 5 ⁄32" 11⁄32" 19⁄64" 4.660" .7# 2. Operating Data Maximum Air Pressure① Maximum Hydraulic Pressure① Maximum Vacuum Maximum Speed 150 PSI 850 PSI 28" Hg 250 RPM Maximum Temperature 10 bar 60 bar 6.5 Order No.C.142" Ø2.75 16. ⁄32" 3.952" ⁄32" 28# 15 9 29 110 75. A vent is provided between ports 2 and 3 to allow use with two medias eliminating cross contamination.953" 2.75 19.C.7 Kg ⁄2" 1 9 ⁄32" 31 DEUBLIN + 1 .543 2. W B. X Shpg.5910" .00 227⁄32" 519⁄32" 11⁄32" 23 R Dia.8 4 7 .9551" Ø1. ⁄32" . V B.655" 16.331 2.7 kPa 250/min Example: Air in 1 & 2 and hydraulic oil in 3 & 4. W B.331" N F . W B.773" 19.3634" O-Ring Ø3.C. Wt. R R Pilot Dia.148" .000 4 7.6 Kg 59. d e u b l i n .354" Spaced 90 Apart Ø.000 74.8 6 0 0 o r w w w .3646" Ø2.65 . Dia.543" Chrome Over S/S Rotor . .138" 1379 Dynamic Seals Bolt 4X Equally Spaced E Loading Slot X E X 5/16" G B G Loading Slot Drain Port B Drain Port 30 30 4-Holes U Dia.5 ⁄32" ⁄64" 9 1 ⁄2" 13 M N J2 D D 1479 (4)x 3⁄8" NPT (4)xG3⁄8" (BSP) (4)x 1⁄2" NPT (4)xG1⁄2" (BSP) N N J2 B Port 30 30 S S 2. 4X Ø.5 90 60. c o m 41 .65 S U Dia.6 8 9 . Customer’s Shaft End Drain Port Ball Bearing Brass Housing 1/4" Bolt 4X Equally Spaced 4X Ø.05 15. V B.05 12. P Ø4.3614" 12 7.981 4 12. >175°F consult DEUBLIN 175°F Slow speed or turnable applications not exceeding 10 RPM Maximum Hydraulic Pressure 3.2 24. Dia. V B. Multi-Media Unions • 4-passage design • Self-supported rotating union • Flanged rotor • Drain passage prevents interpassage leakage • Special seals • Hardened sealing surface • Brass housing • Stainless steel rotor • Widely spaced ball bearings to withstand side load • 5-passage available A drain port is provided to collect leakage under normal operation. PLT.8 3 ⁄4" 7 ⁄8" 19 14.5 RH RH RH RH RH RH + 1 .2 Kg B .2 13⁄8" 13⁄8" 35 35 w w w .8 15.3 28.6 8 9 .5 89 35 49⁄16" 11⁄2" 411⁄16" 15⁄8" 116 38 111 33 F 5 ⁄8" ⁄8" 5 ⁄8" 16. RH G3⁄8"(BSP) RH 11⁄2" 11⁄2" 11⁄2" 11⁄2" 38 38 38 23⁄4" 23⁄4" 70 70 Ordering Number Air-Hydraulic-Vacuum Brake Fluid 17-025-012 17-025-041 17-025-045 17-025-023 17-025-039 17-025-046 17-025-048 21-001-109 21-001-101 21-001-122 21-001-121 17-086-012 17-086-041 17-086-045 17-086-023 17-086-039 17-086-046 17-086-048 21-063-109 21-063-101 21-063-122 21-063-121 H 1/16" 5 3 M16 x 2 M16x2 T.7 22.2 5 G Rotor Hole H Across Flats J Lock-up ⁄8" ⁄8" 7 ⁄8" 7 ⁄8" 117⁄32" 125⁄32" 113⁄32" 39 39 21⁄4" 219⁄32" 57 57 5 7 5 7 ⁄16" ⁄16" 5 ⁄16" 5 ⁄16" 8 8 8 5 ⁄8" 5 ⁄8" 15. consult DEUBLIN. -045 Rotor -023 & -048 Rotors E E E F E pped 18 NPT K E Tapped NPT F 3/8"-18 K G H F G G A O-Ring F E 30 Tapered Pilot A F D D K G D E E E 30FTapered Pilot 30 Tapered Pilot G G C A C C A O-Ring H H A H A 1/16" 1/16" H H J J B O-Ring H H B Port NPT ⁄ 1 " 4 ⁄ 1 " 2 42 A Rotor Thread C ⁄8"-18 UNF RH ⁄8" NPT RH 3 ⁄8" NPT (FEM) RH 5 ⁄8"-18UNF T. 1 ⁄2# 1 ⁄2# 1 ⁄2# 5 1 ⁄2# ⁄8" .8 .000 PSI 250 RPM 250°F 10 bar 6.6 15. Brake Fluid Unions • Monoflow design • Self-supported rotating union • Steel rotor nickel-plated • Special bearing • Aluminum housing Operating Data Maximum Air Pressure Maximum Vacuum Maximum Hydraulic Pressure① Maximum Speed① Maximum Temperature 150 PSI 28" Hg 3.3 Kg 21⁄2# 21⁄2# 1.5 83.2 22.7 kPa 207 bar 250/min 120°C ① Union is designed for continuous operation at either maximum speed or maximum pressure.8 6 0 0 o r D B J E 31⁄4" 11⁄8" 31⁄4" 11⁄8" 215⁄16" 13⁄16" 315⁄32" 111⁄32" 83.3 Kg 15.2 Kg 1.8 12.8 4 7 .PLT.2 22.3 Kg . 1"-14 UNS 3 ⁄4" NPT G3⁄4"(BSP) M22 x 1. Wt. Hydraulic. c o m K Shpg.3 28. d e u b l i n .DEUBLIN Low Speed Air. If operating conditions are close to maximum pressure and speed simultaneously. If operating conditions are close to maximum pressure and speed simultaneously. Tap Lock. NPT up ⁄4" ⁄4" 1 ⁄4" 1 1 3 3⁄16" 3# 33⁄16" 3# 81 1. Brake Fluid Dual Passage Unions • Duoflow (Tandem) design • Self-supported rotating union • No interpassage leakage on the duoflow design • Steel rotor nickel-plated • Special bearing • Aluminum housing Operating Data Maximum Air Pressure Maximum Vacuum Maximum Hydraulic Pressure① Maximum