Tag: ac diagrams

McQuay AC Indoor and Outdoor Wiring Diagram

Outdoor Dual Compressor Wiring Diagram In This Post we Uploaded Indoor and Outdoor Wiring in One Diagram. This wiring is 2 Ton Unit which outdoor have 2 Compressor. I hope that after after see this diagram you can understand wiring. Diagram HVAC and RAC Learn platform You  can Also Subscribe on YouTube  You can also

Indoor Wiring Diagram (magnetic contactor outdoor)

Indoor Wiring Diagram This wiring Diagram is for indoor Unit with PCB relay wiring And it will have a magnetic contactor in its Outdoor. i hope that you understand wiring after read diagram. Diagram Watch Video Of diagram HVAC and RAC Learn platform You  can Also Subscribe on YouTube  You can also Like on Facebook

AC Compressor wiring burn and installed new wires

AC Compressor wiring burn and installed new wires Sometimes our AC’s every thing ON but do not Cooling Outdoor fan running but Outdoor compressor not running sometimes our compressor burn but sometimes our Compressor wiring burn And the compressor survives. in this Condition that our wiring burn we should take off the old wires new

Indoor air throw low Reasons and Solve Problems

Indoor air throw low Reasons and Solve Problems If our AC’s indoor air throw is low Then the ice comes on the suction pipe. Indoor air throw low have many reasons.  If our AC need Service (Evaporator is dirty) If Blower is dirty If Blower motor is damaged If Blower motor capacitor is damaged Air

Gas Store, R600, Long Pipe, Question and Answer ?

Q1. How much is R600 Gas Running Pressure and Standing Pressure? Ans. R600 Running  Pressure is 0 Psi to 2 Psi and Standing Pressure is 40 Psi to 50 Psi. Q2. What we can Attach 2 Ton indoor Unit with 1.5 Ton Outdoor unit ? Ans. Yes we can Attach 2 Ton indoor with 1.5

Car Air Conditioner Working|Fully4world

Expansion Valve A thermal expansion valve (often abbreviated as TEV, TXV, or TX valve) is a component in refrigeration and air conditioning systems that controls the amount of refrigerant released into the evaporator thereby keeping superheat, that is, the difference between the current refrigerant temperature and its saturation temperature at the current pressure, at a