Name
ShortNameModeAndPID
Equation Min Value Max Value Units
Header
ICE Actual RPM
ICE Rev
010C
(64*A) + (0.25*B) 0
5000 rpm
7.00E+00
ICE Actual Torque
ICE Torque
(lbs) 21CD
(A-128) * 0.7376
0
82 lb-ft
7.00E+00
MG2 PowerMG2 Power21C3
(256*A + B - 16383)-67
* ((32*C + 0.125*D
67 hp - 500)*0.7376)
7.00E+02
/ 5252
MG1 PowerMG1 Power21C3
(256*G + H - 16383)-34
* ((32*I + 0.125*J
34 hp - 500)*0.7376)
7.00E+02
/ 5252
ICE Power Request
ICE Power
(hp)21C3
((256 * K) + L) * 0.0134
0
76 hp
7.00E+02
HV Battery Power
NiMH Power
(hp) 21C3
((2*AC) * (2*AE-256))
-36 * 0.001341
36 hp
7.00E+02
Combined Power
HSD Power
(hp) 21C3
((256*A + B - 16383) 0* ((32*C 110
+ 0.125*D
hp - 500)*0.7376)
7.00E+02/ 5252) + ((256*G + H - 16383) * ((
MG2 Revolution
MG2 Rev 21C3
((256 * A) + B) - 16383
-2000
7000 RPM
7.00E+02
MG2 TorqueMG2
(lbs-ft)
Torque21C3
((32 * C) + (0.125 -300
* D) - 500) *300
0.7376
lb-ft
7.00E+02
MG1 Revolution
MG1 Rev 21C3
((256 * G) + H) --13000
16383
13000 RPM
7.00E+02
MG1 TorqueMG1
(lbs-ft)
Torque21C3
((32 * I) + (0.125 *-200
J) - 500) * 0.7376
200 lb-ft
7.00E+02
Target Engine
Targ
Speed
ICE Spd21C3
(256 * M) + N
0
8000 RPM
7.00E+02
Engine Speed
ICE Spd
21C3
(256 * O) + P
0
8000 RPM
7.00E+02
Brake - Master
Mast
Cylinder
Cyl Torq
21C3
Torque (lbs-ft)
(4*R - 512) * 0.7376
-378
375 lb-ft
7.00E+02
Brake - Regenerative
Regen Brake
Torque
21C3 (lbs-ft)
(4*E) * 0.7376
0
137 lb-ft
7.00E+02
Brake - Friction
Brake
Pad
Pad
Torque
21C3(lbs-ft) ((4*R - 512) + (4*E))
-200
* 0.7376 0 lb-ft
7.00E+02
Brake - Hydraulic
Hydraulic
force
Force
21C3
(lbs-ft)
((4*F) - (4*E)) * 0.7376
-200
0 lb-ft
7.00E+02
Friction Brake
F-Brake
PowerPower
(hp)
21C3
(((256 * A) + B) - 16383)
0 * ((4*R
200
- 512)
hp + (4*E)) /7.00E+02
7120
Injection period
Injection
of the
No1
No.
21F31 cylinder
C*0.128
0
32.64 ms
7.00E+00
State Of Charge
HV SOC
21C3
0.392 * S
40
80 %
7.00E+02
WOUT HV Batt
HV Pwr
to Converter
Out21C3
320 * T
0
21 kW
7.00E+02
WIN HV BattHV
toPwr
Converter
In 21C3
U - 40800
-25
0 kW
7.00E+02
Discharge Request
HV Out to
Req21C3
Adjust SOC V - 20480
-20480
20320 Watt
7.00E+02
Drive Condition
DriveIDCondition
21C3
X
0
6 Num
7.00E+02
MG1 Inverter
MG1
Temperature
Inv Temp
21C3
1.8 * Y - 58
-58
401 F
7.00E+02
MG2 Inverter
MG2
Temperature
Inv Temp
21C3
1.8 * Z - 58
-58
401 F
7.00E+02
Motor Temperature
MG2 Temp
No2
21C3
1.8 * AA - 58
-58
401 F
7.00E+02
Motor Temperature
MG1 Temp
No1
21C3
1.8 * AB - 58
-58
401 F
7.00E+02
Power Resource
HV VBVB 21C3
2 * AC
150
300 Volt
7.00E+02
Power Resource
HV IBIB
21C3
2 * AE - 256
-100
100 Amp
7.00E+02
AcceleratorAccel
