Bench Test Procedure for Hydraulic Piston Pumps {5070} Caterpillar

Excavator

311C (S/N: PAD1-UP; CKE1-UP)

312C (S/N: CBA1-UP; BWH1-UP; BNN1-UP; DBN1-UP; FDS1-UP; CBT1-UP)

312D (S/N: SKA1-UP; JBC1-UP; KCD1-UP; RKF1-UP; PHH1-UP; LRK1-UP; XGK1-UP; RHL1-UP; DLP1-UP; KES1-UP; HCW1-UP; HJX1-UP; TGY1-UP)

312D2 (S/N: KLE1-UP; HBF1-UP; MGJ1-UP; WHJ1-UP; GWN1-UP; MPP1-UP; TJY1-UP; RXZ1-UP)

312E (S/N: GAC1-UP; MJD1-UP; PZL1-UP; WEY1-UP)

312F (S/N: KMK1-UP)

313D (S/N: WPK1-UP)

313D2 (S/N: FEB1-UP; PLD1-UP; RDE1-UP; RKN1-UP; FAP1-UP; GAP1-UP; MES1-UP; LCY1-UP)

313F (S/N: DJE1-UP; NLG1-UP; PRG1-UP)

314C (S/N: KJA1-UP; PCA1-UP; SNY1-UP)

314D (S/N: BYJ1-UP; TXN1-UP; WLN1-UP; PDP1-UP; SBP1-UP; XHR1-UP; SSZ1-UP)

314E (S/N: DKD1-UP; ECN1-UP; ZJT1-UP; YCW1-UP)

314F (S/N: RAF1-UP)

315C (S/N: CFB1-UP; CJC1-UP; AKE1-UP; ANF1-UP; CFT1-UP)

315D (S/N: JHA1-UP; KBD1-UP; TLE1-UP; NCM1-UP; BZN1-UP; CJN1-UP; JGS1-UP)

315F (S/N: TDY1-UP)

316E (S/N: DZW1-UP; WZY1-UP; YZZ1-UP)

316F (S/N: XAD1-UP; YDL1-UP; ECZ1-UP)

318D (S/N: ZKJ1-UP)

318D2 (S/N: SGB1-UP; XAH1-UP; DPJ1-UP; HBP1-UP; WGR1-UP; TZS1-UP; XGS1-UP)

318E (S/N: DZF1-UP; WZS1-UP)

318F (S/N: HCP1-UP; FFT1-UP)

319D (S/N: ZCA1-UP; AYF1-UP; BZH1-UP; FMH1-UP; WBJ1-UP; KFM1-UP; KRM1-UP; RJP1-UP; EAW1-UP; DAY1-UP; ZGZ1-UP)

Introduction

Table 1

Revision	Summary of Changes in REHS3651
08	Added new Excavator serial number prefixes LCY, RDE, FEB, MES, SGB to document.
07	Added new Excavator serial number prefix DJE to document.
06	Added new Excavator serial number prefixes RAF, TDY, KMK, LFC, MFR, NLG, PRG, GAP, FAP, and HBP to document.
05	Added new Excavator serial number prefixes XAD, YDL, ZCR, ECZ, FFT, GNX, HCP, KMK, LFC, MFR, NLG, and PRG to document.
04	Added new Excavator serial number prefixes DPJ and XAH to document.
03	Added new Excavator serial number prefixes GWN and HBF to document.

© 2015 Caterpillar All Rights Reserved. This guideline is for the use of Cat dealers only. Unauthorized use of this document or the proprietary processes therein without permission may be violation of intellectual property law. Information contained in this document is considered Caterpillar: Confidential Yellow.

This Special Instruction includes test procedures for piston pumps. This Special Instruction also provides specifications. The technician should have a good understanding of hydraulic piston pumps. The technician should be educated in the operation of the hydraulic test bench. The test benches in this document are available through the Caterpillar Service Tool Division. Gather all necessary tooling before you need to hook up the pump. Some of the required tooling appears in a table at the end of this document. There are many possible variations of tooling that could be used. Not every possible variation can be listed.

For questions or additional information concerning this guideline, submit a feedback form in the Service Information System website. To address an urgent need, please use the following to relay your request to Caterpillar Repair Process Engineering:

• Cat Dealer Technical Communicator

• Dealer Solution Network

• Cat Technical Representative

• Knowledge Network (online)

Canceled Part Numbers and Replaced Part Numbers

This document may not include all Canceled part numbers and replaced part numbers. Use NPR on SIS for information about Canceled part numbers and replaced part numbers. NPR will provide the current part numbers for replaced parts.

Safety

Illustration 1	g02139237

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Personal injury or death can result from improperly checking for a leak. Always use a board or cardboard when checking for a leak. Escaping air or fluid under pressure, even a pin-hole size leak, can penetrate body tissue causing serious injury, and possible death. If fluid is injected into your skin, it must be treated immediately by a doctor familiar with this type of injury.

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Hot oil and hot components can cause personal injury. Do not allow hot oil or hot components to contact skin.

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Pump test pressures in this guideline may exceed the normal operating range of the hydraulic test hoses utilized when connecting the tested pump to the test bench. However, the order of magnitude of these pressures is significantly below the burst strength of the Caterpillar "XT6" product. High pressure oil can escape through improperly assembled hoses and fittings. High pressure oil can also escape through poorly maintained hoses and fittings. High pressure oil may also leak through hose that has become damaged over the life of the hose due to the pressure levels that occur during test bench operation. Personal injury or death can result from improper hose & fitting inspection or improper hose replacement procedures. Escaping fluid under pressure can penetrate body tissue causing serious injury, and possible death. Thoroughly inspect all testing hoses, fittings, and quick disconnects prior to any testing operation. Check the assembly date tag or hose assembly log date for a hose life indicator. Replace all Test Bench hoses at a minimum of every 2 years or earlier if the hose or fittings appear to be damaged.

