Parameters

The Acura CSX has 188 parameters.

● Confirmed◆ In testing○ Supported× Not supported

Battery

Control module voltage `VPWR`SAE J1979Confirmed

Power input to the OBD control module. VPWR is normally battery voltage, less any voltage drop in the circuit between the battery and the control module.

Pelican can show this parameter as the starter battery voltage.

Service 01PID 42
Module7E0 → 7E8
Every10 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 65.535 V
Unit: V

Confirmed for 2007. Supported for 2008.

Distance traveled since last charge `CSX_BAT_DIST`

Service 22DID 2240
ModuleDA0E → 0E
Every1 s
Testing

Bits 80 to 111 of the reply, 32 bits.

Formula: $val$
Range: 0 to 250000 km
Unit: km

In testing for 2006 to 2011.

High voltage battery cells, max state of charge `CSX_CELL_MAX_SOC`

Service 22DID 202A
ModuleDA01 → 01
Every1 s
Testing

Bits 584 to 599 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 100 %
Unit: %

In testing for 2006 to 2011.

High voltage battery cells, max state of charge `CSX_CELL_MIN_SOC`

Service 22DID 202A
ModuleDA01 → 01
Every1 s
Testing

Bits 600 to 615 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 100 %
Unit: %

In testing for 2006 to 2011.

High voltage battery module 1A temperature `CSX_HVB_MOD_1A_T`

Service 22DID 202C
ModuleDA01 → 01
Every1 s
Testing

Bits 472 to 487 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -40 to 215 °C
Unit: °C

In testing for 2006 to 2011.

High voltage battery module 3A temperature `CSX_HVB_MOD_3A_T`

Service 22DID 202C
ModuleDA01 → 01
Every1 s
Testing

Bits 504 to 519 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -40 to 215 °C
Unit: °C

In testing for 2006 to 2011.

High voltage battery total capacity `CSX_HVB_CAP`

Service 22DID 202A
ModuleDA01 → 01
Every1 s
Testing

Bits 1,336 to 1,351 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 Ah
Unit: Ah

In testing for 2006 to 2011.

High voltage battery total current `CSX_HVB_C_TOTAL`

Pelican can show this parameter as the traction battery current.

Service 22DID 202A
ModuleDA01 → 01
Every1 s
Testing

Bits 456 to 471 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{50}$
Range: -100 to 200 A
Unit: A

In testing for 2006 to 2011.

High voltage battery voltage `CSX_HVB_V`

Pelican can show this parameter as the traction battery voltage.

Service 22DID 202A
ModuleDA01 → 01
Every1 s
Testing

Bits 488 to 503 of the reply, 16 bits.

Formula: $\frac{val}{20}$
Range: 0 to 400 V
Unit: V

In testing for 2006 to 2011.

State of charge `CSX_SOC`

Pelican can show this parameter as the state of charge.

Service 22DID 202A
ModuleDA01 → 01
Every1 s
Testing

Bits 400 to 407 of the reply, 8 bits.

Formula: $val$
Range: 0 to 100 %
Unit: %

In testing for 2006 to 2011.

