Search results
6 cze 2020 · Warming engine up seems stable but after driving and stopping at lights the idle stays stable at first but after approx. 1 to 2 mins always variable, the engine idle plummets then comes back up a few times (surging) then stalls.
- G13B Fast Idle help?
Don't know the G13B, so just throwing out some ideas. Engine...
- G13B Fast Idle help?
10 lip 2014 · The carburetor equipped engines of that engine series are hybrid electronically controlled carburetors that require the OEM sensors and ECM to properly function. I would strongly recommend using your original carburetor, or a rebuilt equivalent for which you have the proper ECM.
16 maj 2021 · Don't know the G13B, so just throwing out some ideas. Engine / coolant temperature sensor? If ECU controlled does it think it's cold. If not ECU controlled - cold start bypass ( it's part of the Idle control valve). The potential give away is a coolant feed to the idle valve, a bimetallic strip within holds open the Idle valve until the engine ...
Model: Suzuki Jimny Gen 3 JB33W with a G13B motor (1999 model we think) Symptoms: Slow to accelerate, and doesn't have power. She barely moves in gear, although once she's going, she moves and changes gear, yet lacks power from the engine.
Model: Suzuki Jimny Gen 3 JB33W with a G13B motor (1999 model we think) Symptoms: Slow to accelerate, and doesn't have power. She barely moves in gear, although once she's going, she moves and changes gear, yet lacks power from the engine.
10 lis 2016 · My 91 Suzuki Swift with a G13B SOHC 16V 4 cylinder engine (JDM spec. with 35,000 original miles) ) has unusual noises ONLY after fully warming up. At warm idle, it makes a periodic wow-wow sound (approximately 5 cycles per second at 650rpm) followed by 2 seconds of silence, and then the noise repeats.
8 lip 2014 · Therefore, I have encountered vehicles with G13BB engine as well as with M13A engine. I would like to know which one of those two engines is better in the following criteria: 1. Fuel consumption; 2. Robustness (durability / reliability); 3. Longevity; 4. Complexity of diagnosing faults; 5. Complexity of maintenance and repairs; 6. Availability ...