Summary

This procedure is specific to the type of pump and the type of control. This procedure should be used with the Test Specifications and Tooling at the end of this Special Instruction.

Note: The paper copy of this Special Instruction may not be the newest version. Go to the Service Information System (SIS) to view the latest version.

References

Table 2

References
Media Number	Title
REHS1761	"Required Tooling for Bench Testing Hydraulic Components"
SEBF8810	"Hydraulic Pump, Motor, and Cylinder Bench Test Procedure Reference Manual"
SEHS8892	"Operating Instructions for Caterpillar 1U-9400 Series Hydraulic Test Center"
NEHS0563	"Tool Operating Manual for 9U-5000 Series Hydraulic Test Bench"

Connections for the Caterpillar Hydraulic Test Center

Illustration 2	g01063311
Connections for the Test Center (1) Flow control for discharge (2) "F3" flow meter inlet (3) "F4" flow meter inlet (4) Oil supply from the auxiliary pump (5) "F3" outlet for the flow meter with flow limiter (6) Oil supply (7) Load sensing pressure (8) Signal pressure (9) "F4" outlet for the flow meter (10) Return to tank (11) Connections for case drain (12) Oil supply

Illustration 3	g01063312
Control and Gauges for the Test Center (13) Meter for speed and torque (14) Gauge for signal pressure (15) Control for signal pressure (16) Pressure gauge for auxiliary pump (17) Auxiliary pump flow (18) "F3" discharge pressure gauge (19) "F3" discharge flow (20) "F4" discharge pressure gauge (21) "F4" discharge flow (22) Auxiliary pump flow control (23) "F3" margin pressure (24) "F3" Load control for discharge pressure (25) "F4" Load control for discharge pressure

Connections for the Caterpillar Hydraulic Test Bench

Illustration 4	g01063314
Connections for the Test Bench (26) "Flow meter 1" loop and "Flow meter 2" loop (27) Oil Supply

Illustration 5	g01063315
Connections for the Test Bench (28) "Flow meter 2" loop (29) "Flow meter 1" loop (30) "Flow meter 2" outlet (31) Signal pressure line (32) "Flow meter 2" inlet (33) Auxiliary pump oil supply (34) "Flow meter 1" inlet (35) "Flow meter 1" inlet

Illustration 6	g01063316
Control and Gauges for the Test Bench (36) Auxiliary pump pressure (37) Signal pressure (38) Control for signal pressure (39) "Flow meter 1" discharge pressure (40) Control for auxiliary pump pressure (41) "Flow meter 2" discharge pressure (42) Auxiliary pump flow control (43) "Flow meter 2" discharge flow (44) Discharge flow for auxiliary pump (45) "Flow meter 1" discharge flow (46) "Flow meter 1" load control (47) Speed and direction control (48) "Flow meter 2" load control

Port Locations

Illustration 7	g03426758
Typical port locations and adjustments. Aux pump may or may not be present. Pilot pump location may vary. (49) A3 Discharge Port for Pilot Pump (50) S3 Suction Port for Pilot Pump (51) A3 Discharge Port (52) Dr Case Drain (53) X3 Pressure Port for Power Shift (54) M5 Pressure Gauge Port for Power Shift (55) Electrical Connector for Solenoid (56) Adjustment Screw for Maximum Angle (57) X2 Pressure Port for Negative Flow Control (58) S1 Suction Port (59) Pilot Pump (location may vary with part number) (60) Discharge Port for the Aux Pump (61) Suction Port for the Aux Pump (62) Aux Pump (63) A1 Discharge Port (64) X1 Pressure Port for Negative Flow Control (65) Adjustment screw for Torque Control (66) Adjustment screw for Minimum Angle (67) Adjustment location for Negative Flow Control

Pump Setup

Illustration 8	g03426889
Hydraulic schematic The aux pump and the associated ports may or may not be present depending on part number.

1. Mount the pump with the suction port (58) downward. Use an adapter to connect the pump to the test bench oil supply.

2. Connect suction port (58) to the test bench oil supply. Connect the suction port for pilot pump (50) to the test bench oil supply. Connect the discharge port for pilot pump (49) according to Illustration 8. The use of a 120-9181 Valve Body, a 4C-4014 Relief Valve, a 8T-0856 Pressure Gauge, and a 8T-0454 Flow Meter will be required to perform the test procedure.

   Connect the aux pump (if equipped) suction port (61) to the test bench oil supply. Connect the aux pump discharge port (60) to the test bench reservoir.

3. Connect discharge ports (51) and (63) to the flow meter inlets on the test bench. Connect flow meter outlets from the test bench back to tank.

4. Fill the pump case with oil. Pour oil directly into a case drain port (52) until the case is completely full.

5. Purge all air from the suction line. Loosen the suction hose at the pump until oil leaks from the connection. Tighten the suction hose.

6. Install the flow meter to case drain port (52).

7. Connect one end of the hose to the outlet of the flow meter and route the other end of the hose back to the tank.

8. Connect a power supply to the electrical connector for solenoid (55). The power supply should be capable of delivering 0 mA to 1.5 A with an infinite setting in that range.

1U-6392 Pressure Reducing Valve

If a signal pressure greater than the test bench's capability is required, the use of a pressure reducing valve is necessary. The pressure reducing valve will use the pump's discharge to produce a signal less than the discharge pressure for use as a control pressure.

Connect one flow meter outlet from the test bench to port for inlet pressure (73). Connect port for outlet pressure (71) to the control port in need of signal pressure. Connect outlet port to tank (69) to tank.

Use the gauge port for outlet pressure (72) to adjust the outlet signal pressure using the adjustment screw for outlet pressure (68). Adjust the outlet pressure to the value needed for the control application.