Cells

Individual cell voltage A1 `CSX_CEL_V_A1`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 216 to 231 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A2 `CSX_CEL_V_A2`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 232 to 247 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A3 `CSX_CEL_V_A3`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 248 to 263 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A4 `CSX_CEL_V_A4`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 264 to 279 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A5 `CSX_CEL_V_A5`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 280 to 295 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A6 `CSX_CEL_V_A6`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 296 to 311 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A7 `CSX_CEL_V_A7`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 312 to 327 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A8 `CSX_CEL_V_A8`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 328 to 343 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A9 `CSX_CEL_V_A9`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 344 to 359 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A10 `CSX_CEL_V_A10`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 360 to 375 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A11 `CSX_CEL_V_A11`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 376 to 391 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A12 `CSX_CEL_V_A12`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 392 to 407 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A13 `CSX_CEL_V_A13`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 408 to 423 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A14 `CSX_CEL_V_A14`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 424 to 439 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A15 `CSX_CEL_V_A15`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 440 to 455 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A16 `CSX_CEL_V_A16`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 456 to 471 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A17 `CSX_CEL_V_A17`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 472 to 487 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A18 `CSX_CEL_V_A18`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 488 to 503 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A19 `CSX_CEL_V_A19`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 504 to 519 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A20 `CSX_CEL_V_A20`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 520 to 535 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A21 `CSX_CEL_V_A21`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 536 to 551 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A22 `CSX_CEL_V_A22`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 552 to 567 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A23 `CSX_CEL_V_A23`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 568 to 583 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A24 `CSX_CEL_V_A24`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 584 to 599 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A25 `CSX_CEL_V_A25`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 600 to 615 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A26 `CSX_CEL_V_A26`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 616 to 631 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A27 `CSX_CEL_V_A27`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 632 to 647 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A28 `CSX_CEL_V_A28`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 648 to 663 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A29 `CSX_CEL_V_A29`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 664 to 679 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A30 `CSX_CEL_V_A30`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 680 to 695 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A31 `CSX_CEL_V_A31`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 696 to 711 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A32 `CSX_CEL_V_A32`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 712 to 727 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A33 `CSX_CEL_V_A33`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 728 to 743 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A34 `CSX_CEL_V_A34`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 744 to 759 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A35 `CSX_CEL_V_A35`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 760 to 775 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A36 `CSX_CEL_V_A36`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 776 to 791 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A37 `CSX_CEL_V_A37`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 792 to 807 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A38 `CSX_CEL_V_A38`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 808 to 823 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A39 `CSX_CEL_V_A39`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 824 to 839 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A40 `CSX_CEL_V_A40`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 840 to 855 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A41 `CSX_CEL_V_A41`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 856 to 871 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A42 `CSX_CEL_V_A42`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 872 to 887 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A43 `CSX_CEL_V_A43`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 888 to 903 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A44 `CSX_CEL_V_A44`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 904 to 919 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A45 `CSX_CEL_V_A45`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 920 to 935 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A46 `CSX_CEL_V_A46`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 936 to 951 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A47 `CSX_CEL_V_A47`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 952 to 967 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A48 `CSX_CEL_V_A48`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 968 to 983 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A49 `CSX_CEL_V_A49`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 984 to 999 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A50 `CSX_CEL_V_A50`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,000 to 1,015 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A51 `CSX_CEL_V_A51`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,016 to 1,031 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A52 `CSX_CEL_V_A52`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,032 to 1,047 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A53 `CSX_CEL_V_A53`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,048 to 1,063 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A54 `CSX_CEL_V_A54`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,064 to 1,079 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A55 `CSX_CEL_V_A55`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,080 to 1,095 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A56 `CSX_CEL_V_A56`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,096 to 1,111 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A57 `CSX_CEL_V_A57`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,112 to 1,127 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A58 `CSX_CEL_V_A58`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,128 to 1,143 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A59 `CSX_CEL_V_A59`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,144 to 1,159 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A60 `CSX_CEL_V_A60`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,160 to 1,175 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A61 `CSX_CEL_V_A61`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,176 to 1,191 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A62 `CSX_CEL_V_A62`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,192 to 1,207 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A63 `CSX_CEL_V_A63`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,208 to 1,223 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A64 `CSX_CEL_V_A64`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,224 to 1,239 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A65 `CSX_CEL_V_A65`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,240 to 1,255 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A66 `CSX_CEL_V_A66`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,256 to 1,271 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A67 `CSX_CEL_V_A67`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,272 to 1,287 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A68 `CSX_CEL_V_A68`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,288 to 1,303 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A69 `CSX_CEL_V_A69`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,304 to 1,319 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A70 `CSX_CEL_V_A70`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,320 to 1,335 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A71 `CSX_CEL_V_A71`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,336 to 1,351 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A72 `CSX_CEL_V_A72`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,352 to 1,367 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A73 `CSX_CEL_V_A73`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,368 to 1,383 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A74 `CSX_CEL_V_A74`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,384 to 1,399 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A75 `CSX_CEL_V_A75`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,400 to 1,415 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A76 `CSX_CEL_V_A76`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,416 to 1,431 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A77 `CSX_CEL_V_A77`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,432 to 1,447 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A78 `CSX_CEL_V_A78`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,448 to 1,463 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A79 `CSX_CEL_V_A79`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,464 to 1,479 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A80 `CSX_CEL_V_A80`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,480 to 1,495 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A81 `CSX_CEL_V_A81`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,496 to 1,511 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A82 `CSX_CEL_V_A82`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,512 to 1,527 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A83 `CSX_CEL_V_A83`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,528 to 1,543 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Individual cell voltage A84 `CSX_CEL_V_A84`

Service 22DID 2028
ModuleDA01 → 01
Every1 s
Testing

Bits 1,544 to 1,559 of the reply, 16 bits.

Formula: $\frac{val}{5}$
Range: 0 to 5000 mV
Unit: mV

In testing for 2006 to 2011.

Climate

A/C pressure `CSX_AC_P`

Service 22DID 2613
ModuleDA0E → 0E
Every1 s
Testing

Bits 120 to 135 of the reply, 16 bits.

Formula: $val$
Range: 0 to 4000 kPa
Unit: kPa

In testing for 2006 to 2011.

Clocks

Time since engine start `CSX_RUNTM_PCM`

How long it's been since the engine started.

Service 22DID 2660
ModuleDA0E → 0E
Every30 s
Testing

Bits 368 to 383 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 s
Unit: s

In testing for 2006 to 2011.

Time since engine start `CSX_RUNTM_V2`Confirmed

How long it's been since the engine started.

Service 22DID 2660
ModuleDA11 → 11
Every5 s
Testing for 2006, 2008 to 2011

Bits 368 to 383 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 s
Unit: s

Confirmed for 2007. In testing for 2006, 2008 to 2011.

Control

Absolute throttle position `TP`SAE J1979Confirmed

Throttle position at idle will usually be more than 0%, and throttle position at wide open throttle will usually be less than 100%.

Pelican can show this parameter as the throttle position.

Service 01PID 11
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Confirmed for 2007. Supported for 2008.

Absolute throttle position B `TP_B`SAE J1979Confirmed

Pelican can show this parameter as the throttle position.

Service 01PID 47
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Confirmed for 2007. Supported for 2008.

