Denison GOLD CUP Piston Pumps & Motors. For Open & Closed Circuits

Transcription

1 Denison GOLD CUP Piston Pumps & Motors or Open & Closed Circuits aerospace climate control electromechanical filtration fluid & gas handling hydraulics pneumatics process control sealing & shielding

2 Hydraulic Pump Division and Denison Hydraulics The Hydraulic Pump Division of Parker Hannifin was formed in 2004 when our significant piston pump business was expanded through the acquisition of Denison Hydraulics. The addition of Denison allowed us to marry the wealth of knowledge that both companies have in the design, manufacture, and application of piston products in both open circuit and closed circuit system applications. Since before WWII, Denison products have been chosen for Military test stand applications and for shipboard hydraulic applications being recognized as technology leaders. The heavy duty GOLD CUP series of pumps and motors in this catalog represent a broadening of our product offering with hydrostatic transmission applications in marine, drilling, and shredding applications, among others. The tried and true design of the GOLD CUP product line incorporates features such as integral servo and replenishing pump, hot oil shuttle, and a unique servo control system; all of which combine to provide a rugged self contained package which can withstand the harshest of conditions and continue to perform with trouble free long life. The division is a leading worldwide manufacturer of hydraulic components and systems for earthmoving and construction vehicles; for mining equipment; for pulp and paper, chemical and other processing equipment; for ships and ordnance equipment; and for such in-plant machines as machine tools, plastic molding, die casters, and stamping presses. The product information, specifications, and descriptions contained in this publication have been compiled for the use and convenience of our customers from information furnished by the manufacturer; and we can not, and do not, accept any responsibility for the accuracy or correctness of any description, calculation, specification, or information contained herein. No such description, calculation, specification, or information regarding the products being sold has been made part of the basis of the bargain, nor has same created or amounted to an express warranty that the products would conform thereto. We are selling the goods and merchandise illustrated and described on this publication on an as is basis, and disclaim any implied warranty, including any warranty of merchantability or warranty of fitness for any particular purpose whatsoever, with respect to the goods and merchandise sold. ll manufacturer warranties shall be passed on to our customers, but we shall not be responsible for special, indirect, incidental, or consequential damages resulting from the use of any of the products or information contained or described on this publication. urther, we reserve the right to revise or otherwise make product improvements at any time without notification. WRNING - USER RESPONSIILITY ILURE OR IMPROPER SELECTION OR IMPROPER USE O THE PRODUCTS DESCRIED HEREIN OR RELTED ITEMS CN CUSE DETH, PERSONL INJURY ND PROPERTY DMGE. This document and other information from Parker-Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise. The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and warning requirements of the application are met. The user must analyze all aspects of the application, follow applicable industry standards, and follow the information concerning the product in the current product catalog and in any other materials provided from Parker or its subsidiaries or authorized distributors. To the extent that Parker or its subsidiaries or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable and sufficient for all applications and reasonably foreseeable uses of the components or systems. OER O SLE The items described in this document are hereby offered for sale by Parker-Hannifin Corporation, its subsidiaries or its authorized distributor. This offer and its acceptance are governed by the provisions stated in the detailed "Offer of Sale" elsewhere in this document. Copyright 2010, Parker Hannifin Corporation. ll Rights Reserved. Mining Photo on ront Cover is the Property of tlas Copco Parker Hannifin Corporation

3 Contents Contents Contents...3 Technical Data...4 eatures...7 Description...8 Pump, Motor Dimensions P6, 7, M6, 7, P11, M11, P24, M24, Controls Dimensions 10, , 41 2H, , 5C...36, 41 7D, 7J , 7K , 8C...39, 42 9, 9C...40, 42 ** **6, **8, ** Rear dapters table...45 P6,7, P11, , P24, Inlet Conditions...55 Performance Curves Pump Primary Displacement Control Options Secondary Control Options Hydraulic Schematics GOLD CUP Pump Control Combinations...77 Pump Ordering Code GOLD CUP Motor Control Combinations...81 Motor Ordering Code Parker Hannifin Corporation

4 Technical Data Series Terms P6 P7 P8 P11 P14 P24 P30 Displacement Max. displacement in 3 /rev cm 3 /rev Pressure Continuous psi bar ) 350 1) Intermittent psi )7) )7) bar 420 7) 420 7) 310 7) 420 7) 420 7) 370 )7) 370 )7) Speed (Pump) max.@ full stroke rpm ) 1800 (Motor) full stoke rpm N ) 1800 (Motor) 50% stroke rpm N ) 1800 Mounting lange - 2 bolt SE (C) (C) (C) lange -4 bolt (opt. on 6. 7 & 8) SE (D) (D) (D) (E) (E) () () Shaft - keyed SE 32-1 (C) 32-1 (C) 32-1 (C) 44-1 (E) 44-1 (E) 50-1 () 50-1 () keyed SE 44-1 (D) 44-1 (D) 44-1 (D) Shaft - splined SE 32-4 (C) 32-4 (C) 32-4 (C) 44-4 (E) 44-4 (E) 50-4 () 50-4 () splined SE 44-4 (D) 44-4 (D) 44-4 (D) Weight (Pump) less controls Mass lbs kg Weight (Motor fixed) Mass lbs N/ kg N/ Weight (Motor Variable) less controls Mass lbs N/ kg N/ Rotating interia lbs-in kg. m Torque (motor) theo. max per 100 psi lbs-in N per 100 bar Nm N at 5000 psi lbs-in N at 350 bar Nm N Power (Motor) theo. max. at 5000 psi, 350 bar per 100 rpm hp N kw N at 2000 rpm hp N kw N Torque (Motor) efficiency - approx. stalled % theo N running % theo N Case pressure: max. allowable continuos psi bar intermittent psi bar (Not to exceed 1.7 bar. above inlet in open circuit units) low (pump) tho. at max 1500 rpm gpm lpm rpm gpm lpm Displacement (Internal aux. pump) P6.7.8P.S.V P11.14P.S P11.14V P24P P24S 3) P30P P30S 3) in 3 /rev (2) ) ) ) ) ) ) cm 3 /rev (2) low (internal aux rpm gpm 6.9 (2) lpm 26.1 (2) rpm gpm 8.3 (2) lpm 31.4 (2) ) Max. pressure 350 bar for M24 and 30 series variable motors. Higher servo pressure may be required - consult Parker. 2) On H-1 fluids, 1800 RPM Max. on H-0 fluids. 3) Internal cartridge provides servo flow and must be supercharged from external replenishing flow, from external auxiliary pump. 4) One servo cartridge and one replenishing cartridge. 5) Servo cartridge only. 6) Standard, other sizes available, see ordering code. 7) 10% of operation time, not exceeding 6 successive seconds Parker Hannifin Corporation

