2010 Camaro PCM Pin-out Description and Wire Colors (LS3 & L99)

[raptor]

I don't know if this has been posted or not but this is the PCM pin-out for the L99 and LS3. There are two connectors on the PCM, X1 and X2. X1 is a 73-way connector while X2 is an 80-way.

X1 pinout (73 way):
pin# wire color description________________________________
1 OG/BK Park/Neutral Switch (MYC)
2-7 N/A N/A
8 L-GN Backup lamp switch signal (M10)
9 BU/WH Brake pedal switch signal
10 PU/WH HO2S High Signal Bank 1 Sensor 2
11 PU/WH HO2S Low Signal Bank 1 Sensor 2
12 OG/BK A/C Refrigerant Pressure Sensor Signal
13 TN Low Reference
14-15 N/A N/A
16 D-BU Fuel Level Sensor Signal
17 D-BU High Speed Cooling Fan Relay Control
18 D-BU Serial Data Wake-Up Signal
19 PK Ignition Voltage
20 RD/WH Battery Positive Voltage
21 OG Brake Booster Vacuum Sensor Signal
22 YE/BK Low Reference (L99)
23 PU Low Reference
24 D-GN Fuel Tank Pressure Signal
25 N/A N/A
26 YE Clutch Pedal Position Sensor (M10)
27 TN Hi Speed GMLAM Serial Data Bus-
28 TN Hi Speed GMLAM Serial Data Bus+
29 D-BU APP Sensor 1 Signal
30 BN Low Reference
31 BN/WH Low Reference
32 L-BU APP Sensor 2 Signal
33 GY 5 volt Reference 1
34 GY 5 volt Reference 1
35 N/A N/A
36 TN 5 volt Reference 1
37 L-BU Intake Air Temp Sensor Signal
38 TN Low Reference
39-40 N/A N/A
41 YE MAF Sensor Signal
42 WH Low Reference (M10)
43-46 N/A N/A
47 PK/BK Ignition Voltage
48 N/A N/A
49 TN HO2S Low Signal Bank 2 Sensor 2
50 D-GN/WH Fuel Pump Relay Control
51 N/A N/A
52 PU/WH Starter Relay Control
53 GY 5 volt Reference 2 (L99)
54 TN 5 volt Reference 2 (M10)
55 N/A N/A
56 WH/BK 5 volt Reference 2
57 N/A N/A
58 D-GN Low Speed Cooling Fan relay Control
59 YE Powertrain Relay Control
60 N/A N/A
61 WH EVAP Canister Vent Solenoid Control
62 N/A N/A
63 D-GN/WH A/C Compressor Clutch Relay Control
64 OG/WH HO2S Heater Low Control Bank 2 Sensor 2
65 GY/WH HO2S Heater Low Control Bank 1 Sensor 2
66 GY Skip/Shift Solenoid Control (M10)
67 N/A N/A
68 BN/WH MIL Control
69 PU HO2S High Signal Bank 2 Sensor 2
70 L-BU Fuel Level Sensor Signal-Secondary
71 GY/BK VSS Signal High (M10)
72 PU/WH VSS Signal Low (M10)
73 BK/WH Ground
-----------------------------------------------------------------