DTCs

Distance traveled since diagnostic trouble codes cleared `CLR_DIST`SAE J1979Confirmed

Distance accumulated since DTCs were cleared (via an external test equipment or possibly, a battery disconnect). This parameter is not associated with any particular DTC. It is simply an indication for inspection/maintenance, of the last time an external test equipment was used to clear DTCs. If greater than 65,535 km have occurred, will remain at 65,535 km and not wrap to zero.

Pelican can show this parameter as the distance since trouble codes were cleared.

Service 01PID 31
Module7E0 → 7E8
Every15 s

Bits 0 to 15 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 km
Unit: km

Confirmed for 2007. Supported for 2008.

ECU

Knock control `CSX_KNOCK_CTRL_PCM`

Service 22DID 2662
ModuleDA0E → 0E
Every1 s
Testing

Bits 80 to 87 of the reply, 8 bits.

Formula: $\frac{val \times 2}{255}$
Range: 0 to 2
Unit: Number

In testing for 2006 to 2011.

Misfire count, cylinder 1 `CSX_MIS_1_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 272 to 287 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count, cylinder 2 `CSX_MIS_2_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 288 to 303 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count, cylinder 3 `CSX_MIS_3_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 304 to 319 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count, cylinder 4 `CSX_MIS_4_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 320 to 335 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count, cylinder 5 `CSX_MIS_5_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 336 to 351 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count, cylinder 6 `CSX_MIS_6_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 352 to 367 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Electrical

Brake fluid pressure `CSX_BRK_FLD_P`

Service 22DID 4201
ModuleDA2A → 2A
Every1 s
Testing

Bits 168 to 183 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 5
Unit: Raw value

In testing for 2006 to 2011.

Brake pedal stroke `CSX_BRK_PED_STK`

Service 22DID 4201
ModuleDA2A → 2A
Every1 s
Testing

Bits 88 to 103 of the reply, 16 bits.

Formula: $\frac{val}{10}$
Range: 0 to 50 mm
Unit: mm

In testing for 2006 to 2011.

Brake pressure `CSX_BRK_P`

Service 22DID 4005
ModuleDA28 → 28
Every1 s
Testing

Bits 56 to 71 of the reply, 16 bits.

Formula: $val - 25$
Range: 0 to 120 bar
Unit: bar

In testing for 2006 to 2011.

Brake switch `CSX_BRK_SW`

Service 22DID 4004
ModuleDA28 → 28
Every1 s
Testing

Bit 127 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2006 to 2011.

Master cylinder stroke `CSX_MSTR_CYL_STK`

Service 22DID 4201
ModuleDA2A → 2A
Every1 s
Testing

Bits 232 to 247 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -3276.8 to 3276.7 mm
Unit: mm

In testing for 2006 to 2011.

Slave cylinder stroke `CSX_SLV_CYL_STK`

Service 22DID 4201
ModuleDA2A → 2A
Every1 s
Testing

Bits 248 to 263 of the reply, 16 bits.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 mm
Unit: mm

In testing for 2006 to 2011.

Engine

A/C clutch `CSX_AC_CLU_PCM`

Service 22DID 2610
ModuleDA0E → 0E
Every1 s
Testing

Bit 262 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2006 to 2011.

Active cylinders `CSX_ACTIVE_CYL_PCM`

Service 22DID 2615
ModuleDA0E → 0E
Every1 s
Testing

Bits 400 to 407 of the reply, 8 bits.

Formula: $val$
Range: 0 to 6
Unit: Number

In testing for 2006 to 2011.

Air conditioner clutch `CSX_AC_CLU`

Service 22DID 2610
ModuleDA11 → 11
Every1 s
Testing

Bit 262 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2006 to 2011.

Air flow rate from mass air flow sensor `MAF`SAE J1979Confirmed

Pelican can show this parameter as the mass air flow.

Service 01PID 10
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{100}$
Range: 0 to 655.35 g/s
Unit: g/s

Confirmed for 2007. Supported for 2008.

Air/gas ratio `CSX_AIRGAS_RAT_PCM`

Service 22DID 2611
ModuleDA0E → 0E
Every1 s
Testing

Bits 64 to 79 of the reply, 16 bits.

Formula: $\frac{val \times 29.4}{65535}$
Range: 0 to 29.4
Unit: Number

In testing for 2006 to 2011.

Air/gas ratio `CSX_AIRGAS_RATIO_V2`Confirmed

Service 22DID 2611
ModuleDA11 → 11
Every5 s
Testing for 2006, 2008 to 2011

Bits 64 to 79 of the reply, 16 bits.

Formula: $\frac{val \times 29.4}{65535}$
Range: 0 to 29.4
Unit: Number

Confirmed for 2007. In testing for 2006, 2008 to 2011.

Ambient air temperature, cabin `CSX_AAT_CAB`

Service 22DID 202A
ModuleDA01 → 01
Every1 s
Testing

Bits 832 to 839 of the reply, 8 bits. The value is signed.

Formula: $val$
Range: -40 to 127 °C
Unit: °C

In testing for 2006 to 2011.

Ambient air temperature, outside `CSX_AAT_OUT`

Service 22DID 202A
ModuleDA01 → 01
Every1 s
Testing

Bits 840 to 847 of the reply, 8 bits. The value is signed.

