OM Series Operation Manual - Ball Valve
OPERATION MANUALElectrical ActuatorQuarter-Turn ActuatorJuly , 20113rd
Quarter Turn ActuatorInline Industries, Inc. 2011.07INDEXOVERVIEW . 1IMPORTANT NOTICES . 2STANDARD MOUNTING . 3SPECIFICATION . 4STORAGE INFORMATION . 6LUBRICATION . 6INSTALLATION . 7WIRING DIAGRAM . 8OM-1 & OM-A & OM-A-M 12V, 24V DC On-Off Controller. 9OM-1 & OM-A & OM-A-M 12V, 24V AC On-Off Controller . 10OM-1 & OM-A & OM-A-M 110V, 220V AC 1-phase On-Off Controller , 30% duty cycle. 11OM-1 & OM-A & OM-A-M 110V, 220V AC 1-Phase On-Off Controller , 75% duty cycle. 12OM-1 & OM-A & OM-A-M 110V, 220V AC 1-phase Current Position Transmitter . 13OM-1 & OM-A & OM-A-M 12V, 24V DC Modulating Controller . 14OM-1 & OM-A & OM-A-M 12V, 24V AC Modulating Controller. 15OM-1 & OM-A & OM-A-M 110V, 220V AC 1-Phase Modulating Controller . 16OM-2 OM-612V DC On-Off Controller . 17OM-2 OM-12 24VDC On-Off Controller . 17OM-2 OM-612V AC On-Off Controller . 18OM-2 OM-12 24VACOn-Off Controller . 18On-Off Controller , 30% duty cycle . 19BM-2, OM-2 OM-13 110V, 220V AC 1-PhaseBM-2, OM-2 OM-13 220V, 380V, 440V AC 3-Phase On-Off Controller . 20OM-2 OM-8110V, 220V AC 1-PhaseOn-Off Controller , 75% duty cycle . 21OM-9 OM-13 110V AC 1-PhaseOn-Off Controller , 50% duty cycle . 22OM-9 OM-13 220V AC 1-PhaseOn-Off Controller , 50% duty cycle . 23OM-2 OM-13 110V, 220V AC 1-phaseCurrent Position Transmitter . 24OM-2 OM-13 220V, 380V, 440V AC 3-phase Current Position Transmitter . 25OM-2 OM- 6 12V DCModulating Controller . 26OM-2 OM-12 24V DC Modulating Controller . 26OM-2 OM- 6 12V ACModulating Controller . 27OM-2 OM-12 24V AC Modulating Controllerb . 27OM-2 OM-8110V, 220V AC 1-PhaseModulating Controller , 30% duty cycle . 28i
Quarter Turn ActuatorInline Industries, Inc. 2011.07OM-2 OM-13 220V, 380V, 440V AC 3-Phase Modulating Controller . 29OM-2 OM-8110V, 220V AC 1-PhaseModulating Controller , 75% duty cycle . 30OM-9 OM-13 110V AC 1-Phase Modulating Controller , 50% duty cycle . 31OM-9 OM-13 220V AC 1-Phase Modulating Controller , 50% duty cycle . 32OM-2 OM-13 110V, 220V AC 1-PhaseOn-Off Controller , Local Control Unit . 33OM-2 OM-13 220V, 380V, 440V AC 3-Phase On-off Controller , Local Control Unit . 34OM-2 OM-8110V, 220V AC 1-Phase Modulating Controller , Local Control Unit , 30% duty cycle. 35OM-2 OM-8110V, 220V AC 1-Phase Modulating Controller , Local Control Unit , 75% duty cycle. 36OM-9 OM-13 110V AC 1-Phase Modulating Controller , Local Control Unit, 50% duty cycle . 37OM-9 OM-13 220V AC 1-Phase Modulating Controller , Local Control Unit, 50% duty cycle . 38OM-2 OM-13 110V, 220V AC 1-PhaseOn-off Controller , Local Control Unit, Current PositionTransmitter . 39OM-2 OM-13 220V, 380V, 440V AC 3-Phase On-off Controller , Local Control Unit, Current PositionTransmitter, 30% duty cycle . 40BM-2, OM-A, OM-A-M, OM-1 OM-13 110V, 220V AC 1-PhaseSame Switch Coupling Wiring . 41ADJUSTMENT – Travel Cam & Limit Switches . 42ADJUSTMENT – Mechanical Stops. 45ADJUSTMENT – Modulating Control Board . 46TROUBLE SHOOTING . 51WARRANTY . 53ii
Quarter Turn ActuatorInline Industries, Inc. 2011.07OVERVIEWInline's electric quarter-turn actuators offer a range of 35Nm to 4500Nm torque. Productdesign is based on a self-locking worm drive principal, which provides for a smooth running,dependable, robust drive system. All models are ISO 5211 compliant, have a visual position indicatoron top of actuator cover and manual override except BM-2 and OMA. The manual operation isnon-clutch design that can be operated without any lever, clutch or brake upon power outage.This design has already won the new Patent in Taiwan, U.S.A. and China.Features 30% duty cycle at ambient temperature and