Illustration 9	g03427041
1U-6392 Pressure Reducing Valve

Illustration 10	g03427043
1U-6392 Pressure Reducing Valve

Illustration 11	g03427044
1U-6392 Pressure Reducing Valve Schematic (68) Adjustment screw for the outlet pressure (69) Outlet port to tank (70) Gauge port for the inlet pressure (71) Port for the outlet pressure (72) Gauge port for the outlet pressure (73) Port for the inlet pressure

Test Procedure

The hydraulic oil in the test bench should meet a contamination rating of ISO 16/13 or better. The oil in the test bench should be one of the following.

• SAE 10W at 50 °C (122 °F) or

• Mobil DTE-11 at 46 °C (115 °F)

Illustration 12	g01257351
Torque control curve for steps 3a and 4a. (P) Discharge Pressure (Q) Discharge Flow

Illustration 13	g01257709
Negative flow characteristics for steps 5a and 5b (Q) Discharge flow (R) Negative flow control pressure

1. Start rotating the pump according to Step 1 of the Test Specifications. Listen for abnormal noise. Verify that all connections are not leaking. Check for leaks around shaft seals and control valves.

   Run the pump for at least 5 minutes to raise the temperature of the oil and purge the system of air.

2. Slowly increase the pump rotation and the discharge pressure according to Step 2 of the Test Specifications. Verify the flow out of the pilot pump (59). If equipped, verify the flow out of the aux pump (62). Adjust 4C-4014 Relief Valve to the pilot pump discharge pressure in step 2 of the Test Specifications. If the main pump's maximum flow is not within specifications adjust the adjustment screw for maximum angle (56). Loosen the locknut and turn the adjustment screw for maximum angle (56) counter-clockwise to increase the flow until the flow is within specifications. Loosen the locknut and turn the adjustment screw for the maximum angle (56) clockwise to decrease the flow until flow is within specifications.
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   Illustration 14	g03588964
   Hydraulic schematic

3. The following step will verify the destroke point and the first stage of the torque control. Before the following step can be performed, refer to Illustration 14 for the different arrangements for the plumbing.

   1. Rotate the pump. Adjust the current input according to Step 3.a of the Test Specifications. Read the power shift pressure at 8T-0856 Pressure Gauge. If the pressure is not correct, adjust the current to the solenoid until the pressure is correct. Load both pumps' discharge ports to the values in Step 3.a of the Test Specifications. Verify that the values for the pump discharge ports are equal. Adjust the first stage of the torque control if the flow rates are not within specifications. Loosen the large locknut on the adjustment screw for torque control (65) to adjust the torque control. Turn the sleeve clockwise to increase flow. Turn the sleeve counterclockwise to decrease flow. Adjust the sleeve until flow equals the specifications in Step 3.a of the Test Specifications.

4. The following step will verify the second stage of torque control.

   1. Load the pump according to Step 4.a of the Test Specifications. Verify that the flow from the discharge ports is equal. If the flow rates are not within specifications, adjust the second stage of the torque control. Loosen the small locknut on the adjustment screw for torque control (65) to adjust the torque control. Turn the set screw clockwise to increase flow. Turn the set screw counterclockwise to decrease flow. Adjust the set screw until flow equals the specifications in Step 4.a of the Test Specifications.
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   Illustration 15	g03426965
   Hydraulic schematic

5. The following steps will verify the Negative Flow Control. Before these steps can be performed, refer to Illustration 15 for proper connections.

   1. Load both discharge ports to the values in Step 5.a of the Test Specifications. Load the pilot pump discharge port (49) according to Step 5.a of the Test Specifications. The shims for the negative flow control will need to be adjusted if the flow is not within the specifications. Remove the plate (67) to adjust the shims for the negative flow control. Adjust the shims until the flow is correct.

   2. Verify the discharge pressure. Adjust the flow control pressure according to Step 5.b of the Test Specifications. If the flow rate is incorrect, adjust the adjustment screw for minimum angle (66). Turn the screw clockwise to increase the flow. Turn the set screw counterclockwise to decrease the flow.
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   Illustration 16	g03427006
   Hydraulic schematic

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   Pump test pressures in this guideline may exceed the normal operating range of the hydraulic test hoses utilized when connecting the tested pump to the test bench. However, the order of magnitude of these pressures is significantly below the burst strength of the Caterpillar XT6 product. High pressure oil can escape through improperly assembled hoses and fittings. High pressure oil can also escape through poorly maintained hoses and fittings. High pressure oil may also leak through hose that has become damaged over the life of the hose due to the pressure levels that occur during test bench operation. Personal injury or death can result during adjustment of the high pressure relief valve if recommended hose maintenance practices are not followed. Escaping fluid under pressure can penetrate body tissue causing serious injury, and possible death. Adjustment of the high pressure cut or pressure override valve shall only be performed when the pump is operating at a zero discharge pressure condition. Continuation of the pump test procedure can be resumed when this high pressure adjustment is completed.

6. The following step will verify the cross sensing. Before this step can be performed, refer to Illustration 16 for proper connections. Only connect pilot pump oil to one pump's negative flow control port at a time. Vent the other pump's negative flow control port to the atmosphere. After testing the cross sensing function on one pump, relocate the pilot pump oil to the other pump's negative flow control port. Repeat the test.

   1. Apply current to the electrical connector for solenoid (55). Adjust the current to adjust power shift pressure. Use pilot pump to apply pressure to one pump's negative flow control pressure port according to Step 6.a of the Test Specifications. Load the discharge ports. The discharge flow will decrease on the pump at high pressure. The other pump's flow will remain constant.

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Hot oil and hot components can cause personal injury. Do not allow hot oil or hot components to contact skin.

Reduce RPM and all pressures to zero. Remove the component from the test bench. Drain the oil from the pump. Plug all of the ports.