5 Technical Data Replenishing pressure (Internal aux. pump) Replenish pressure minus case pressure Servo pressure (Internal aux. pump) Servo pressure minus case pressure at 0 bar discharge pressure Servo pressure (Internal aux. pump) for HI-IQ control units. Servo pressure minus case pressure at 350 bar discharge pressure - at system pressure range 0 to 350 bar P6,7,8,11,14,24P P6,7,8,11,14,24S P30P P30S psi * * bar psi bar psi bar *Note: Normal setting, may be increased if required. Series Terms P6 P7 P8 P11 P14 P24 P30 Controls Compensator response off-stroke sec (per SE 350 bar on-stroke sec Compensator adjustment psi/turn bar/turn Torque to turn rotary servo shaft in.-lbs Nm The maximum inlet at the auxiliary pump inlet is 200 psi. (13.8 bar) Minimum comensating pressure will always be psi ( bar) over servo pressure. ny inlet pressures above atmospheric will increase noise levels and decrease efficiencies noted in this literature. Exact measurements depend on each application and operating conditions. Please consult your nearest Parker Office for further details. *Standard factory compensating pressure is psi. (69.0 bar) Parker Hannifin Corporation

6 Technical Data RER DRIVE TORQUE CPCITY RONT INPUT SHT SERIES TYPE TORQUE CPCITY RER MOUNTINGS SE C D E P6,7,8 Keyed SE 32-1(C) 6920 in-lbs. P,S,V,X Spline SE 32-4(C) (780 Nm) P6,7,8 Keyed SE 44-1(D) 6920 in-lbs. P,S,V,X Spline SE 44-4(D) (780 Nm) P6,7,8 Keyed SE 44-1(C)* in-lbs. R, L, D only Spline SE 32-4C (1565 Nm) P11,14 Keyed SE 44-1(E) in-lbs. P,S,V,X Spline SE 44-4(E) (1510 Nm) P11,14 Keyed SE 44-1(E)* in-lbs. R, L only Spline SE 44-4(E) (3020 Nm) P24,30 Keyed SE 50-1() in-lbs. P,S,X Spline SE 50-4() (2750Nm) P24,30 Keyed SE 50-1() * in-lbs R, L only Spline SE 50-4() (5.500 Nm) * Coupling for keyed shaft must be pressed fit for full torque capability. RER OUTPUT SHT TORQUE CPCITY 1750 in-lbs. (195 Nm) 1750 in-lbs. (195 Nm) 6920 in-lbs. (780 Nm) 2400 in-lbs. (270 Nm) in-lbs. (1510 Nm) 2700 in-lbs. (305 Nm) in-lbs. (2750 Nm) P6/7/8 SE Mtg., 32-1, 4 Shaft earing (6007) Speed (rpm) Shaft Load (lbs) * Shaft Load (N) * Case Pressure (psi) Case Pressure (bar) Life (hours x 1000) 8E E E E P6/7/8 SE Mtg., 44-1, 4 Shaft earing (6207) Speed (rpm) Shaft Load (lbs)* Shaft Load (N)* Case Pressure (psi) Case Pressure (bar) Life (hours x 1000) 3E E E E P11/14 SE Mtg., 44-1, 4 Shaft earing (6010) (2 & 3 Shaft Codes) Speed (rpm) Shaft Load (lbs)* Shaft Load (N)* Case Pressure (psi) Case Pressure (bar) Life (hours x 1000) 2E E E E P11/14 SE Mtg., 44-1, 4 Spherical Roller Shaft earing (22208) (7 & 8 Shaft Codes) Speed (rpm) Shaft Load (lbs)* Shaft Load (N)* Case Pressure (psi) Case Pressure (bar) Life (hours x 1000) P24 SE Mtg., 50-1, 4 Shaft earing (22311) Speed (rpm) Shaft Load (lbs)* Case Pressure (psi) Case Pressure (psi) Case Pressure (bar) Life (hours x 1000) P30 SE Mtg., 50-1, 4 Shaft earing (22311) Speed (rpm) Shaft Load (lbs)* Case Pressure (psi) Shaft Load (lbs)* Case Pressure (bar) Life (hours x 1000) *radial load at center of key or spline Note: Variation in life is due to variations in tolerances within the pump. Contact Parler Hydraulics for -10 with other operating conditions and with other case pressure values. Consult Parker Hydraulics for shaft side loads of P*R units Parker Hannifin Corporation

7 eatures Quick change valve block - easy to service or replace Quick change controls - easy to service and change Dampened low inertia rocker cam - more stable, quieter and faster than other designs Exclusive zero-backlash rotary servo design - lifetime accuracy ield adjustable compensator override - easily adjusted without removing from machinery Precision barrel bearing, a distinctive Denison feature for over 30 years - permits high speeds, high pressure and provides long life Versatile controls - can be located on either side of pump or motor for maximum freedom of design uxiliary pump can be changed without disassembling the transmission Standard SE keyed or splined drive shafts are available High pressure mechanical shaft seals can be changed without disassembling the transmission. Double lip seals are also available One piece stroking vane/cam means no lost motion, zero backlash, better control, and no linkages to wear out Stroking vane seals are pressure loaded for longer life Standard compensator vent ports allow for a wide variety of controls (See pplications Manual) Rocker cam displacement indicator helps troubleshoot the system Modulated servo pressure saves power Standard Code 62 SE split flange connections Conforms to SE mounting standards ast compensator respons. See page 5 Variable motors available for multiple speed ranges or constant power Note: 1. These products, with exception of 8 cubic inch units, are qualified to meet Military specifications MIL-P and MIL-S-901-C Grade. 2. ll GOLD CUP Pumps and Motors* have TEX approval. *See ordering code for availability. 3. Consult factory for other approvals such as S and Lloyd s Registry. 8 9 Patented ring style replenishing checks fastest operation with no sliding poppets or parts and low pressure drop Hot oil shuttle available - fast, reliable operation Parker Hannifin Corporation

8 Description CLOSED HYDRULIC CIRCUIT POWER CHRCTERISTICS O HYDROSTTIC TRNSMISSIONS Variable Pump/ixed Motor. This combination provides for a constant torque output at a fixed maximum pressure over the full speed range. Speed and direction are controlled with a variable displacement over-center pump. Power from overhauling loads is regenerated back into the pump prime mover. Motor speed is limited to the maximum speed permitted by full pump displacement. System is capable of full power only at maximum pump displacement. Variable Pump/Variable Motor. This combination provides for an extended range of motor speeds. The motor, at full displacement, delivers maximum torque while its speed and direction respond to displacement changes of the crossover center pump. Power is proportional to motor speed. This transmission system has the capability of constant torque and rising power until the pump reaches full displacement and full power at elevated speeds as motor displacement and torque are reduced. PCKGE PUMP PCKGE MOTOR OPEN CIRCUIT PUMP UXILIRY RER DRIVE The package pump contains the circuit elements shown in the hydraulic schematic on pgs These include the axial piston over-center variable displacement pump which controls the speed and direction of the motor, the auxiliary pump which supplies servo pressure (for controlling the displacement of the variable pump) and replenishment pressure, the servo pressure relief valve, the replenishment pressure relief valve and the replenishment check valves for ports and. The pump package also includes the displacement control valves as well as an external arm which shows actual displacement. The various control features are described below. The package motor, shown in schematic pgs , contains the axial piston fluid motor, the shuttle valve that continuously removes hot oil from the low pressure side of the loop and a relief valve to establish minimum hydraulic loop pressure at the motor. The fluid motor is available with fixed displacement or with the variable displacement option. The standard variable motors include an external indicator which shows displacement. The open circuit pump contains the circuit elements shown on pages 75,76. These include a cross-center variable displacement pump which is normally limited to one side of center. The auxiliary pump supplies only servo pressure to control the main pump displacement and inlet porting is enlarged to improve the pump s inlet characteristics. s the open loop pump operates on one side of center only, not all controls are available. dditional auxiliary flow is available with the rear drive pump option. The rear drive may also be utilized for servo and other purposes. See ordering code for additional detail. R & L style pumps have no rear shaft seal, so any pump driven must be able to withstand case pressure of the pump driving it. UXILIRY PUMP Integral to the package pump s envelope is the gerotor auxiliary pump. (P24P, P24S, P30P & P30S have vane integral pump). It provides servo and replenishing pressure. See page 5 for factory settings. NOTE: uxiliary pump inlet must be connected directly to the reservoir. Customer must supply external line from integral auxiliary pump back into main pump for filtering servo and/or replenishing oil. (see installation drawings starting on pg 10.) Parker Hannifin Corporation