rated torque. Self - locking gearing.Built-in thermal protection prevents motor burning out. AC motor is 125 C (257 )and 90 C(194 )for DC motor. (The 75% duty cycle actuator uses DC motor.)ModelMax TorqueWeightlb.inKgBM-212010635.512.13 N/AOM-A5044324.41 N/AOM-A-M5044336.61 LeverOM-13531024.41 LeverOM-2907971124.25 Hand-wheelOM-315013281124.25 Hand-wheelOM-440035422044.09 Hand-wheelOM-550044272044.09 Hand-wheelOM-665057562044.09 Hand-wheelOM-7100088553270.55 Hand-wheelOM-81500132823270.55 Hand-wheelOM-920001770971156.53 Hand-wheelOM-1025002213771156.53 Hand-wheelOM-1130002656472158.73 Hand-wheelOM-1235003099172158.73 Hand-wheelOM-13450039846106233.69 Hand-wheel1lbManual OverrideN.m
Quarter Turn ActuatorInline Industries, Inc. 2011.07IMPORTANT NOTICES !a.b.c.d.e.f.g.h.i.j.CAUTION:For the 3-Phase on-off controller actuator, please use the hand-wheel toturn the actuator to 45 degree before test.** If the direction is opposite, please change any two of the U, V, W.Check for correct voltage prior to wiring.Turn power off before servicing or for maintenance purpose.Use sealant to seal conduit connections after wiring to prevent dusting or watercontamination.The angle of electric actuator installation must be between 0 180 degree. Do not install upsidedown or below the horizontal.When more than one electric actuator needed to operate simultaneously, please connect withthe individual cables.Please connect the ground wire to PE inside the electric actuator.The warranty period is one year.Not intended for vacuum spaces and avoid installing near explosive atmospheres.The standard actuator is 30% duty cycle and optional for 75% duty cycle. Avoid too highfrequency for the rated duty cycle.TO avoid functional failure caused by statics do not touch any components on the PCB withmetal tools or unarmed.Duty Cycle – compliance to IEC standard"Duty cycle" means the starting frequency.The formula : Running Time (Running time Rest Time) 100% duty cycle For example：30% duty cycle75% duty cycleRest Time Running Time (1- duty cycle) duty cycleThe running time for OM-2 is 15 secs.15 [ ( 1 – 30%) / 30%] 3515 [ ( 1 – 75%) / 75%] 5 The rest time will be 35 secs. The rest time will be 5 secs.If the duty cycle is higher, the rest time will be shortened. It means the starting frequency will behigher.2
Quarter Turn ActuatorInline Industries, Inc. 2011.07STANDARD MOUNTINGModelMountingFlangeShaftDepthKey(ISO 5211)mminchmminchOM-AF07 / F05170.67160.63N/AOM-A-MF07 / F05170.67160.63N/AOM-1F05 / OM-7F14 or F12351.38602.3610 100.39 0.39OM-8F14 or F12351.38602.3610 100.39 0.39OM-9F16752.951003.9412 100.47 0.39OM-10F16752.951003.9412 100.47 0.39OM-11F16752.951003.9412 100.47 0.39OM-12F16752.951003.9412 100.47 0.39OM-13F25722.831104.3320 120.79 0.473mminch
Quarter Turn ActuatorInline Industries, Inc. Max 44276505756100088551500 132822000 177092500 221373000 265643500 30991Speed(90 )20 s20 s15 s15 s22 s16 s22 s28 s46 s46 s58 s58 s58 s58 sMotorPower10 W10 W10 W40 W40 W80W80W80W80W80W80W80W220W220W12V DC/ .5A2.0A5.2A4.9A16.1A13.5A12.5A24V DC/ A30.0A30.0A30.0A30.0A26.0A26.0A33.0A33.0ASingle 6OM-7OM-8OM-9OM-10OM-11OM-12OM-13Max TorqueSpeed(90 )Nmlb-in 60 Hz 50 6505756100088551500 132822000 177092500 221373000 265643500 309914500 0s10 80W220W220W110V 5.9A7.5A7.5A220V-240V .6A4.8A4.8A