Test Specifications

Table 3

173-0663
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	975	975	975	975	975	975
Drive Pump Flow lpm (gpm)(1)	32.29 (8.5)	63 (16.6)	57 (15)	29.5 (7.8)	17 (4.5)	10 (2.6)	45 (11.9)
Driven Pump Flow lpm (gpm)(1)	32.29 (8.5)	63 (16.6)	57 (15)	29.5 (7.8)	17 (4.5)	10 (2.6)	11.5 (3)
Drive Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4119)	6900 (1000)	6900 (1000)	34300 (4975)
Driven Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4119)	6900 (1000)	6900 (1000)	5000 (725)
Pilot Pump Flow lpm (gpm)		11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)
Pilot Pump Discharge Pressure kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Flow Control Pressure kPa (PSI)					3140 (455)	3900 (565)	4000 (580)
Power shift Pressure kPa (PSI)			1270 (184)	1270 (184)			880 (128)
Current Input mA			400	400			330

(1)	The flow difference between the pumps should be less than 1 lpm (.26 gpm).

Table 4

176-3963
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	1075	1075	1075	1075	1075	1075
Drive Pump Flow lpm (gpm)(1)	34 (9.0)	73.5 (19.4)	59.5 (15.7)	38 (10)	18.5 (4.9)	10 (2.6)	55 (14.5)
Driven Pump Flow lpm (gpm)(1)	34 (9.0)	73.5 (19.4)	59.5 (15.7)	38 (10)	18.5 (4.9)	10 (2.6)	11.5 (3.0)
Drive Pump Discharge Pressure kPa (PSI)		6900 (1000)	19100 (2770)	28400 (4120)	6900 (1000)	6900 (1000)	34300 (4975)
Driven Pump Discharge Pressure kPa (PSI)		6900 (1000)	19100 (2770)	28400 (4120)	6900 (1000)	6900 (1000)	5000 (725)
Pilot Pump Flow lpm (gpm)		12.5 (3.3)	12.5 (3.3)	12.5 (3.3)	12.5 (3.3)	12.5 (3.3)	12.5 (3.3)
Pilot Pump Discharge Pressure kPa (PSI)		4100 (595)	4100 (595)	4100 (595)	4100 (595)	4100 (595)	4100 (595)
Flow Control Pressure kPa (PSI)					3140 (455)	3900 (565)	4000 (580)
Power shift Pressure kPa (PSI)			1270 (184)	1270 (184)			1010 (146.5)
Current Input Amps			400	400			380

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 5

176-8134
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	30 (7.9)	54 (14.3)	48.5 (12.8)	25 (6.6)	16 (4.2)	10 (2.6)	41.5 (11)
Driven Pump Flow lpm (gpm)(1)	30 (7.9)	54 (14.3)	48.5 (12.8)	25 (6.6)	16 (4.2)	10 (2.6)	11.5 (3.0)
Drive Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4119)	6900 (1000)	6900 (1000)	34300 (4975)
Driven Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4119)	6900 (1000)	6900 (1000)	5000 (725)
Pilot Pump Flow lpm (gpm)		11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)
Pilot Pump Discharge Pressure kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Flow Control Pressure kPa (PSI)		0 (0)			3140 (455)	3900 (565)	4000 (580)
Power shift Pressure kPa (PSI)		0 (0)	1270 (184)	1270 (184)			1030 (150)
Current Input Amps			400	400			380

(1)	The flow difference between the pumps should be less than 1 lpm (.26 gpm).

Table 6

183-8289
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	975	975	975	975	975	975
Drive Pump Flow lpm (gpm)(1)	32.29 (8.5)	63 (16.6)	57 (15)	29.5 (7.8)	17 (4.5)	10 (2.6)	45 (11.9)
Driven Pump Flow lpm (gpm)(1)	32.29 (8.5)	63 (16.6)	57 (15)	29.5 (7.8)	17 (4.5)	10 (2.6)	11.5 (3)
Drive Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4119)	6900 (1000)	6900 (1000)	34300 (4975)
Driven Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4119)	6900 (1000)	6900 (1000)	5000 (725)
Pilot Pump Flow lpm (gpm)		11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)
Pilot Pump Discharge Pressure kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Aux Pump Flow (if equipped) lpm (gpm)		27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1
Aux Pump Discharge Pressure (if equipped) kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Flow Control Pressure kPa (PSI)					3140 (455)	3900 (565)	4000 (580)
Power shift Pressure kPa (PSI)			1270 (184)	1270 (184)			880 (128)
Current Input Amps			400	400			330

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 7

185-1726
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	30 (7.9)	54 (14.3)	48.5 (12.8)	25 (6.6)	16 (4.2)	10 (2.6)	41.5 (11)
Driven Pump Flow lpm (gpm)(1)	30 (7.9)	54 (14.3)	48.5 (12.8)	25 (6.6)	16 (4.2)	10 (2.6)	11.5 (3.0)
Drive Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4119)	6900 (1000)	6900 (1000)	34300 (4975)
Driven Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4119)	6900 (1000)	6900 (1000)	5000 (725)
Pilot Pump Flow lpm (gpm)		11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)
Pilot Pump Discharge Pressure kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Aux Pump Flow (if equipped) lpm (gpm)		27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1
Aux Pump Discharge Pressure (if equipped) kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Flow Control Pressure kPa (PSI)					3140 (455)	3900 (565)	4000 (580)
Power shift Pressure kPa (PSI)			1270 (184)	1270 (184)			1030 (150)
Current Input Amps			400	400			380

