Vehicle applicability: This diagnostic supplement covers multiple Ford vehicles and engines. Follow the application named in the source below. Some references apply to vehicles other than Mustang.
6-104 Reference Values
3.7L TIVCT MKX
(Continued)
Inputs Component/PID Measured/PID Values Units Only Measured/PID KOEO Hot Idle 48 KM/H (30 89 KM/H (55 MPH) MPH) O2S21_ HO2S21 Sensor NO NO YES YES YES/NO READY O2S21_TR HO2S21 Sensor 0 0 0 0 Kohm O2S22 HO2S22 Sensor (I) switching (D) switching (D) switching (D) VOLTS RPM CKP Sensor 0 594.75 1183.25 1183.25 RPM SYNC PID NO YES YES YES YES/NO TP1 ETBTPS 4.10/17.64 4.30/13.72 4.20/15.68 4.18/16.07 VOLTS/% TP1_LRN_ ETBTPS 15.25 15.25 15.25 15.25 DEG TRIM TP2 ETBTPS 1.21/23.92 0.81/16.07 1.02/20.39 1.06/21.17 VOLTS/% TP2_LRN_ ETBTPS 7.87 7.87 7.87 7.87 DEG TRIM TP_MAXDIFF PID -0.06 0 0 0 % TQ_CNTRL PID NONE IDLE SPEED NONE NONE STATUS REQUESTED CONTROL REQUESTED REQUESTED VCTSYS PID OPEN LOOP CLOSED LOOP CLOSED LOOP CLOSED LOOP OPEN LOOP/ CLOSED LOOP VCT_EXH_ PID 0 0 0.06 25.06 DEG ACT1 VCT_EXH_ PID 0 -0 .25 0 25.06 DEG ACT2 VCT_EXH_ PID 0 0 -0.06 0.06 DEG DIF1 VCT_EXH_ PID 0 0.25 0 0.06 DEG DIF2 VCT_INT_ PID 0 -0. 12 -18.12 -9.87 DEG ACT1 VCT_INT_ PID 0 -0.18 -17.68 -9.87 DEG ACT2 VCT_INT_ PID 0 0.12 48.64 0 DEG DIF1 VCT_INT_ PID 0 0.31 50.88 -0.06 DEG DIF2 VSS PID 0 0 48 km/h (30 89 km/h (55 MPH) km/h / MPH MPH)
Original table alignment retained · Scroll horizontally if needed
Outputs Component/PID Measured/PID Values Units Only Measured/PID KOEO Hot Idle 48 KM/H (30 89 KM/H (55 MPH) MPH) CYL_1-6_ACCL PID (I) -1 TO +1 -1 TO +1 -1 TO +1 NUMERIC VALUE ETC [TAC_PCT] PID 9.41 2.74 5.09 7.45 % EVAP020C PID NO NO NO NO YES/NO EVAPCP EVAPCP Valve 0 12.29 89.27 47.35 %
Original table alignment retained · Scroll horizontally if needed
2016 Powertrain Control/Emissions Diagnosis, Gasoline Engines, 3/2015
Source reference 5458
2016 Mustang workshop publication supplied to Mustang Atlas. Original technical text and illustrations; HTML formatting by Mustang Atlas. Source page numbering is retained for traceability. Follow the configuration, revision, warnings, and cross-references in the material. About this edition.