Hello. I have a problem with a cim module like in the picture above, xprog reads flash content and eeprom is empty after peak. I don't know if it is broken or am I doing something wrong with the reading? And the problem with the car is that it was not possible to configure the steering sensor, the original CIM does not accept the PIN code from the car. I bought a second cim with a pin code, but he doesn't want to take a pin as well. And it was from it that I tried to read the eeprom content for pin calculation. Second question, can the cim 13313710 ML module be replaced with some other less emergency on the usual 93c86 eeprom?
Hello. Cim doesn't accept a pin from the first time. After waiting 10 minutes without changes, and as for soldering the pins, everything works in it, there are no errors, the car starts and drives, but you can not reset the steering wheel position sensor. And you managed to read the pin from the eeprom of this hc12?
Hello, I have a problem, I have a pin code from the UEC module. And it works in the UEC and REC module but I can't enter the CIM. The Cim module displays the correct VIN. I need to calibrate the steering angle sensor and program the key. Can the pin code in the CIM differ?
Or damaged. If it had a different pin, the car would not burn. I had such a thing, I was replacing the cim because the astra did not accept the pin to calibrate the steering sensor.
The discussion revolves around the identification and reading of EEPROMs in the CIM (Column Integrated Module) of the Astra H, specifically those designated as 6250G and AUS5790D by Philips. Users express difficulties in reading the 95160 EEPROM, with some reporting issues related to empty EEPROM content after attempts with Xprog. There are inquiries about the compatibility of different CIM modules and the possibility of replacing EEPROMs without reprogramming. Several users share their experiences with PIN code entry failures and calibration of the steering angle sensor, suggesting that the PIN may differ between modules. Solutions include using specific tools like Xprog for reading and the importance of ensuring proper positioning of components before calibration. Summary generated by the language model.