D10T2 Track-Type Tractor TA2 Technical Inspection{0372, 1000, 7000, 753T, 7565} Caterpillar


D10T2 Track-Type Tractor TA2 Technical Inspection{0372, 1000, 7000, 753T, 7565}

Usage:

D10T2 RAB
Track-Type Tractor:
D10T2 (S/N: RAB1-UP)

Introduction

Inspections are the most basic form of condition monitoring. They are easy to do and surprisingly effective at helping you spot equipment health issues. Proactive monitoring and analysis of equipment information will allow Dealers to effectively intervene before problems occur.

Note: Before adjusting product settings to comply with listed baseline TA2 values, consult SIS for the latest specification values.

Creating an Electronic Copy

Use the following procedure to create an editable electronic copy from SIS Web.

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Electrical System

Table 1
Status (1)     Description     Specification     Actual     Comments    
    Inspect Battery Cables     Cables between the battery, the starter, and the engine ground must be the correct size. Wires and cables must be free of corrosion. Wires and cables must have cable support clamps in order to prevent stress on battery connections (terminals).            
    Battery Test     12.4 VDC or more         Refer to Special Instruction, SEHS7633, "Battery Test Procedure".    
    Charging System Test     28 ± 1 V         Refer to Special Instruction, REHS0354, "Charging System Troubleshooting".    
    Electric Starting System Test     12 to 16 V at −23° C (−10° F) to
−7° C (19° F)    
    Refer to Testing and Adjusting, SENR9937, "Electric Starting System - Test".    
14 to 18 V at
−7° C (19° F) to
10° C (50° F)
16 to 24 V at
10° C (50° F) to
27° C (80° F)
( 1 ) N = Normal, M = Monitor, A = Action

Engine

ReferenceTesting & Adjusting, SENR9937 for more details on the following tests.

Cooling System

Table 2
Status (1)     Description     Specification     Actual     Comments    
    Radiator Pressure Relief (Radiator Cap) (2)     -            
    Freezing Point of Engine Coolant     -            
    Conditioner Test of Engine Coolant     -            
    Belt Tension     -            
( 1 ) N = Normal, M = Monitor, A = Action
( 2 ) Test for the pressure that is listed on the cap.

Fuel System

Table 3
Status (1)     Description     Specification     Actual     Comments    
    Fuel Pressure    
717 ± 241 kPa (104 ± 35 psi)    
       
( 1 ) N = Normal, M = Monitor, A = Action

Lubrication System

Table 4
Status (1)     Description     Specification     Actual     Comments    
    Engine Oil Pressure at Low Idle    
62 kPa (9 psi) to
165 kPa (24 psi)    
       
    Engine Oil Pressure at Full Load Speed    
179 kPa ( 26 psi) to
359 kPa (52 psi)    
       
( 1 ) N = Normal, M = Monitor, A = Action

Basic Engine

Table 5
Status (1)     Description     Specification     Actual     Comments    
    Engine Speed at Low Idle     700 ± 10 rpm            
    Engine Speed at High Idle     2010 ± 40 rpm            
    Torque Converter Stall Test Engine RPM     1200 ± 10 rpm            
    Cylinder Cutout Test     -            
( 1 ) N = Normal, M = Monitor, A = Action

Air Inlet and Exhaust System

Table 6
Status (1)     Description     Specification     Actual     Comments    
    Torque Converter Stall Test Boost Pressure    
59.9 ± 8.89 CM_HG (23.6 ± 3.5 IN_HG )    
       
    Cylinder # 1 Exhaust Temperature (2)     -            
    Cylinder # 2 Exhaust Temperature (2)     -            
    Cylinder # 3 Exhaust Temperature (2)     -            
    Cylinder # 4 Exhaust Temperature (2)     -            
    Cylinder # 5 Exhaust Temperature (2)     -            
    Cylinder # 6 Exhaust Temperature (2)     -            
    Cylinder # 7 Exhaust Temperature (2)     -            
    Cylinder # 8 Exhaust Temperature (2)     -            
( 1 ) N = Normal, M = Monitor, A = Action
( 2 ) Compare the exhaust temperature variance at each exhaust port.

Performance Checks

ReferenceRefer to Testing & Adjusting, KENR5631, "Hydraulic Systems" for more detail on the following test.

Operational Checks

Note: The temperature of the hydraulic oil should be 28° C (82° F) to 88° C (190° F).