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 8

199-6374
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	975	975	975	975	975	975
Drive Pump Flow lpm (gpm)(1)	32 (8.5)	63 (16.6)	57 (15)	29.5 (7.8)	17 (4.4)	10 (2.6)	45 (11.9)
Driven Pump Flow lpm (gpm)(1)	32 (8.5)	63 (16.6)	57 (15)	29.5 (7.8)	17 (4.4)	10 (2.6)	11.5 (3)
Drive Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4120)	6900 (1000)	6900 (1000)	34300 (4975)
Driven Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4120)	6900 (1000)	6900 (1000)	5000 (725)
Pilot Pump Flow lpm (gpm)		11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)
Pilot Pump Discharge Pressure kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Flow Control Pressure kPa (PSI)					3140 (455)	3900 (565)	4000 (580)
Power shift Pressure kPa (PSI)			1270 (184)	1270 (184)			880 (128)
Current Input Amps			400	400			330

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 9

199-6383
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	32.5 (8.5)	58.5 (15.5)	48 (12.7)	24 (6.3)	16.5 (4.4)	10 (1.5)	33.5 (8.8)
Driven Pump Flow lpm (gpm)(1)	32.5 (8.5)	58.5 (15.5)	48 (12.7)	24 (6.3	16.5 (4.4)	10 (1.5)	11.5 (3)
Drive Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4120)	6900 (1000)	6900 (1000)	34300 (4975)
Driven Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4120)	6900 (1000)	6900 (1000)	5000 (725)
Pilot Pump Flow lpm (gpm)		11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11.5 (3.0)
Pilot Pump Discharge Pressure kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Aux Pump Flow (if equipped) lpm (gpm)		27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1
Aux Pump Discharge Pressure (if equipped) kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3140 (455)	3920 (568)	3920 (568)
Flow Control Pressure kPa (PSI)					800 (116)	3900 (565)	4000 (580)
Power shift Pressure kPa (PSI)			1270 (184)	1270 (184)			880 (128)
Current Input Amps			400	400			330

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 10

199-6947
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	975	975	975	975	975	975
Drive Pump Flow lpm (gpm)(1)	32 (8.5)	63 (16.6)	57 (15)	29.5 (7.8)	17 (4.5)	10 (2.6)	45 (11.9)
Driven Pump Flow lpm (gpm)(1)	32 (8.5)	63 (16.6)	57 (15)	29.5 (7.8)	17 (4.5)	10 (2.6)	11.5 (3)
Drive Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4120)	6900 (1000)	6900 (1000)	34300 (4975)
Driven Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4120)	6900 (1000)	6900 (1000)	5000 (725)
Pilot Pump Flow lpm (gpm)		11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)	11.5 (3.0)
Pilot Pump Discharge Pressure kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Aux Pump Flow (if equipped) lpm (gpm)		27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1)	27 (7.1
Aux Pump Discharge Pressure (if equipped) kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Flow Control Pressure kPa (PSI)					3140 (455)	3900 (565)	4000 (580)
Power shift Pressure kPa (PSI)			1270 (184)	1270 (184)			880 (128)
Current Input mA			400	400			330

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 11

199-6948
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	32.5 (8.5)	58.5 (15.5)	48 (12.7)	24 (6.3)	16.5 (4.4)	10 (1.5)	33.5 (8.8)
Driven Pump Flow lpm (gpm)(1)	32.5 (8.5)	58.5 (15.5)	48 (12.7)	24 (6.3	16.5 (4.4)	10 (1.5)	11.5 (3)
Drive Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4120)	6900 (1000)	6900 (1000)	34300 (4975)
Driven Pump Discharge Pressure kPa (PSI)		6900 (1000)	15700 (2277)	28400 (4120)	6900 (1000)	6900 (1000)	5000 (725)
Pilot Pump Flow lpm (gpm)		11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11.5 (3.0)
Pilot Pump Discharge Pressure kPa (PSI)		3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)	3920 (568)
Flow Control Pressure kPa (PSI)					3140 (455)	3900 (565)	4000 (580)
Power shift Pressure kPa (PSI)			1270 (184)	1270 (184)			880 (128)
Current Input mA			400	400			330

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 12

267-1623
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	39.4 (10.4)	71 (18.8)	60 (14.7)	31.2 (8.2)	71.1 (18.8)	8.3 (2.2)
Driven Pump Flow lpm (gpm)(1)	39.4 (10.4)	71 (18.8)	60 (14.7)	31.2 (8.2)	71.1 (18.8)	8.3 (2.2)	12 (3.2)
Drive Pump Discharge Pressure kPa (PSI)		9997 (1450)	14900 (2160)	30015 (4350)	7000 (1015)	7000 (1015)	35000 (5076)
Driven Pump Discharge Pressure kPa (PSI)		9997 (1450)	14900 (2160)	30015 (4350)	7000 (1015)	7000 (1015)	4000 (580)
Pilot Pump Flow lpm (gpm)		11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)
Pilot Pump Discharge Pressure kPa (PSI)		4120 (598)	4120 (598)	3920 (598)	4120 (598)	4120 (598)	4120 (598)
Flow Control Pressure kPa (PSI)					1000 (145)	4120 (598)	4120 (598)
Power shift Pressure kPa (PSI)			1304 (189)	1304 (189)			2400 (348)
Current Input mA			400	400			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 13

267-8085
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	34 (9)	61.5 (16.25)	50 (13.2)	28.5 (7.5)	61.5 (16.25)	8.3 (2.2)
Driven Pump Flow lpm (gpm)(1)	34 (9)	61.5 (16.25)	50 (13.2)	28.5 (7.5	61.5 (16.25)	8.3 (2.2)	10.6 (2.8)
Drive Pump Discharge Pressure kPa (PSI)		9997 (1450)	17995 (2610)	29990 (4350)	9997 (1450)	9997 (1450)	34997 (5076)
Driven Pump Discharge Pressure kPa (PSI)		9997 (1450)	17995 (2610)	29990 (4350)	9997 (1450)	9997 (1450)	4000 (580)
Pilot Pump Flow lpm (gpm)		11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)	11 (2.9)
Pilot Pump Discharge Pressure kPa (PSI)		4120 (598)	3920 (598)	3920 (598)	3920 (598)	3920 (598)	3920 (598)
Flow Control Pressure kPa (PSI)					1000 (145)	4120 (598)	4000 (598)
Power shift Pressure kPa (PSI)			1550 (225)	1550 (225)			2400 (348)
Current Input mA			425	425			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 14