9 Description MOUNTING INLET PRESSURES, S & DRIN The pump or motor is designed to operate in any position. or vertical mounting it is recommended that the shaft bearing be drained via the drain port provided. The mounting hub and mounting flange are in full conformance with SE standard. The shaft must be in alignment with the shaft of the driven load and should be checked with a dial indicator. The mounting pad or adapter into which the fluid pump pilots must be concentric with the pump shaft within in., 0,152 mm to prevent bearing failure. This concentricity is particularly important if the shaft is rigidly connected to the driving load without a flexible coupling. The shaft-coupling interface must be lubricated with lithium molydisulfide or similar grease. In a closed hydraulic loop the pump inlet or the fluid motor inlet (during dynamic braking) are supercharged by the integral replenishment system. Consult Parker in cases where fluid viscosity or dynamics or line size may cause inlet pressure at either port or to be less than the 150 psi, 10,3 bar maintained by the integral replenishment system. or operation in open loop or combination openclosed loops, consult Parker. Drain the package pump from the higher drain port. If drain port is above the fluid level in the tank install a 5 psi, 0,3 bar relief of suitable size in the drain line to tank. or vertical mounting it is recommended that the shaft bearing be drained via the drain port provided. or pump speeds intermittently below 1000 rpm, install a back pressure relief 40 psi, 2,8 bar of suitable size in the drain line from the higher port to tank. Motor case drain must be connected to pump case. Motor: Drain the motor from the higher drain ports into the lower pump drain port or tank. Make provision that the motor drain port pressure will not exceed the maximum limits specified above. RETURN LINE ILTER UXILIRY LOW ILTERS RECOMMENDED LUIDS VISCOSITY CLENLINESS Relatively inexpensive low pressure filters are recommended for installation in the return lines and drain lines from circuits using these pumps or motors. Consider the possibility of decompression surges and intensified flow in cylinder circuits as well as the factors above in selecting return line filters. It is recommended the auxiliary pump fluid be filtered to aid in maintaining acceptable cleanliness levels. or good filtration and reasonable maintenance intervals the filter capacity must be at least twice the auxiliary pump flow. To use this feature, install the isolation plug and connect the filter between ports G&H, (P6,P7,P8,P24,P30), or J&K (P11,P14). See detailed schematics and drawings pages for location of these ports. The fluid recommended for use in these pumps and motors has a petroleum base and contains agents which provide oxidation inhibition and anti-rust, antifoam and de-areating properties as described in Parker Denison standard H-1. These preferred fluids do not contain anti-wear additives. luids containing anti-wear additives that meet Parker Denison standard H-0 are acceptable. Max. at cold start 7500 SUS, 1600 cst at low pressure, low flow and if possible, low speed Max. at full power 750 SUS, 160 cst Optimum for max. life 140 SUS, 30 cst Minimum at full power 60 SUS, 10cSt Particle contamination to meet ISO 20/17/14 or better. Water content < 500 ppm for mineral based fluids. or detail on fluid recommendations see bulletin SPO-M Parker Hannifin Corporation

10 P6-P7-P8, M Dimensions L3 SE-38.1 DI. 414 R 4-OLT LG. CONN. DRIN CONN. SE-12 STR. THD. D1 D CSE DRIN CONN. SE-12 STR. THD L4 L2 D2 LT. DRIN CONN. SE-12 STR. THD. L /8-11 UNC x 33.0 DEEP 4-PLCES 42.7 SE-50.8 DI. 207 R 4-OLT LG. CONN. P* MOUNTING L1 L2 L3 L4 SE (SE-C) /2-13 UNC x 26.7 DEEP 4-PLCES SE (SE-D) P*M L3 DRIN CONN. SE-12 STR. THD. D1 5/8-11 UNC-2 TP x 33.0 DP. 4 PLCES S SHOWN SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-38.1 DI. 418 R 4-OLT LG. CONN. L4 L2 D2 LT. DRIN CONN. SE-12 STR. THD. L1 MOUNTING L1 L2 L3 L SE (SE-C) SE (SE-D) NOTE: See page 16 for shaft information. See pages for rear drive information Parker Hannifin Corporation

11 P6-P7-P8V, D, P Dimensions (Less Controls) (NER SIDE) UXILIRY PUMP OUTLET G TO EXTERNL ILTER & SERVO GGE CONN. SE-8 STR. THD. H UXILIRY PUMP (R SIDE) ILTER RETURN SE-8 STR. THD. L3 L1 LT. DRIN CONN. SE-12 STR. THD. D1 K UXILIRY REPLENISH SE-16 STR. THD TYP P*V L4 LT. DRIN CONN. D2 SE-12 STR. THD. L2 L5 C UXILIRY PUMP INLET SE-16 STR. THD. TLE 1 G THIS SIDE G R SIDE MIN LOOP GGE CONN. SE-6 STR. THD SE-38.1 DI. 414 R 4-OLT LG. CONN. MOUNTING L1 L2 L3 L4 L5 6.0 & 7.25 GOLD CUP 5/8-11 UNC x 35.1 DEEP 4-PLCES 42.7 SE-50.8 DI. 207 R 4-OLT LG. CONN. P*D & P*P SE (SE-C) SE (SE-D) L3 (NER SIDE) UXILIRY PUMP OUTLET G TO EXTERNL ILTER & SERVO GGE CONN. SE-6 STR. THD. L1 LT. DRIN CONN. SE-12 STR. THD. D1 H UXILIRY PUMP (R SIDE) ILTER RETURN SE-8 STR. THD. K UXILIRY REPLENISH SE-16 STR. THD TYP L4 LT. DRIN CONN. D2 SE-12 STR. THD. L2 C UXILIRY PUMP I NLET SE-16 STR. THD. L5 G THIS SIDE G R SIDE MIN LOOP GGE CONN. SE-6 STR. THD SE-38.1 DI. 414 R 4-OLT LG. CONN. TYP. S & /8-11 UNC x 35.1 DEEP 8-PLCES NOTE: See page 16 for shaft information. See appropriate controls mounting starting on page Parker Hannifin Corporation