PedalDeg
Angle21C4
0.392 * C
0
100 %
7.00E+02
VL-Voltage Before
HV Before
Boosted
Boost
21C4
2*D
0
510 Volt
7.00E+02
VH-Voltage HV
After
After
Boosted
Boost
21C4
2*E
0
765 Volt
7.00E+02
Converter Temperature
Conv Temp21C4
1.8 * F - 58
-58
401 F
7.00E+02
Crank Position
Crank Position
21C4
0.706 * G
0
100 Degree
7.00E+02
System Main
Relay1
RelayStatus
1 Status
21C4
{H:0}
0
1 Bin
7.00E+02
System Main
Relay2
RelayStatus
2 Status
21C4
{H:1}
0
1 Bin
7.00E+02
System Main
Relay3
RelayStatus
3 Status
21C4
{H:2}
0
1 Bin
7.00E+02
Converter Carrier
Conv Carrier
Frequency
21C4
{I:0}
0
1 Bin
7.00E+02
Smart Key Status
SKS
21C4
{I:2}
0
1 Bin
7.00E+02
Aircon GateAC
Status
Gate 21C4
{I:4}
0
1 Bin
7.00E+02
Converter Gate
ConvStatus
Gate 21C4
{I:5}
0
1 Bin
7.00E+02
MG2 Gate Status
MG2 Gate 21C4
{I:6}
0
1 Bin
7.00E+02
MG1 Gate Status
MG1 Gate 21C4
{I:7}
0
1 Bin
7.00E+02
Motor (MG2)
MG2
Torque
TorqExecute
Exc
21C4 Value
4 * J - 512
-512
508 Nm
7.00E+02
Motor (MG1)
MG1
Torque
TorqExecute
Exc
21C4 Value
4 * K - 512
-512
508 Nm
7.00E+02
Short CircuitSCW
Wave
High
Highest
21C4Value 0.019608 * L
0
5 Volt
7.00E+02
Raising Pressure
Pressure
Ratio
Ratio
21C4
0.392 * O
0
100 %
7.00E+02
Aircon Consumption
AC PowerPower
21C4
0.019608 * P
0
5 kW
7.00E+02
HV Battery State
HV SOC
of Charge
21CE
0.5 * A
40
80 %
7.00E+03
HV Battery Current
HV Current 21CE
(2.56 * B) + (0.01-100
* C) - 327.68
100 Amp
7.00E+03
HV Battery Air
HV Intake
Batt AirTemp
21CF
(256 * 9 / 500) * A-558
+ (9 / 500) 622
* B - F557.824
7.00E+03
Battery Power
HV (hp)
Power 21CE
((2.56 * B) + (0.01 *-36
C) - 327.68)36
* ((2.56
hp * (D + F7.00E+03
+ H + J + L + N + P + R + T + V + X + Z + AB +
HV Battery Block-01
HV Block1Voltage
21CE
(2.56 * D) + (0.01 * E)0 - 327.6818 Volt
7.00E+03
HV Battery Block-02
HV Block2Voltage
21CE
(2.56 * F) + (0.01 * G)0- 327.68 18 Volt
7.00E+03
HV Battery Block-03
HV Block3Voltage
21CE
(2.56 * H) + (0.01 * I)0- 327.68 18 Volt
7.00E+03
HV Battery Block-04
HV Block4Voltage
21CE
(2.56 * J) + (0.01 * K)0- 327.68 18 Volt
7.00E+03
HV Battery Block-05
HV Block5Voltage
21CE
(2.56 * L) + (0.01 * M)0 - 327.68 18 Volt
7.00E+03
HV Battery Block-06
HV Block6Voltage
21CE
(2.56 * N) + (0.01 * O)0 - 327.68 18 Volt
7.00E+03
HV Battery Block-07
HV Block7Voltage
21CE
(2.56 * P) + (0.01 * Q)0 - 327.68 18 Volt
7.00E+03
HV Battery Block-08
HV Block8Voltage
21CE
(2.56 * R) + (0.01 * S)0- 327.68 18 Volt
7.00E+03
HV Battery Block-09
HV Block9Voltage
21CE
(2.56 * T) + (0.01 * U)0- 327.68 18 Volt
7.00E+03
HV Battery Block-10
HV Block1021CE
Voltage
(2.56 * V) + (0.01 * W)
0 - 327.6818 Volt