X2 pinout (80 way):
pin# wire color description________________________________
1 N/A N/A
2 PU/WH 5 Volt Reference 2
3 GY 5 Volt Reference 2
4 N/A N/A
5 BN TAC Motor Control -2
6 YE TAC Motor Control -1
7 N/A N/A
8 D-GN/WH EVAP Canister Purge Solenoid Control
9 GY Valve Lifter Oil Manifold (VLOM) Assy Cyl 6 Shutoff Solenoid (L99)
10 D-BU Valve Lifter Oil Manifold (VLOM) Assy Cyl 1 Shutoff Solenoid (L99)
-----------------------------------------------------------------------------------------
11 OG Valve Lifter Oil Manifold (VLOM) Assy Cyl 4 Shutoff Solenoid (L99)
Reverse Lockout Solenoid Control (M10)
-----------------------------------------------------------------------------------------
12 GY/WH HO2S Heater Low Control Bank 1 Sensor 1
13 L-GN HO2S Heater Low Control Bank 2 Sensor 1
14 L-GN Valve Lifter Oil Manifold (VLOM) Assembly Cylinder 7 Shutoff Solenoid (L99)
15 N/A N/A
16 PU CMP Actuator Solenoid Control-Intake Bank 1 (L99)
17 D-BU/WH Fuel Injector 8 Control
18 TN/WH Fuel Injector 5 Control
19 YE/BK Fuel Injector 6 Control
20 TN Fuel Injector 1 Control
21 YE ECT Sensor Signal
22 TN Low Reference
23 TN/WH Transmission Fluid Temp Sensor Signal (M10)
L-BU Oil Temp Sensor Signal (MYC)
24 OG/BK Low Refernce (M10)
25 N/A N/A
26 D-BU Knock Sensor (KS) 1 Signal
27 GY Knock Sensor (KS) 1 Signal
28 N/A N/A
29 L-BU Knock Sensor (KS) 2 Signal
30 GY Knock Sensor (KS) 2 Signal
31 N/A N/A
32 GY Generator Field Duty Cycle Signal
33 BN Oil Level Switch Signal
34 BK Low Reference
35 TN Low Reference
36 N/A N/A
37 L-GN/BK Fuel Injector 2 Control
38 PK/BK Fuel Injector 3 Control
39 L-BU/BK Fuel Injector 4 Control
40 OG/BK Fuel Injector 7 Control
41 GY 5 Volt Referencve 1
42 N/A N/A
43 GY 5 Volt Referencve 1
44 D-BU 5 Volt Referencve 1
45 N/A N/A
46 N/A N/A
47 N/A N/A
48 N/A N/A
49 N/A N/A
50 TN/Wh Oil Pressure Sensor Signal
51 N/A N/A
52 TN Low Reference (L99)
53 OG/BK Low Reference
54 N/A N/A
55 N/A N/A
56 TN HO2S Low Signal- Bank 1 Sensor 1
57 PU/WH HO2S High Signal- Bank 1 Sensor 1
58 L-GN MAP Sensor Signal
59 PU HO2S High Signal- Bank 2 Sensor 1
60 TN HO2S Low Signal- Bank 2 Sensor 1
61 BN Charge Indicator Control/Charge Indicator Signal
62 N/A N/A
63 PU TP Sensor 2 Signal
64 D-BU/WH Camshaft Position Signal
65 D-GN TP Sensor 1 Signal
66 BN Low Reference
67 N/A N/A
68 WH/BK Crankshaft Position Sensor Signal
69 GY/BK Low Reference
70 PU IC 1 Control
71 PU/WH IC 8 Control
72 OG IC 7 Control
73 OG/WH IC 2 Control
74 BU/WH IC 6 Control
75 D-GN IC 5 Control
76 D-GN/WH IC 4 Control
77 L-BU IC 3 Control
78 BN Low Reference
79 BN/WH Low Reference
80 N/A N/A

[Blue70SS]

Thanks,

Will put info to work on Black Raptor Dual Mode install when recieved....ordered yesterday

[raptor]

-engine speed at X2 pin 75 (dark green wire)
(set to 1 cylinder mode)

-vehicle speed signal at X1, Pin 71, Gray wire with black stripe

-more info here http://www.raptorperformance.com/pag...install-camaro

[ThunderSS]

None of this is even remotely close to what I am seeing on my PCM....
I have a gray connector and a black connector on the PCM.. which one is X1 and Which one is X2?

[ThunderSS]

For those still trying to figure out the Pins..
I spoke with Raptor Performance VIa Email, and this is some added info they sent me.
Here you go.








http://www.motorz.tv/blog/1330/how-t...-chevy-camaro/

[ThunderSS]

Here is a complete DIY for the Raptor Shift light
http://www.camaro5.com/forums/showth...58#post1378858

[SUPERPOWERS]

.

[raptor]

I know this is an old post but wanted to clear up a few things.

***Pin #20 is a fuel injector wire and should not be used.***
(It MAY cause intermittent flashing due to the fuel injector erratic signal. )

The tried and true method is to use any coil signal (we recommend pin #75 on the X2 (gray connector) for the rpm signal). This is a dark green wire in this position.

We also recommend pin #71 on the X1 Connector (black connector) for the Vehicle Speed Signal (Vss). This is a gray wire with black stripe.

The dual mode has the ability to set for high sensitivity sensing since the signal is weak from the PCM.

The single mode has to be programmed before shipping for high sensitivity mode since there are no buttons to change it once a customer gets it.

PCM located on passenger side in engine bay.

