AXIAL PISTON PUMPS VARIABLE DISPLACEMENT
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1 FEATURES The Series is a family of variable displacement axial piston pumps for use in closed circuits with housing and distributor cover in aluminium. The displacement is continuously variable by means of a tilting swash plate and the oil flow direction is reversible. The following range of controls are available: Manual without zeroing Manual with zeroing Manual lever with feed-back Hydraulic proportional without feed-back Hydraulic proportional with feed-back Electric two position (on-off) Electric impulse Electric proportional with feed-back Electric proportional without feed-back Peak operations must not exceed 1% of every minute. A simultaneous maximum pressure and maximum speed are not recommended. TECHNICAL DATA Two through drive options for auxiliary pump mounting and two options are available: Pressure filter Through drive - Bosch Gr.1 Through drive - Bosch Gr. 2 Through drive - SAE 'A' 9T - 16/32-DP Displacement (1) cc/rev C1 Connection flange SAE 'A' Charge pump displacement cc/rev 5.4 Maximum speed (2) rpm 3600 Minimum speed rpm 700 Rated pressure Peak pressure Charge pressure Maximum case pressure Suction pressure Moment of inertia rotating parts Weight (approx.) bar (psi) bar (psi) bar (psi) bar (psi) bar (psi) kg m 2 (lb ft 2 ) kg (lb) 230 (3335) 270 (3625) (standard 20) ( ) (standard 290) 2 (29) 0.8 ( 11.6) (0.033) 7 (15.4) Notes: (1) The displacements 14/18 use the same external casing. (2) The values shown are valid for an absolute pressure (pass) of 1 bar (14.5 psi) at the suction inlet port and when operated on mineral oil. CROSS HYDRAULICS PTY LTD SECTION 8.230
2 MODEL CODE 1 2 2A : Omit if not required 1 - C1 Variable displacement axial piston pump for closed circuit MEDIUM PRESSURE 2 - DISPLACEMENT 14 Displacement 14 cm 3 18 Displacement 18 cm 3 2A - DISPLACEMENT LIMITATION 3 - CONTROLS IND Hydraulic proportional without feed-back E12 Electric impulse 12V E14 Electric impulse 24V IRX Hydraulic proportional with feed-back LRX Manual lever with feed-back LNX Manual with zeroing LWX Manual without zeroing E22 Electric two position ON-OFF 12V E24 Electric two position ON-OFF 24V ER2 Electric proportional with feed-back 12V ER4 Electric proportional with feed-back 24V EP2 Electric proportional without feed-back 12V EP4 Electric proportional without feed-back 24V EH2 Electric proportional with feed-back 12V & Hydraulic proportional with feed-back EH4 Electric proportional with feed-back 24V & Hydraulic proportional with feed-back CROSS HYDRAULICS PTY LTD SECTION 8.231
3 4 - THROUGH DRIVE SHAFT END Without through drive with charge pump 2 Without through drive without charge pump 3 SAE A = Z9-16/32 DP with charge pump 4 SAE A = Z9-16/32 DP without charge pump 5 Pump combination (Short version) 6 Bosch GR1 with charge pump 7 Bosch GR2 with charge pump 8 Bosch GR1 without charge pump 9 Bosch GR2 without charge pump 5 - PRESSURE RELIEF VALVE bar - (2030 psi) bar - (2465 psi) bar - (3045 psi) (Standard) bar - (3625 psi) 6 - DIRECTION OF ROTATION R CW L CCW 7 - SHAFT END 1a 2a Single Tandem Tandem 1 Splined T9-16/32-DP / Splined T9-16/32-DP (SAE A) 2 Splined T9-16/32-DP / Bosch 3 Internal splined T9-16/32-DP / Tandem Bosch 4 Internal splined T9-16/32-DP / Tandem 5 Round shaft Ø15.88 / Splined T9-16/32-DP 6 Round shaft Ø24 / Splined T9-16/32-DP 8 - PORTS G Metric (BSPP Threads) U SAE (UNF Threads) 9 - OPTIONS 00 Without options BP By Pass FI With Filter FE Filter with electric sensor 10 - SPECIAL VERSIONS CROSS HYDRAULICS PTY LTD SECTION 8.232