Quarter Turn ActuatorInline Industries, Inc. 2011.07SPECIFICATIONThree PhaseModelNo.BM-2Max Torque Speed (90 )380V Current440V CurrentMotor 220V Current50Hz Power Run Start Lock Run Start Lock Run Start LockNm lb-in 60Hz12010638s10 s40W0.8A 1.4A 1.5A 0.4A 0.9A 0.7A 0.4A 0.5A -------OM-29079715 s17 s40W 0.8A 1.4A 1.5A 0.4A 0.7A 0.7A 0.4A 0.9A 0.6AOM-3150132822 s26 s40W 0.8A 1.4A 1.5A 0.4A 0.7A 0.7A 0.4A 0.9A 0.6AOM-4400354216 s18 s80W 1.0A 1.8A 2.3A 0.7A 1.3A 1.5A 0.6A 1.4A 1.4AOM-5500442722 s25 s80W 1.0A 1.8A 2.3A 0.7A 1.3A 1.5A 0.6A 1.4A 1.4AOM-6650575628 s31 s80W 1.0A 1.8A 2.3A 0.7A 1.3A 1.5A 0.6A 1.4A 1.4AOM-71000 885546 s55 s120W 0.9A 2.0A 2.2A 0.7A 1.2A 1.4A 0.5A 1.3A 1.3AOM-81500 1328246 s55 s120W 1.0A 2.4A 2.6A 0.7A 1.5A 1.5A 0.6A 1.2A 1.2AOM-92000 1770958 s70 s180W 1.3A 3.7A 3.9A 0.7A 2.0A 2.3A 0.7A 2.0A 2.2AOM-102500 2213758 s70 s180W 1.3A 3.4A 3.9A 0.7A 2.0A 2.4A 0.7A 2.0A 2.2AOM-113000 2656458 s70 s180W 1.3A 3.5A 3.9A 0.7A 2.0A 2.4A 0.7A 2.0A 2.2AOM-123500 3099158 s70 s220W 1.5A 4.8A 5.4A 0.9A 2.5A 2.5A 0.8A 2.6A 2.4AOM-134500 3984680 s95 s220W 1.5A 4.9A 5.4A 1.0A 2.5A 2.5A 0.8A 2.6A 2.4ANote :Run: Full Load AmpereLock : Locked Rotor Ampere5
Quarter Turn ActuatorInline Industries, Inc. 2011.07STORAGE INFORMATIONReceiving/InspectionCarefully inspect for shipping damage. Damage to the shipping carton is usually a good indicationthat it has received rough handing. Report all damage immediately to the freight carrier and yourseller.Unpack the product and information packet taking care to save the shipping carton and any packingmaterial should return be necessary. Verify that the item on the packing list or bill of lading agreewith your own documentation.StorageIf you actuator cannot be installed immediately store it in a dry place, it must be protected fromexcess moisture, dust, and weather, until you are ready to connect incoming cables.If the actuator has to be installed but cannot be cable, please don’t remove the plastic transit cableentry pings. When the actuator has to be cable it is recommended that to replace with suitablewater-proof plugs have to IP protection.LUBRICATIONThe gear train has been permanently lubricated at the factor sufficient.6
Quarter Turn ActuatorInline Industries, Inc. 2011.07INSTALLATIONa.Before mounting actuator, verify that the torque requirement is less than the output torque ofthe actuator. (The suggested safety factor is 1.3. )For example：If the maximum torque of 5” valve is 70Nm. 80 1.3(safety factor) 104104Nm 150Nm (OM-3) OK !104Nm 90Nm (OM-2 ) NO!b.c.d.Check that output shaft adaptor fits stem of valve before inserting into actuator.Insert output shaft adaptor into actuator. Make sure it fits satisfactory.Determine that actuator position, open or closed, matches position of equipment with which ite.f.g.h.i.is to be mounted. Use manual override to change position, if necessary.Remove valve mechanical stops and mount on the proper connection.CAUTION: Don’t remove any parts necessary for the proper operation of the valve.Check again that the valve and actuator are in the same position.Install mounting hardware on the valve or mount on the valve directly, mount actuator to valvesecurely tighten all bolts and screws once actuator screws have been started.Remove actuator cover.CAUTION: Be sure power is off at the main power box.Wire actuator using the wiring diagram inside cover.CAUTION: For the 3-Phase on-off controller actuator, please use the hand-wheel to turn theactuator to 45 degree before test. If the operating direction is opposite, please change twoof U, V, W.j.Turn on power to actuator.CAUTION: Use extreme caution as there are live circuits that could cause electrical shock ordeath.k. Make sure if it is needed to calibrate the fully-open or fully-closed position of the actuator.Refer to the page 42 45 to set the fully -open or fully-closed position and mechanical stops.l.If the actuator is modulating type, refer to page 46 to set the functions.CAUTION: Turn power off before changing any settingm. Replace cover and secure cover screws.7