Table 7
Status (1)     Description     Specification     Actual     Comments    
    Blade RAISE (Ground Level to Maximum Height)     3.7 ± 0.4            
    Blade LOWER (Maximum Height to Ground Level)     1.8 ± 0.4            
    Single Tilt (Right to Left)     3.8 ± 0.6            
    Single Tilt (Left to Right)     3.8 ± 0.6            
    Dual Tilt (Right to Left)     3.8 ± 0.6            
    Dual Tilt (Left to Right)     3.8 ± 0.6            
    Ripper RAISE (Ground to Maximum Height)     2.7 ± 0.4            
    Ripper LOWER (Maximum Height to Ground)     2.2 ± 0.4            
( 1 ) N = Normal, M = Monitor, A = Action

Cylinder Drift Tests

Table 8
Status (1)     Description     Specification     Actual     Comments    
    Bulldozer Lift Cylinder Drift Test    
38.1 mm (1.5 inch) Maximum at
38° C (100° F) to
48° C (120° F)for 5 minutes    
       

38.1 mm (1.5 inch) Maximum at
49° C (120° F) to
66° C (150° F) for 2.7 minutes

38.1 mm (1.5 inch) Maximum above
67° C (150° F) for 1.7 minutes
    Bulldozer Tilt Cylinder Drift Test    
11.2 mm (0.44 inch) Maximum at
38° C (100 ° F) to
48° C (120° F) for 5 minutes    
       
   
11.2 mm (0.44 inch) Maximum at
49° C (120° F) to
66° C (150° F) for 2.7 minutes
   
11.2 mm (0.44 inch) Maximum above
67° C (150° F) for 1.7 minutes
    Ripper Lift Cylinder Drift Test    
25 mm (1.0 inch) Maximum at
38° C (100 ° F) to
48° C (120° F) for 5 minutes (machine off the ground)    
       
   
25 mm (1.0 inch) Maximum at
49° C (120° F) to
66° C (150° F) for 2.7 minutes ((machine off the ground)
       
   
25 mm (1.0 inch) Maximum above
67° C (150° F) for 1.7 minutes (machine off the ground)
       
   
9.6 mm (0.38 inch) Maximum at
38° C (100 ° F) to
48° C (120° F) for 5 minutes (ripper off the ground)
       
   
9.6 mm (0.38 inch) Maximum at
49° C (120° F) to
66° C (150° F) for 2.7 minutes (ripper off the ground)
       
   
9.6 mm (0.38 inch) Maximum above
67° C (150° F) for 1.7 minutes (ripper off the ground)
       
( 1 ) N = Normal, M = Monitor, A = Action

Hydraulic System

ReferenceRefer to Testing & Adjusting, KENR5631, "Hydraulic Systems" for more detail on the following test.

Piston Pump (Implement) - Test and Adjust

Table 9
Status (1)     Description     Specification     Actual     Comments    
    Implement Pump Pressure     Standby Pressure at (High Idle) (Left Pump) at pressure tap (HA) greater than
1800 kPa (260 psi)    
       
    Margin Pressure at (High Idle) (Left Pump) at pressure tap (HA) - (HB)
2200 ± 170 kPa (320 ± 25 psi)
       
    High Pressure Cutoff at (High Idle) at pressure tap (HA) (Left Pump)
28000 ± 500 kPa (4061 ± 72 psi)
       
    Standby Pressure at (High Idle) (Right Pump) at pressure tap (HA) Greater than
1800 kPa (260 psi)
       
    Margin Pressure at (High Idle) (Right Pump) at pressure tap (HA) - (HB)
2100 ± 170 kPa (305 ± 25 psi)
       
    High Pressure Cutoff at (High Idle) at pressure tap (HA) (Right Pump)
28000 ± 500 kPa (4061 ± 72 psi)
       
( 1 ) N = Normal, M = Monitor, A = Action

Pilot System Pressure - Test & Adjust

Table 10
Status (1)     Description     Specification     Actual     Comments    
    Pilot System Pressure     (High Idle) at pressure tap (HPS)
3050 ± 200 kPa (442 ± 29 psi)    
       
    Charge Pressure     (High Idle) at pressure tap (K)
3100 ± 200 kPa (450 ± 29 psi)    
       
( 1 ) N = Normal, M = Monitor, A = Action

Accumulator (Pilot) - Test and Charge

Table 11
Status (1)     Description     Specification     Actual     Comments    
    Accumulator Charge Pressure     (High Idle) at pressure tap (AP)
3100 ± 200 kPa (450 ± 29 psi)    
       
( 1 ) N = Normal, M = Monitor, A = Action

Hydraulic Fan Speed (On Demand) - Test and Adjust

Table 12
Status (1)     Description     Specification     Actual     Comments    
    Pressure Override Valve     (High Idle) at pressure tap (FMA) and (FMB)
29000 ± 1000 kPa (4206 ± 145 psi)    
       
    Crossover Relief and Makeup Valve     (High Idle) at pressure tap (FMA) and (FMB)
32000 ± 1000 kPa (4641 ± 145 psi)    
       
( 1 ) N = Normal, M = Monitor, A = Action

Power Train System

ReferenceRefer to Testing & Adjusting, KENR5631, "Power Train System" for more detail on the following test.