4 MANUAL WITHOUT ZEROING CONTROL - LWX The pump displacement variation of the pump is achieved by rotating the control pivot (i.e. by the means of a lever - not supplied). The control pivot is built into the swash plate of the pump. 20 Angle ( ) Vg max (%) Direction of rotation: Correlation between direction of rotation (shaft view) control and direction of flow. PUMP FLOW DIRECTION SHAFT ROTATION Control Rotation Pressure Port 1 B (L) 2 A 1 A (R) 2 B CROSS HYDRAULICS PTY LTD SECTION 8.233
5 PUMP AND CONTROL DIMENSIONS - LWX The torque necessary on the control pivot: 40 bar [580 psi] = Min 6 Nm [4.42 lbf ft] Max 15 Nm [11.05 lbf ft] 200 bar [2900 psi] = Min 12 Nm [8.84 lbf ft] Max 25 Nm [18.42 lbf ft] METRIC Version A B: Pressure ports 3/8 G D1 D2: Drain port 3/8 G S: Suction port ½ G P: Charge pressure port ¼ G a b: Control piloting pressure port ¼ G SAE Version A B: Pressure ports 9/16-18 UNF-2B D1 D2: Drain port 9/16-18 UNF-2B S: Suction port ¾-16 UNF-2B P: Charge pressure port 7/16-20 UNF-2B a b: Control piloting pressure port 7/16-20 UNF-2B CROSS HYDRAULICS PTY LTD SECTION 8.234
6 MANUAL WITH ZEROING CONTROL - LNX The pump displacement variation of the pump is achieved by rotating the control pivot (i.e. by the means of a lever - not supplied). The control pivot is built into the swash plate of the pump. The return to zero displacement of the pump is guaranteed by an internal spring. 20 Angle ( ) Vg max (%) Direction of rotation: Correlation between direction of rotation (shaft view) control and direction of flow. PUMP FLOW DIRECTION SHAFT ROTATION Control Rotation Pressure Port 1 B (L) 2 A 1 A (R) 2 B CROSS HYDRAULICS PTY LTD SECTION 8.235
7 PUMP AND CONTROL DIMENSIONS - LNX The torque necessary on the control pivot: 40 bar [580 psi] = Min 6 Nm [4.42 lbf ft] Max 15 Nm [11.05 lbf ft] 200 bar [2900 psi] = Min 12 Nm [8.84 lbf ft] Max 25 Nm [18.42 lbf ft] METRIC Version A B: Pressure ports 3/8 G D1 D2: Drain port 3/8 G S: Suction port ½ G P: Charge pressure port ¼ G a b: Control piloting pressure port ¼ G SAE Version A B: Pressure ports 9/16-18 UNF-2B D1 D2: Drain port 9/16-18 UNF-2B S: Suction port ¾-16 UNF-2B P: Charge pressure port 7/16-20 UNF-2B a b: Control piloting pressure port 7/16-20 UNF-2B CROSS HYDRAULICS PTY LTD SECTION 8.236
8 MANUAL LEVER WITH FEED-BACK CONTROL - LRX The displacement of the pump is directly proportional to the angle of the lever. The diagram below shows the relationship between angle and dispacement Angle ( ) Vg max (%) Direction of rotation: Correlation between direction of rotation (shaft view) control and direction of flow. PUMP FLOW DIRECTION SHAFT ROTATION Control Rotation Pressure Port 1 A (L) 2 B 1 B (R) 2 A CROSS HYDRAULICS PTY LTD SECTION 8.237