Formula: $val$
Range: -40 to 127 °C
Unit: °C

In testing for 2006 to 2011.

Calculated engine load `LOAD_PCT`SAE J1979Confirmed

Represents the amount of work the engine is doing. Expected to reach 100% at wide open throttle/wide open pedal at any altitude, temperature or rpm for both naturally aspirated and boosted engines. If engine load is limited for powertrain protection e.g. engine/turbocharger protection, this value may not reach 100%. For hybrid vehicles, indicates the torque produced only by the internal combustion engine, not the torque being delivered by the entire powertrain. For electric vehicles, the meaning of this parameter is undefined.

Pelican can show this parameter as the engine load.

Service 01PID 04
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Confirmed for 2007. Supported for 2008.

Catalyst temperature `CSX_CAT_T`Confirmed

Service 22DID 2662
ModuleDA11 → 11
Every5 s
Testing for 2006, 2008 to 2011

Bits 96 to 111 of the reply, 16 bits.

Formula: $\frac{val}{10} - 40$
Range: -40 to 1500 °C
Unit: °C

Confirmed for 2007. In testing for 2006, 2008 to 2011.

Commanded equivalence ratio `EQ_RAT`SAE J1979Confirmed

Commanded fuel/air equivalence ratio (lambda): actual A/F ratio over stoichiometric A/F ratio, so above 1 is lean and below 1 is rich. Multiply by the fuel's stoichiometric A/F ratio for the commanded A/F ratio (gasoline: 14.64 x 0.95 = 13.9). Systems with conventional oxygen sensors show the commanded value in open loop and 1.000 in closed loop; systems with wide-range (linear) sensors show it in both. On engines whose banks are controlled independently, this is bank 1.

Pelican can show this parameter as the commanded lambda.

Service 01PID 44
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Confirmed for 2007. Supported for 2008.

Engine coolant temperature `ECT`SAE J1979Confirmed

Your engine temperature must operate within a certain temperature range to operate efficiently and safely. If it runs too hot, then your engine could be permanently damaged. If it runs too cold, then your engine will use more fuel than necessary.

Pelican can show this parameter as the engine coolant temperature.

Service 01PID 05
Module7E0 → 7E8
Every500 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Confirmed for 2007. Supported for 2008.

Engine coolant temperature sensor 1 `CSX_ECT_1`

Pelican can show this parameter as the engine coolant temperature.

Service 22DID 202C
ModuleDA01 → 01
Every1 s
Testing

Bits 1,608 to 1,623 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -40 to 215 °C
Unit: °C

In testing for 2006 to 2011.

Engine coolant temperature sensor 2 `CSX_ECT_2`

Pelican can show this parameter as the engine coolant temperature.

Service 22DID 202C
ModuleDA01 → 01
Every1 s
Testing

Bits 1,624 to 1,639 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -40 to 215 °C
Unit: °C

In testing for 2006 to 2011.

Engine coolant temperature sensor 3 `CSX_ECT_3`

Pelican can show this parameter as the engine coolant temperature.

Service 22DID 202C
ModuleDA01 → 01
Every1 s
Testing

Bits 1,640 to 1,655 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -40 to 215 °C
Unit: °C

In testing for 2006 to 2011.

Engine coolant temperature sensor 4 `CSX_ECT_4`

Pelican can show this parameter as the engine coolant temperature.

Service 22DID 202C
ModuleDA01 → 01
Every1 s
Testing

Bits 1,656 to 1,671 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -40 to 215 °C
Unit: °C

In testing for 2006 to 2011.

Engine oil level `CSX_ENG_OIL_LEVEL`

Service 22DID 2666
ModuleDA11 → 11
Every5 s
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $\frac{val}{2}$
Range: 0 to 127.5 mm
Unit: mm

In testing for 2006 to 2011.

Engine oil temperature `CSX_EOT`

Service 22DID 2666
ModuleDA11 → 11
Every5 s
Testing

Bits 88 to 95 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

In testing for 2006 to 2011.

Engine oil temperature, variant 3 `CSX_EOT_VAR_3_PCM`

Service 22DID 2666
ModuleDA0E → 0E
Every5 s
Testing

Bits 88 to 95 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

In testing for 2006 to 2011.

Engine oil temperature, variant 4 `CSX_EOT_VAR_4_PCM`

Service 22DID 2666
ModuleDA0E → 0E
Every5 s
Testing

Bits 112 to 119 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

In testing for 2006 to 2011.

Engine oil temperature,, variant 2 `CSX_EOT_VAR_2`

Service 22DID 2666
ModuleDA11 → 11
Every5 s
Testing

Bits 112 to 119 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

In testing for 2006 to 2011.

Fuel/air commanded equivalence ratio `CSX_FUELAIR_CAR_PCM`

Service 22DID 2661
ModuleDA0E → 0E
Every1 s
Testing

Bits 64 to 79 of the reply, 16 bits.

Formula: $\frac{val}{2229.081633}$
Range: 0 to 29.4
Unit: Number

In testing for 2006 to 2011.

Generator `CSX_GEN`

Service 22DID 2610
ModuleDA11 → 11
Every1 s
Testing

Bits 184 to 191 of the reply, 8 bits.