12 P6-P7-P8X, R Dimensions (Less Controls) (NER SIDE) UXILIRY PUMP OUTLET G TO EXTERNL ILTER & SERVO GGE CONN. SE-8 STR. THD. L3 L6 LT. DRIN CONN. SE-12 STR. THD. D1 H UXILIRY PUMP (R SIDE) ILTER RETURN SE-8 STR. THD. K UXILIRY REPLENISH ND PUMP ILTER RETURN SE-12 STR. THD. SYSTEM (R SIDE) SYSTEM (NER SIDE) SEE DETIL R L4 TLE 3 LT. DRIN CONN. D2 SE-12 STR. THD. L5 L2 L1 C UXILIRY PUMP INLET SE-16 STR. THD. MOUNTING L1 L2 L3 L4 L5 L /8-11 UNC-2 THRED x 33.3 DEEP 8-PLCES 79.4 P*X SE (SE-C) SE (SE-D) SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-38.1 DI. 414 R 4-OLT LG. CONNECTION 4-OLT LG. CONNECTION P*R L3 L1 D1 DRIN CONN. SE-12 STR. THD. 5/8-11 UNC-2 TP x 33.0 DP. 4 PLCES S SHOWN SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-38.1 DI. 418 R 4-OLT LG. CONN. L4 LT. DRIN CONN. D2 SE-12 STR. THD. L5 L2 1 SYSTEM GGE CONN. SE-6 STR. THD. L6 K REPLENISHING INLET SE-16 STR. THD. H SERVO GGE CONN. SE-4 STR. THD. RER DPTER TLE 2 MOUNTING L1 L2 L3 L4 L5 L G PRESSURE INLET SE-8 STR. THD SE (SE-C) SE (SE-D) SYSTEM GGE CONN. SE-6 STR. THD NOTE: See page 16 for shaft information. See page for rear drive information. See appropriate controls mounting starting on page Parker Hannifin Corporation

13 P6-P7-P8S, L Dimensions (Less Controls) (NER SIDE) UXILIRY PUMP OUTLET G TO EXTERNL ILTER & SERVO GGE CONN. SE-8 STR. THD. L6 L3 H UXILIRY PUMP (R SIDE) ILTER RETURN SE-8 STR. THD. G SYS. GGE (N.S.) G SYS. GGE (.S) SE-6 STR. THD SYSTEM (R SIDE) SYSTEM (NER SIDE) SEE DETIL 5/8-11 UNC-2 THRED x 33.3 DEEP 8-PLCES L4 LT. DRIN CONN. D2 SE-12 STR. THD. L5 C UXILIRY PUMP INLET SE-16 STR. THD. L2 L1 DETIL SYSTEM S & SE DI. 414 R 4-OLT LG. CONNECTION TLE 5 MOUNTING L1 L2 L3 L4 L5 L6 SE (SE-C) SE (SE-D) P*S K SHUTTLE RELIE INLET SE-12 STR. THD. D3 DRIN CONNECTION SE-16 STR. THD. P*L L3 LT. DRIN CONN. SE-12 STR. THD. D1 L5 G SERVO PRESSURE INLET SE-8 STR. THD. K UXILIRY REPLENISH ND PUMP ILTER RETURN SE-12 STR. THD. RER DPTER 98.3 TYP L4 LT. DRIN CONN. D2 SE-12 STR. THD. SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-38.1 DI. 414 R 4-OLT LG. CONNECTION 5/8-11 UNC-2 THRED x 33.3 DEEP 8-PLCES L1 L2 D3 DRIN CONNECTION SE-16 STR. THD. K SHUTTLE RELIE INLET SE-12 STR. THD. TLE 4 MOUNTING L1 L2 L3 L4 L5 L6 SE (SE-C) SE (SE-D) NOTE: See page 16 for shaft information. See page for rear drive information. See appropriate controls mounting starting on page Parker Hannifin Corporation

14 M6-M7-M8, G, M, N Dimensions M* & M*G MOUNTING L1 L2 L3 L4 SE (SE-C) SE (SE-D) L3 DRIN CONN. SE-12 STR. THD. D1 D CSE DRIN CONN. SE-12 STR. THD M*G ONLY L4 L2 D2 LT. DRIN CONN. SE-12 STR. THD. L /8-11 UNC x 33.0 DEEP 8-PLCES SE-38.1 DI. 418 R 4-OLT LG. CONN. M*M & M*N L3 DRIN CONN. SE-12 STR. THD. D1 RER DPTER 5/8-11 UNC-2 TP x 33.0 DP. 4 PLCES S SHOWN "M*N" ONLY S & SE-38.1 DI. 418 R 4-OLT LG. CONN. L4 D2 LT. DRIN CONN. SE-12 STR. THD. L2 L1 - R SIDE - THIS SIDE SEE DETIL MOUNTING L1 L2 L3 L4 SE (SE-C) SE (SE-D) NOTE: See page 16 for shaft information. See page for rear drive information Parker Hannifin Corporation

15 H1 Catalogue HY /UK M6-M7-M8 H, V, R, L Motor Dimensions (Less Controls) M*H & M*V TLE 14 MOUNTING L1 L2 L3 L4 L5 SE (SE-C) SE (SE-D) L3 H2 PRESSURE INLET SE-8 STR. THD (R SIDE). LT. DRIN CONN. SE-12 STR. THD. D1 H1 PRESSURE INLET SE-8 STR. THD. (NER SIDE) D CSE DRIN SE-12 STR. THD M*H ONLY L4 LT. DRIN CONN. D2 SE-12 STR. THD. L5 L2 L /8-11 UNC x 35.1 DEEP 8-PLCES SE-38.1 DI. 414 R 4-OLT LG. CONN. 2-PLCES M*R & M*L RER DPTER L3 D1 DRIN CONN. SE-12 STR. THD. 5/8-11 UNC-2 TP x 33.0 DP. 4 PLCES S SHOWN LT. DRIN CONN. D2 SE-12 STR. THD "M*L" ONLY SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-38.1 DI. 418 R 4-OLT LG. CONN L3 L2 L H1 PRESSURE INLET SE-8 STR. THD. (NER SIDE) H2 PRESSURE INLET SE-8 STR. THD. (R SIDE) TLE 14 MOUNTING L1 L2 L3 L4 L5 SE (SE-C) SE (SE-D) NOTE: See page 16 for shaft information. See page for rear drive information. See appropriate controls mounting starting on page Parker Hannifin Corporation

