Information coiled spring
BOSCH
9 411 611 206
9411611206
ZEXEL
131112-2900
1311122900
ISUZU
1156340110
1156340110

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Dynamic Friction Company 3000 Semi-Metallic Brake Pads 1311-1229-00-Rear Set
Dynamic Friction Company Brake Pads: Includes (4) Dynamic Friction Company Rear 3000 Semi-Metallic Brake Pads for improved braking performance || Reliable Semi-Metallic Formula: Designed for passenger vehicles and light-duty trucks with consistent braking performance || Long-Lasting Durability: Provides stable friction, long pad wear, and rotor-friendly performance across various conditions || Clean & Quiet Braking: Engineered for low dust and noise, ensuring a smooth and quiet ride || Compatible for (verify fitment details with AmazonConfirmFit bar above): 2003-2006 Dodge Sprinter, 2002-2006 Freightliner Sprinter
Dynamic Friction Company Brake Pads: Includes (4) Dynamic Friction Company Rear 3000 Semi-Metallic Brake Pads for improved braking performance || Reliable Semi-Metallic Formula: Designed for passenger vehicles and light-duty trucks with consistent braking performance || Long-Lasting Durability: Provides stable friction, long pad wear, and rotor-friendly performance across various conditions || Clean & Quiet Braking: Engineered for low dust and noise, ensuring a smooth and quiet ride || Compatible for (verify fitment details with AmazonConfirmFit bar above): 2003-2006 Dodge Sprinter, 2002-2006 Freightliner Sprinter
Include in ###:
Cross reference number
Zexel num
Bosch num
Firm num
Name
131112-2900
9 411 611 206
1156340110 ISUZU
COILED SPRING
C 14FL SPRING parts(A,AD) Others
C 14FL SPRING parts(A,AD) Others
131112-2900
9 411 611 206
221251240A HINO
COILED SPRING
C 14FL SPRING parts(A,AD) Others
C 14FL SPRING parts(A,AD) Others
131112-2900
9 411 611 206
ME727286 MITSUBISHI
COILED SPRING
C 14FL SPRING parts(A,AD) Others
C 14FL SPRING parts(A,AD) Others
131112-2900
9 411 611 206
1677689TA0 NISSAN
COILED SPRING
C 14FL SPRING parts(A,AD) Others
C 14FL SPRING parts(A,AD) Others
131112-2900
9 411 611 206
1676599008 NISSAN-DIESEL
COILED SPRING
C 14FL SPRING parts(A,AD) Others
C 14FL SPRING parts(A,AD) Others
Information:
1. Overview of Lubrication System
Flow of oil2. Oil Pump, Relief Valve, and Oil Pressure Switch
2.1 Disassembly
Disassembly sequence and points to check on oil pump1 Oil filter2 Oil pump3 Gasket4 Oil pump cover5 Inner rotor6 Outer rotor (The inner and outer rotors form a rotor assembly)7 O-ring8 Oil pump body9 Relief valve10 Oil pressure switch KEY POINTS FOR DISASSEMBLY(1) Oil PumpRemove the oil pump (parts (3) through (8) in the above drawing) as an assembly.
Removing oil pump(2) Oil Pressure SwitchRemove the switch using the Oil Pressure Switch Socket Wrench (MD998054).
Removing oil pressure switch2.2 Inspection and Repair(1) Oil Pump(a) Using a thickness gauge, measure the clearance between the outer rotor and pump body. If the measurement exceeds the limit, replace the rotor assembly.
Unit: mm (in.)
Measuring outer rotor-to-pump body clearance(b) Using a thickness gauge, measure the clearance between the outer rotor and inner rotor. If the measurement exceeds the limit, replace the rotor assembly.
Unit: mm (in.)
Measuring outer rotor-to-inner rotor clearance(c) Using a straight edge and a thickness gauge, measure the clearance between the rotors and pump cover. If the measurement exceeds the limit, replace either the rotors or the pump body.
Unit: mm (in.)
Measuring clearance between rotors and pump over(2) Oil Pressure Switch(a) Connect a tester (set to the ohm range) between the terminal and body of the oil pressure switch. There should be continuity. If there is no continuity, the switch is faulty and should be replaced.