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAMABBREVIATION ILLUSTRATIONa.b.c.d.e.MC1 & MC2：Electromagnetic contactor.NFB：No fuse breaker.C.S.：Control switch.L.：Over-load relay.H ：Heater.f.g.h.LS : Limit switch.TS : Torque switchSwitch(1) : Local/ Remote Controli.Switch(2) : Open/Stop/Close select.Duty cycle (Standard Model)OM-1 OM-13 ： 30% duty cyclej.k.Extended duty cycle:OM-1 OM-8 : 75% duty cycleOM-9 OM-13 : 50% duty cycleLS1：Limit switch for open.LS2：Limit switch for close.The usage for 2 additional limit switches：OM-1, OM-A,OM-A-MLS3 Fully Open ：Terminal “A” connects to terminal “B”.LS4 Fully Closed ：Terminal “A” connects to terminal “E”.BM-2, OM-2 OM-13LS3 Fully Open ：Terminal “A” connects to terminal “C”.LS4 Fully Closed ：Terminal “D” connects to terminal “F”. !NOTE :When a set of control wire or switch needs to control two or more actuatorsat the same time, please refer to page 41.8
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-1 & OM-A & OM-A-M12V, 24V DCOn-Off ControllerPower Supply12V / 24V DC, 220V AC 1-PHACTUATORNOTE:1.2.3.4.“ ” connects to 1,“ - ” connects to 7.“–” connects to 3 for “OPEN”, “–” connects to 4 for “CLOSE”.Using less than 3A current for “A, B, C, E, F”.Using battery to supply power for DC units.9
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-1 & OM-A & OM-A-M12V, 24V ACOn-Off ControllerPower Supply12V / 24V ACACTUATORNOTE :1.2.3.“N” connects to 1,“ L ” connects to 7.“L” connects to 3 for “OPEN”, “L” connects to 4 for “CLOSE”.Using less than 3A current for “A, B, C, E, F”.10
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-1 & OM-A & OM-A-M110V, 220V AC 1-phaseOn-Off Controller , 30% duty cyclePower Supply110V /220V AC 1-PHACTUATORNOTE :1.2.3.“N” connects to 1,“ L ” connects to 7.“L” connects to 3 for “OPEN”, “L” connects to 4 for “CLOSE”.Using less than 3A current for “A, B, C, E, F”.11
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-1 & OM-A & OM-A-M110V, 220V AC 1-PhaseOn-Off Controller , 75% duty cyclePower Supply110V / 220V AC 1-PHACTUATORNOTE:1.2.3.“N” connects to 1,“ L ” connects to 7.“L” connects to 3 for “OPEN”, “L” connects to 4 for “CLOSE”.Using less than 3A current for “A, B, C, E, F”.12
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-1 & OM-A & OM-A-M110V, 220V AC 1-phaseCurrent Position TransmitterPower Supply110V / 220V AC 1-PHsee note (4)ACTUATORNOTE:1.2.3.4.“N” connects to 1, “ L” connects to 7.“L” connects to 3 for “OPEN”, “L” connects to 4 for “CLOSE”.Using less than 3A current for “A, B, C, E, F”.If the control power is 220VAC, N &L connect to #1 & #3.If the control power is 110VAC, N & L connect to #1 & #2 or #2 & #3.13
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-1 & OM-A & OM-A-M12V, 24V DCModulating ControllerSignal OutputSignal Inputsee note (1)Power Supply12V / 24V DC, 220V AC 1-PHACTUATORNOTE :1.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)2.3.b. Output Signal：4-20mA, 2-10VUsing less than 3A current for “A, B, C, E, F”.Using battery to supply power for DC units.14
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-1 & OM-A & OM-A-M12V, 24V ACModulating ControllerSignal OutputSignal Inputsee note (1)Power Supply12V / 24V AC, 220V AC 1-PHACTUATORNOTE :1.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)2.b. Output Signal：4-20mA, 2-10VUsing less than 3A current for “A, B, C, E, F”.15
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-1 & OM-A & OM-A-M110V, 220V AC 1-PhaseModulating ControllerSignal OutputSignal Inputsee note (1)Power Supply110V / 220V AC1-PH, 220V AC 1-PHACTUATORNOTE:1.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)2.b. Output Signal：4-20mA, 2-10VUsing less than 3A current for “A, B, C, E, F”.16