16 or Pumps & Motors M*, M*G, M*H, M*V, P*S, P*X, P*D, P*P, P*V & P* M*R, M*L, M*M, M*N, P*L & P*R S S MX (M10 x 1.5) METRIC THRED x 19.8 DEEP S SPLINE LENGTH DI DI x 45 SE ( D 4-OLT) SE ( D 4-OLT) SE 44-1 ( D KEYED) SE 44-4 ( D SPLINE) OR SE ( D 4-OLT) SHT DEGIGNTION PUMP MODEL CODE 04 SHT S1 S2 S3 SE 44-1 (SE-D Key) 75.4/ /11.10 SQ.KEY x 44.4 SHT DEGIGNTION PUMP MODEL CODE 05 SE INVOLUTE SPLINE J EXTERNL CLSS 1 LT ROOT SIDE IT 8/16 DI. PITCH 30 PRESSURE NGLE 13 TEETH / MJOR DI. S1 S SPLINE LENGTH SEE NOTE 1 S SPLINE LENGTH SEE NOTE 2 OR SE ( C 2-OLT) DI. (M10 x 1.5) METRIC THRED x 19.8 DEEP DI x (33,0) DI. MIN. SE ( C 2-OLT) SE 32-1 SE ( C 2-OLT) ( C KEYED) SE 32-4 ( C SPLINE) 7.9 NOTES 1. SPLINE LENGTH ONLY OR: M*, M*G, M*H, M*V, P*S, P*X, P*D, P*P, P*V & P* 2. SPLINE LENGTH ONLY OR: M*R, M*L, M*M, M*N, P*L & P*R SHT DEGIGNTION PUMP MODEL CODE 02 or or 10 SHT S1 S2 S3 SE 32-1 (SE-C) SE 32-1 LONG (SE-C) 56.6/ /7.87 SQ.KEY x LG 31.8/ / /7.87 SQ.KEY x LG 60.4/59.7 SHT DEGIGNTION PUMP MODEL CODE 03 or 08 SE INVOLUTE SPLINE J EXTERNL CLSS 1 LT ROOT SIDE IT 12/24 DI. PITCH 30 PRESSURE NGLE 14 TEETH / MJOR DI Parker Hannifin Corporation

17 P11-P14 M, Dimensions RER DPTER D1 DRIN CONN. SE-16 STR. THD D2 LT. DRIN CONN. SE-16 STR. THD P*M 18.3 SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-38.1 DI. 414 R 4-OLT LG. CONNECTION 5/8-11 UNC-2 THRED x 33.3 DEEP 8-PLCES P* D1 LT. DRIN CONN. SE-16 STR. THD. 5/8-11 UNC-2 THRED x 33.3 DEEP 8-PLCES D2 LT. DRIN CONN. SE-16 STR. THD. SE-38.1 DI. 414 R 4-OLT LG. CONN. (CODE 62) 2-PLCES D DRIN CONNECTION SE-16 STR. THD. 9 NOTE: See page 23 for shaft information. See page for rear drive information Parker Hannifin Corporation

18 P11-P14 P, V Dimensions (Less Controls) 28.4 L3 SE-38.1 DI. 415 R 4-OLT LG. CONN. (CODE 62) TYPICL 2-PLCES L1 18,3 D1 DRIN CONN. SE-16 STR. THD P*P L4 D2 LT. DRIN CONN. SE-16 STR. THD. L2 C UXILIRY PUMP INLET SE-20 STR. THD. TLE 6 5/8-11 UNC-2 x 35.1 DEEP 8-PLCES PUMP L1 L2 L3 L4 P*V 28.4 L3 L1 D1 DRIN CONN. SE-16 STR. THD. SE-38.1 DI: 415 R 4-OLT LG. CONN. (CODE 62) P11P, P14P & P111V, P14V L4 D2 LT. DRIN CONN. SE-16 STR. THD. L2 C UXILIRY PUMP INLET SE-20 STR. THD. 5/8-11 UNC-2 x 35.1 DEEP 4-PLCES DI. 172 R 4-OLT LG. 1/2-13UNC-2 x 30.2 DEEP 4-PLCES NOTE: See page 23 for shaft information. See appropriate controls mounting starting on page Parker Hannifin Corporation

19 P11-P14 S, X Dimensions (Less Controls) 28.4 L3 L5 D1 DRIN CONN. SE-16 STR. THD. K UXILIRY REPLENISH ND PUMP ILTER RETURN. SE-12 STR. THD (28,4) L3 L5 "D1" DRIN CONN. SE-16 STR. THD. "K" UXILIRY REPLENISH ND PUMP ILTER RETURN SE-12 STR. THD R (131,3) 5.83 (148,0) (131,3) 4.91 (124,7) P*S P*X TLE L3 L4 L1 D2 LT. DRIN CONN. SE-16 STR. THD. PUMP L1 L2 L3 L4 L5 P*S P*X L5 L D1 DRIN CONN. SE-16 STR. THD. P*S C UXILIRY PUMP INLET SE-20 STR. THD. P*X K UXILIRY REPLENISH ND PUMP ILTER RETURN SE-12 STR. THD (28,4) L L L1 "D2" LT. DRIN CONN. SE-16 STR. THD TLE 7 PUMP P*S 39.7(624,4) P*X (555,7) 79.4 L5 L SE-38.1 DI. 414 R 4-OLT LG. CONNECTION "D1" DRIN CONN. SE-16 STR. THD (387,4) "C" UXILIRY PUMP INLET 5/8-11 UNC-2 THRED SE-20 STR. x 33.3 THD. DEEP 8 PLCES L1 SYSTEM (R SIDE) SYSTEM (NER SIDE) L (501,7) L (215,3) L4 L (538.3) 6.38 (162,0) "K" UXILIRY REPLENISH ND PUMP ILTER RETURN SE-12 STR. THD R (131,3) 5.83 (148,0) 23, (131,3) 4.91 (124,7) 5 ( L4 L1 D2 LT. DRIN CONN. SE-16 STR. THD. L2 C UXILIRY PUMP INLET. SE-20 STR. THD. L4 L1 "D2" LT. DRIN CONN SE-16 STR. THD. L "C" UXILIRY PUMP INLET SE-20 STR. THD. 9 NOTE: See page 23 for shaft information. See page for rear drive information. See appropriate controls mounting starting on page Parker Hannifin Corporation NOTE:

20 P11-P14 R, L Dimensions (Less Controls) 79.4 P*R & P*L /8-11 UNC-2 THRED x 33.3 DEEP 8-PLCES 36.6 TLE 8 PUMP L1 L2 L3 L4 P*R & P*L SYSTEM (R SIDE) SYSTEM (NER SIDE) SE DI. 414 R 4-OLT LG. CONNECTION EXTERNL SERVO SUPPLY INLET CONN. G2 (NER & R SIDE) SE-8 STR. THD. D1 DRIN CONN. SE-16 STR. THD. L RER DPTER P*R ONLY SHOWN IN PHNTOM 28.4 L1 L3 D2 LT. DRIN CONN. SE-16 STR. THD. L P*L ONLY SHOWN K UXILIRY REPLENISH (NER & R SIDE) SE-12 STR. THD. SYSTEM RE SYSTEM RE. NOTE: See page 23 for shaft information. See page for rear drive information. See appropriate controls mounting starting on page Parker Hannifin Corporation