Inspecting oil pressure switch(b) Insert a thin rod into the oil hole in the switch body. When the rod is then pushed in gently, there should be no continuity between the switch body and terminal. If there is continuity, the switch is faulty and should be replaced.(c) Apply an air pressure of 49 kPa {0.5 kgf/cm2} (7.2 psi) to the switch through the oil hole. If there is no continuity, the switch is normal. Simultaneously, check for air leakage. Any air leakage means that the diaphragm is broken and, therefore, the switch should be replaced.
Inspecting oil pressure switch2.3 Assembly
Points to note during reassembly of oil pump KEY POINTS FOR REASSEMBLY Oil Pressure Switch(a) Install the switch using the Oil Pressure Switch Socket Wrench (MD998054).(b) Before installation, apply sealant to the threads of the switch. (Use either Hermeseal H1 or Threebond 1104).
(a) Avoid applying sealant excessively to prevent it from reaching the end of the threads.(b) Never tighten the switch to a torque exceeding specification.
Installing oil pressure switch
Flow of oil2. Oil Pump, Relief Valve, and Oil Pressure Switch
2.1 Disassembly
Disassembly sequence and points to check on oil pump1 Oil filter2 Oil pump3 Gasket4 Oil pump cover5 Inner rotor6 Outer rotor (The inner and outer rotors form a rotor assembly)7 O-ring8 Oil pump body9 Relief valve10 Oil pressure switch KEY POINTS FOR DISASSEMBLY(1) Oil PumpRemove the oil pump (parts (3) through (8) in the above drawing) as an assembly.
Removing oil pump(2) Oil Pressure SwitchRemove the switch using the Oil Pressure Switch Socket Wrench (MD998054).
Removing oil pressure switch2.2 Inspection and Repair(1) Oil Pump(a) Using a thickness gauge, measure the clearance between the outer rotor and pump body. If the measurement exceeds the limit, replace the rotor assembly.
Unit: mm (in.)
Measuring outer rotor-to-pump body clearance(b) Using a thickness gauge, measure the clearance between the outer rotor and inner rotor. If the measurement exceeds the limit, replace the rotor assembly.
Unit: mm (in.)
Measuring outer rotor-to-inner rotor clearance(c) Using a straight edge and a thickness gauge, measure the clearance between the rotors and pump cover. If the measurement exceeds the limit, replace either the rotors or the pump body.
Unit: mm (in.)
Measuring clearance between rotors and pump over(2) Oil Pressure Switch(a) Connect a tester (set to the ohm range) between the terminal and body of the oil pressure switch. There should be continuity. If there is no continuity, the switch is faulty and should be replaced.
Inspecting oil pressure switch(b) Insert a thin rod into the oil hole in the switch body. When the rod is then pushed in gently, there should be no continuity between the switch body and terminal. If there is continuity, the switch is faulty and should be replaced.(c) Apply an air pressure of 49 kPa {0.5 kgf/cm2} (7.2 psi) to the switch through the oil hole. If there is no continuity, the switch is normal. Simultaneously, check for air leakage. Any air leakage means that the diaphragm is broken and, therefore, the switch should be replaced.
Inspecting oil pressure switch2.3 Assembly
Points to note during reassembly of oil pump KEY POINTS FOR REASSEMBLY Oil Pressure Switch(a) Install the switch using the Oil Pressure Switch Socket Wrench (MD998054).(b) Before installation, apply sealant to the threads of the switch. (Use either Hermeseal H1 or Threebond 1104).
(a) Avoid applying sealant excessively to prevent it from reaching the end of the threads.(b) Never tighten the switch to a torque exceeding specification.
Installing oil pressure switch
Have questions with 131112-2900?
Group cross 131112-2900 ZEXEL
Isuzu
131112-2900
9 411 611 206
1156340110
COILED SPRING
Hino
131112-2900
9 411 611 206
221251240A
COILED SPRING
Mitsubishi
131112-2900
9 411 611 206
ME727286
COILED SPRING
Nissan
131112-2900
9 411 611 206
1677689TA0
COILED SPRING
Nissan-Diesel
131112-2900
9 411 611 206
1676599008
COILED SPRING