Features
● VIBRATION RESISTANT
● 130° - 500°F RANGE
● UNIQUE UNION
● RUGGED DESIGN
● RAINTIGHT HOUSING
● STAINLESS STEEL WELL
● BIMETALLIC STAKED DISK
Applications
● JACKET WATER TEMPERATURE
● LUBE OIL TEMPERATURE
● STEAM TEMPERATURE
● PROCESS TEMPERATURE
Operation
VIBRATION RESISTANT - AMOT Model 8254 High Temperature Switch are specifically designed for use on vibrating equipment such as heavy duty engine, compressor, pump and other industrial applications. They are suitable for control, safety and waring systems on both mobile and stationary engines, generator sets, irrigating and sprinkler systems, air and gas compressors, turbines, pumps, marine systems, machine tools, injection molding machines, etc.
RANGE - a singe range, field-adjustable from 130° to 500°F (54° - 260°C).
UNIQUE UNION - a unique union nut connects the switch housing to the temperature sensor allowing the sensor to be installed in tight quarters or the switch to be easily swiveled to align with conduit connections. Once tightened, it provides a rigid connection between the switch and the sensor well.
RUGGED SWITCH HOUSING - precision cast aluminum with a backed enamel finish. Full gasket seals provide a raintight unit designed to meet Enclosure 3 requirements of NEMA 4, UL, and CSA.
STAINLESS STEEL WELL - suitable for immersion in most fluids and gases.
BIMETALLIC STAKED DISC temperature sensor permits reliable operation over a wide range of temperatures.
Specifications
Housing Material..................Precision Cast Aluminum
Internal Parts....................Stainless and Plated Steels
Well Material........................................Stainless Steel
Maximum Pressure on Well*..10,000 psi (68,900 kPa)
Adjustable Temperature Range130-500°F (54-260°C)
Vibration.........................Resistant up to 4G at 100 Hz
Switch Ratings.....SPDT
..125/250/460 VAC - 15 amp
.......................125 VDC - 1/2 amp
.......................250 VDC - 1/4 amp
.............................30 VDC - 5 amp
...........................15 VDC - 15 amp
Net Weight...........................................1.3 lbs. (0.6 kg)
* Pressures shown are maximum allowable. To obtain working pressures, factors of safety should be applied as required by appropriate codes or regulations. In certain adverse conditions, a corrosion or erosion allowance should also be made.
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