Formula: $\frac{val \times 20}{51}$
Range: 0 to 100 %
Unit: %

In testing for 2006 to 2011.

Generator `CSX_GENERATOR_PCM`

Service 22DID 2610
ModuleDA0E → 0E
Every1 s
Testing

Bits 184 to 191 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

In testing for 2006 to 2011.

Knock control `CSX_KNOCK_CONTROL_V2`Confirmed

Service 22DID 2662
ModuleDA11 → 11
Every5 s
Testing for 2006, 2008 to 2011

Bits 80 to 87 of the reply, 8 bits.

Formula: $\frac{val \times 1.99}{255}$
Range: 0 to 1.99
Unit: Number

Confirmed for 2007. In testing for 2006, 2008 to 2011.

Misfire count #1, variant 1 `CSX_MIS_CNT_1_VAR_1_PCM`

Service 22DID 266C
ModuleDA0E → 0E
Every1 s
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count #1, variant 3 `CSX_MIS_CNT_1_VAR_3_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 160 to 175 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count #2, variant 1 `CSX_MIS_CNT_2_VAR_1_PCM`

Service 22DID 266C
ModuleDA0E → 0E
Every1 s
Testing

Bits 56 to 63 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count #2, variant 3 `CSX_MIS_CNT_2_VAR_3_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 176 to 191 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count #3, variant 1 `CSX_MIS_CNT_3_VAR_1_PCM`

Service 22DID 266C
ModuleDA0E → 0E
Every1 s
Testing

Bits 64 to 71 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count #3, variant 3 `CSX_MIS_CNT_3_VAR_3_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 192 to 207 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count #4, variant 1 `CSX_MIS_CNT_4_VAR_1_PCM`

Service 22DID 266C
ModuleDA0E → 0E
Every1 s
Testing

Bits 72 to 79 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count #4, variant 3 `CSX_MIS_CNT_4_VAR_3_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 208 to 223 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count #5, variant 1 `CSX_MIS_CNT_5_VAR_1_PCM`

Service 22DID 266C
ModuleDA0E → 0E
Every1 s
Testing

Bits 80 to 87 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count #5, variant 3 `CSX_MIS_CNT_5_VAR_3_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 224 to 239 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count #6, variant 1 `CSX_MIS_CNT_6_VAR_1_PCM`

Service 22DID 266C
ModuleDA0E → 0E
Every1 s
Testing

Bits 88 to 95 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count #6, variant 3 `CSX_MIS_CNT_6_VAR_3_PCM`

Service 22DID 2663
ModuleDA0E → 0E
Every1 s
Testing

Bits 240 to 255 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 1 `CSX_MIS_CNT_1`

Service 22DID 2663
ModuleDA1D → 1D
Every1 s
Testing

Bits 272 to 287 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 1,, variant 1 `CSX_MIS_CNT_1_VAR_1`

Service 22DID 266C
ModuleDA11 → 11
Every1 s
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count 1,, variant 2 `CSX_MIS_CNT_1_VAR_2`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 272 to 287 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 1,, variant 3 `CSX_MIS_CNT_1_VAR_3`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 160 to 175 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 2 `CSX_MIS_CNT_2`

Service 22DID 2663
ModuleDA1D → 1D
Every1 s
Testing

Bits 288 to 303 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 2,, variant 1 `CSX_MIS_CNT_2_VAR_1`

Service 22DID 266C
ModuleDA11 → 11
Every1 s
Testing

Bits 56 to 63 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count 2,, variant 2 `CSX_MIS_CNT_2_VAR_2`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 288 to 303 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 2,, variant 3 `CSX_MIS_CNT_2_VAR_3`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 176 to 191 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 3 `CSX_MIS_CNT_3`

Service 22DID 2663
ModuleDA1D → 1D
Every1 s
Testing

Bits 304 to 319 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 3,, variant 1 `CSX_MIS_CNT_3_VAR_1`

Service 22DID 266C
ModuleDA11 → 11
Every1 s
Testing

Bits 64 to 71 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count 3,, variant 2 `CSX_MIS_CNT_3_VAR_2`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 304 to 319 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 3,, variant 3 `CSX_MIS_CNT_3_VAR_3`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 192 to 207 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 4 `CSX_MIS_CNT_4`

Service 22DID 2663
ModuleDA1D → 1D
Every1 s
Testing

Bits 320 to 335 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 4,, variant 1 `CSX_MIS_CNT_4_VAR_1`

Service 22DID 266C
ModuleDA11 → 11
Every1 s
Testing

Bits 72 to 79 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count 4,, variant 2 `CSX_MIS_CNT_4_VAR_2`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 320 to 335 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 4,, variant 3 `CSX_MIS_CNT_4_VAR_3`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 208 to 223 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 5,, variant 1 `CSX_MIS_CNT_5_VAR_1`

Service 22DID 266C
ModuleDA11 → 11
Every1 s
Testing

Bits 80 to 87 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count 5,, variant 2 `CSX_MIS_CNT_5_VAR_2`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 336 to 351 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 5,, variant 3 `CSX_MIS_CNT_5_VAR_3`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 224 to 239 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 6,, variant 1 `CSX_MIS_CNT_6_VAR_1`

Service 22DID 266C
ModuleDA11 → 11
Every1 s
Testing

Bits 88 to 95 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Misfire count 6,, variant 2 `CSX_MIS_CNT_6_VAR_2`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 352 to 367 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Misfire count 6,, variant 3 `CSX_MIS_CNT_6_VAR_3`

Service 22DID 2663
ModuleDA11 → 11
Every1 s
Testing

Bits 240 to 255 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2006 to 2011.

