FixVault
Home › Honda › 2016 › Pilot Touring, FWD › Repair and Diagnosis › Engine Performance › Mode 6 - 2016 HONDA › Mode $06 Information By Test › VTC (VVT) System

VTC (VVT) System

DTC P0011: Monitor ID $35: Test ID $D4

OBD Monitor ID $35 Test ID $D4 Unit and Scaling ID $1C
DTC P0011
Test Description Response check of VTC (VVT) system by monitoring divergence of actual camshaft angle from target angle.
Store Timing Normal judgment/Failure judgment
Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (deg.)
The lowest limit value: Output value (Decimal) x 0.01 (deg.)
The highest limit value: Output value (Decimal) x 0.01 (deg.)
DTC P1009: Monitor ID $35: Test ID $D5

OBD Monitor ID $35 Test ID $D5 Unit and Scaling ID $1C
DTC P1009
Test Description Check of the VTC (VVT) system by comparing the actual camshaft angle to the target camshaft angle.
Store Timing Failure judgment
Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (deg.)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.01 (deg.)
DTC P1009: Monitor ID $35: Test ID $D7

OBD Monitor ID $35 Test ID $D7 Unit and Scaling ID $1C
DTC P1009
Test Description Check of the VTC (VVT) system by comparing the actual camshaft angle to the target camshaft angle after an engine stall event.
Store Timing Failure judgment
Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (deg.)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.01 (deg.)
DTC P0341: Monitor ID $35: Test ID $D9

OBD Monitor ID $35 Test ID $D9 Unit and Scaling ID $9C
DTC P0341
Test Description Check of the VTC (VVT) system by monitoring divergence of camshaft angle from basis position during VTC (VVT) system stop.
Store Timing Failure judgment
Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (deg.)
The lowest limit value: Output value (Decimal) x 0.01 (deg.)
The highest limit value: Output value (Decimal) x 0.01 (deg.)
DTC P0014: Monitor ID $35: Test ID $DA

OBD Monitor ID $35 Test ID $DA Unit and Scaling ID $1C
DTC P0014
Test Description Response check of VTC (VVT) system by monitoring divergence of actual camshaft angle from target angle.
Store Timing Normal judgment/Failure judgment
Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (deg.)
The lowest limit value: Output value (Decimal) x 0.01 (deg.)
The highest limit value: Output value (Decimal) x 0.01 (deg.)
DTC P101A: Monitor ID $35: Test ID $DB

OBD Monitor ID $35 Test ID $DB Unit and Scaling ID $1C
DTC P101A
Test Description Check of VTC (VVT) system by comparing the actual camshaft angle to the target camshaft angle.
Store Timing Failure judgment
Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (deg.)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.01 (deg.)
DTC P101A: Monitor ID $35: Test ID $DC

OBD Monitor ID $35 Test ID $DC Unit and Scaling ID $1C
DTC P101A
Test Description Check of VTC (VVT) system by comparing the actual camshaft angle to the target camshaft angle.
Store Timing Failure judgment
Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (deg.)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.01 (deg.)
DTC P0366: Monitor ID $35: Test ID $DD

OBD Monitor ID $35 Test ID $DD Unit and Scaling ID $9C
DTC P0366
Test Description Check of the VTC (VVT) system by monitoring divergence of camshaft angle from basis position during VTC (VVT) system stop
Store Timing Failure judgment
Conversion to Engineering Units Measured value: Output value (Decimal) x 0.01 (deg.)
The lowest limit value: Not applicable
The highest limit value: Output value (Decimal) x 0.01 (deg.)
About FixVault