105672-0090 ZEXEL 9 420 616 884 BOSCH AUTOM. ADVANCE MECHANISM 9420616884 1056720090 me726383


 

Information autom. advance mechanism

BOSCH 9 420 616 884 9420616884
ZEXEL 105672-0090 1056720090
MITSUBISHI ME726383 me726383
105672-0090 AUTOM. ADVANCE MECHANISM
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Scheme ###:

1. [1] 156720-0621 TIMING-DEVICE HOUSING
2. [1] 156721-0600 FLANGE BUSHING
3. [2] 156723-0300 ECCENTRIC DISC
3. [2] 156723-0300 ECCENTRIC DISC
4. [2] 156723-0400 ECCENTRIC DISC
4. [2] 156723-0400 ECCENTRIC DISC
5. [1] 156730-3320 FLYWEIGHT ASSEMBLY
5/1. [2] 156722-0720 FLYWEIGHT
5/1. [2] 156722-0720 FLYWEIGHT
5/2. [4] 156727-1000 SPRING SEAT
5/2. [4] 156727-1000 SPRING SEAT
5/3. [4] 156727-1000 SPRING SEAT
5/3. [4] 156727-1000 SPRING SEAT
5/4. [4] 156758-5700 COMPRESSION SPRING
5/4. [4] 156758-5700 COMPRESSION SPRING
5/6. [4] 156809-0300 LOCKING WASHER
5/6. [4] 156809-0300 LOCKING WASHER
5/7. [2] 156726-1000 PIN
5/8/1. [0] 156728-0800 SHIM D19&15T0.1
5/8/1. [0] 156728-0900 SHIM D19&15T0.3
5/8/1. [0] 156728-1000 SHIM D19&15T0.5
5/8/1. [0] 156728-1000 SHIM D19&15T0.5
5/8/1. [0] 156728-1100 SHIM D19&15T1.0
5/8/1. [0] 156728-2000 SHIM D19&15T0.4
5/8/1. [0] 156728-2100 SHIM D19&15T0.7
5/8/1. [0] 156728-2400 SHIM D19&15T0.6
5/8/1. [0] 156728-2500 SHIM D19&15T0.8
5/8/1. [0] 156728-2600 SHIM D19&15T0.9
5/10. [2] 156808-0800 SPACER BUSHING
13. [1] 156729-1220 COVER
13/2. [1] 139635-0100 PACKING RING
13/3. [1] 156117-0100 O-RING
30. [1] 029321-4010 LOCKING WASHER
31. [1] 131325-3201 UNION NUT
33. [2] 026508-1240 GASKET D11.9&8.2T1
34. [2] 156115-0100 CAPSULE

Include in #1:

101606-6251 as AUTOM. ADVANCE MECHANIS

Cross reference number

Zexel num
Bosch num
Firm num
Name
105672-0090 
9 420 616 884 
NP-EP/SAG1450-1600B3.5/R 
ME726383  MITSUBISHI
AUTOM. ADVANCE MECHANISM
K 14KK AUTOMATIC TIMER TIMER SAG TIMER




Information:

P-302: Boost Pressure Sensor Calibration
The 3176 Boost Pressure Sensor must be calibrated for a zero boost condition with the engine OFF. Calibration is accomplished electronically without need for manual adjustments.The sensor must be recalibrated whenever the transducer module or ECM has been replaced. Incorrect sensor calibration may result in poor engine response or a Diagnostic Code 25 (Boost Pressure Sensor Fault) or a Diagnostic Code 42 (Check Sensor Calibration).Calibration Procedure:
1. Start engine and warm up to normal operating temperature, then turn key OFF.2. Turn key ON (engine off). The sensor will not calibrate if the engine is running.3. Select the Boost Sensor Calibration screen on the ECAP or DDT (see the Special Instructions included with the ECAP or DDT).4. Wait several seconds for the automatic calibration to occur. The screen will display "Calibrated" when finished.5. If the boost pressure sensor will not calibrate, follow P-225: Boost Pressure Sensor Test.P-303: Throttle Position Sensor Adjustment
The Throttle Position Sensor (TPS) is used to provide a throttle signal to the Electronic Control Module (ECM).Sensor output is a constant frequency signal whose pulse width varies with throttle position. This output signal is referred to as either "Duty Cycle" or a "Pulse Width Modulated (PWM)" signal and is expressed as a percentage. When correctly adjusted, the "Remote Mounted" TPS will produce a "Duty Cycle" signal of 15% to 20% at the low idle throttle position and 80% to 85% at the maximum throttle position. The "Pedal Mounted" TPS will produce a "Duty Cycle" of 10% to 22% at the low idle throttle position and 75% to 90% at the high idle throttle position. This signal is translated by the ECM into a "THROTTLE POSITION" signal of 3% at low idle and 100% at full throttle. Always use "DUTY CYCLE" for sensor adjustment.The Throttle Position Sensor may be one of two types. The "Remote-Mounted" TPS is about the size of a soft drink can and is connected to the throttle pedal by OEM-supplied linkage. It requires adjustment for correct operation (explained in this procedure). The "Pedal-Mounted" TPS is mounted directly to a specific style of throttle pedal and requires no adjustment, and in fact can not be adjusted (this procedure NOT needed). Both sensors provide the same type of signal to the ECM. Step 1. Inspect Throttle LinkageInspect the throttle linkage for loose, bent, broken, missing, or worn components. Also check for interference with the linkage or spring. The throttle linkage should work smoothly without excessive drag and return to a low idle position without assistance in less than 1 second. Repair linkage if needed.Step 2. Adjust At Low Idle PositionA. With key OFF-* Install the 40-Pin Breakout 'T' on the Vehicle Connector (J7/P7).* Connect Pulse Width Modulation Probe (from ECAP/DDT) to the Throttle Signal (Pin 40) of the Breakout 'T'. New Service Program Modules (SPM) allow the "Throttle Duty Cycle" to be read directly from the ECM without using the Pulse Width Modulation Probe. With the new SPM installed on the ECAP,

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105672-0090  
9 420 616 884 
NP-EP/SAG1450-1600B3.5/R 
ME726383 
AUTOM. ADVANCE MECHANISM
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