Oil pressure `CSX_OIL_P`

Service 22DID 2203
ModuleDA1D → 1D
Every1 s
Testing

Bits 72 to 79 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 kPa
Unit: kPa

In testing for 2006, 2008 to 2011. Not supported for 2007.

Short term fuel trim (bank 1) `SHRTFT1`SAE J1979Confirmed

Correction being used by the closed-loop fuel algorithm.

Pelican can show this parameter as the short term fuel trim.

Service 01PID 06
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{128} - 100$
Range: -100 to 99.2 %
Unit: %

Confirmed for 2007. Supported for 2008.

Variable timing control duty `CSX_VARIABLE_TIM_CTRL`Confirmed

Service 22DID 2662
ModuleDA11 → 11
Every5 s
Testing for 2006, 2008 to 2011

Bits 224 to 231 of the reply, 8 bits.

Formula: $\frac{val \times 20}{51}$
Range: 0 to 100 %
Unit: %

Confirmed for 2007. In testing for 2006, 2008 to 2011.

Variable valve timing duty `CSX_VTC_DUTY_PCM`

Service 22DID 2662
ModuleDA0E → 0E
Every1 s
Testing

Bits 224 to 231 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

In testing for 2006 to 2011.

VTEC valve control `CSX_VTEC_VALVE_CTRL`Confirmed

VTEC works by switching between two (or sometimes three) different camshaft profiles by engaging or disengaging a mechanism that locks the valve rocker arms together. When VTEC is OFF, the engine operates using the standard cam profile, which is typically optimized for fuel efficiency and low-end torque. When VTEC is ON, the system switches to a high-performance cam profile that allows the valves to open wider and for a longer duration, enabling better airflow at higher RPMs for increased power.

Service 22DID 2612
ModuleDA11 → 11
Every1 s
Testing for 2006, 2008 to 2011

Bit 175 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

Confirmed for 2007. In testing for 2006, 2008 to 2011.

OxygenSensors

Lambda value, Equivalence Ratio Bank 1, Sensor 1 `LAMBDA11_CURRENT`SAE J1979Confirmed

Pelican can show this parameter as the O2 lambda.

Service 01PID 34
Module7E0 → 7E8
Every250 ms

Bits 0 to 15 of the reply, 16 bits.

Formula: $\frac{val}{32768}$
Range: 0 to 1.99
Unit: Number

Confirmed for 2007.

Wide Range O2S Current, O2 Sensor Bank 1, Sensor 1 `O2S11_CURRENT`SAE J1979Confirmed

Service 01PID 34
Module7E0 → 7E8
Every250 ms

Bits 16 to 31 of the reply, 16 bits.

Formula: $\frac{val}{256} - 128$
Range: -128 to 127.996 mA
Unit: mA

Confirmed for 2007.

Fuel

Air-fuel mixture heater `CSX_AIR_FUEL_MIXTURE`

Service 22DID 266D
ModuleDA0E → 0E
Every1 s
Testing

Bits 72 to 79 of the reply, 8 bits.

Formula: $\frac{val}{2}$
Range: 0 to 127 %
Unit: %

In testing for 2006 to 2011.

Fuel tank level `FLI`SAE J1979Confirmed

Pelican can show this parameter as the fuel tank level.

Service 01PID 2F
Module7E0 → 7E8
Every1 s

Bits 0 to 7 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

Confirmed for 2007. Supported for 2008.

Movement

Vehicle speed `VSS`SAE J1979Confirmed

Pelican can show this parameter as the speed.

Service 01PID 0D
Module7E0 → 7E8
Every250 ms

Bits 0 to 7 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

Confirmed for 2007. Supported for 2008.

Transmission

Automatic transmission fluid temperature `CSX_ATF_T`Confirmed

Service 22DID 2201
ModuleDA1D → 1D
Every1 s
Testing for 2006, 2008 to 2011

Bits 208 to 215 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

Confirmed for 2007. In testing for 2006, 2008 to 2011.

Current gear `CSX_GEAR_1D`

Service 22DID 2221
ModuleDA1D → 1D
Every1 s
Testing

Bits 184 to 191 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Current gear, variant 2 `CSX_CURRENT_GEAR_VAR_2`

Service 22DID 2612
ModuleDA0E → 0E
Every250 ms
Testing

Bits 352 to 359 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Current gear, variant 3 `CSX_CURRENT_GEAR_VAR_3`

Service 22DID 2612
ModuleDA0E → 0E
Every250 ms
Testing

Bits 368 to 375 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2006 to 2011.

Trips

Odometer `CSX_ODO_PCM`

Pelican can show this parameter as the odometer.

Service 22DID 2660
ModuleDA0E → 0E
Every30 s
Testing

Bits 344 to 367 of the reply, 24 bits.