Speed① Maximum Temperature 150 PSI 28” Hg 3. Thrust Washers (both ends) Outer Passage Aluminum Housing Thrust Washers (both ends) Inner Passage Rotor Outlet Rotor Thread Aluminum Housing Dual Bearings D2 C1 F D1 E H2 1/16" C2 G A ⁄4" 1⁄2" 1 2117-001-109 2117-001-103 2117-001-105 2117-018-136 2117-018-113 2117-018-137 B1 J Inlet Ordering Number Ports Brake Fluid NPT Air-Hydraulic-Vacuum B1 B2 B2 K H1 A Rotor Thread C1 ⁄4" NPT RH 23⁄4" 1"-14 UNS RH 23⁄4" G3⁄4"(BSP) RH 70 3 C2 D1 N D2 E 11⁄2" 463⁄64" 711⁄16" 115⁄16" 11⁄2" 459⁄64" 711⁄16" 17⁄8" 38 124 195 47 F ⁄8" ⁄16" 17 G 7 1 11 1 ⁄4" ⁄4" 6 H1 H2 J Across Across LockFlats Flats Up 13⁄8" 13⁄8" 35 ⁄8" ⁄8" 22 7 7 27⁄8" 29⁄16" 65 K N Shpg.000 PSI 250 RPM 250°F 10 bar 6.8 6 0 0 o r w w w . consult DEUBLIN.7 kPa 207 bar 250/min 120°C ① Union is designed for continuous operation at either maximum speed or maximum pressure. c o m 43 .DEUBLIN Tandem Air.6 8 9 .4 Kg DEUBLIN + 1 . Hydraulic. d e u b l i n .8 4 7 .Wt. 7 kPa 207 bar 250/min 9. If operating conditions are close to maximum pressure and speed simultaneously.8 4 7 . consult DEUBLIN. c o m .lbs 22 ft. Rotor Outlet Steel Rotor Illustration of mounting arrangement 44 Inner Rotor Supplied by Customer Aluminum Housing Ports Thread Engagement Vent Pipe Length + 1 . d e u b l i n .lbs 18 ft.5 Nm 24 Nm 29.6 8 9 .8 6 0 0 o r w w w .lbs 250°F 10 bar 6.000 PSI 250 RPM 7 ft.8 Nm 120°C ① Union is designed for continuous operation at either maximum speed or maximum pressure.DEUBLIN Deu-Plex Low Speed Air-Hydraulic Unions • Duoflow design • Self-supported rotating union • Composite bearing • Vent holes between passages • Special seals • Hardened sealing surface • Aluminum housing • Steel rotor Optional: • Tandem model as triple-passage design Operating Data Maximum Air Pressure Maximum Vacuum Pressure Maximum Hydraulic Pressure① Maximum Speed① Torque for Model 1690 Model 1790 Model 1890 Maximum Temperature 150 PSI 28" Hg 3. Models with inner rotors Aluminum Housing Ports Steel Rotor Thread Engagement Vent Models without inner rotors can be used for coaxial feed applications as shown below. 9 57⁄8" 57⁄8" 150 150 83⁄16" 83⁄16" 208 208 87⁄8" 87⁄8" 225.8 33⁄4" 33⁄4" 84.4 48.4 2" 2" 50.2 Kg 1 1 D J R N X B3 I B2 B1 C Center Feed Tube Supplied by Customer G H F U K W E T Inlet Ports NPT B1 B2 B3 ⁄4" 3⁄4" 3⁄4" Ordering No.2 43⁄32" 43⁄32" 91.4 225.4 69.6 Kg 1.6 8 9 .2 30.8 17.6 34.6 N P R T 21⁄2" 3 ⁄4" 43⁄32" 3 ⁄4" 129⁄32" 213⁄16" 11⁄16" 71⁄2" 63.8 69.5 190 U Tap NPT W Tap X Shpg.4 111⁄16" 111⁄16" 42.5 63.6 11⁄8" 11⁄8" 18 18 11⁄8" 11⁄8" 28 28 13⁄16" 13⁄16" 30.4 23⁄16" 23⁄16" 55.9 Kg 1 DEUBLIN + 1 .4 5 ⁄8" 11⁄16" 16 27 13 ⁄16" 13⁄8" 20. Model B Port NPT 1690-000-115 1690-000-102① 1690-000-168 1690-000-105① 1790-001-113 1790-001-101① 1790-001-114 1790-001-112① 1890-100 1890-110① 1890-060 1890-063① (2) x 1⁄4" (2) x 1⁄2" (2) x 3⁄4" A Rotor Thread 1" NPT 1" NPT G1" (BSP) G1" (BSP) 11⁄4" NPT 11⁄4" NPT G11⁄4" (BSP) G11⁄4" (BSP) 11⁄2" NPT 11⁄2" NPT G11⁄2" (BSP) G11⁄2" (BSP) RH RH RH RH RH RH RH RH RH RH RH RH C Dia.8 4 7 .3 ⁄4" ⁄4" 1 ⁄4" 1 ⁄4" 1 ⁄2" 1 ⁄2" 1 ⁄2" 1 ⁄2" 3 ⁄4" 3 ⁄4" 3 ⁄4" 3 ⁄4" 1 1 ⁄4" ⁄4" 1 ⁄4" 1 ⁄4" 1 ⁄2" 1 ⁄2" 1 ⁄2" 1 ⁄2" 3 ⁄4" 3 ⁄4" 3 ⁄4" 3 ⁄4" 1 These models are supplied without inner rotors.9 88.5 17.4 Kg 4.5 11 ⁄16" 11 ⁄16" 17.8 6 0 0 o r w w w .3 91.6 30.RH 97. 5 ⁄8"-18 ⁄4" UNF.4 44.9 17.4 29. D E F G Rotor ID 2 5⁄8" 25⁄8" 66. Wt.6 Kg 61⁄2# 61⁄2# 3 Kg 3 Kg 93⁄4# 91⁄4# 4.8 50.6 3" 3" 76 76 31⁄2" 31⁄2" 88.8 67.5 3 ⁄4" 89 3 ⁄4" 48.8 21⁄2" 21⁄2" 63. d e u b l i n . c o m 45 .6 66.8 R S Shpg Wt.9 K I J Tap Tap NPT Lock-up NPT H Across Flats 5 13⁄4" 13⁄4" 44.5 15.5 55.9 42.5 – 325⁄32" – 96 – 51⁄16" – 129 – 513⁄16" – 147.6 4.RH 37⁄8" 103⁄4# 5 ⁄8"-18 1 ⁄4" UNF.2 ⁄16" ⁄16" 7.Double Passage Models D J N P R B Inlet Port C G A B Inlet Port I H F K E ① S Ordering No.2 84. Model 1890-116 1 1890-064 A Rotor Thread C D E F K I H G J Rotor Across Tap Lock-up Tap NPT Hole Flats NPT 11⁄2" 1 17 5 3 13 NPT RH 3 ⁄2" 11 ⁄32" 2 ⁄8" 1 ⁄16" ⁄16" G11⁄2" (BSP) RH 88.9 25⁄8" 25⁄8" 67 67 23⁄4" 23⁄4" 69. N P 15⁄32" 15⁄32" 29.9 293 66.6 31⁄2# 31⁄2# 1.2 20.4 121⁄32" 121⁄32" 42 42 129⁄32" 129⁄32" 48.6 66.5 11 Triple Passage 1 25⁄8" 25⁄8" 67.5 215⁄32" 215⁄32" 63 63 25⁄8" 25⁄8" 66. ⁄2" ⁄2" 17 17 5 ⁄8" 5 ⁄8" 15. 