21 M11-M14 H, V,, G Dimensions (Less Controls) MOTOR DIMENSIONS 28.4 L3 L4 D1 LT. DRIN CONN. SE-16 STR. THD. 5/8-11 UNC-2 THRED x 33.3 DEEP 8-PLCES SE-38.1 DI. 415 R 4-OLT LG. CONN. (CODE 62) 2-PLCES H1 (NER SIDE) H2 (R SIDE) PRESSURE INLET SE-8 STR. THD. 2-PLCES M*H & M*V L2 D2 LT. DRIN CONN. SE-16 STR. THD. L TLE MOTOR L1 L2 L3 L4 M11H, M11V & M14H, M14V D DRIN CONNECTION SE-16 STR. THD M* & M*G /8-11 UNC-2 THRED x 33.3 DEEP 8-PLCES 76.2 SE-38.1 DI. 414 R 4-OLT LG. CONN. (CODE 62) 2-PLCES D1 LT. DRIN CONN. SE-16 STR. THD D2 LT. DRIN CONN. SE-16 STR. THD. SHUTTLE ( M*G ONLY) D DRIN CONNECTION SE-16 STR. THD. NOTE: See page 23 for shaft information. See appropriate controls mounting starting on page Parker Hannifin Corporation

22 M11-M14 M, N, R, L Dimensions (Less Controls) RER DPTER D1 DRIN CONN. SE-16 STR. THD D2 LT. DRIN CONN. SE-16 STR. THD M*M ONLY SHOWN IN PHNTOM M*N ONLY SHOWN M*M & M*N /8-11 UNC-2 THRED x 33.3 DEEP 8-PLCES 36.6 M*R & M*L LTERNTE EXTERNL SERVO SUPPLY INLET CONN. G2 SE-8 STR. THD. D1 DRIN CONN. SE-16 STR. THD SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-38.1 DI. 414 R 4-OLT LG. CONNECTION L3 L1 L D2 LT. DRIN CONN. SE-16 STR. THD. SYSTEM RE M*R ONLY SHOWN IN PHNTOM M*L ONLY SHOWN RER DPTER TLE 16 MOTOR L1 L2 L3 L4 M11R, M11L & M14R, M14L NOTE: See page 23 for shaft information. See page for rear drive information. See appropriate controls mounting starting on page 34. SYSTEM RE Parker Hannifin Corporation

23 or Pumps & Motors M*, M*G, M*H, M*V, P*S, P*X, P*P, P*V & P* M*R, M*L, M*M, M*N, P*L & P*R SPLINE 38.1 LENGTH SEE NOTE SPLINE LENGTH SEE NOTE S S DI DI. 30 NECK SEE NOTE DI. 1.5 x DI. THRU 4-PLCES. M12 (1.75 PITCH) x 30.0 DEEP TPPED HOLE VIEW - NOTES: 1. SPLINE LENGTH ND NECK ONLY OR: M*, M*G, M*H, M*V, P*S, P*X, P*P, P*V & P* 2. SPLINE LENGTH ONLY OR: M*R, M*L, M*M, M*N, P*L & P*R SHT DEGIGNTION PUMP MODEL CODE 03 or 08 SE INVOLUTE SPLINE J LT ROOT SIDE IT EXTERNL CLSS 1 8/16 PITCH 30 PRESSURE NGLE 13 TEETH / MJOR DI. SHT DEGIGNTION PUMP MODEL CODE SE ( E 4-OLT) SE ( E 2-OLT) SE 44-4 SE 44-1 ( E SPLINE) ( E KEYED) SHT S1 S3 02 or or 10 SE 44-1 (SE-E) SE 44-1 LONG (SE-E) 75.4/ /11.05 SQ.KEY x LG / /11.05 SQ.KEY x LG Parker Hannifin Corporation

24 P24-P30 M, Dimensions 97.0 C L2 L1 D1 SE-20 STR. THD. CSE DRIN /4-10 UNC x 38.1 DEEP 8-PLCES SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-50.8 DI. 414 R 4-OLT LG. CONN G K C 31.7 D2 SE-20 STR. THD. CSE DRIN 31.8 RER DPTER PUMP L1 L P24M (SHOWN) P*M OVERHUNG SUP POINT 7/8" UNC x 31.8 DEEP P30M P* /4-10 UNC x 38.1 DEEP 8-PLCES MOTOR L1 L2 P24 (SHOWN) SYSTEM S & SE-50.8 DI. 414 R 4-OLT LG. CONN. P L1 C L2 D1 SE-20 STR. THD. LTERNTE CSE DRIN M* ONLY SHOWN IN PHNTOM M*G ONLY SHOWN C D2 SE-20 STR. THD. LTERNTE CSE DRIN CSE DRIN D SE-16 STR. THD. NOTE: See page 32 for shaft information Parker Hannifin Corporation

25 P24-P30 P Dimensions (Less Controls) D1 SE-20 STR. THD. CSE DRIN. L TLE 10 PUMP L1 L2 L3 L4 P24P (SHOWN) P30P /4-10 UNC x 38.1 DEEP 8-PLCES 31.7 H1 SE-12 STR. THD. PUMP SERVO & REPLEN. SUPPLY INLET ROM EXTERNL ILTER 44.4 C L2 L1 SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-50.8 DI. 414 R 4-OLT LG. CONN K O P T G K C D2 SE-20 STR. THD. CSE DRIN L4 G SE-20 STR. THD. UX. PUMP (SERVO & REPLEN.) OUTLET TO EXTERNL ILTER K SE-32 STR. THD. L-REPLEN. PUMP SUPPLY INLET 1/2-13 UNC x 26.9 DEEP 4-PLCES SE-50.8 DI. 207 R 4-OLT LG. CONN. UX. PUMP (SERVO & REPLEN.) SUPPLY INLET 9 P*P "C" NOTE: See page 32 for shaft information. See appropriate controls mounting starting on page Parker Hannifin Corporation

26 P24-P30 X Dimensions (Less Controls) D1 SE-20 STR. THD. CSE DRIN L3 RER DPTER TLE 11 PUMP L1 L2 L3 L P24X (SHOWN) P30X /4-10 UNC x 38.1 DEEP 8-PLCES 31.7 H1 SE-12 STR. THD. PUMP SERVO & REPLEN. SUPPLY INLET ROM EXTERNL ILTER 44.4 C L2 L1 SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-50.8 DI. 414 R 4-OLT LG. CONN G K O P T C D2 SE-20 STR. THD. CSE DRIN L /2-13 UNC x 26.9 DEEP 4-PLCES SE-50.8 DI. 207 R 4-OLT LG. CONN. UX. PUMP (SERVO & REPLEN.) SUPPLY INLET P*X "C" NOTE: See page 32 for shaft information. See page for rear drive information. See appropriate controls mounting starting on page Parker Hannifin Corporation

27 P24-P30 S Dimensions (Less Controls) D1 SE-20 STR. THD. CSE DRIN L3 RER DPTER /4-10 UNC x 38.1 DEEP 8-PLCES 31.7 H1 SE-12 STR. THD. PUMP SERVO & REPLEN. SUPPLY INLET ROM EXTERNL ILTER 44.4 C L2 L1 SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-50.8 DI. 414 R 4-OLT LG. CONN G K O P T C D2 SE-20 STR. THD. CSE DRIN TLE 9 PUMP L1 L2 L3 P24S (SHOWN) P30S P*S D3 DRIN CONNECTION SE-16 STR. THD. NOTE: See page 32 for shaft information. See page for rear drive information. See appropriate controls mounting starting on page Parker Hannifin Corporation

