ASCO SC8210G9-24V "3/4"" N/C 5/125# W/DIN CONN."

"3/4"" N/C 5/125# W/DIN CONN."

The ASCO 8210P4-100/240V "1""N/C is a miniature, manually operated valve. It has single port check, normally closed configuration rated to 100/240vac. This valve is constructed entirely of stainless steel and will withstand the most extreme conditions found in the HVAC industry.

The ASCO 8210P4-100/240V "1""N/C is a 100 amp 240V 4 pole circuit breaker. This unit is made of metal and has an amperage rating of 100 and voltage rating of 240 volts. This device will trip in case of fault current to ensure the equipment connected does not over heat or catch fire.

The ASCO 8210P4-100/240V "1""N/C is a four pole, normally closed direct acting solenoid valve that works with both liquids and gasses. It features an extra long life DC motor that operates at 60 cycles per minute. The ASCO 8210P4-100/240V "1""N/C also has a low maintenance design, and there are no ball bearings to get clogged up with any foreign materials. This is an incredibly reliable product that delivers consistent results for many years to come.

ASCO 8210P4-100/240V "1""N/C 8"" X 10"" X 4"" Plastic Junction Box

ASCO 8210P4-100/240V "1""N/C Cylinder Single Phase 230V, 10HP 230V, 9HP

Connectors, Asco 8210P4-100/240V "1""N/C

ASCO 8210P4-100/240V "1""N/C

The ASCO 8210P4-100/240V "1""N/C features a 1" NPT inlet and outlet. It is designed to handle temperatures from -20 to 180 degrees Celsius, and has a maximum pressure of 145 PSI. The ASCO 8210P4-100/240V "1""N/C is made with brass, with nickel plating.

This ASCO 8210P4-100/240V "1""N/C is a functional and versatile safety switch that offers the perfect solution for all your safety needs. ASCO 8210P4-100/240V "1""N/C provides you with an innovative and convenient way to improve the safety of your home or office by automatically powering off any 120 or 240 volt electrical device whenever an unsafe condition is detected. An added benefit of the ASCO 8210P4-100/240V "1""N/C is its ability to protect against shock hazards, over current, over voltage and ground fault conditions.