9 PUMP AND CONTROL DIMENSIONS - LRX The required torque on the control lever is normally between Nm [ lbf ft]. The maximum permissibile torque on the control lever is 3 Nm [2.21 lbf ft]. METRIC Version A B: Pressure ports 3/8 G D1 D2: Drain port 3/8 G S: Suction port ½ G P: Charge pressure port ¼ G a b: Control piloting pressure port ¼ G SAE Version A B: Pressure ports 9/16-18 UNF-2B D1 D2: Drain port 9/16-18 UNF-2B S: Suction port ¾-16 UNF-2B P: Charge pressure port 7/16-20 UNF-2B a b: Control piloting pressure port 7/16-20 UNF-2B CROSS HYDRAULICS PTY LTD SECTION 8.238
10 HYDRAULIC PROPORTIONAL WITH FEED-BACK CONTROL - IRX The pump displacement is proportional to the pilot pressure on a or b ports; which also affect flow direction. Piloting can be provided by charge pressure from P port. The piloting pressure will then have to be controlled by a joystick or by a pressure reducing valve (not supplied). Pilot pressure = 6 16 bar [ psi] (at ports a,b) Start of control = 6 bar [87 psi] End of control = 16 bar [232 psi] (Maximum displacement) Max pressure = 30 bar [435 psi] Pressure Bar [psi] 18 [261] 16 [232] 14 [203] 12 [174] 10 [145] 8 [116] 6 [87] 4 [58] 2 [29] 0-2 [-29] -4 [-58] -6 [-87] -8 [-116] -10 [-145] -12 [-174] -14 [-203] -16 [-232] -18 [-261] Vg max (%) Direction of rotation: Correlation between direction of rotation (shaft view) control and direction of flow. PUMP FLOW DIRECTION SHAFT ROTATION Piloting Pressure Pressure Port 1 B (L) 2 A 1 A (R) 2 B CROSS HYDRAULICS PTY LTD SECTION 8.239
11 PUMP AND CONTROL DIMENSIONS - IRX METRIC Version A B: Pressure ports 3/8 G D1 D2: Drain port 3/8 G S: Suction port ½ G P: Charge pressure port ¼ G zi: Hydraulic zero regulation screw 1 2: Control piloting pressure port 1/8 G SAE Version A B: Pressure ports 9/16-18 UNF-2B D1 D2: Drain port 9/16-18 UNF-2B S: Suction port ¾-16 UNF-2B P: Charge pressure port 7/16-20 UNF-2B zi: Hydraulic zero regulation screw 1 2: Control piloting pressure port 3/8-24 UNF-2B CROSS HYDRAULICS PTY LTD SECTION 8.240
12 HYDRAULIC PROPORTIONAL WITHOUT FEED-BACK CONTROL - IND The pump displacement is proportional to the pilot pressure on a or b piloting ports; which also affect flow direction. Feeding pressure to the control joystick can be provided by charge pressure from P port. The piloting pressure must then be controlled by a joystick or by a pressure reducing valve (not supplied). Pilot pressure = 4 16 bar [ psi] (at ports a,b) Start of control = 4 bar [58 psi] End of control = 16 bar [232 psi] (Maximum displacement) Max pressure = 30 bar [435 psi] Pressure Bar [psi] 18 [261] 16 [232] 14 [203] 12 [174] 10 [145] 8 [116] 6 [87] 4 [58] 2 [29] 0-2 [-29] -4 [-58] -6 [-87] -8 [-116] -10 [-145] -12 [-174] -14 [-203] -16 [-232] -18 [-261] Vg max (%) Direction of rotation: Correlation between direction of rotation (shaft view) control and direction of flow. PUMP FLOW DIRECTION SHAFT ROTATION Control Rotation Pressure Port a B (L) b A a A (R) b B CROSS HYDRAULICS PTY LTD SECTION 8.241
13 PUMP AND CONTROL DIMENSIONS - IND METRIC Version A B: Pressure ports 3/8 G D1 D2: Drain port 3/8 G S: Suction port ½ G P: Charge pressure port ¼ G a b: Control piloting pressure port ¼ G SAE Version A B: Pressure ports 9/16-18 UNF-2B D1 D2: Drain port 9/16-18 UNF-2B S: Suction port ¾-16 UNF-2B P: Charge pressure port 7/16-20 UNF-2B a b: Control piloting pressure port 7/16-20 UNF-2B CROSS HYDRAULICS PTY LTD SECTION 8.242
