
When the temperature is low, it increases the fuel injection volume. Adjusts the ignition timing advance angle—increases it at low temperatures and retards it at high temperatures to prevent knocking. At low temperatures, the ECU controls the idle control valve based on the coolant temperature sensor signal to increase the idle speed.

Replacing the temperature sensor on a Baojun 730 is quite straightforward. I often encounter this issue during car , and my experience suggests starting with the basics: ensure the vehicle is parked on level ground, the engine is cooled down and turned off, and disconnect the negative battery terminal to prevent electric shock. The sensor is typically located near the radiator or on the side of the engine, requiring a wrench and gloves as tools. The steps involve unplugging the electrical connector, loosening the mounting bolt with a wrench to remove the old sensor; coolant may leak, so have a towel ready to absorb it. Then install the new part, ensuring the sealing ring fits properly, tighten the bolt, and reconnect the plug. Finally, top up the coolant, start the engine, and check if the temperature display on the dashboard is normal. The entire process takes about twenty minutes, with the key being to check each step, such as ensuring the sensor interface is free of corrosion to avoid future issues. If you're handy, you can handle it yourself, saving the cost of a repair shop visit.

Last time when the thermometer in my Baojun 730 malfunctioned, I decided to replace the sensor myself. After purchasing a new sensor, I checked online and found its location at the front left corner of the engine. I put on gloves, grabbed a wrench, and got to work. It's crucial to turn off the engine and disconnect the power to avoid damaging the circuits. When removing the old sensor, I was careful about the coolant that might spill out and wiped it with a cloth. After installing and tightening the new part, I reconnected the wiring, refilled the coolant, and tested the car—the temperature was back to normal. The whole thing cost less than fifty yuan, saving on repair fees, and felt quite satisfying. The process wasn't difficult at all as long as you take it slow and don't rush. With simple tools, it took about an hour to complete. Regular can also include checking if the sensor connections are loose to extend its lifespan and prevent unexpected failures.

Replacing the Baojun 730 temperature sensor is straightforward. Park the car, turn off the engine, and disconnect the negative terminal. Locate the sensor, typically near the cooling system in the engine bay. Use a wrench to loosen the mounting bolt and remove the old sensor—be cautious to avoid spilling coolant. Install the new sensor, tighten it, reconnect the wiring harness, refill the coolant, then start the engine to verify stable temperature readings. Wear gloves throughout to ensure dryness and prevent short circuits. DIY saves time and money.

Safety first when replacing the temperature sensor. I always wait for the engine to cool completely to avoid burns. Turn off the ignition and disconnect the to prevent short-circuit risks. Prepare protective gloves. After locating the sensor, if the cooling system needs to be handled, drain some fluid to reduce spillage risks. Remove the old part gently and check that the interface is intact. When installing the new sensor, test the seal to ensure there are no leaks. After completion, refill the fluid, start the engine, and observe stable gauge readings before feeling assured. Throughout the process, remember safety details to prevent accidental damage to the vehicle. If unsure, seek help from a professional.

Replacing the Baojun 730 temperature sensor involves several steps: Prepare tools like wrenches and gloves. Locate the sensor on the engine side. Ensure the engine is cooled before operation and disconnect the power. Be cautious of coolant leakage during removal—have a container ready. When installing the new part, check the sealing ring and electrical connections for tightness. After installation, test to confirm normal temperature readings. I also recommend clearing any dashboard fault codes and inspecting for oxidation at the connectors. Regular can extend the component's lifespan. Perform the entire process patiently to avoid secondary damage.