989 6 46.5 M16 x 1.4 gpm High Pressure (HP) 2.8 6 0 0 o r w w w .7 / 30.5 5/8"-18 UNF RH 37 9 15/16" 0.7 / 30.994 / 12.6 M12 x 1.000 Note A: Union includes integral lip seal for added spindle protection.984 / 11.966 20 10.000 1117-490-493 3/8" PT 54 105 39.000A 1117-711 3/8" NPT 44 x 68 73 8.3 l/min 6.966 20 10.000 1117-002-116 3/8" NPT 51 92 31.5 / 7.5 LH 34 9 24 17.0 12 f7 21 7 NA 11.0 / 7.5 12 f7 28 7 NA 11.25 LH 28 6 17 12.000 1117-789 25 f7 36 x 52 56 23.8 4 7 .5 LH 34 5 24 17.6555" / 0.6555" / 0.25 LH 40 5 18 14.993 / 17.0 12 f7 21 7 NA 11.7 / 30.993 / 17.984 / 11.5 M16 x 1. max.000 1117-002-111 3/8" NPT 51 95 31.000A 1117-792 G 3/8" 44 72 7.988 5 40.6 8 9 .000 1117-063-294 G 1/4" 51 92 31. 60 micron See chart See chart 82 l/min 21.3 12 f7 28 7 NA 11.993 / 17.7 gpm Very High Pressure (VHP) 160°F 71°C DO NOT RUN DRY Spindle Tolerance: See page 51 Axial Connection Radial Connection Mounting Distance VHP HP Standard Axial Connection Radial Ordering Number Mounting Distance B C D L Supply Overall Overall Mounting Connection Diameter Length Distance A Rotor Connection E G H Rotor Bore Across Length Diameter Flats I Pilot Diameter M Pilot Length Max Speed (rpm) 1117-706 G 3/8" 44 72 7.966 20 30.7 l/min 0.995 5 50. d e u b l i n .6 gpm Standard 24.5 5/8"-18 UNF LH 37 9 15/16" 0. 46 + 1 .988 5 30.984 / 11.7 / 30.000 1117-058-116 G 3/8" 51 92 31.7 / 23.000 / 13.984 / 11.988 5 30.000 1117-002-110 3/8" NPT 51 95 31.5 M16 x 1.6553" 5 30.5 / 7.996 20 30.000 1117-028-374 20 h5 40 63 25 M12 x 1.5 LH 34 9 24 17.6553" 5 30.7 / 30.DEUBLIN 1117 Series Bearingless “Closed Seal” Rotating Unions for Continuous Coolant Service • Single passage for coolant or MQL • Closed seals for transfer line and similar applications • Full-flow design has no obstructions to trap chips or debris • Balanced mechanical seals made from silicon carbide for long life even under difficult operating conditions • Compact size can be adapted for custom installations • Anodized aluminum housing resists corrosion Operating Data Media Filtration Maximum Speed Maximum Pressure Maximum Flow Maximum Temperature Water-based Coolant ISO 4406 Class 17/15/12. c o m .6 / 38. 995 5 30.000 40 68 25 M12 x 1.0 mm compensates for thermal expansion of spindle during extended operation as well as variations in drawbar position • Full-flow design has no obstructions to trap chips or debris • Balanced mechanical seals made from silicon carbide for long life even under difficult operating conditions • Anodized aluminum housing resists corrosion Operating Data Media Water-based Coolant MQL (oil mist) up to 10 bar (145 psi) ISO 4406 Class 17/15/12.000 / 12.0 M16 x 1.000 48 72 37.993 / 17.25 LH 28 6 17 13.000 1129-050-301 G 3/8" 54 101 44.5 M12 x 1 LH 28 6 22.25 LH 37 6 18 14.5 LH 40 9 24 17.993 / 17.988 5 30.8 M14 x 1.993 / 17.8 M12 x 1.988 5 30. 60 micron 30.0 / 43.000 / 13.2 13.0 M16 x 1.000 1129-330-331 30 mm Counterbore 30 mm Counterbore 20 mm Counterbore 48 72 37.988 5 30.0 l/min 14.988 5 30.993 / 17.2 13.000 / 13.4 gpm 53.6 M12 x 1.5 LH 40 9 24 17.8 4 7 .995 5 30.0 M16 x 1.993 / 17.8 6 0 0 o r w w w .030 psi 24.6 8 9 .5 M12 x 1 RH 28 6 22.000 rpm High Pressure (HP) 140 bar 2.0 M16 x 1.000 / 13.5 LH 40 9 24 17.000 1129-859-731 G 3/8" 54 106 39. d e u b l i n .995 5 30.6 / 38.000 1129-927-929 G 3/8" 54 101 39.6 / 38.000 rpm Standard 40.000 1129-016-301 3/8" PT 54 97 44.995 6 46. max.0 / 43.2 / 38.000 min-1 30.25 LH 37 5 18 14.5 LH 40 9 24 17.DEUBLIN 1129 Series Bearingless Pop-Off™ Rotating Unions for Coolant Service • Single passage for coolant or MQL • Patented Pop-Off™ technology allows unlimited dry running without media pressure • Pop-Off stroke of 0.988 5 30.000 1129-036-327 3/8" PT 54 94 39.000 1129-036-301 3/8" PT 54 98 44.6 M12 x 1.0 / 43.5 LH 37 7 24 14.2 / 38.489 5 