281-2951
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	975	975	975	975	975	975
Drive Pump Flow lpm (gpm)(1)	34.4 (9)	67.2 (17.7)	58.5 (15.4)	30.3 (8)	20.6 (5.4)	10.8 (2.8)
Driven Pump Flow lpm (gpm)(1)	34.4 (9)	67.2 (17.7)	58.5 (15.4)	30.3 (8)	20.6 (5.4)	10.8 (2.8)	13.5 (3.5)
Drive Pump Discharge Pressure kPa (PSI)		10000 (1450.4)	16000 (2320.6)	30000 (4351)	7000 (1015)	7000 (1015)	35000 (5076)
Driven Pump Discharge Pressure kPa (PSI)		10000 (1450.4)	16000 (2320.6)	30000 (4351)	7000 (1015)	7000 (1015)	4000 (580)
Pilot Pump Flow lpm (gpm)	6 (1.6)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)
Pilot Pump Discharge Pressure kPa (PSI)	4120 (598)	4120 (598)	4120 (598)	4120 (598)	4120 (598)	4120 (598)	4120 (598)
Flow Control Pressure kPa (PSI)					3100 (449.6)	4120 (598)	4120 (598)
Power shift Pressure kPa (PSI)			1500 (217.6)	1500 (217.6)			2600 (377)
Current Input mA			400	400			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 15

311-7404
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	975	975	975	975	975	975
Drive Pump Flow lpm (gpm)(1)	34.7 (9.1)	67.2 (17.7)	58.5 (15.4)	30.3 (8)	20.6 (5.4)	10.8 (2.8)
Driven Pump Flow lpm (gpm)(1)	34.7 (9.1)	67.2 (17.7)	58.5 (15.4)	30.3 (8)	20.6 (5.4)	10.8 (2.8)	13.5 (3.5)
Drive Pump Discharge Pressure kPa (PSI)		10000 (1450.4)	16000 (2320.6)	30000 (4351)	7000 (1015)	7000 (1015)	35000 (5076)
Driven Pump Discharge Pressure kPa (PSI)		10000 (1450.4)	16000 (2320.6)	30000 (4351)	7000 (1015)	7000 (1015)	4000 (580)
Pilot Pump Flow lpm (gpm)	6.1 (1.6)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)
Pilot Pump Discharge Pressure kPa (PSI)	4120 (598)	4120 (598)	4120 (598)	4120 (598)	4120 (598)	4120 (598)	4120 (598)
Flow Control Pressure kPa (PSI)					3100 (449.6)	4120 (598)	4120 (598)
Power shift Pressure kPa (PSI)			1500 (217.6)	1500 (217.6)			2400 (348)
Current Input mA			400	400			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 16

311-7405
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	975	975	975	975	975	975
Drive Pump Flow lpm (gpm)(1)	34.3 (9)	66.6 (17.5)	53.9 (14.2)	30.8 (8.1)	20.8 (5.5)	9 (2.4)
Driven Pump Flow lpm (gpm)(1)	34.3 (9)	66.6 (17.5	53.9 (14.2)	30.8 (8.1)	20.8 (5.5)	9 (2.4)	11.3 (3)
Drive Pump Discharge Pressure kPa (PSI)		10000 (1450.4)	18000 (2611)	30000 (4351)	7000 (1015)	7000 (1015)	35000 (5076)
Driven Pump Discharge Pressure kPa (PSI)		10000 (1450.4)	18000 (2611)	30000 (4351)	7000 (1015)	7000 (1015)	4000 (580)
Pilot Pump Flow lpm (gpm)	6.1 (1.6)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)
Pilot Pump Discharge Pressure kPa (PSI)	4120 (598)	4120 (598)	4120 (598)	4120 (598)	4120 (598)	4120 (598)	4120 (598)
Flow Control Pressure kPa (PSI)					3000 (435)	4120 (598)	4120 (598)
Power shift Pressure kPa (PSI)			1550 (225)	1550 (225)			2400 (348)
Current Input mA			400	400			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 17

311-7406
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	975	975	975	975	975	975
Drive Pump Flow lpm (gpm)(1)	39.3 (10.3)	76.6 (20.2)	59.8 (15.7)	31.9 (8.4)	21.3 (5.6)	8.9 (2.3)
Driven Pump Flow lpm (gpm)(1)	39.3 (10.3)	76.6 (20.2)	59.8 (15.7)	31.9 (8.4)	21.3 (5.6)	8.9 (2.3)	11.1 (2.9)
Drive Pump Discharge Pressure kPa (PSI)		10000 (1450)	18000 (2611)	30000 (4351)	7000 (1015)	7000 (1015)	35000 (5076)
Driven Pump Discharge Pressure kPa (PSI)		10000 (1450)	18000 (2611)	30000 (4351)	7000 (1015)	7000 (1015)	4000 (580)
Pilot Pump Flow lpm (gpm)	6.1 (1.6)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)	11.8 (3.1)
Pilot Pump Discharge Pressure kPa (PSI)	4120 (597)	4120 (597)	4120 (597)	4120 (597)	4120 (597)	4120 (597)	4120 (597)
Flow Control Pressure kPa (PSI)					3000 (435)	4120 (598)	4120 (598)
Power shift Pressure kPa (PSI)			1300 (189)	1300 (189)			2400 (348)
Current Input mA			400	400			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 18