14 ELECTRIC IMPULSE CONTROL - E12/E14 Impulse control where the displacement of the pump is function of the number of inputs of current to one of the two proportional solenoids. The servo control is without zeroing spring, therefore the piston of the servo control stays in the position until a new input of current is fed to the solenoids. Flow direction depends on which solenoid is energised. Standard solenoids are ONOFF at 24V d.c. max. current 1A. (Optional solenoids 12V d.c. max. current 2A). Direction of rotation: Correlation between direction of rotation (shaft view) control and direction of flow. PUMP FLOW DIRECTION SHAFT ROTATION Energised Solenoid Pressure Port 1 A (L) 2 B 1 B (R) 2 A CROSS HYDRAULICS PTY LTD SECTION 8.243
15 PUMP AND CONTROL DIMENSIONS - E12/E14 METRIC Version A B: Pressure ports 3/8 G D1 D2: Drain port 3/8 G S: Suction port ½ G P: Charge pressure port ¼ G a b: Control piloting pressure port ¼ G SAE Version A B: Pressure ports 9/16-18 UNF-2B D1 D2: Drain port 9/16-18 UNF-2B S: Suction port ¾-16 UNF-2B P: Charge pressure port 7/16-20 UNF-2B a b: Control piloting pressure port 7/16-20 UNF-2B CROSS HYDRAULICS PTY LTD SECTION 8.244
16 ELECTRIC TWO POSITION ON-OFF - E22/E24 By switching on one of the ON-OFF solenoids (standard 24V d.c. optional 12V d.c.), the pump swivels to maximum displacement in the corresponding output flow direction. Switching off the stated solenoid will result in swivelling back the pump to zero displacement position. Direction of rotation: Correlation between direction of rotation (shaft view) control and direction of flow. PUMP FLOW DIRECTION SHAFT ROTATION Energised Solenoid Pressure Port 1 A (L) 2 B 1 B (R) 2 A CROSS HYDRAULICS PTY LTD SECTION 8.245
17 PUMP AND CONTROL DIMENSIONS - E22/E24 METRIC Version A B: Pressure ports 3/8 G D1 D2: / Drain port 3/8 G S: Suction port ½ G P: Charge pressure port ¼ G a b: Control piloting pressure port ¼ G SAE Version A B: / Pressure ports 9/16-18 UNF-2B D1 D2: Drain port 9/16-18 UNF-2B S: Suction port ¾-16 UNF-2B P: Charge pressure port 7/16-20 UNF-2B a b: Control piloting pressure port 7/16-20 UNF-2B CROSS HYDRAULICS PTY LTD SECTION 8.246
18 ELECTRIC PROPORTIONAL WITH FEED-BACK CONTROL - ER2/ER4 The displacement of the pump is directly proportional to the input current of one of the two proportional solenoids. Flow direction depends on which solenoid is energised. Standard solenoids are proportional at 24V d.c. max. current 1A. (Optional solenoids 12V d.c. max. current 2A) V V Current (ma) V V Vg max (%) Solenoid 24V: Current min. 240 ma max. 800 ma Solenoid 12V: Current min. 500 ma max ma Direction of rotation: Correlation between direction of rotation (shaft view) control and direction of flow. PUMP FLOW DIRECTION SHAFT ROTATION Energised Solenoid Pressure Port 1 B (L) 2 A 1 A (R) 2 B CROSS HYDRAULICS PTY LTD SECTION 8.247
19 PUMP AND CONTROL DIMENSIONS - ER2/ER4 METRIC Version A B: Pressure ports 3/8 G D1 D2: Drain port 3/8 G S: Suction port ½ G P: Charge pressure port ¼ G a b: Control piloting pressure port ¼ G SAE Version A B: Pressure ports 9/16-18 UNF-2B D1 D2: Drain port 9/16-18 UNF-2B S: Suction port ¾-16 UNF-2B P: Charge pressure port 7/16-20 UNF-2B a b: Control piloting pressure port 7/16-20 UNF-2B CROSS HYDRAULICS PTY LTD SECTION 8.248
20 THROUGH DRIVES DIMENSIONS SPLINE SHAFT Type S T9 Type 1 - SAE-A Type 2 - BOSCH GR2 Type 2 - BOSCH GR1 Type 4 - IS T9 Type 5 - ø15.88 Type 6 - ø24 CROSS HYDRAULICS PTY LTD SECTION 8.249