30.000 / 13.995 5 30.992 7 20.0 M16 x 1.000 1129-730-731 G 3/8" 54 94 39.494 / 14.0 / 43.7-3.000 min-1 46.000 / 12.5 LH 40 9 24 17.25 LH 37 6 18 14.000 1129-039-301 3/8" PT 54 97 44.000 / 12.3 l/min 6.000 1129-330-342 HP B C D L Supply Overall Overall Mounting Connection Diameter Length Distance 1129-052-137 DEUBLIN + 1 .2 / 38.0 gpm 160°F 71°C Filtration Maximum Speed Maximum Pressure Maximum Flow 1129-016-301 Maximum Temperature NO AIR PRESSURE WITH ROTATION Spindle Tolerance: • 18mm pilot – See page 51 • 14mm pilot – consult DEUBLIN Dual Connection D Axial Connection D E E ØC ØG ØI ØC A M ØG A ØI M B H B L H L Mounting Distance Mounting Distance B Axial Connection Standard Dual Connection Ordering Number A Rotor Connection E G H Rotor Bore Across Length Diameter Flats I Pilot Diameter M Pilot Length Max Speed (rpm) 1129-033-301 G 3/8" 54 97 44.0 / 43.000 1129-033-327 G 3/8" 54 94 39. c o m 47 .8 M12 x 1.992 7 20.25 LH 37 5 18 14. c o m . 60 micron 15.000 min-1 105 bar 1.2 24 10.988 5 1101-620-343 3/8" NPT 43 96 9 M16 x 1.994 / 10.122 / 14.520 psi 20 1/min 5. 48 I Pilot Diameter + 1 .000 rpm 15.3 gpm 160°F 71°C DO NOT RUN DRY Filtration Maximum Speed Maximum Pressure Maximum Flow Maximum Temperature Axial Connection Radial Connection D D E ØC A ØG ØI ØC H B H P M M ØG A P F F ØI E B Bore Mounted Refer to Page 51 for Spindle Tolerance Requirements B C D P Supply Overall Overall Vent Size Connection Diameter Length (6 X 60°) Radial Axial Connection Ordering Number A Rotor Connection E F G H Rotor Thread Bore Across Length Length Diameter Flats M Pilot Length 1101-235-238 3/8" NPT 43 100 9 5/8"-18 UNF LH 33 14 6 15/16" 0.6555" / 0.988 5 1101-235-424 3/8" NPT 43 93 9 M10 x 1 LH 27 11 3.DEUBLIN 1101 Series “Closed Seal” Rotating Unions for Continuous Coolant Service • Single passage for coolant or MQL • Closed seals for transfer line and similar applications • Full-flow design has no obstructions to trap chips or debris • Bearing-supported with threaded rotor for easy installation • Deep groove radial ball bearings for smooth operation • Labyrinth system and large vents to protect ball bearings • Balanced mechanical seals made from silicon carbide for long life even under difficult operating conditions • Anodized aluminum housing resists corrosion Operating Data Media Water-based Coolant MQL (oil mist) up to 10 bar (145 psi) ISO 4406 Class 17/15/12.6553" 5 1101-235-239 3/8" NPT 43 100 9 5/8"-18 UNF RH 33 14 6 15/16" 0.993 / 17.6 8 9 .989 3 1101-359-343 G 3/8" 43 102 9 M16 x 1.5 LH 30 11 6 24 17.8 6 0 0 o r w w w .5 LH 30 11 6 24 17.6555" / 0.5 LH 30 11 6 24 17. d e u b l i n .993 / 17.988 5 1101-195-343 G 3/8" 43 97 9 M16 x 1.988 5 3/8" PT 49 144 34 NA 6 NA 14.993 / 17. max.6553" 5 1101-235-343 3/8" NPT 43 97 9 M16 x 1.993 / 17.8 4 7 .097 27 A 1101-615-598 3 x 1/8" PT 14 mm female hex Note A: This union is a bore-mounted design.5 LH 30 11 6 24 17. 8 6 0 0 o r w w w . + 1 .000 min-1 12.6550" 5 1116-600-463 3/8" NPT 44 112 9 M16 x 1.6555" / 0. d e u b l i n .8 4 7 .993 / 17.6555" / 0.5 LH 30 11 9 24 17.988 5 1116-610-463 G 3/8" 44 112 9 M16 x 1.5 LH 30 11 9 24 17.988 5 1116-485-463 G 1/4" 44 112 9 M16 x 1.988 5 1116-580-343 3/8" PT 44 112 9 M12 x 1.988 5 1116-516-463 G 3/8" 44 102 9 M16 x 1.5 LH 30 11 9 24 17.993 / 17.993 / 17.000 rpm 70 bar 1.25 LH 30 11 6 24 13.6555" / 0.5 LH 30 11 9 24 17.6 gpm 160°F 71°C DO NOT RUN DRY Radial Connection Axial Connection D D E P F M ØC A ØI ØC P ØG M ØG A ØI F E B H H B Radial Connection Axial Connection Refer to Page 51 for Spindle Tolerance Requirements Ordering Number B Supply Connection C D P Overall Overall Vent Size Diameter Length (6 X 60°) A Rotor Connection E F G H Rotor Thread Bore Across Length Length Diameter Flats I Pilot Diameter M Pilot Length 1116-048-064 1/4" NPT 44 115 9 5/8"-18 UNF RH 33 14 9 15/16" 0.6553" 5 1116-090-064 3/8" NPT 44 106 9 5/8"-18 UNF RH 33 14 9 15/16" 0.5 LH 30 11 9 24 17.6553" 5 1116-048-463 1/4" NPT 44 112 9 M16 x 1. max.994 / 13.993 / 17. c o m 49 .DEUBLIN 1116 Series “Closed