7.00E+03
HV Battery Block-11
HV Block1121CE
Voltage
(2.56 * X) + (0.01 * Y)0- 327.68 18 Volt
7.00E+03
HV Battery Block-12
HV Block1221CE
Voltage
(2.56 * Z) + (0.01 * AA)
0 - 327.6818 Volt
7.00E+03
HV Battery Block-13
HV Block1321CE
Voltage
(2.56 * AB) + (0.01 * AC)
0 - 327.68
18 Volt
7.00E+03
HV Battery Block-14
HV Block1421CE
Voltage
(2.56 * AD) + (0.01 * 0AE) - 327.68
18 Volt
7.00E+03
Internal Resistance
IR1
R0121D0
0.001 * P
0
10 Ohm
7.00E+03
Internal Resistance
IR2
R0221D0
0.001 * Q
0
10 Ohm
7.00E+03
Internal Resistance
IR3
R0321D0
0.001 * R
0
10 Ohm
7.00E+03
Internal Resistance
IR4
R0421D0
0.001 * S
0
10 Ohm
7.00E+03
Internal Resistance
IR5
R0521D0
0.001 * T
0
10 Ohm
7.00E+03
Internal Resistance
IR6
R0621D0
0.001 * U
0
10 Ohm
7.00E+03
Internal Resistance
IR7
R0721D0
0.001 * V
0
10 Ohm
7.00E+03
Internal Resistance
IR8
R0821D0
0.001 * W
0
10 Ohm
7.00E+03
Internal Resistance
IR9
R0921D0
0.001 * X
0
10 Ohm
7.00E+03
Internal Resistance
IR10 R1021D0
0.001 * Y
0
10 Ohm
7.00E+03
Internal Resistance
IR11 R1121D0
0.001 * Z
0
10 Ohm
7.00E+03
Internal Resistance
IR12 R1221D0
0.001 * AA
0
10 Ohm
7.00E+03
Internal Resistance
IR13 R1321D0
0.001 * AB
0
10 Ohm
7.00E+03
Internal Resistance
IR14 R1421D0
0.001 * AC
0
10 Ohm
7.00E+03
VMF Fan Motor
HV Fan
Voltage
V 21CF
(0.2 * C) - 25.6
9
12 Volt
7.00E+03
Auxiliary Battery
Aux Batt
Voltage
V 21CF
(0.2 * D) - 25.6
0
15 Volt
7.00E+03
HV Battery Charge
HV Charge 21CF
E - 64
0
50 kW
7.00E+03
HV Battery Discharge
HV Discharge
21CF
F - 64
0
50 kW
7.00E+03
Delta SOC Delta SOC 21CF
0.01 * G
0
60 %
7.00E+03
HV Battery Fan
HV Fan
Speed
Spd21CF
I
0
6 Num
7.00E+03
HV Battery Temp
HV Batt
1 T1 21CF
(256 * 9 / 500) * K-558
+ (9 / 500) *622
L - F557.824
7.00E+03
HV Battery Temp
HV Batt
2 T2 21CF
(256 * 9 / 500) * M
-558
+ (9 / 500)622
* N F- 557.824 7.00E+03
HV Battery Temp
HV Batt
3 T3 21CF
(256 * 9 / 500) * O-558
+ (9 / 500) 622
* P -F557.824
7.00E+03
HV Battery Block
HV Blocks
Count21D0
A
0
14 Num
7.00E+03
Accumulated
HVTime
Batt of
Low
Battery
21D0 LOW(256 * B) + C
0
5000 Sec
7.00E+03
Accumulated
DCTime
Inhibit
of DC
21D0
Inhibit (256 * D) + E
0
5000 Sec
7.00E+03
Accumulated
HVTime
Batt of
High
Battery
21D0 Too High
(256 * F) + G
0
5000 Sec
7.00E+03
Accumulated
HVTime
Batt of
Temp
Hot
21D0
High
Temperature
(256 * H) + I
0
5000 Sec
7.00E+03
NiMH Volt Delta
NiMH Delta21D0
((2.56 * M) + (0.01 *-3N) - 327.68)3- Volt
((2.56 * J) + (0.01
7.00E+03
* K) - 327.68)
HV Battery Block
HVB Min
Lowest
V 21D0
Volt
(2.56 * J) + (0.01 * K)0- 327.68 15 Volt
7.00E+03
HV Battery Block
HVB Min
# with
# 21D0
Min V