"X1" (black) is toward the front of the vehicle on the PCM.
"X2" (gray) is toward the rear of the vehicle on the PCM.
You can only see the colors (blk and gray) once the connectors are disconnected.


Not trying to spam, just wanted to get the correct info out there.
Our website has pictures and detailed info for reference.

[05SilverStreak]

So on the X1 plug, which number wire is for the 02 sensor signal wire? and is for left or right?

And on the X2 plug, which one is the signal wire for the O2 sensor on that one, and is the left or right?

I am trying to hook up narrow band gauges to monitor exhaust AFR's for a shot of juice. It would be easier for me to use the narrow band gauges I already have. I need to wire a positive and negative connection to the fuse box area and if I could find the signal wires for the O2 sensors for each side, I would be set.

Thanks in advance.....

[blake-b]

X1 circuit
10 0.5 PU/WH 1668 HO2S High Signal Bank 1 Sensor 2
11 0.5 TN/WH 1669 HO2S Low Signal Bank 1 Sensor 2
49 0.5 TN 1671 HO2S Low Signal Bank 2 Sensor 2
64 0.5 OG/WH 3223 HO2S Heater Low Control Bank 2 Sensor 2
65 0.5 GY/WH 3122 HO2S Heater Low Control Bank 1 Sensor 2
69 0.5 PU 1670 HO2S High Signal Bank 2 Sensor 2

X2
12 0.5 GY/WH 3113 HO2S Heater Low Control Bank 1 Sensor 1
13 0.5 L-GN 3212 HO2S Heater Low Control Bank 2 Sensor 1
56 0.5 TN 1664 HO2S Low Signal - Bank 1 Sensor 1
57 0.5 PU/WH 1665 HO2S High Signal Bank 1 Sensor 1
59 0.5 PU 1666 HO2S High Signal Bank 2 Sensor 1
60 0.5 TN 1667 HO2S Low Signal Bank 2 Sensor 1

[05SilverStreak]

Originally Posted by blake-b

X1 circuit
10 0.5 PU/WH 1668 HO2S High Signal Bank 1 Sensor 2
11 0.5 TN/WH 1669 HO2S Low Signal Bank 1 Sensor 2
49 0.5 TN 1671 HO2S Low Signal Bank 2 Sensor 2
64 0.5 OG/WH 3223 HO2S Heater Low Control Bank 2 Sensor 2
65 0.5 GY/WH 3122 HO2S Heater Low Control Bank 1 Sensor 2
69 0.5 PU 1670 HO2S High Signal Bank 2 Sensor 2

X2
12 0.5 GY/WH 3113 HO2S Heater Low Control Bank 1 Sensor 1
13 0.5 L-GN 3212 HO2S Heater Low Control Bank 2 Sensor 1
56 0.5 TN 1664 HO2S Low Signal - Bank 1 Sensor 1
57 0.5 PU/WH 1665 HO2S High Signal Bank 1 Sensor 1
59 0.5 PU 1666 HO2S High Signal Bank 2 Sensor 1
60 0.5 TN 1667 HO2S Low Signal Bank 2 Sensor 1

Yes thank you, but which one do I use for the main signal wire on each side? (I only need one per side, one for each gauge).

[blake-b]

Originally Posted by 05SilverStreak

Yes thank you, but which one do I use for the main signal wire on each side? (I only need one per side, one for each gauge).

I have no clue. I just copied the stuff from the service manual. If it were me, I'd use a wideband. I am sure someone out there knows how to do it. Have you checked over on LS1 te ch to see how people have done it with a narrow band?

I just did a quick search and read a narrow band will only tell you whether you are lean, rich, or at stoich. A wideband will give you numbers to work with. Based on that, I'd definitely go wideband. A wideband is cheaper than a new engine. Also, with a wideband, you can further use it to shut the n2o down if the reading go outside parameters you set.

[HOJO]

Subscribed

[05SilverStreak]

Originally Posted by blake-b

I have no clue. I just copied the stuff from the service manual. If it were me, I'd use a wideband. I am sure someone out there knows how to do it. Have you checked over on LS1 te ch to see how people have done it with a narrow band?

I just did a quick search and read a narrow band will only tell you whether you are lean, rich, or at stoich. A wideband will give you numbers to work with. Based on that, I'd definitely go wideband. A wideband is cheaper than a new engine. Also, with a wideband, you can further use it to shut the n2o down if the reading go outside parameters you set.

OK........