Aaon Relays

HVACParts Direct - No#1 AAON Relays Supplier In USA

A relay is only a switch. The motivation behind any control is to turn something on and off. An HVAC relay and contactor turn HVAC gear on or off. Potential relays get us around the prerequisite that each gadget in an electrical circuit must be a similar voltage. A thermostat is typically low voltage, 24V. The HVAC gear that the thermostat controls are line voltage. Since they are various voltages, the thermostat and the gear can't be in a similar circuit. Maybe they communicate in two unique dialects.

An HVAC relay supplier interprets between the two. It very well may be in both a 24V circuit and a line voltage circuit. HVAC parts Direct offers you a wide range of AAON relays which includes but is not limited to time delay relays with a time delay of 300 seconds as well as different varieties of IDEC relays as well as relay overload. The AAON relays are made from high-quality materials with the coil made from pure copper wire with multiple insulations. The relays can operate at higher voltages and normally function at 24 V and 42 A.

HVAC Relay And Contractors – Used For Heating And Cooling System

A potential relay can have more than one voltage going through because there is no electrical association among the pieces of a relay. A 24V thermostat circuit sends power to the relay coil. That coil changes the 24V into magnetism. Inside the relay, that magnetism flips the changes to turn line voltage HVAC equipment on and off. Aaon Relays distributor, as a rule, provides different switches. Every one of them turns on and off when the magnetism from the loop switches them.

Yet, the ones in particular that do anything are the ones that you wire into another circuit. Directly out of the case, with no power going through the loop, the HVAC relays and contactor switches are assigned as one or the other open or shut. A relay can have a portion of each, and they are set apart on the relay. Each relay switch is normally open (N.O.) or normally closed (N.C.) before power is applied to the loop. No control is called typical.