kompressor Cayenne 92A Continental

The offered OEM air suspension compressor from Continental is used for the Porsche Cayenne Typ 92A . It is built on the same assembly line as the original Porsche compressor and is therefore the optimal and qualitatively identical alternative to a much cheaper price.

Can be installed in the following vehicles:

Porsche Cayenne Typ 92A (2010-2017)

Original spare part number:
958698007, 958698007A, 958.698.007.A, 958358901*, 95835890105, 95835890104, 95835890103, 95835890102, 95835890101, 95835890100  

CAUTION: The replacement of the relay is mandatory, otherwise the warranty on the compressor is forfeited!
Relay must be replaced at the same time as the compressor change

Attention!!!
The vehicle suspension is based on a combination of electronically controlled level control and bellows filled with nitrogen 5 or CO2.
The gas pressure in the system MUST only be rebuilt after replacing any spare parts (such as compressor, valve, air spring and/or suspension strut) according to the vehicle manufacturer's specifications.
At this point the compressor is NOT used to refill the system.
These Continental compressors, or the corresponding Automotive Aftermarket compressors, serve exclusively for pressure compensation in the closed system.
If you do not follow the installation instructions of the vehicle manufacturer, the compressor may quickly be damaged, resulting in loss of warranty.

The complete emptying of the system is the general specification of the car manufacturer for repairs to the spring system.
After replacing the corresponding spare part, the system MUST be refilled with CO2 or nitrogen 5 according to the vehicle manufacturer's instructions.
This can only be done with appropriate software and special tools.
Only then can you start further steps, such as calibration or commissioning of the level control.

Before purchasing a compressor, please note the following:
The most common reason for a defective compressor is a leak in the system, causing the compressor to run too long and too often.
An excessive number of switch-on cycles will cause the relay contacts to stick together.
As a result, the relay no longer functions.
The result is continuous current on the compressor.
The compressor runs continuously without control until it burns out.
Before a new compressor is installed, all the reasons why it has been damaged must be completely eliminated.

To the leak:
A leak can occur in many places, for example:
- Porous or damaged air springs or air spring parts (strut)
- Worn seals, defective compressed air connections and chafed compressed air hoses
- Leaky housings in components such as compressors, valves, air springs or suspension struts.

Every air spring system is vulnerable in this way.
Therefore, follow our advice to avoid any further repairs in the near future.

Our technical advice for the air supply device:
1. Change the relays before installing the compressor even if it seems to still work.
This is also a specification by the car manufacturer. Be sure to change the right relays.
Relays look similar, that is why there is a risk to change the  wrong relays.
2. Be sure to check whether the system is leakproof after repairing.
The easiest way to do this is to park the vehicle. Wait for the system to automatically re-adjust if your car has this feature.
Then measure the heights from the ground to the lower edge of the fender as exactly as possible and take notes.
On the day after measure these heights  again and compare them with the ones before. Even a small difference will lead to a damaged compressor and damaged valves in the long run.

When driving with a leaking suspension for a long time it needs to be assumed that the compressor is running more often than normal. The increased number of cycles of powering on and off is likely to already have damaged the compressor.  Depending on the duration of that condition you should change the relays and check the performance of the compressor to be on the safe side. After the vehicle stood overnight the compressor normally doesn't need to run more than 20 to 30 seconds for the system to be ready to start.