L
0
13 Num
7.00E+03
HV Battery Block
HVB Max
Highest
V 21D0
Volt
(2.56 * M) + (0.01 * N)
0 - 327.6823 Volt
7.00E+03
HV Battery Block
HVB Max
# with
# 21D0
Max V
O
0
13 Num
7.00E+03
Regenerative
Regen
BrakeTorq21C3
Torque
4*E
0
186 Nm
7.00E+02
Request Regenerative
Req Regen Brake
Torq
21C3 Torque
4*F
0
186 Nm
7.00E+02
Power Request
Power Rqst21C3
(256 * K) + L
0
320000 Watt
7.00E+02
MG2 TorqueMG2 Torq 21C3
(32 * C) + (0.125 *-400
D) - 500 400 Nm
7.00E+02
MG1 TorqueMG1 Torq 21C3
(32 * I) + (0.125 * -200
J) - 500
200 Nm
7.00E+02
Shift SensorShift
MainMain 21C3
0.019608 * AF
0
5 Volt
7.00E+02
Shift SensorShift
Sub Sub 21C3
0.019608 * AG
0
5 Volt
7.00E+02
Shift SensorShift
Select
SelMain
Main
21C3
0.019608 * AH
0
5 Volt
7.00E+02
Shift SensorShift
Select
SelSub
Sub21C3
0.019608 * AI
0
5 Volt
7.00E+02
Shift SensorShift
ShiftPosition
Position
21C3
0.019608 * AJ
0
5 Num
7.00E+02
Driving Pattern
Drive1 Pattern1
21C4
{A:0}
0
1 Bin
7.00E+02
Driving Pattern
Drive2 Pattern2
21C4
{A:1}
0
1 Bin
7.00E+02
Driving Pattern
Drive3 Pattern3
21C4
{A:2}
0
1 Bin
7.00E+02
Loading Condition
Load Cond 21C4
{A:7}
0
1 Bin
7.00E+02
Engine Warming
ICE Warm
Up Request
Req
21C4
{B:0}
0
1 Bin
7.00E+02
Aircon Request
Aircon Req 21C4
{B:1}
0
1 Bin
7.00E+02
Engine StopICE
Inhibit
Inhibit
Request
Req
21C4
{B:2}
0
1 Bin
7.00E+02
HVAC OBD Request
HVAC Req 21C4
{B:3}
0
1 Bin
7.00E+02
Main Battery
HVCharging
Charge Req
Request
21C4
{B:4}
0
1 Bin
7.00E+02
Engine Idling
ICE
Request
Idle Req21C4
{B:5}
0
1 Bin
7.00E+02
Engine StopICE
Request
Stop Req21C4
{B:6}
0
1 Bin
7.00E+02
Check ModeChk Mode 21C4
{B:7}
0
1 Bin
7.00E+02
Master Cylinder
MastTorque
Cyl Torq
21C3
(4 * R) - 512
-512
508 Nm
7.00E+02
Cruise Control
CC Set
Memory21D3
Vehicle SPDA
0
150 km/h
7.00E+02
Cruise Throttle
CC Throt
Opening
Angle
21D3
Angle
0.3922 * B
0
100 %
7.00E+02
Cruise Control
CC Switch
Main Switch
21D3-- (Main{C:0}
CPU)
0
1 Bin
7.00E+02
Cruise Control
CC Ready
Main Switch
21D3-- Ready
{C:2}
(Main CPU)
0
1 Bin
7.00E+02
Cruise Control
CC Indicator
Main Switch
21D3-- Indicator
{C:5}(Main CPU)
0
1 Bin
7.00E+02
Cruise Control
CC
21D3
{C:6}
0
1 Bin
7.00E+02
Shift D Position
Shifter D 21D3
{C:7}
0
1 Bin
7.00E+02
Stop Light Switch
Stop Light1
1 (Sub21D3
CPU)
{D:0}
0
1 Bin
7.00E+02
Stop Light Switch
Stop Light2
2 (Sub21D3
CPU)
{D:1}
0
1 Bin
7.00E+02
Stop Light Switch
Stop Light3
1 (Main
21D3
CPU) {D:2}
0
1 Bin
7.00E+02
RES / ACC Switch
CC RES/ACC21D3
{D:3}
0
1 Bin
7.00E+02
SET / COASTCC
Switch
Set/Coast
21D3
{D:4}
0
1 Bin
7.00E+02
Cancel Switch
CC Cancel 21D3
{D:5}
0
1 Bin
7.00E+02