ROD AS 2111692 - Caterpillar

Rotation is clockwise when viewed from shaft end.Type of pump: Variable Piston, Pressure compensated.For bench test, use SAE 10W oil at 65°C (150°F).Pump displacement ... 41.0 cm3/rev (2.5 in3/rev)Pump drive ... 1.193:1 Ratio example: Engine RPM × 1.193 = Pump RPM Test at full speed:Output ... 73.0 liter/min (18.98 U.S. gpm) at a pressure of ... 690 kPa (100 psi)with pump at ... 1800 rpmwith engine at ... 1508 rpmOutput ... 72.3 liter/min (18.79 U.S. gpm) at a pressure of ... 6900 kPa (1000 psi)with pump at ... 1800 rpmwith engine at ... 1508 rpm Test at half speed:Output ... 36.5 liter/min (9.49 U.S. gpm) at a pressure of ... 690 kPa (100 psi)with pump at ... 900 rpmwith engine at ... 1100 rpmOutput ... 36.1 liter/min (9.39 U.S. gpm) at a pressure of ... 6900 kPa (1000 psi)with pump at ... 900 rpmwith engine at ... 1100 rpm (1) Tighten six screws to a torque of ... 33 2 N m (24 1 lb ft)(3) 9T-3858 Spring: First Test:Length under test force ... 37.29 mm (1.468 in)Test force ... 534 53 N (120 12 lb)Second Test:Length under test force ... 34.75 mm (1.368 in)Test force ... 578 58 N (130 13 lb)Color ... RedFree length after test ... 67.77 mm (2.668 in)Outside diameter ... 40.26 mm (1.585 in)(8) Tighten four screws to a torque of ... 7.3 0.6 N m (65 5 lb in)(11) 9T-2168 Spring: Length under test force ... 36.1 mm (1.42 in)Test force ... 325 32 N (73 7 lb)Free length after test ... 53.98 mm (2.125 in)Outside diameter ... 26.80 mm (1.055 in)(12) 9T-3867 Spring: First Test:Length under test force ... 11.2 mm (.44 in)Test force ... 11.4 1.2 N (2.56 .26 lb)Second Test:Length under test force ... 6.73 mm (.265 in)Test force ... 13.1 1.3 N (2.95 .30 lb)Free length after test ... 40.13 mm (1.580 in)Outside diameter ... 24.9 mm (.98 in)(16) Tighten eight screws to a torque of ... 20 N m (175 lb in) Shaft Bearing End Play Adjustment1. Do this procedure when shaft bearing, shaft, head or housing is replaced. Do not install the barrel assembly or pistons for this procedure.2. Install the bearing cone on the splined end of shaft (6) and install bearing cups in the body and head. Be sure that the cups and cone are against their location shoulders.3. Install shaft and bearing cone into the body.4. Install the thickest bearing spacer (2) over shaft (6) with the chamfer toward the shoulder.5. Install bearing cone (7) on the shaft against the spacer.6. Assemble the head to the housing without a gasket.7. Turn the shaft to seat the bearings and torque six screws