21 BOOSTER PUMP FILTER ON DELIVERY SIDE In order to guarantee an optimum stability of the fluid contamination conditions the C Series can be equiped with a filter positioned on the delivery outlet of the booster pump. Only the flow necessary to reintegrate the lost oil due to drainage will pass through this filter, all the excess flow, which is drained by the booster pump valve, is therefore not filtered, in this way it will guarantee a longer life of the filter. Upon request it is possible to add an electrical filter clogging sensor. (Connector DIN 43650A). Electrical Sensor SPDT Max Resistive Load Max Inductive Load C.A.\ A.C V 1 A 1 A C.C.\ D.C. 30 V 2A 2A C.C.\ D.C. 50 V 0.5 A 0.5 A C.C.\ D.C. 75 V 0.25 A 0.25A C.C.\ D.C. 125 V 0.2 A 0.2 A CROSS HYDRAULICS PTY LTD SECTION 8.250
22 ACCESSORIES AND FILTER DIMENSIONS CROSS HYDRAULICS PTY LTD SECTION 8.251
23 BY-PASS The By-Pass valve is a tap inside the pump that allows, if necessary, to connect the pressure port line A and B. CROSS HYDRAULICS PTY LTD SECTION 8.252
24 THROUGH DRIVES DIMENSIONS Bosch GR1 Flange (*)Coupling not supplied Bosch GR2 Flange (*)Coupling not supplied CROSS HYDRAULICS PTY LTD SECTION 8.253
25 THROUGH DRIVES DIMENSIONS SAE A Flange CROSS HYDRAULICS PTY LTD SECTION 8.254
26 COMBINATION PUMP DIMENSIONS - SHORT VERSION TANDEM + SHORT VERSION Configuration + Pump 1st 2nd Shafts 1 3 or 4 (1) With this configuration, only the second pump mount the boost pump. (1) 3 - Internal splined shaft 9T - 16/32 - DP (Through drive Bosch) 4 - Internal splined shaft 9T - 16/32 - DP Warning: When ordering a tandem pump it is necessary to indicate for each pump the kind of shaft and the through drive option required. SHORT VERSION TANDEM (TS) HYDRAULIC LAYOUT The hose (PT) used to connect the charge pressure ports (P) is supplied with the units. The hoses (2) and (3) connecting the drain ports must be supplied and mounted by the customer. CROSS HYDRAULICS PTY LTD SECTION 8.255
27 COMBINATION PUMP DIMENSIONS - SHORT VERSION METRIC Version A B: Pressure ports 3/8 G D1 D2: Drain port 3/8 G S: Suction port ½ G P: Charge pressure port ¼ G a b: Control piloting pressure port ¼ G SAE Version A B: Pressure ports 9/16-18 UNF-2B D1 D2: Drain port 9/16-18 UNF-2B S: Suction port ¾-16 UNF-2B P: Charge pressure port 7/16-20 UNF-2B a b: Control piloting pressure port 7/16-20 UNF-2B CROSS HYDRAULICS PTY LTD SECTION 8.256
28 COMBINATION PUMP DIMENSIONS - LONG VERSION TANDEM + Shafts for combination pumps Configuration + Pump 1st 2nd Shafts 1 1 or 2 (1) With this configuration, both the pumps mount the boost pumps. (1) 1 - Splined shaft 9T - 16/32 - DP (Through drive SAE A) 2 - Splined shaft 9T - 16/32 - DP (Through drive Bosch) CROSS HYDRAULICS PTY LTD SECTION 8.257
29 COMBINATION PUMP DIMENSIONS - LONG VERSION METRIC Version A B: Pressure ports 3/8 G D1 D2: Drain port 3/8 G S: Suction port ½ G P: Charge pressure port ¼ G a b: Control piloting pressure port ¼ G SAE Version A B: Pressure ports 9/16-18 UNF-2B D1 D2: Drain port 9/16-18 UNF-2B S: Suction port ¾-16 UNF-2B P: Charge pressure port 7/16-20 UNF-2B a b: Control piloting pressure port 7/16-20 UNF-2B CROSS HYDRAULICS PTY LTD SECTION 8.258
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