How to replace expansion valve on Honda Fit evaporator?
Recover the refrigerant with a recovery/recycling/charging station. Remove the bolt from the A/C line clamp (A). Remove the blower unit. Remove the bolt, then disconnect the A/C line (A) from the evaporator core and remove the O-rings (B).
How to replace the expansion valve on a refrigera?
1. DISCHARGE REFRIGERANT FROM REFRIGERA– 2. REMOVE BLOWER UNIT 3. REMOVE EVAPORATOR COVER (a) Remove 2 bolts for the liquid and suction tube. (b) Remove 8 screws and evaporator cover. the evaporator and expansion valve.
How to replace an expansion valve in your car?
How to replace a bad expansion valve in car air conditioning (AC) system. Expansion valve location, inspection, removal and replacement. DIY car repair with Scotty Kilmer, an auto mechanic for the last 42 years. 1. AC PAG Oil: http://amzn.to/2CA2wVm 2. AC Gauges: http://amzn.to/2BIru4v 3. Screwdriver set: http://amzn.to/2j92UCG 4.
Where is the expansion valve on an AC unit?
The AC expansion valve is found within the air conditioning system of a vehicle. The purpose of the valve is to manage how much refrigerant liquid can flow throughout this system. Whenever there is an abundance of refrigerant, the core of the evaporator will get too cold and eventually freeze.
Recover the refrigerant with a recovery/recycling/charging station. Remove the bolt from the A/C line clamp (A). Remove the blower unit. Remove the bolt, then disconnect the A/C line (A) from the evaporator core and remove the O-rings (B).
1. DISCHARGE REFRIGERANT FROM REFRIGERA– 2. REMOVE BLOWER UNIT 3. REMOVE EVAPORATOR COVER (a) Remove 2 bolts for the liquid and suction tube. (b) Remove 8 screws and evaporator cover. the evaporator and expansion valve.
When does an expansion valve need to be replaced?
Unless the compressor failed internally, sending debris/burnt oil throughout the AC system, the expansion valve doesn’t require replacement.
The AC expansion valve is found within the air conditioning system of a vehicle. The purpose of the valve is to manage how much refrigerant liquid can flow throughout this system. Whenever there is an abundance of refrigerant, the core of the evaporator will get too cold and eventually freeze.