Formula: $val$
Range: 0 to 16777215 km
Unit: km

In testing for 2006 to 2011.

Odometer `CSX_ODO_V2`

Pelican can show this parameter as the odometer.

Service 22DID 2660
ModuleDA1D → 1D
Every5 s
Testing

Bits 344 to 367 of the reply, 24 bits.

Formula: $val$
Range: 0 to 16777215 km
Unit: km

In testing for 2006, 2008 to 2011. Not supported for 2007.

Parameters

Battery

Control module voltage VPWRSAE J1979Confirmed

Distance traveled since last charge CSX_BAT_DIST

High voltage battery cells, max state of charge CSX_CELL_MAX_SOC

High voltage battery cells, max state of charge CSX_CELL_MIN_SOC

High voltage battery module 1A temperature CSX_HVB_MOD_1A_T

High voltage battery module 3A temperature CSX_HVB_MOD_3A_T

High voltage battery total capacity CSX_HVB_CAP

High voltage battery total current CSX_HVB_C_TOTAL

High voltage battery voltage CSX_HVB_V

State of charge CSX_SOC

Cells

Individual cell voltage A1 CSX_CEL_V_A1

Individual cell voltage A2 CSX_CEL_V_A2

Individual cell voltage A3 CSX_CEL_V_A3

Individual cell voltage A4 CSX_CEL_V_A4

Individual cell voltage A5 CSX_CEL_V_A5

Individual cell voltage A6 CSX_CEL_V_A6

Individual cell voltage A7 CSX_CEL_V_A7

Individual cell voltage A8 CSX_CEL_V_A8

Individual cell voltage A9 CSX_CEL_V_A9

Individual cell voltage A10 CSX_CEL_V_A10

Individual cell voltage A11 CSX_CEL_V_A11

Individual cell voltage A12 CSX_CEL_V_A12

Individual cell voltage A13 CSX_CEL_V_A13

Individual cell voltage A14 CSX_CEL_V_A14

Individual cell voltage A15 CSX_CEL_V_A15

Individual cell voltage A16 CSX_CEL_V_A16

Individual cell voltage A17 CSX_CEL_V_A17

Individual cell voltage A18 CSX_CEL_V_A18

Individual cell voltage A19 CSX_CEL_V_A19

Individual cell voltage A20 CSX_CEL_V_A20

Individual cell voltage A21 CSX_CEL_V_A21

Individual cell voltage A22 CSX_CEL_V_A22

Individual cell voltage A23 CSX_CEL_V_A23

Individual cell voltage A24 CSX_CEL_V_A24

Individual cell voltage A25 CSX_CEL_V_A25

Individual cell voltage A26 CSX_CEL_V_A26

Individual cell voltage A27 CSX_CEL_V_A27

Individual cell voltage A28 CSX_CEL_V_A28

Individual cell voltage A29 CSX_CEL_V_A29

Individual cell voltage A30 CSX_CEL_V_A30

Individual cell voltage A31 CSX_CEL_V_A31

Individual cell voltage A32 CSX_CEL_V_A32

Individual cell voltage A33 CSX_CEL_V_A33

Individual cell voltage A34 CSX_CEL_V_A34

Individual cell voltage A35 CSX_CEL_V_A35

Individual cell voltage A36 CSX_CEL_V_A36

Individual cell voltage A37 CSX_CEL_V_A37

Individual cell voltage A38 CSX_CEL_V_A38

Individual cell voltage A39 CSX_CEL_V_A39

Individual cell voltage A40 CSX_CEL_V_A40

Individual cell voltage A41 CSX_CEL_V_A41

Individual cell voltage A42 CSX_CEL_V_A42

Individual cell voltage A43 CSX_CEL_V_A43

Individual cell voltage A44 CSX_CEL_V_A44

Individual cell voltage A45 CSX_CEL_V_A45

Individual cell voltage A46 CSX_CEL_V_A46

Individual cell voltage A47 CSX_CEL_V_A47

Individual cell voltage A48 CSX_CEL_V_A48

Individual cell voltage A49 CSX_CEL_V_A49

Individual cell voltage A50 CSX_CEL_V_A50

Individual cell voltage A51 CSX_CEL_V_A51

Individual cell voltage A52 CSX_CEL_V_A52

Individual cell voltage A53 CSX_CEL_V_A53

Individual cell voltage A54 CSX_CEL_V_A54

Individual cell voltage A55 CSX_CEL_V_A55

Individual cell voltage A56 CSX_CEL_V_A56

Individual cell voltage A57 CSX_CEL_V_A57

Individual cell voltage A58 CSX_CEL_V_A58

Individual cell voltage A59 CSX_CEL_V_A59

Individual cell voltage A60 CSX_CEL_V_A60

Individual cell voltage A61 CSX_CEL_V_A61

Individual cell voltage A62 CSX_CEL_V_A62

Individual cell voltage A63 CSX_CEL_V_A63

Individual cell voltage A64 CSX_CEL_V_A64

Individual cell voltage A65 CSX_CEL_V_A65

Individual cell voltage A66 CSX_CEL_V_A66