Seal” Rotating Unions for Continuous Coolant Service • Single passage for coolant or MQL • Closed seals for transfer line and similar applications • Full-flow design has no obstructions to trap chips or debris • Bearing-supported with threaded rotor for easy installation • Deep groove radial ball bearings for smooth operation • Labyrinth system and large vents to protect ball bearings • Balanced mechanical seals made from silicon carbide for long life even under difficult operating conditions • Anodized aluminum housing resists corrosion Operating Data Media Filtration Maximum Speed Maximum Pressure Maximum Flow Maximum Temperature Water-based Coolant MQL (oil mist) up to 10 bar (145 psi) ISO 4406 Class 17/15/12.993 / 17.989 5 1116-600-059 3/8" NPT 44 115 9 5/8"-18 UNF LH 33 14 9 15/16" 0.6 8 9 .988 5 1116-555-463 G 3/8" 44 103 9 M16 x 1.6555" / 0.988 5 A DEUBLIN Note A: Also suitable for Cutting Oil and Air.6553" 5 1116-090-463 3/8" NPT 44 103 9 M16 x 1.015 psi 82 l/min 21.993 / 17.5 LH 30 11 9 24 17. 60 micron 12.988 5 1116-090-059 3/8" NPT 44 106 9 5/8"-18 UNF LH 33 14 9 15/16" 0.993 / 17.5 LH 30 11 9 24 17. 6555" / 0.5 LH 31 11 9 24 17.6 8 9 . 60 micron NO AIR PRESSURE 20.993 / 17.988 5 1109-044-212 1/4" PT Axial 53 129 1/4" PT M16 x 1.6553" 5 1109-021-188 G 3/8" Axial 53 129 G 1/4" M16 x 1.6555" / 0.988 5 1109-041-188 3/8" PT Axial 53 129 1/4" PT M16 x 1.993 / 17.000 rpm WITH ROTATION See chart 82 l/min 21.5 LH 31 11 9 24 17.5 LH 31 11 9 24 17.988 5 1109-014-196 1/4" NPT Axial 53 132 1/4" NPT 5/8"-18 UNF LH 34 14 9 15/16" 0. d e u b l i n . max.4 gpm High Pressure (HP) 160°F 71°C Radial Connection Axial Connection D E ØC A M ØG ØI F B H P High Pressure Standard Ordering Number B Supply Connection A Rotor Connection E F G H Rotor Thread Bore Across Length Length Diameter Flats I Pilot Diameter M Pilot Length 1109-011-165 3/8" NPT Axial 53 132 1/4" NPT 5/8"-18 UNF LH 34 14 9 15/16" 0.6553" 5 1109-024-212 G 1/4" Axial 53 129 G 1/4" M16 x 1.988 5 1109-010-165 3/8" NPT Radial 53 138 1/4" NPT 5/8"-18 UNF LH 34 14 9 15/16" 0.5 LH 31 11 9 24 17.8 4 7 .988 5 1109-013-196 1/4" NPT Radial 53 138 1/4" NPT 5/8"-18 UNF LH 34 14 9 15/16" 0.988 5 G 3/8" Radial G 1/4" Radial 1109-043-212 1/4" PT Radial 50 C D P Overall Overall Vent Size Diameter Length (3 X 120°) + 1 . c o m .993 / 17.993 / 17.000 min-1 20.5 LH 31 11 9 24 17.993 / 17.5 LH 31 11 9 24 17.3 l/min 6.6555" / 0.993 / 17.988 5 53 135 1/4" PT M16 x 1.8 6 0 0 o r w w w .DEUBLIN 1109 Series Pop-Off™ Rotor-Mounted Rotating Unions for Coolant Service with Dry Running • Single passage for coolant or MQL • Patented Pop-Off™ technology allows unlimited dry running without media pressure • Full-flow design has no obstructions to trap chips or debris • Bearing-supported with threaded rotor for easy installation • Dual ABEC 7 (ISO class P4) angular contact ball bearings • Labyrinth system and large vents to protect ball bearings • Balanced mechanical seals made from silicon carbide for long life even under difficult operating conditions • Anodized aluminum housing resists corrosion Operating Data Media Filtration Maximum Speed Maximum Pressure Maximum Flow Maximum Temperature Water-based Coolant MQL (oil mist) up to 10 bar (145 psi) ISO 4406 Class 17/15/12.6 gpm Standard 24.6553" 5 1109-023-212 53 135 G 1/4" M16 x 1.5 LH 31 11 9 24 17.6555" / 0.993 / 17.993 / 17.6553" 5 1109-020-188 53 135 G 1/4" M16 x 1.988 5 1109-040-188 3/8" PT Radial 53 135 1/4" PT M16 x 1.5 LH 31 11 9 24 17. 