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-612V DCOM-2 OM-12 24VDCOn-Off ControllerPower Supply12V / 24V DCACTUATORNOTE:1.2.3.4.“ ” connects to 1, “– ” connects to 7.“–” connects to 3 for “OPEN”, “–” connects to 4 for “CLOSE”.Using less than 5A current for “A, B, C, D, E, F”.Using battery to supply power for DC units.17
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-6 12V ACOM-2 OM-12 24VACOn-Off ControllerPower Supply12V / 24V ACACTUATORNOTE :1.2.3.“N” connects to 1, “L” connects to 7.“L” connects to 3 for “OPEN”, “L” connects to 4 for “CLOSE”.Using less than 5A current for “A, B, C, D, E, F”.18
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorBM-2, OM-2 OM-13 110V, 220V AC 1-PhaseOn-Off Controller , 30% duty cyclePower Supply110V / 220V AC 1-PHACTUATORNOTE :1.2.3.4.“N” connects to 1, “L” connects to 7.“L” connects to 3 for “OPEN”, “L” connects to 4 for “CLOSE”.Using less than 5A current for “A, B, C, D, E, F”.BM-2 could not install torque switches.19
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorBM-2, OM-2 OM-13220V, 380V, 440V AC 3-PhaseOn-Off ControllerPower Supply220V / 380V / 440V AC 3-PHACTUATORNOTE :1.2.3.Using the hand-wheel to turn the actuator to 45 degree before test. If theoperating direction is opposite, please change any two of U, V, W.Using less than 5A current for “A, B, C, D, E, F”.BM-2 could not install torque switches.“A, B, C, D, E, F”.1.20
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-8 110V, 220V AC 1-PhaseOn-Off Controller , 75% duty cyclePower Supply110V / 220V AC 1-PHACTUATORNOTE :1.2.3.“N” connects to 1, “L” connects to 7.“L” connects to 3 for “OPEN”, “L” connects to 4 for “CLOSE”.Using less than 5A current for “A, B, C, D, E, F”.21
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-9 OM-13 110V AC 1-PhaseOn-Off Controller , 50% duty cyclePower Supply110V AC 1-PHACTUATORNOTE :1.2.3.“N” connects to 1, “L” connects to 7.“L” connects to 3 for “OPEN”, “L” connects to 4 for “CLOSE”.Using less than 5A current for “A, B, C, D, E, F”.22
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-9 OM-13 220V AC 1-PhaseOn-Off Controller , 50% duty cyclePower Supply220V AC 1-PHACTUATORNOTE:1.2.3.“N” connects to 1, “L” connects to 7.“L” connects to 3 for “OPEN”, “L” connects to 4 for “CLOSE”.Using less than 5A current for “A, B, C, D, E, F”.23
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-13 110V, 220V AC 1-phaseCurrent Position TransmitterPower Supply110V / 220V AC 1-PHsee note (4)ACTUATORNOTE:1.2.3.4.“N” connects to 1, “ L ” connects to 7.“L” connects to 3 for “OPEN”, “L” connects to 4 for “CLOSE”.Using less than 5A current for “A, B, C, D, E, F”.If the control power is 220VAC, N &L connect to #1 & #3.If the control power is 110VAC, N & L connect to #1 & #2 or #2 & #3.24
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-13 220V, 380V, 440V AC 3-phaseCurrent Position TransmitterPower Supply220V / 380V / 440V AC 3-PH110V/220V ACInputACTUATORNOTE:1.2.3.If the control power is 220VAC, N &L connect to #1 & #3.If the control power is 110VAC, N & L connect to #1 & #2 or #2 & #3.Using the hand-wheel to turn the actuator to 45 degree before test. If theoperating direction is opposite, please change any two of U, V, W.Using less than 5A current for “A, B, C, D, E, F”.“A, B, C, D, E, F”.25
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM- 6 12V DCOM-2 OM-12 24V DCModulating ControllerPower Supply12V / 24V DCSignal Inputsee note (1)Signal OutputACTUATORNOTE:1.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)2.3.b. Output Signal：4-20mA, 2-10VUsing less than 5A current for “A, B, C, D, E, F”.Using battery to supply power for DC units.26