Individual cell voltage A67 CSX_CEL_V_A67

Control module voltage `VPWR`SAE J1979Confirmed

Distance traveled since last charge `CSX_BAT_DIST`

High voltage battery cells, max state of charge `CSX_CELL_MAX_SOC`

High voltage battery cells, max state of charge `CSX_CELL_MIN_SOC`

High voltage battery module 1A temperature `CSX_HVB_MOD_1A_T`

High voltage battery module 3A temperature `CSX_HVB_MOD_3A_T`

High voltage battery total capacity `CSX_HVB_CAP`

High voltage battery total current `CSX_HVB_C_TOTAL`

High voltage battery voltage `CSX_HVB_V`

State of charge `CSX_SOC`

Individual cell voltage A1 `CSX_CEL_V_A1`

Individual cell voltage A2 `CSX_CEL_V_A2`

Individual cell voltage A3 `CSX_CEL_V_A3`

Individual cell voltage A4 `CSX_CEL_V_A4`

Individual cell voltage A5 `CSX_CEL_V_A5`

Individual cell voltage A6 `CSX_CEL_V_A6`

Individual cell voltage A7 `CSX_CEL_V_A7`

Individual cell voltage A8 `CSX_CEL_V_A8`

Individual cell voltage A9 `CSX_CEL_V_A9`

Individual cell voltage A10 `CSX_CEL_V_A10`

Individual cell voltage A11 `CSX_CEL_V_A11`

Individual cell voltage A12 `CSX_CEL_V_A12`

Individual cell voltage A13 `CSX_CEL_V_A13`

Individual cell voltage A14 `CSX_CEL_V_A14`

Individual cell voltage A15 `CSX_CEL_V_A15`

Individual cell voltage A16 `CSX_CEL_V_A16`

Individual cell voltage A17 `CSX_CEL_V_A17`

Individual cell voltage A18 `CSX_CEL_V_A18`

Individual cell voltage A19 `CSX_CEL_V_A19`

Individual cell voltage A20 `CSX_CEL_V_A20`

Individual cell voltage A21 `CSX_CEL_V_A21`

Individual cell voltage A22 `CSX_CEL_V_A22`

Individual cell voltage A23 `CSX_CEL_V_A23`

Individual cell voltage A24 `CSX_CEL_V_A24`

Individual cell voltage A25 `CSX_CEL_V_A25`

Individual cell voltage A26 `CSX_CEL_V_A26`

Individual cell voltage A27 `CSX_CEL_V_A27`

Individual cell voltage A28 `CSX_CEL_V_A28`

Individual cell voltage A29 `CSX_CEL_V_A29`

Individual cell voltage A30 `CSX_CEL_V_A30`

Individual cell voltage A31 `CSX_CEL_V_A31`

Individual cell voltage A32 `CSX_CEL_V_A32`

Individual cell voltage A33 `CSX_CEL_V_A33`

Individual cell voltage A34 `CSX_CEL_V_A34`

Individual cell voltage A35 `CSX_CEL_V_A35`

Individual cell voltage A36 `CSX_CEL_V_A36`

Individual cell voltage A37 `CSX_CEL_V_A37`

Individual cell voltage A38 `CSX_CEL_V_A38`

Individual cell voltage A39 `CSX_CEL_V_A39`

Individual cell voltage A40 `CSX_CEL_V_A40`

Individual cell voltage A41 `CSX_CEL_V_A41`

Individual cell voltage A42 `CSX_CEL_V_A42`

Individual cell voltage A43 `CSX_CEL_V_A43`

Individual cell voltage A44 `CSX_CEL_V_A44`

Individual cell voltage A45 `CSX_CEL_V_A45`

Individual cell voltage A46 `CSX_CEL_V_A46`

Individual cell voltage A47 `CSX_CEL_V_A47`

Individual cell voltage A48 `CSX_CEL_V_A48`

Individual cell voltage A49 `CSX_CEL_V_A49`

Individual cell voltage A50 `CSX_CEL_V_A50`

Individual cell voltage A51 `CSX_CEL_V_A51`

Individual cell voltage A52 `CSX_CEL_V_A52`

Individual cell voltage A53 `CSX_CEL_V_A53`

Individual cell voltage A54 `CSX_CEL_V_A54`

Individual cell voltage A55 `CSX_CEL_V_A55`

Individual cell voltage A56 `CSX_CEL_V_A56`

Individual cell voltage A57 `CSX_CEL_V_A57`

Individual cell voltage A58 `CSX_CEL_V_A58`

Individual cell voltage A59 `CSX_CEL_V_A59`

Individual cell voltage A60 `CSX_CEL_V_A60`

Individual cell voltage A61 `CSX_CEL_V_A61`

Individual cell voltage A62 `CSX_CEL_V_A62`

Individual cell voltage A63 `CSX_CEL_V_A63`

Individual cell voltage A64 `CSX_CEL_V_A64`

Individual cell voltage A65 `CSX_CEL_V_A65`

Individual cell voltage A66 `CSX_CEL_V_A66`

Individual cell voltage A67 `CSX_CEL_V_A67`

Individual cell voltage A68 `CSX_CEL_V_A68`

Individual cell voltage A69 `CSX_CEL_V_A69`

Individual cell voltage A70 `CSX_CEL_V_A70`