United Electric J54-25 Co. J5425 SPDT 10-100# Diff Press Switch

SPDT 10-100# Diff Press Switch

The SPDT 10-100# Diff Press Switch is engineered to provide the maximum amount of durability and performance under a variety of operating circumstances. This unit has been tested and meets all UL product standards, so you can rest assured knowing the switch will last for years to come. Electrical specifications: Rated current: 1A, Maximum voltage: 250VAC/120VDC, Weight: 0.08 lbs., Size: 1-1/2"H x 2-3/4"W x 2-3/4"D

The United Electric J54-25 Co. J5425 SPDT 10-100# Diff Press Switch features a carbon steel case and operating position. The main contacts of the SPDT 10-100# Diff Press Switch are made from carbon steel with silver tin plated and zinc painted.

The SPDT 10-100# Diff Press Switch is NSF Listed and provides an alternate method of shutting down a system by monitoring the pressure in a vessel or storage tank. The 30 psi to 100# pressure setting on this general purpose, bellows actuated, differential pressure switch has a durable black epoxy finish.

Brand New United Electric J54-25 Co. J5425 SPDT 10-100# Diff Press Switch. Part Number/Rarity: J54-25, Co. Series, Pressure Differential Switch. Mounting: Panel. Description: SPDT 10-100# Diff Press Switch with Mounting Kit 120/240 VAC Current PNP Pilot 27/24 VAC 27/24 VAC Made in Taiwan

Spdt 10-100# Diff Press Switch

USA Made Product. UL Recognized (file #E56707). The United Electric J54-25 Co. SPDT 10-100# Diff Press Switch is Medium Voltage Switch designed to switch on/off circuits up to 480VAC, with a maximum of 250VAC RMS between common and coil.

The J54-25 Co. J5425 SPDT 10-100# Differential Pressure Switch with Front Panel Cutout features an air cycling switch for positive on/off action and a front panel cutout to allow a wider mounting. The 3/4" NPT, non-metallic body is mated with 1/8" thick steel base for added durability. This switch is used to sense small pressure changes (i.e., differential pressures) and to alarm or shut down equipment in response to a predetermined level of pressure signal.