11⁄2# G1⁄4" (BSP) . to be Concentric to the Centerline within .6555" .6553" 17. Please refer to “Instructions of Hose Installation” on page 54.6 8 9 .000 15.8 6 0 0 o r w w w . Full Thread M Rotor Pilot I M O-Ring Capacity .R.735 5 ⁄8"-18 UNF LH 1.015" 0.8 4 7 .R.722" M16 x 1. Rotor End Installed Rotor DEUBLIN + 1 .993 17. RPM Installation Instructions: DEUBLIN Coolant Unions are manufactured to precise tolerances for smooth running without vibration or wobble.5 LH 43.993 17. c o m 51 .988 .6555" .6556" 18.025" 3 ⁄16" 5 Spindle End X Y Z . J . ⁄8"-18 UNF LH 1.Axial Connection Radial Connection D E D N E P① F M P① F M 7/8" (22) Across Flats 2" C G N G C B A A H O-Ring I A Rotor Thread Ordering Number B Port ⁄ AXIAL NPT G3⁄8" (BSP) 902-111-165 RADIAL 3 " 8 NPT G3⁄8" (BSP) 902-110-165 ⁄ 3 " 8 ① Two H O-Ring C Dia. Wt.722" 43. Z Capacity Min.760 43.993 17.735 5 902-121-188 902-120-188 D E F 5 7⁄32" 113⁄32" 129 32 5 15⁄32" 113⁄32" 135 32 9 ⁄16" G Rotor Hole 11 11 9 ⁄16" 11 ⁄32" 9 11 ⁄32" 9 H Across Flats 15 ⁄16" 24 15 ⁄16" 24 B J I I Pilot Dia. Attention! To prevent flooding of bearings.723" 1. The interface must adhere to the DEUBLIN specifications. ensure that the drain is continuously sloping downward.760 M16 x 1.988 M N ⁄16" 11⁄2" 5 38 ⁄16" 11⁄2" 5 38 3 – – 41⁄8" 3 105 P 3 x 120° 1 ⁄4" NPT Shpg. d e u b l i n .I. The third tapped hole is to be used as drain at 6 o’clock position. Deublin Coolant Unions Installation Spindle Face to be Perpendicular to the Centerline within .0002 T.000 17. A critical factor is the accuracy of the spindle end to which the rotor connects.988 X 3/8" Capacity Y 10.I.995 9 ⁄32" 7 13 ⁄16" 17 I Pilot Bore Dia.000 Break Corner 0.0003 T.723" 1.6555" .6553" 17.6 Kg of the three tapped holes are to be plugged.5 LH 43.6560" .6 Kg 1 ⁄4" NPT 11⁄2# G1⁄4" (BSP) .6553" 17. Model 882. R.500/min Maximum Temp. The ability to vary the air pressure allows the driver to adjust pressure for the surface being traveled. 11/32" capacity. The 1/4" capacity air union is tandem mounted to prevent interpassage leakage between the air and water passages. which reduces the overhanging length. Pressure Max. Lower pressure with a broader footprint is suitable for soft terrain. w w w . max temperature 250°F. Rotor Threads For Central Tire Inflation Systems (CTIS) This is a small union designed for minimum water flow where space is a problem. Operating data 150 psi.500 RPM 1. Higher pressures and a smaller footprint is suitable for higher speed highway travel. Model 1115-000-001. Shaft mounted conversions of this design are available. The seals are Carbon Graphite-to-Stainless Steel. 1 2"-12 UN R. It has the same dimensions as Model 1005-020-038 on page 32.H. This model union is most commonly used when converting a vehicle to the CTIS system. Air Pressure Max. and is already very popular in the logging industry and on military vehicles. maximum speed 3. 1/8" pilot capacity and 5/16's supply air capacity.6 8 9 . Water Pressure Max.Unions for Special Applications Model 1005-113-063 Model 1005-113-110 1/8" NPT. Hyd. max temperature 250°F. 250°F 120°C Model 981-300 ⁄2" x 1" Capacity for oil rig service Operating Data Max. Contact Deublin Engineering Department for complete specifications. max temperature 250°F. o r This 2-passage union was designed to cool and actuate Drum Brakes on Oil Rigs. however an in-shaft version is illustrated on Page 34. The 1102 is not shown.H. Speed NPT 1.8 6 0 0 This 3-passage union was designed to cool and activate clutches and brakes. The 1102 can be partially mounted within the shaft by using the four holes in the flange.3 bar 350/min 120°C Deublin has developed a number of hubmounted unions specifically designed to accommodate the passage of air between a vehicle's stationary axles and its wheels. d e u b l i n . Speed 1.500 RPM 1.500/min Maximum Temp. Rotor Threads for water service Operating Data Max. Rotor Threads ⁄8" Capacity 1 5/16"-24 UNF. Air Pressure 150 PSI 10 bar Max. Contact Deublin Engineering Department for complete specifications. + 1 . maximum pressure150 psi. Model 1102-025-001-004. Speed Maximum Temp.500 RPM. It has a 1" water and 1/2" air passage. Speed Straight Thread 3.H. Water Pressure 750 PSI 52 bar Max. This 2-passage model was designed to be used where a wheel valve is required. maximum speed 3. 