349-9085
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	975	975	975	975	975	975
Drive Pump Flow lpm (gpm)(1)	38.2 (10.1)	73.5 (36.8)	60.5 (15.9)	35 (9.2)	23.5(6.2)	10 (2.6)
Driven Pump Flow lpm (gpm)(1)	38.2 (10.1)	73.5 (36.8)	60.5 (15.9)	35 (9.2)	23.5(6.2)	10 (2.6)	13.5 (3.6)
Drive Pump Discharge Pressure kPa (PSI)		10000 (1450)	18000 (2610)	30000 (4350)	7000 (1015)	7000 (1015)	35000 (5075)
Driven Pump Discharge Pressure kPa (PSI)		10000 (1450)	18000 (2610)	30000 (4350)	7000 (1015)	7000 (1015)	5000 (725)
Pilot Pump Flow lpm (gpm)	6.8 (1.8)	13.2 (3.5)	13.2 (3.5)	13.2 (3.5)	13.2 (3.5)	13.2 (3.5)	13.2 (3.5)
Pilot Pump Discharge Pressure kPa (PSI)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)
Flow Control Pressure kPa (PSI)					3000 (435)	4000 (580)	4000 (580)
Power shift Pressure kPa (PSI)			1400 (203)	1400 (203)			2400 (348)
Current Input mA			400	400			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 19

352-9451
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	34.7 (9.1)	62 (16.3)	50 (13.2)	26 (6.8)	21(5.5)	10 (2.6)
Driven Pump Flow lpm (gpm)(1)	34.7 (9.1)	62 (16.3)	50 (13.2)	26 (6.8)	21(5.5)	10 (2.6)	20.5 (5.4)
Drive Pump Discharge Pressure kPa (PSI)		10000 (1450)	17000 (2465)	30000 (4350)	7000 (1015)	7000 (1015)	35000 (5075)
Driven Pump Discharge Pressure kPa (PSI)		10000 (1450)	17000 (2465)	30000 (4350)	7000 (1015)	7000 (1015)	5000 (725)
Pilot Pump Flow lpm (gpm)	6.8 (1.8)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)
Pilot Pump Discharge Pressure kPa (PSI)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)
Flow Control Pressure kPa (PSI)					3000 (435)	4000 (580)	3920 (568)
Power shift Pressure kPa (PSI)			1400 (203)	1400 (203)			2400 (348)
Current Input mA			400	400			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 20

391-9442
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	34.7 (9.1)	62 (16.3)	49 (12.8)	26 (6.8)	21(5.5)	10 (2.6)
Driven Pump Flow lpm (gpm)(1)	34.7 (9.1)	62 (16.3)	49 (12.8)	26 (6.8)	21(5.5)	10 (2.6)	13.5 (3.6)
Drive Pump Discharge Pressure kPa (PSI)		10000 (1450)	17000 (2465)	30000 (4350)	7000 (1015)	7000 (1015)	35000 (5075)
Driven Pump Discharge Pressure kPa (PSI)		10000 (1450)	17000 (2465)	30000 (4350)	7000 (1015)	7000 (1015)	5000 (725)
Pilot Pump Flow lpm (gpm)	6.8 (1.8)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)
Pilot Pump Discharge Pressure kPa (PSI)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)
Flow Control Pressure kPa (PSI)					3000 (435)	4000 (580)	4000 (580)
Power shift Pressure kPa (PSI)			1500 (218)	1500 (218)			2400 (348)
Current Input mA			420	420			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 21

391-9452
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	37 (9.7)	67 (17.5)	53.5 (14.1)	32.5 (8.6)	23.5(6.2)	10 (2.6)
Driven Pump Flow lpm (gpm)(1)	37 (9.7)	67 (17.5)	53.5 (14.1)	32.5 (8.6)	23.5(6.2)	10 (2.6)	13.5 (3.6)
Drive Pump Discharge Pressure kPa (PSI)		10000 (1450)	19000 (2755)	30000 (4350)	7000 (1015)	7000 (1015)	35000 (5075)
Driven Pump Discharge Pressure kPa (PSI)		10000 (1450)	19000 (2755)	30000 (4350)	7000 (1015)	7000 (1015)	5000 (725)
Pilot Pump Flow lpm (gpm)	7.3 (1.9)	13.2 (3.5)	13.2 (3.5)	13.2 (3.5)	13.2 (3.5)	13.2 (3.5)	13.2 (3.5)
Pilot Pump Discharge Pressure kPa (PSI)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)
Flow Control Pressure kPa (PSI)					3000 (435)	4000 (580)	4000 (580)
Power shift Pressure kPa (PSI)			1500 (218)	1500 (218)			2400 (348)
Current Input mA			420	420			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 22

391-9456
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	34 (9)	61 (16)	47 (12)	19 (5)	19 (5)	6 (1.5)
Driven Pump Flow lpm (gpm)(1)	34 (9)	61 (16)	47 (12)	19 (5)	19 (5)	6 (1.5)	10 (2.6)
Drive Pump Discharge Pressure kPa (PSI)		8000 (1160)	15000 (2175)	30000 (4350)	7000 (1015)	7000 (1015)	35000 (5075)
Driven Pump Discharge Pressure kPa (PSI)		8000 (1160)	15000 (2175)	30000 (4350)	7000 (1015)	7000 (1015)	5000 (725)
Pilot Pump Flow lpm (gpm)	6.8 (1.8)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)	12.2 (3.2)
Pilot Pump Discharge Pressure kPa (PSI)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)
Flow Control Pressure kPa (PSI)					3000 (435)	4000 (580)	4000 (580)
Power shift Pressure kPa (PSI)			1350 (195)	1350 (195)			2400 (348)
Current Input mA			420	420			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 23

