0346493 JOHNSON *DECAL, Wrap - Z,X

Table 1
PID Security Levels for EMCP II    
LEVEL NO.    PID    
0        
1     $00 $0D (R), $00 $40 (R), $00 $42 (R),
$00 $44 (R), $00 $54 (R), $00 $5E (R),
$00 $80 (R), $00 $82 (R), $00 $83 (R),
$00 $84 (R), $F0 $13 (R), $F0 $14 (R),
$F0 $2A (R), $F0 $8F (R), $F0 $B0 (RW),
$F0 $B1 (R), $F0 $B2 (R), $F0 $B3 (R),
$F0 $B4 (R), $F1 $D3 (R), $F1 $D4 (R),
$F1 $D5 (R), $F1 $D6 (R), $F2 $13 (R),
$F2 $CB (R), $F2 $CC (R), $F2 $D6 (R),
$F2 $D7 (R), $F4 $40 (R), $F4 $41 (R),
$F4 $42 (R), $F4 $43 (R), $F4 $44 (R),
$F4 $46 (R), $F4 $47 (R), $F4 $48 (R),
$F4 $49 (R), $F4 $FA (R), $F4 $4B (R),
$F4 $4C (R), $F4 $4D (R), $F4 $60 (R),
$F4 $61 (R), $F4 $62 (R), $F4 $63 (R),
$F4 $64 (R), $F4 $65 (R), $F4 $66 (R),
$F4 $67 (R), $F4 $68 (R), $F4 $69 (R),
$F4 $6A (R), $F4 $6B (R), $F4 $6C (R),
$F4 $6D (R), $F4 $C3 (R), $F4 $C4 (R),
$F4 $C7 (R), $F4 $C8 (R), $F4 $C9 (R),
$F4 $CA (R), $F4 $CB (R), $F4 $CF (R),
$F4 $D0 (R), $F4 $D1 (R), $F4 $D2 (R),
$F5 $0B (R), $F4 $0C (R), $F5 $0D (R),
$F5 $3E (R), $F5 $57 (R), $F8 $14 (R),
$FC $0D (R), $FC $0F (R), $FC $10 (R),
$FC $11 (R), $FC $12 (R), $FC $13 (R),
$FC $14 (R), $FC $14 (R), $FC $15 (R),
$FC $17 (R), $FC $18 (R), $FC $19 (R),
$FC $1A (R), $FC $1B (R), $FC $1C (R),
$FC $1D (R), $FC $1E (R), $FC $1F (R)    
2     $00 $0D (W), $00 $83 (W), $F0 $B1 (W),
$F0 $B2 (W), $F2 $13 (W), $F2 $CC (W),
$F4 $4D (W), $FC $0D (W), $FC $10 (W)    
3        Each Parameter Identifier (PID) has an identifier that is one or two bytes in length. The identifier is hexadecimal. The PID is followed by one or more data bytes. For example, the Relay Control PID is $F4 $4C. This PID is followed by two bytes of data (aa) that contain the status of the Generator Set Status Control relays. Data bits are given as binary digits unless the number is preceded by $. All data is sent with the most significant byte first.The following chart is a quick reference list of the Parameter Identifiers (PID).
Table 2
Parameter Identifier Reference Chart for EMCP II Applications    
PID    Description    
$00 $0D
a     Remote Fault Reset
Used to read the status of or reset inactive shutdown and alarm faults on the GSC.    
$00 $40
aa     Generator Set Engine RPM
Used to read the generator set engine rpm.    
$00 $42
aa     Generator Set Ring Gear Teeth Setpoint
Used to read the number of ring gear teeth the GSC uses to calculate engine speed.    
$00 $44
aa     Engine Coolant Temperature (°C)
Used to read the temperature of the engine coolant.    
$00 $54
aa     Engine Oil Pressure kPa
Used to read the oil pressure of the engine in kPa.    
$00 $5E
aa     Generator Set Hourmeter
Used to read number of hours the generator set has run.    
$00 $80
aabbcc     Device ID Code
Used to read the device ID code from components on the data link. Each pair of bytes (aa, bb, cc) is sent LSB first.    
$00 $82
aab [c]     GSC Fault Log Codes, Status, and Number of Occurrences
Used to read component identifier (CID), status (active or inactive) of diagnostic codes stored in the GSC fault log, and number of occurrences.    
$00 $83
aabb     GSC Fault Log Request for Additional Data
Used to request additional information about a given logged diagnostic code or to clear a particular diagnostic code.    
$00 $84
aab [cddee]     GSC Fault Log Response for Additional Information
Used to acknowledge the diagnostic codes being cleared in the GSC fault log or to supply additional information about a given diagnostic code requested by PID $00 $83.    
$F0 $13
a     System Battery Voltage
Used to read the system battery voltage of a generator set.    
$F0 $14
a     GSC Cooldown Timer Setpoint
Used to read the amount of time the GSC allows the engine to run after a normal shutdown is initiated.    
$F0 $2A
a     Remote Start Status
Used to read the status of the remote start input of the GSC    
$F0 $8F
a     Engine Control Switch Position
Used to read the status of the Engine Control Switch (ECS).    
$F0 $B0
a     Generator Phase Select
Used to read or select the generator phase being monitored.    
$F0 $B1
a     Remote Emergency Stop
Used to read the status of or request a remote emergency stop.    
$F0 $B2
a     Cooldown Override Control
Used to read the status of or select a shutdown that aborts the cooldown timer.    
$F1 $B3
a     Generator AC Voltage Full Scale and External Potential Transformer Setpoint
Used to read the AC full scale voltage and the ratio of the external potential transformer.    
$F1 $B4
a     Generator AC Current Full Scale Setpoint
Used to read the AC full scale current.    
$F1 $D3
a     Generator Phase A Power Factor Lead/Lag Status
Used to read the lead or lag status of the phase current versus the phase voltage for phase A.    
$F1 $D4
a     Generator Phase B Power Factor Lead/Lag Status
Used to read the lead or lag status of the phase current versus the phase voltage for phase B.    
$F2 $D5
a     Generator Phase C Power Factor Lead/Lag Status
Used to read the lead or lag status of the phase current versus the phase voltage for phase C.    
$F2 $D6
a     Generator Average Power Factor Lead/Lag Status
Used to read the lead or lag status of the average power factor lead or lag status of the average power factor of the generator.    
$F2 $13
a     Remote Start Initiate
Used to read the status of or start or stop the engine remotely.    
$F2 $CB
a     EPG Circuit Breaker Status (GSC+P only)
Used to read the status of the breaker.    
$F2 $CC
a     Remote Generator Synchronizer Control (GSC+P only)
Used to read and