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM- 6 12V ACOM-2 OM-12 24V ACModulating ControllerPower SupplySignal Input12V / 24V ACsee note (1)Signal OutputACTUATORNOTE:1.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)2.b. Output Signal：4-20mA, 2-10VUsing less than 5A current for “A, B, C, D, E, F”.27
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-8 110V, 220V AC 1-PhaseModulating Controller , 30% duty cyclePower Supply110V / 220V ACSignal Inputsee note (1)1-PH,SignalOutput, 220V AC 1-PHACTUATORNOTE :1.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)2.b. Output Signal：4-20mA, 2-10VUsing less than 5A current for “A, B, C,D, E, F”.28
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-13 220V, 380V, 440V AC 3-Phase Modulating ControllerPower SupplySignal Inputsee note (2)220V / 380V / 440V AC3-PHSignal OutputACTUATORNOTE:1.2.Please change any two of U, V, W when the power lamp is off.Modulating Boarda. Input Signal : 4-20mA, 2-10V, 1-5V(It is suggested to use the shielding wire and its length should not exceed 30m.)3.4.b. Output Signal: 4-20mA, 2-10VLocal / Remote Switchesa. Select “Remote”：Controlled by signal.b. Select “Local “：Controlled by switch (2).Using less than 5A current for “ A, B, C, D, E, F”29
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-8 110V, 220V AC 1-PhaseModulating Controller , 75% duty cyclePower SupplySignal Input110V / 220V ACsee note (1)1-PH, 220V AC 1-PHSignal OutputACTUATORNOTE :1.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)2.b. Output Signal：4-20mA, 2-10VUsing less than 5A current for “A, B, C, D, E, F”.30
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-9 OM-13 110V AC 1-PhaseModulating Controller , 50% duty cyclePower SupplySignal Inputsee note (1)110V AC1-PH, 220V AC 1-PHSignal OutputACTUATORNOTE :1.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)2.b. Output Signal：4-20mA, 2-10VUsing less than 5A current for “A, B, C, D, E, F”.31
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-9 OM-13 220V AC 1-PhaseModulating Controller , 50% duty cyclePower SupplySignal Input220V ACsee note (1)1-PH, 220V AC 1-PHSignal OutputACTUATORNOTE :1.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)2.b. Output Signal：4-20mA, 2-10VUsing less than 5A current for “A, B, C, D, E, F”.32
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-13 110V, 220V AC 1-PhaseOn-Off Controller , Local Control UnitPower Supply110V / 220V AC 1-PHACTUATORNOTE:1.Using less than 5A current for “A, B, C, D, E, F”.33
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-13 220V, 380V, 440V AC 3-PhaseOn-off Controller , Local Control UnitPower Supply220V / 380V / 440V AC3-PHACTUATORNOTE :1.2.3.Please change any two of U, V, W when the power lamp is off.Switch (3) is the switch of remote control (provided by user).a. Connecting #1 & #3 for OPEN.b. Connecting #1 & #4 for CLOSE.c. #1, #3, #4 can’t connect together at the same time.Using less than 5A current for “ A,B, C, D, E, F”34
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-8 110V, 220V AC 1-PhaseModulating Controller , Local Control Unit , 30% duty cycleSignal Inputsee note (1)Power SupplySignal Output110V / 220V AC1-PHACTUATORNOTE :1.2.Please change any two of U,V,W when the power lamp is off.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)3.4.b. Output Signal：4-20mA, 2-10VLocal / Remote Switchesa. Select “ Remote”：Controlled by signal.b. Select “Local “：Controlled by switch (2).Using less than 5A current for “A, B, C, D, E, F”.35