28 P24-P30 R, L Dimensions (Less Controls) D1 SE-20 STR. THD. CSE DRIN L3 RER DPTER TLE 12 PUMP L1 L2 L3 P24 (SHOWN) P /4-10 UNC x 38.1 DEEP 8-PLCES 31.7 H1 SE-12 STR. THD. PUMP SERVO & REPLEN. SUPPLY INLET ROM EXTERNL ILTER L2 L1 SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-50.8 DI. 414 R 4-OLT LG. CONN G K P*L ONLY SHOWN 6.44 (163,6) P*R ONLY SHOWN 196.2IN PHNTOM D2 SE-20 STR. THD. CSE DRIN L K SE-16 STR THD REPLEN. SUPPLY INLET OVERHUNG SUP POINT 7/8"-9 UNC x 31.8 DEEP P*R & P*L NOTE: See page 32 for shaft information. See page for rear drive information. See appropriate controls mounting starting on page Parker Hannifin Corporation

29 M24-M30 H, V,, G Dimensions (Less Controls) 97.0 M*H & M*V SYSTEM S & SE-50.8 DI. 414 R 4-OLT LG. CONN. 3/4-10 UNC x 38.1 DEEP 8-PLCES TLE 17 PUMP L1 L2 L3 M24 (SHOWN) M L1 L D1 SE-20 STR. THD. LTERNTE CSE DRIN M*V ONLY SHOWN IN PHNTOM M*H ONLY SHOWN L3 D2 SE-20 STR. THD. LTERNTE CSE DRIN PRESSURE INLET H1 SE-4 STR THD (NER SIDE) H2 SE-4 STR THD (R SIDE) CSE DRIN D SE-16 STR. THD M* & M*G /4-10 UNC x 38.1 DEEP 8-PLCES MOTOR L1 L2 M24 (SHOWN) SYSTEM S & SE-50.8 DI. 414 R 4-OLT LG. CONN. M L1 L D1 SE-20 STR. THD. LTERNTE CSE DRIN M* ONLY M*G ONLY SHOWN IN SHOWN PHNTOM 9 D2 SE-20 STR. THD. LTERNTE CSE DRIN CSE DRIN D SE-16 STR. THD. NOTE: See page 32 for shaft information. See appropriate controls mounting starting on page Parker Hannifin Corporation

30 M24-M30 M, N Dimensions M*M & M*N PUMP L1 L2 M24 (SHOWN) M /4-10 UNC x 38.1 DEEP 8-PLCES 97.0 L2 L D1 SE-20 STR. THD. CSE DRIN SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-50.8 DI. 414 R 4-OLT LG. CONN G K M*M ONLY SHOWN IN PHNTOM M*N ONLY SHOWN D2 SE-20 STR. THD CSE DRIN 31.8 RER DPTER OVERHUNG SUP POINT 7/8"-9 UNC x 31.8 DEEP NOTE: See page 32 for shaft information. See page for rear drive information Parker Hannifin Corporation

31 M24-M30 R, L Dimensions M*R & M*L TLE 18 PUMP L1 L2 M24 (SHOWN) H1 SE-6 STR THD (NER SIDE) H2 SE-6 STR THD (R SIDE) PRESSURE INLET M /4-10 UNC x 38.1 DEEP 8-PLCES L2 L1 D1 SE-20 STR. THD. CSE DRIN SYSTEM (R SIDE) SYSTEM (NER SIDE) SE-50.8 DI. 414 R 4-OLT LG. CONN G K M*R ONLY SHOWN IN PHNTOM M*L ONLY SHOWN 31.7 D2 SE-20 STR. THD. CSE DRIN 31.8 RER DPTER OVERHUNG SUP POINT 7/8"-9 UNC x 31.8 DEEP NOTE: See page 32 for shaft information. See page for rear drive information. See appropriate controls mounting starting on page Parker Hannifin Corporation

32 or Pumps & Motors M*, M*G, M*H, M*V, P*S, P*X, P*P & P* M*R, M*L, M*M, M*N, P*L & P*R SE SE 26.9 DI. THRU 50.8 DI. S CE (R SIDE) 4 PLCES S SPLINE LENGTH SEE NOTE SPLINE LENGTH SEE NOTE 2 S DI SQ TYP DI DI x 45 NOTES: 1. SPLINE LENGTH ND NECK ONLY OR: M*, M*G, M*H, M*V, P*S, P*X, P*P & P* 2. SPLINE LENGTH ONLY OR: M*R, M*L, M*M, M*N, P*L & P*R (M16 x 2) METRIC THRED x 25.4 DEEP SHT DEGIGNTION PUMP MODEL CODE 03 or x x 45 SE ( 4-OLT) SE 50-4 SE ( 4-OLT) ( SPLINE) SE 50-1 ( KEYED) SE INVOLUTE SPLINE DT J LT ROOT SIDE IT EXTERNLC-LSS 1 8/16 PITCH 30 PRESSURE NGLE 15 TEETH MJOR DI. SHT DEGIGNTION PUMP MODEL CODE SHT S1 S3 02 or or 10 SE 50-1 (SE-) SE 50-1LONG (SE-) 88.1/ /12.65 SQ.KEY x LG / /12.65 SQ.KEY x LG Parker Hannifin Corporation

33 GOLD CUP Valve lock V INDIVIDUL ( SIDE) COMPENSTOR VENT CONN. SE-4 STR.THD. V COMMON COMPENSTOR VENT CONN. SE-4 STR. THD V V INDIVIDUL ( SIDE) COMPENSTOR VENT CONN SE-4 STR. THD. KG REPLENISHING PRESS. GGE CONN. SE-6 STR. THD. CCESS PILOT RELIE VLVE SE-3 STR.THD. (UNDER PLUG) 150 PSI PER TURN COMPENSTOR DJUSTMENT 2000 PSI PER TURN Parker Hannifin Corporation

34 Pump primary controls -- MTG. POSITION -- MTG. POSITION IG. PUMP ROT. ROTRY SERVO INPUT SHT ROTTION IG. PUMP ROT. ROTRY SERVO INPUT SHT ROTTION 10* 1 CW CCW INLET 1 CCW CW INLET 10* 2 CW CW INLET 2 CCW CCW INLET SEE ROTRY SERVO SHT DETIL SEE TLES 1-18 SEE TLES 1-18 SEE ROTRY SERVO SHT DETIL O O MIN. VOLUME STOP (CW ROT.) SCREW DJ. (CCW ROT.) IGURE -1 SCREW DJ. (CW ROT.) MIN. VOLUME STOP (CCW ROT.) 1/4-20 UNC TP x 6.4 DEEP IGURE -2 MIN. VOLUME STOP (CW ROT.) SCREW DJ. (CCW ROT.) ROYTRY SERVO SHT DETIL SEE ROTRY SERVO SHT DETIL MJOR DI. KNURL (32 TEETH PER INCH) SEE ROTRY SERVO SHT DETIL 11.5 SEE TLES 1-18 SEE TLES O "Y" "X" "X" "Y" O 35.6 MX. VOLUME STOP (CCW ROT.) MIN. VOLUME STOP (CW ROT.) MIN. VOLUME STOP (CCW ROT.) MX. VOLUME STOP. (CW ROT.) MIN. VOLUME STOP (CCW ROT.) MX. VOLUME STOP. (CW ROT.) IGURE MTG. POSITION SPRING O-SET TO MIN. VOLUME IGURE MTG. POSITION SPRING O-SET TO MIN. VOLUME IG. PRESSURE SIGNL TO: 1/8-27 N.P.T.. X 1/8-27 N.PN.T. Y IG. PRESSURE SIGNL TO: 1/8-27 N.P.T.. X 1/8-27 N.PN.T. Y 2* 1 MX. VOL. MIN. VOL. INLET 1 MIN. VOL. MX. VOL. INLET 2* 2 MIN. VOL. MX. VOL. INLET 2 MX. VOL. MIN. VOL. INLET Parker Hannifin Corporation