434-2102
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	39 (10)	70 (18)	56 (15)	31 (8)	26 (7)	10 (3)
Driven Pump Flow lpm (gpm)(1)	39 (10)	70 (18)	56 (15)	31 (8)	26 (7)	10 (3)	14 (4)
Drive Pump Discharge Pressure kPa (PSI)		10000 (1450)	19000 (2760)	30000 (4350)	7000 (1015)	7000 (1015)	35000 (5076)
Driven Pump Discharge Pressure kPa (PSI)		10000 (1450)	19000 (2760)	30000 (4350)	7000 (1015)	7000 (1015)	4000 (580)
Pilot Pump Flow lpm (gpm)	6 (2)	11 (3)	11 (3)	11 (3)	11 (3)	11 (3)	11 (3)
Pilot Pump Discharge Pressure kPa (PSI)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)
Flow Control Pressure kPa (PSI)					3000 (435)	4000 (580)
Power shift Pressure kPa (PSI)			1300 (190)	1300 (190)			2400 (348)
Current Input mA			400	400			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Table 24

434-2103
Pump Rotation:		CW
Step	1	2	3a	4a	5a	5b	6a
Pump RPM	500	900	900	900	900	900	900
Drive Pump Flow lpm (gpm)(1)	39 (10)	70 (19)	58 (15)	34 (9)	24 (6)	10 (3)
Driven Pump Flow lpm (gpm)(1)	39 (10)	70 (19)	58 (15)	34 (9)	24 (6)	10 (3)	14 (4)
Drive Pump Discharge Pressure kPa (PSI)		10000 (1450)	18000 (2610)	30000 (4350)	7000 (1015)	7000 (1015)	35000 (5076)
Driven Pump Discharge Pressure kPa (PSI)		10000 (1450)	18000 (2610)	30000 (4350)	7000 (1015)	7000 (1015)	4000 (580)
Pilot Pump Flow lpm (gpm)	6 (2)	11 (3)	11 (3)	11 (3)	11 (3)	11 (3)	11 (3)
Pilot Pump Discharge Pressure kPa (PSI)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)	4000 (580)
Flow Control Pressure kPa (PSI)					3000 (435)	4000 (580)
Power shift Pressure kPa (PSI)			1500 (218)	1500 (218)			2400 (348)
Current Input mA			400	400			540

(1)	The flow difference between the pumps should be less than 1 LPM (.26 gpm).

Test Bench Tooling

Table 25

Part Number	173-0663	176-3963	176-8134	183-8289	185-1726	199-6374	199-6383
Drive Adapter	1U-9834	1U-9834	1U-9834	1U-9834	1U-9834	1U-9834	1U-9834
A1	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR
A2	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR
A3	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR
A4	-	-	-	3/4 -16 STOR	1-1/16 -12 STOR	-	1-1/16 -12 STOR
S1 4-Bolt Flange	1U-9874	1U-9874	1U-9874	1U-9874	1U-9874	1U-9874	1U-9874
S3	1-1/16 -12 STOR	1-1/16 -12 STOR	1-1/16 -12 STOR	1-1/16 -12 STOR	1-1/16 -12 STOR	1-1/16 -12 STOR	1-1/16 -12 STOR
S4	-	-	-		1-5/16 -12 STOR	-	1-5/16 -12 STOR
X1	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR
X2	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR
X3	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR
Dr	1 1/16 -12 STOR	1 1/16 -12 STOR	1 1/16 -12 STOR	1 1/16 -12 STOR	1 1/16 -12 STOR	1 1/16 -12 STOR	1 1/16 -12 STOR

Table 26

Part Number	199-6947	199-6948	267-1623	267-8085	281-2951	311-7404	311-7405
Drive Adapter	1U-9834	1U-9834	1U-9834	1U-9834	1U-9834	1U-9834	1U-9834
A1	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR
A2	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR
A3	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR
A4	3/4 -16 STOR	-	-	-	-	-	-
S1 4-Bolt Flange	1U-9874	1U-9874	1U-9874	1U-9874	1U-9874	1U-9874	1U-9874
S3	1-1/16 -12 STOR	1-1/16 -12 STOR	1-1/16-12 STOR	1-1/16-12 STOR	1-1/16-12 STOR	1-1/16-12 STOR	1-1/16-12 STOR
S4		-	-	-	-	-	-
X1	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR
X2	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR
X3	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR
Dr	1 1/16 - 12 STOR	1 1/16 - 12 STOR	1 1/16 - 12 STOR	1 1/16 - 12 STOR	1 1/16 - 12 STOR	1 1/16 - 12 STOR	1 1/16 - 12 STOR

Table 27

Part Number	311-7406	349-9085	352-9451	391-9442	391-9452	391-9456	434-2102
Drive Adapter	1U-9834	1U-9834	1U-9834	1U-9834	1U-9834	1U-9834	1U-9834
A1	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR
A2	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR	1 5/16 -12 STOR
A3	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR	3/4 -16 STOR
A4	3/4 -16 STOR	-	-	3/4 -16 STOR	-	-	-
S1 4-Bolt Flange	1U-9874	1U-9874	1U-9874	1U-9874	1U-9874	1U-9874	1U-9874
S3	1-1/16 -12 STOR	1-1/16 -12 STOR	1-1/16-12 STOR	1-1/16 -12 STOR	1-1/16 -12 STOR	1-1/16 -12 STOR	1-1/16 -12 STOR
S4	-	-	-	-	-	-	-
X1	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR
X2	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR
X3	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR	9/16 -18 STOR
Dr	1 1/16 - 12 STOR	1 1/16 - 12 STOR	1 1/16 - 12 STOR	1 1/16 - 12 STOR	1 1/16 - 12 STOR	1 1/16 - 12 STOR	1 1/16 - 12 STOR

Table 28

Part Number	434-2103
Drive Adapter	1U-9834
A1	1 5/16 -12 STOR
A2	1 5/16 -12 STOR
A3	3/4 -16 STOR
A4	-
S1 4-Bolt Flange	1U-9874
S3	1-1/16 -12 STOR
S4	-
X1	9/16 -18 STOR
X2	9/16 -18 STOR
X3	9/16 -18 STOR
Dr	1 1/16 - 12 STOR