52 150 PSI 150 PSI 500 PSI 350 RPM 250°F 10 bar 10 bar 33. c o m . Water Pressure 150 PSI 10 bar Max. max speed 450 RPM. The water passage has a cartridge seal that can be repaired on the machine. The male thread can be attached to the solid axle and the supply air from the body to the tire. and illustrated on Page 34. R. The (2) 3/8" water passages supply and return water for cooling.500 RPM 3. The O-Ringed union body can be installed in the solid axle and air lines connected to the rotor head. The 981-300 union can also be used on many other Air/Hydraulic applications.8 4 7 .500/min Max. This allows tire pressure to be varied from inside the vehicle's cab. 1/4" capacity. 2-passage union. 250°F 120°C Model 468-250 ⁄4" x 3⁄8" x 3⁄8" Capacity 1 Flanged Rotor for clutch and brake service Operating Data Max.500 RPM. Operating data: Maximum air pressure 150 psi. d e u b l i n . This line features the revolutionary FS Series Steam Joint with the Deltasint Stationary Siphon System designed and proven for today's high-speed paper machine's dryer sections. Deublin-Sint Steam Joints and Siphon Systems for the Paper Making Industry Deublin has a complete line of steam inducing and condensate removal products designed specifically for the papermaking industry. With its dependable. Deublin offers the broadest range of rotating union solutions for continuous through-the-spindle coolant applications. These products are contained in a dedicated catalog. Deublin Rotating Unions for Coolant Applications Whether CNC machining centers or automotive transfer lines. c o m 53 . We have a separate catalog which features the 2400 Series. the 2400 Series can change the way you think about rotating union maintenance. and dry running capability with or without pressure. DEUBLIN + 1 .DEUBLIN Around-The-Shaft Unions for Air or Hydraulic Service • Single or multi-passage • “Controlled leakage” can be vented or channeled to reservoir • Available for shafts up to 8" • Capable of handling high speed and pressure • Custom designed for specific application Housing Rotor Deublin Rotating Unions for Continuous Casting Machines in the Steel Industry Deublin has been a major supplier to the steel industry for over 45 years and has worked closely with the people who design.8 6 0 0 o r w w w . manufacture and operate Continuous Casting Equipment worldwide.6 8 9 .8 4 7 . State-ofthe-art features include silicon carbide seals. long-wearing mechanical seals. 8 6 0 0 Deublin Rotating Unions can be installed with fullest confidence that it will operate to your complete satisfaction. It is important that they are periodically inspected and.Deublin Products Designed for Special Industries Flexible Hose Installation Instructions for DEUBLIN Rotating Unions 1 2 3 1 Mount housing in a bench vise and install hose. Factory Testing All DEUBLIN ROTATING UNIONS are factory tested under pressure before shipment. Deublin Engineering Department should be contacted for recommendations. They do not contain exhaustive information about the installation. For applications other than stated in the catalog. While Deublin Unions are of the highest quality and precision. This thorough check assures that each Deublin Union is completely leakproof.8 4 7 . It is a rotating sealing device – not just a plumbing union. 3 Connect flexible hose to supply line. 54 + 1 . d e u b l i n . use or maintenance of unions. Deublin unions should not be used to seal hydrocarbons or other flammable media as leakage may result in explosions or fires. Deublin Unions should never be used for applications other than specified in the catalog. The principal responsibility for the safe and effective use of Deublin Unions rests with the user and its employees. o r w w w . c o m . they are "wear and tear" items. Purchasers and users of Deublin Unions should be certain that they have reviewed Deublin’s catalog and have sufficient experience and training in the use of unions before attempting installation or use of Deublin’s products. whatever assistance it can to advise users about the use of its products and about any difficulties or problems which are brought to its attention. Improper use could result in premature leakage or failure. the rotating union must be replaced or repaired to avoid the consequence of leakage. upon request.6 8 9 . Deublin will provide. The use of our product on hazardous or corrosive media is strictly forbidden. These instructions are provided by Deublin as general guidelines. as seals wear out. Examples of Flexible Hose Installation Important The DEUBLIN ROTATING UNION is a precision-made piece of equipment and should be handled accordingly. 