35 Pump primary controls -- MTG. POSITION SPRING O-SET TO MIN. VOLUME -- MTG. POSITION SPRING O-SET TO MIN. VOLUME IG. PUMP ROT. PRESSURE SIGNL TO SE-4 STR. THD. : ROTRY SERVO INPUT SHT ROTTION: IG. PUMP ROT. PRESSURE SIGNL TO SE-4 STR. THD. : ROTRY SERVO INPUT SHT ROTTION: 1 CW X CCW INLET OUTLET 2 CW Y CW INLET OUTLET 2H* 1 CCW Y CW INLET OUTLET 1 CW Y CW OUTLET INLET 2H* 2 CCW X CCW INLET OUTLET 2 CW X CCW OUTLET INLET 1 CCW X CCW OUTLET INLET 2 CCW Y CW OUTLET INLET SEE ROTRY SERVO SHT DETIL SEE ROTRY SERVO SHT DETIL 12.0 SEE TLES 1-18 SEE TLES 1-18 "Y" "X" 62.7 O "X" O "Y" MX. VOLUME STOP IGURE MX. VOLUME STOP 25.4 TRIMMER DJ. 1/4-20 UNC TP x 6.4 DEEP IGURE -2 MX. VOLUME STOP 35.6 ROYTRY SERVO SHT DETIL SEE ROTRY SERVO SHT DETIL MJOR DI. KNURL (32 TEETH PER INCH) TRIMMER DJ. SEE ROTRY SERVO SHT DETIL SEE TLES 1-18 SEE TLES 1-18 O O 35.6 TRIMMER DJ. MX. VOLUME STOP IGURE MTG. POSITION SPRING O-SET TO MIN. VOLUME MX. VOLUME STOP 35.6 MX. VOLUME STOP IGURE MTG. POSITION SPRING O-SET TO MIN. VOLUME 4* IG. PUMP ROT. ROTRY SERVO INPUT SHT ROTTION: 1 CW CCW INLET OUTLET 1 CCW CW INLET OUTLET 1 CW CW OUTLET INLET 4* IG. PUMP ROT. ROTRY SERVO INPUT SHT ROTTION: 2 CW CW INLET OUTLET 2 CCW CCW INLET OUTLET 2 CW CCW OUTLET INLET 9 1 CCW CCW OUTLET INLET 2 CCW CW OUTLET INLET Parker Hannifin Corporation

36 MRYSVILLE, OHIO U.S.. SS'Y NO. SERIL NO. ELEC. RTINGS: L = 1.5 mh MX. I = 330 ma MX. V = VOLTS D.C. MX. HZRDOUS LOCTION SUITILITY: 1. NONINCENDIVE CLSS I, DIVISION 2, GROUPS,, C, ND D. 2. CLSS II, DIVISION 2, GROUPS ND G. WRNING- DO NOT DISCONNECT WHILE CIRCUIT IS LIVE UNLESS LOCTION IS KNOWN TO E NONHZRDOUS ELEC. RTINGS: L = 1.5 mh MX. V = VOLTS D.C. MX. HZRDOUS LOCTION SUITILITY: GROUPS,, C, ND D. 2. CLSS II, DIVISION 2, GROUPS ND G. WRNING- DO NOT DISCONNECT WHILE CIRCUIT IS LIVE UNLESS MRYSVILLE, OHIO U.S.. SS'Y NO. SERIL NO. Catalogue HY /UK Pump primary controls -- MTG. POSITION SPRING O-SET TO MIN. VOLUME -- MTG. POSITION SPRING O-SET TO MIN. VOLUME IG. PUMP ROT. ROTRY SERVO INPUT SHT ROTTION: IG. PUMP ROT. ROTRY SERVO INPUT SHT ROTTION: 1 CW CCW INLET OUTLET 2 CW CW INLET OUTLET 5* 1 CCW CW INLET OUTLET 1 CW CW OUTLET INLET 5* 2 CCW CCW INLET OUTLET 2 CW CCW OUTLET INLET 1 CCW CCW OUTLET INLET 2 CCW CW OUTLET INLET NULL DJ. SCREW SEE ROTRY SERVO SHT DETIL SEE TLES 1-18 TRIMMER DJ. MX. VOLUME STOP SEE TLES 1-18 SEE ROTRY SERVO SHT DETIL LOCTION IS KNOWN TO E NONHZRDOUS. I = 330 ma MX. 1. NONINCENDIVE CLSS I, DIVISION 2, CURRENT T ULL DISPL. 350 M. NOM. COIL RESISTNCE 25 Ω NOM. WITH ELECTRICL POLRITY S SHOWN INPUT SHT WILL ROTTE CCW) ELECTRICL INPUT (ELECT. RECEPTCLE CONN. 5/8-24UNE x MTING CONN. HL, MS3106E-10SL-4S) NULL DJ. SCREW IGURE -1 SEE ROTRY SERVO SHT DETIL MX. TRIMMER DJ. MX. VOLUME STOP 15.1 CW (MECH. STOP) INPUT 19 CCW O O + POLRITY 19 CW MX. VOLUME STOP CCW (MECH. STOP) "Z" RKE CTUTOR SE-6 STR. THD DI MNUL OVERRIDE DETIL TO OPERTE, DISCONNECT OIL SUPPLY TO STROKER DO NOT EXCEED 6N.m TORQUE TRIMMER DJ DI. WITH.20 WIDE LT MX. VOLUME STOP IGURE -2 SEE ROTRY SERVO SHT DETIL NULL DJ. SCREW L IGURE -1 MX. VOLUME STOP TRIMMER DJ. MX. VOLUME STOP "Z" RKE CTUTOR SE-6 STR. THD IGURE NULL DJ. SCREW 5C* -- MTG. POSITION SPRING O-SET TO MIN. VOLUME IG. PUMP ROT. ROTRY SERVO INPUT SHT ROTTION: 1 CW CCW INLET OUTLET 1 CCW CW INLET OUTLET 1 CW CW OUTLET INLET 1 CCW CCW OUTLET INLET SERIES SIZE L8 6, 7 & 8 (SE 127-2) , 7 & & & C* -- MTG. POSITION SPRING O-SET TO MIN. VOLUME IG. PUMP ROT. ROTRY SERVO INPUT SHT ROTTION: 2 CW CW INLET OUTLET 2 CCW CCW INLET OUTLET 2 CW CCW OUTLET INLET 2 CCW CW OUTLET INLET Parker Hannifin Corporation