
The diagnostic socket of the Chery A113 is located inside the armrest box (central storage compartment). Simply open the black rectangular cover inside the armrest box to access it. The vehicle diagnostic interface is an electrical socket for the onboard automatic diagnostic system. When connecting, ensure the vehicle is powered off before inserting the diagnostic tool. The diagnostic card works when inserted into the PCI slot. Below is a detailed introduction to the onboard diagnostic socket: 1. Function of the diagnostic system: It continuously monitors the engine's operating condition and the working status of the exhaust after-treatment system. If any condition that may lead to excessive emissions is detected, it immediately issues a warning. 2. How the diagnostic system works: When a fault occurs, the malfunction indicator lamp (MIL) or Check Engine warning light will illuminate. Simultaneously, the OBD system stores the fault information in the memory. Using a standard diagnostic tool and interface, the fault codes can be read to obtain relevant information. Based on the fault codes, repair personnel can quickly and accurately determine the nature and location of the fault.

I used to frequently help friends with car issues. The diagnostic port for their Chery A113 is located under the steering wheel, right where the driver's legs rest. Just bend down and you'll see a small square port, usually on the lower left side of the dashboard. Don’t rush when looking for it—most car models are designed this way to make it easy for to plug in diagnostic tools and read fault codes. Normally, connecting an OBD device to the diagnostic port allows you to check the car’s computer system status, such as unstable engine idling or abnormal fuel consumption, by directly reading error codes to analyze the cause. Once you remember its location, clean the port of dust during regular maintenance to avoid poor contact affecting usage. These ports are quite uniformly designed. If you can’t find it, try checking under the passenger seat or in the glove compartment corner, but the standard configuration for the Chery A113 is on the driver’s side. Before working on it, it’s best to turn off the engine to prevent electric shock.

Last time the malfunction light came on in my Chery A113, I had to locate the diagnostic port to connect the scanner. It's positioned right below the steering wheel on the lower right side - just reach under the dashboard near the door side and you'll feel a flat socket. Many cars adopt similar designs for driver convenience in basic operations. After identifying its location, I often remind friends to periodically check that the port isn't clogged with dust, as this affects reading accuracy. When having trouble finding it, sometimes checking near the front seat sides or glove compartment gaps helps, but the A113 definitely has it preset by the driver's position. Once you've located it properly, diagnosing issues becomes much faster.

As a car enthusiast, I found that the diagnostic port location of the Chery A113 is similar to many domestic cars, right in front of the driver's knee area, close to the edge under the dashboard. It's easy to plug in the diagnostic tool to read ECU data and compare designs across different brands. The key to maintaining such interfaces is regular dust blowing to prevent oxidation.

If you're a new car owner, locating the diagnostic port of the Chery A113 is quite simple. First, sit in the driver's seat and bend down to look near the lower leg area, typically along the door edge under the steering wheel. Reach out to feel for a small rectangular hole - that's the port. Always turn off the engine for safety before searching. Once located, clean the port before connecting any diagnostic tool to prevent contact issues. Familiarizing yourself with this spot will make subsequent fault code troubleshooting much smoother.

In car repair practice, the diagnostic port of Chery A113 is commonly located above the floor mat on the lower left side of the steering wheel. Common types include the OBD-II standard interface, which facilitates connection for reading vehicle ECU information and ensures smooth data flow during checks. Daily attention should be paid to prevent the interface from being exposed to collisions or accumulating debris, as this can affect the efficiency of later diagnostic operations.