2 Install rotating union into machine. which might be defective. Unions can be field serviced with rebuilding kits. modified.20 . There are no warranties which extend beyond the description contained under this heading.42 . when returned to the Deublin Company. Do not install hose taut.64 1. or damaged from improper maintenance. Contact Deublin Customer Service to arrange repair service.50 . These kits include seals. Repair Service All Deublin rotating unions can be returned to the factory for professional rebuilding.64 1. or other abuse. No representative. rotors and ball bearings. To compensate for any eccentricities occurring from installation. use Chevron SRI 2. it is imperative that a flexible connection be used.50 2. This warranty is void if the product is dismantled. including warranties of fitness for a particular purpose.35 . Use a 45degree elbow and pipe union on the riser. The liability of Deublin is expressly limited to the replacement or rebuilding of any article.) 55 155 255 355 525 555 655 755 6200 6250 6300 6400 . express or implied. making certain there is a slight curve in the hose. c o m 55 .40 3. transportation prepaid within a reasonable time after the termination of the 365-day warranty period. thereof. vibration or moisture (humidity) Operating Hours Light Service Speed in RPM DEUBLIN + 1 . Unions are refurbished to an "as new" condition and carry a New Union Warranty to ensure optimum performance. or part thereof.Warranty For a period of one year from the date of shipment.8 4 7 .64 . proven defective. Deublin warrants that the products sold by it are free from defects in material and workmanship.8 6 0 0 o r w w w .35 .12 . altered. Relubrication Interval Temperatures 165°F – 250°F some vibration and moisture present Operating Hours Moderate Service Temperatures up to 165°F little. side-loading. d e u b l i n . excessive temperature. Deublin Cartridge Water Unions or 57 Series should be specified. abrasive or chemical action.6 8 9 .20 For catalog models with grease fittings. Where field service is essential. agent or employee of Deublin has any authority to modify the terms of this warranty. To facilitate adapting the housing inlet (Port “B”) to your equipment we suggest the following: Barbed Hose Fitting NPT to (BSP) Adapters NPT NPT (BSP) Model Amount of Grease (oz. DO NOT PIPE SOLID. Deublin will not be responsible for any consequential or resulting damage which may be claimed to have occurred through the sale or use of such products or parts. if any. Relubrication Installation No exterior bracing should be used to prevent the housing of a ball bearing type union from rotating. which are available for most Deublin rotating unions. China.S. The result of this policy has been constant growth through the years. Deubler. DEUBLIN has consistently adhered to a policy of producing the best product of its kind in the market. Ts. Illinois. Monteveglio. Italy Dalian. Printed in the U. Ts. RU111 US .Since its establishment in 1945. Hofheim a.A.A. Hofheim a. U. All Rights Reserved. Germany. Chairman of the Board Global Headquarters in Waukegan.. Illinois.S. We cordially invite you to visit our modern manufacturing facilities in Waukegan. Sincerely. Italy and Dalian. Germany Monteveglio. For this progress we are grateful to our many loyal customers. China This catalog is available in the following languages: English Spanish Swedish (European) German Dutch Japanese Finnish Spanish (Latin America) Italian Korean French Portuguese Danish (Latin America) Chinese Russian Engineered for Per formance © Copyright 2012 DEUBLIN COMPANY. Donald L..