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P1415 — Secondary Air Injection (AIR) System

Detailed page for trouble code P1415.

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Code

P1415

CHRYSLER P — Powertrain

Secondary Air Injection (AIR) System

Brand: CHRYSLER
Views: UK: 18 EN: 59 RU: 28
AI status
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Page language: EN

Causes

  • Failed or seized AIR pump (electric)
  • Blocked, collapsed or disconnected AIR hoses/piping
  • Failed one-way/check valve or diverter/solenoid valve
  • Blown fuse, bad relay, or poor power/ground to pump or solenoid
  • Wiring harness damage, corrosion, or poor connector contact
  • Stuck open/closed control valve or vacuum actuator (if equipped)

Symptoms

  • Malfunction Indicator Lamp (MIL) illuminated
  • Failed emissions test or higher cold-start tailpipe emissions
  • Audible abnormal/no AIR pump noise (no noise when commanded or grinding)
  • Rough idle or stumble on cold start (occasionally)
  • Unusual exhaust odors or visible exhaust changes during warm-up

What to check

  • Verify stored freeze frame data and all related DTCs with a scan tool
  • Listen for AIR pump operation during cold start or commanded test
  • Inspect AIR pump electrical connector, fuse(s), and relay(s)
  • Visually inspect hoses, check valve and diverter valve for leaks or damage
  • Attempt to command AIR pump/valve ON with a scan tool and observe operation
  • Check for air flow at exhaust ports (careful — hot components)

Signal parameters

  • AIR pump supply voltage: approx. battery voltage (11–14.5 V) when relay/power applied
  • AIR pump current draw: typically several amps under normal load (varies by model; expect low single digits to teens of amps) — abnormally high or zero indicates fault
  • Control solenoid/valve command: switched 12 V or ground drive from ECM (ON/OFF duty visible with scan tool or DVOM)
  • ECM AIR status: commanded ON/OFF and runtime duration available via scan tool
  • Diagnostic trouble criteria: ECM expects pump run or valve position within defined time after cold start

Diagnostic algorithm

  1. Retrieve and record all codes and freeze frame data. Note related codes (oxygen sensors, catalyst).
  2. With a scan tool, attempt to actuate the AIR pump and diverter/solenoid while observing status and any live data. Listen for pump and feel for air flow at fittings (use gloves; components may be hot).
  3. Inspect fuses and relays for the AIR pump circuit; test/replace relay and check for voltage at pump power pin with relay energized.
  4. Inspect wiring and connectors for damage, corrosion, or poor ground. Wiggle-test connectors while commanding system to check for intermittent faults.
  5. Apply battery voltage directly to the AIR pump (bench or in-vehicle with precautions) to verify mechanical operation; measure current draw and compare to expected range.
  6. Check one-way/check valve and diverter valve operation (vacuum or electrical actuation as applicable). Confirm air flow direction and that valves open/close properly.
  7. Perform a smoke test or pressurize AIR plumbing to locate leaks, collapsed hoses, or blockages. Replace cracked or collapsed hoses and defective valves.
  8. If wiring, pump, and valves test good, inspect exhaust side (manifold, catalytic converter) for restrictions that could prevent flow and trigger the code.
  9. Repair/replace failed components (pump, valve, hoses, relay, fuse, wiring) as indicated. Clear codes and run drive cycle to verify repair.
  10. If system electrical tests are inconclusive, consult Chrysler service information for component-specific test values and ECM diagnostic procedures; consider ECM fault only after isolating wiring and components.

Likely causes

  • AIR pump does not run when commanded (electrical fault or pump failure)
  • AIR pump runs but no air flow to exhaust due to blocked/disconnected hose or check valve
  • Control solenoid/diverter valve not actuating due to bad valve or wiring
  • Fuse/relay failure preventing pump operation
  • Intermittent wiring/connector fault causing false error
  • Mechanical restriction in plumbing or failed one-way valve

Fault status

⚠️ Status
Malfunction Indicator Lamp (MIL) on due to Secondary Air Injection system fault. Emissions control performance may be reduced.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 1.0-3.0 hours

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