Bard HVAC S8402-096 Thermal Cutoff 117C Thermal Cutoff 117C

Thermal Cutoff 117C

The Bard S8402-096 Thermal Cutoff 117C has a B Threaded Port, Electrical Connection Type is 1/2", Conduit Connection is 3/4" and Cable Length is 35".

The Bard Thermal Cutoff 117C is the world standard for high-temperature limit controls used in fire protection of high pressure steam, air or gas. It is used in fire protection systems, security and water treatment systems.

The Bard S8402-096 Thermal Cutoff 117C is a direct replacement for: Honeywell TH8321-1623

The Bard S8402-096 Thermal Cutoff 117C is a thermal cutoff that safeguards heating systems, including equipment that is firing up, from overheating. The thermal cutoff will automatically shut down the heating system should an over-temperature condition occur. This will help reduce the risk of devastating property damage and fire. The thermal cutoff also comes with an attached mounting bracket for fast installation and is UL Listed.

The Bard HVAC S8402-096 Thermal Cutoff 117C is a simple replacement thermal cutoff. It can be used on gas furnaces and gas boilers, and it features a new control switch.

The Bard S8402-096 Thermal Cutoff 117C is a short circuit/overload thermal cutoff, 240 VAC, 0.17 amps 20 VA with a disconnect rating of 30 amps at 277 volts and 0.5 amps at 120 volts. This cut off meets the UL 297 and CSA C22.2 No 65 standards for use on all heating and domestic hot water systems. It is rated for continuous duty and has an adjustable set point of 205F to 265F (96C to 129C).

The Bard HVAC S8402-096 Thermal Cutoff 117C is a replacement thermal cutoff switch used for the Bard HVAC S8405-015, S2907-015, and S3007-005 systems. The thermal cutoff helps prevent furnace explosions and fires. The switch has a thermally sensitive bi-metal component inside that can easily be damaged. When conditions change rapidly, like a clogged vent or dropping temperatures outside, the system senses it and closes the circuit on its own. It prevents the furnace from running and using up energy when it isn't needed.