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-2 OM-8 110V, 220V AC 1-PhaseModulating Controller , Local Control Unit , 75% duty cycleSignal Inputsee note (1)Power SupplySignal Output110V / 220V AC1-PHACTUATORNOTE :1.2.Please change any two of U,V,W when the power lamp is off.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)3.4.b. Output Signal：4-20mA, 2-10VLocal / Remote Switchesa. Select “Remote”：Controlled by signal.b. Select “Local “：Controlled by switch (2).Using less than 5A current for “A, B, C, D, E, F”.36
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-9 OM-13 110V AC 1-PhaseModulating Controller , Local Control Unit, 50% duty cycleSignal Inputsee note (1)Power SupplySignal Output110V AC 1-PHACTUATORNOTE :1.2.Please change any two of U,V,W when the power lamp is off.Modulating Boarda. Input Signal：4-20mA, 1-5V, 2-10V(It is suggested to use the shielding wire and its length should not exceed 30m.)3.4.b. Output Signal：4-20mA, 2-10VLocal / Remote Switchesa. Select “Remote”：Controlled by signal.b. Select “Local “：Controlled by switch (2).Using less than 5A current for “A, B, C, D, E, F”.37
Quarter Turn ActuatorInline Industreis, Inc. 2011.07WIRING DIAGRAM – Quarter Turn ActuatorOM-9 OM-13 220V AC 1-PhaseModulating Controller , Local Control Unit, 50% duty cycleSignal Inpu
Aug 03, 2011 · OM-6 650 5756 20 44.09 Hand-wheel OM-7 1000 8855 32 70.55 Hand-wheel OM-8 1500 13282 32 70.55 Hand-wheel OM-9 2000 17709 71 156.53 Hand-wheel OM-10 2500 22137 71 156.53 Hand-wheel OM-11 3000 26564 72 158.73 Hand-wheel OM-12 3500 30991 72
Ball Screw Selection White Paper Ball Screw Basics A ball screw assembly consists of a ball screw and a ball nut with recirculating ball bearings. (Figure 1) The interface between the screw and the nut is made by ball bearings that roll in matching forms in the ball screw and ball nut. The load on the ball screw
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shaft, direct mounting on Ball Screw Nut. KSS designs special profile of Ball Screw Nut in accordance with customerʼs mounting request. Please ask KSS representative for further information. Model number notation ① Ball Screw with Ball Spline series No. BSSP : Ball Screw with Ball Spline ② Screw Shaft nominal diameter（mm） ③ Lead（mm）
through 24) V150, V200 and V300 Vee-Ball control valves. The Vee-Ball valve combines globe valve ruggedness with the efficiency of a rotary valve. The Vee-Ball valve is a segmented ball valve which features a contoured segmented V-Notch ball. A shearing action between the V-notch ball and the ball seal (figure 1) promotes smooth, nonclogging .
An injectorspool Supports a plurality of ball injector assem blies having respective ball cartridges adapted to load one frac ball at a time into a ball chamber of a ball launcher of the respective ball injector assemblies to provide a horizontal frac ball injector adapted to be connected to a frac head by frac 1O. N N N 50 % S. 2. 2 N S e 44 2
In another example, a frac ball launching system for inject ing balls into a well bore is provided comprising at least one ball launcher further comprising a ball pod housing having a ball pod bore, a ball pod apparatus wherein the ball pod apparatus is disposed within the ball pod bore, a hydraulic housing, and a frac ball control system.
Ball screw (2) Precision ball screw HN･FB series 2. TSUBAKI precision ball screw designing and standard dimension (1) Precision ball screw FB series Please refer to the shape of the standard ball nut of each model. The ball nuts can be produced in other configuration than given in this catalogue. Please instruct us the shape of supporting part of
Manual ball valve with electric feedback unit in the multi-functional module Solvent cement socket. Threaded socket. Standard ball valve Ball valve with lockable handle Ball valve with pneumatic actuator and manual override Ball valve with electric actuator Ball valve with handle extensio