Relief Valve (Transmission) - Test

Table 13
Status (1)     Description     Specification     Actual     Comments    
    Relief Valve (Transmission)     Low Idle at pressure tap (P)
3088 ± 215 kPa (448 ± 31 psi)    
       
( 1 ) N = Normal, M = Monitor, A = Action

Relief Valve (Torque Converter Inlet) Pressure - Test

Table 14
Status (1)     Description     Specification     Actual     Comments    
    Torque Converter Inlet Relief Valve     High Idle with the parking brake engaged at pressure tap (M) less than
965 ± 70 kPa (140 ± 10 psi)    
       
( 1 ) N = Normal, M = Monitor, A = Action

Relief Valve (Torque Converter Outlet) Pressure - Test and Adjust

Table 15
Status (1)     Description     Specification     Actual     Comments    
    Torque Converter Outlet Relief Valve
   
High Idle with the machine in third gear forward position while holding the service brakes engaged at pressure tap (N)
400 ± 60 kPa (58 ± 9 psi)    
       
    Low Idle with the parking brake engaged at pressure tap (N)
300 ± 70 kPa (44 ± 10 psi)
       
( 1 ) N = Normal, M = Monitor, A = Action

Transmission Lubrication Oil Pressure - Test

Table 16
Status (1)     Description     Specification     Actual     Comments    
    Transmission Lubrication     High Idle with all brakes disengaged at pressure tap (L1)
145 ± 35 kPa (21 ± 5 psi)    
       
    Low Idle with all brakes disengaged at pressure tap (L1)
20 ± 10 kPa (3 ± 1.5 psi)
       
    Lubrication Distribution Manifold     High Idle with all brakes disengaged at pressure tap (L2)
185 ± 35 kPa (27 ± 5 psi)    
       
    Low Idle with all brakes disengaged at pressure tap (L2)
45 ± 20 kPa (6.5 ± 3 psi)
       
( 1 ) N = Normal, M = Monitor, A = Action

Steering Clutch and Brake Pressure - Test

Table 17
Status (1)     Description     Specification     Actual     Comments    
    Right-Hand Steering Clutch Pressure     High Idle with the parking brake disengaged at pressure tap (C2)
2345 ± 138 kPa (340 ± 20 psi)    
       
    High Idle with the parking brake disengaged and the hand control engaged for a right-hand turn at pressure tap (C2) less than
30 kPa (4 psi)
       
    Left-Hand Steering Clutch Pressure     High Idle with the parking brake disengaged at pressure tap (C1)
2345 ± 138 kPa (340 ± 20 psi)    
       
    High Idle with the parking brake disengaged and the hand control engaged for a left-hand turn at pressure tap (C1) less than
30 kPa (4 psi)
       
    Right-Hand Brake Pressure     High Idle with the parking brake disengaged at pressure tap (B2)
2893 ± 215 kPa (420 ± 31 psi)    
       
    High Idle with the parking brake disengaged and the right-hand brake on the hand control engaged at pressure tap (B2)
224 ± 121 kPa (33 ± 18 psi)
       
    Left-Hand Brake Pressure     High Idle with the parking brake disengaged at pressure tap (B1)
2893 ± 215 kPa (420 ± 31 psi)    
       
    High Idle with the parking brake disengaged and the left-hand brake on the hand control engaged at pressure tap (B1)
224 ± 121 kPa (33 ± 18 psi)
       
( 1 ) N = Normal, M = Monitor, A = Action

Engagement Pressure for Transmission Clutch - Test

Table 18
Status (1)     Description     Specification     Actual     Comments    
    Clutch Engagement at Relief Pressure Setting of the Transmission No. 1 Clutch     Low Idle
2988 ± 215 kPa (433 ± 31 psi)    
       
    Clutch Engagement at Relief Pressure Setting of the Transmission No. 2 Clutch     Low Idle
2988 ± 215 kPa (433 ± 31 psi)    
       
    Clutch Engagement at Relief Pressure Setting of the Transmission No. 3 Clutch     Low Idle
2988 ± 215 kPa (433 ± 31 psi)    
       
    Clutch Engagement at Relief Pressure Setting of the Transmission No. 4 Clutch     Low Idle
2988 ± 215 kPa (433 ± 31 psi)    
       
    Clutch Engagement at Relief Pressure Setting of the Transmission No. 5 Clutch     Low Idle
2422 ± 260 kPa (351 ± 38 psi)    
       
( 1 ) N = Normal, M = Monitor, A = Action

Ladder System Pressure - Test and Adjust

Table 19
Status (1)     Description     Specification     Actual     Comments    
    Ladder Raise     At pressure tap (LC2)
20684 kPa (3000 psi)    
       
    Ladder Lower     At pressure tap (LC1)
20684 kPa (3000 psi)    
       
( 1 ) N = Normal, M = Monitor, A = Action

S.O.S

ReferenceRefer to Operation and Maintenance Manual, SEBU8708, "Maintenance Interval Schedule" for more detail on performing S.0.S samples.

Table 20
Status (1)     Description     Obtain     Comments    
    Engine Oil Sample            
    Engine Coolant Sample (Level II)            
    Hydraulic Oil Sample            
    Power Train Oil Sample            
    Rear Right Final Drive Oil Sample            
    Rear Left Final Drive Oil Sample            
( 1 ) N = Normal, M = Monitor, A = Action

Caterpillar Information System:

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