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P1214 — Injection Pump Timing Offset

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Code

P1214

BUICK P — Powertrain

Injection Pump Timing Offset

Brand: BUICK
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

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Code

P1214

CADILLAC P — Powertrain

Injection Pump Timing Offset

Brand: CADILLAC
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

206

Browse 206 CADILLAC manuals: repair procedures, diagnostics, wiring diagrams, component locations, service data and Labor Times by year, model and trim.

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Code

P1214

CHEVROLET P — Powertrain

Injection Pump Timing Offset

AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

917

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Code

P1214

CHRYSLER P — Powertrain

Injection Pump Timing Offset

Brand: CHRYSLER
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

193

Browse 193 CHRYSLER manuals: repair procedures, diagnostics, wiring diagrams, component locations, service data and Labor Times by year, model and trim.

CHRYSLER

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Code

P1214

FORD P — Powertrain

Pedal Position Sensor B Circuit Intermittent

Brand: FORD
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

Your experience will help others
+100 karma for a short comment :)
Send to email
Code

P1214

GM P — Powertrain

Injection Pump Timing Offset

Brand: GM
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

Your experience will help others
+100 karma for a short comment :)
Send to email
Code

P1214

GMC P — Powertrain

Injection Pump Timing Offset

Brand: GMC
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

Your experience will help others
+100 karma for a short comment :)
Send to email
Code

P1214

HUMMER P — Powertrain

Injection Pump Timing Offset

Brand: HUMMER
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

Repair manuals

Manual library for HUMMER

138

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Code

P1214

INFINITI P — Powertrain

Fuel Pump Control Circuit Malfunction

Brand: INFINITI
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

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Code

P1214

KIA P — Powertrain

Fuel Injector 2 Circuit High Voltage

Brand: KIA
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

Repair manuals

Manual library for KIA

155

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Code

P1214

LAND ROVER P — Powertrain

Intermittent pedal position sensor B

AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

413

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Code

P1214

LINCOLN P — Powertrain

Pedal Position Sensor B Circuit Intermittent

Brand: LINCOLN
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

166

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Code

P1214

MERCURY P — Powertrain

Pedal Position Sensor B Circuit Intermittent

Brand: MERCURY
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

296

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Code

P1214

OLDSMOBILE P — Powertrain

Injection Pump Timing Offset

AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

Your experience will help others
+100 karma for a short comment :)
Send to email
Code

P1214

Other P — Powertrain

Pedal Position Sensor B Circuit Intermittent

Brand: Other
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

11,002

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Code

P1214

PORSCHE P — Powertrain

Fuel injector, cylinder 2

Brand: PORSCHE
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

136

Browse 136 PORSCHE manuals: repair procedures, diagnostics, wiring diagrams, component locations, service data and Labor Times by year, model and trim.

PORSCHE

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Code

P1214

SAAB P — Powertrain

Injector Cyl. 2, Control Module Output, Short To B+

Brand: SAAB
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

Your experience will help others
+100 karma for a short comment :)
Send to email
Code

P1214

SATURN P — Powertrain

Injection Pump Timing Offset

Brand: SATURN
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

Your experience will help others
+100 karma for a short comment :)
Send to email
Code

P1214

VOLKSWAGEN P — Powertrain

Cylinder 2 Fuel Injector Circuit Short To B+

AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Incorrect injection pump timing (mechanical slip or incorrect installation)
  • Faulty injection pump timing control actuator/solenoid
  • Worn or damaged injection pump internal components
  • Faulty or out-of-sync crankshaft or camshaft position sensor(s)
  • Faulty wiring or connectors to pump actuator or position sensors
  • Low fuel pressure, air in fuel, or clogged fuel filter affecting pump operation

Symptoms

  • Hard starting or extended cranking
  • Rough idle, misfires, or hesitation under load
  • Loss of power and poor acceleration
  • Excessive smoke (diesel) or increased emissions
  • Illuminated Check Engine Light (MIL) with P1214 stored
  • Possible fuel odor or abnormal engine noise from pump

What to check

  • Retrieve freeze frame and full code list with a capable scan tool; record engine RPM, load, fuel rail pressure and other live data
  • Check for related codes (cam/crank sensor, fuel pressure, injector circuits)
  • Inspect wiring and connectors to injection pump actuator and crank/cam sensors for corrosion, pins backed out, or damage
  • Visually inspect timing drive (belt/chain/gears) for signs of slip or misalignment
  • Check fuel system pressure and inspect for air leaks or restricted filter
  • Verify ECM software/calibration is current for vehicle VIN

Signal parameters

  • Crankshaft position (CKP) signal: consistent pulses, correct frequency at cranking and idle
  • Camshaft position (CMP) signal: present and correlates to CKP within specified degrees
  • Injection pump timing offset: expected within manufacturer-specified degrees or percentage; stored value shows deviation
  • Injection pump actuator control: duty cycle or commanded position vs actual feedback (if applicable)
  • Fuel rail/line pressure: within manufacturer spec under cranking and running conditions

Diagnostic algorithm

  1. Connect a professional scan tool and clear codes; attempt to replicate the fault. Note freeze-frame data and live PID values for CKP, CMP, pump timing offset and fuel pressure.
  2. Check for and address related codes (P0011/P0014 family cam timing codes, fuel pressure codes). Multiple codes can point to sensor correlation issues.
  3. Visually inspect wiring and connectors for the pump actuator and crank/cam sensors. Repair any corrosion, damaged wires, or poor connections.
  4. Verify fuel supply: inspect/replace fuel filter, check for air in the system, and measure fuel pressure against spec. Repair leaks or replace pump feed components if needed.
  5. With timing marks accessible, verify mechanical timing of the engine (cam/crank relation). If timing belt/chain jumped or slipped, repair and restore correct timing.
  6. Test the pump actuator/solenoid: check for proper voltage/ground and measure actuator response or duty cycle under command. Replace actuator if it fails electrical or response tests.
  7. If sensors produce noisy or missing signals, bench-test/replace crankshaft or camshaft position sensors and re-check correlation.
  8. If mechanical timing and electrical systems check out but offset remains, bench-test or remove the injection pump for internal inspection/repair or replacement — this may require manufacturer procedures and tooling.
  9. After repairs, clear codes and road-test while monitoring pump timing values and related PIDs to confirm the offset is corrected.
  10. If faults persist, consult manufacturer technical service bulletins (TSBs) and consider ECM reprogramming or replacement as a last step.

Likely causes

  • Faulty pump timing control solenoid or actuator (electrical failure)
  • Incorrect mechanical timing between pump and engine (installation error or slipped drive)
  • Failed or weak fuel supply (low pressure, air ingress)
  • Faulty crankshaft or camshaft position sensor or poor signal correlation

Fault status

⚠️ Status
Manufacturer-specific code indicating the injection pump timing is outside the allowed offset range relative to engine position; requires investigation of pump timing, related sensors, and fuel system.
🔴 Repair difficulty: Hard
⏱️ Diagnostic time: 2-6 hours

Similar codes

626

Browse 626 VOLKSWAGEN manuals: repair procedures, diagnostics, wiring diagrams, component locations, service data and Labor Times by year, model and trim.

VOLKSWAGEN

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+100 karma for a short comment :)
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