Trerice Self Operating Temperature Regulator 91000
In stock
SKU
00000169
Product Shipping Subject to Factory Availability Need Specifications? See PDF Section Below.
The Trerice 91000 Series Self-Operating Temperature Regulator is the preferred choice of original equipment manufacturers, mechanical contractors and specifying engineers. These regulators require no external power source and are ideal for regulating the temperature of tanks, process streams and various types of industrial equipment. The Actuator is noted for its rugged die-cast aluminum housing, fully enclosed bellows assembly and internal over range protection. Valve bodies for the 91000 are offered in singleseated, double-seated and 3-way designs and are available in Bronze, Cast-Iron, Cast-Steel and Stainless Steel construction.
The Trerice Series 91000 Self-Operating Temperature Regulator is the preferred choice of original equipment manufactureres, mechanical contractors and specifying engineers. This regulator requires no external power source and is ideal for regulating the temperature of tanks, process streams and various industrial equipment. The actuator is noted for its rugged, die cast aluminum housing. The Trerice 91600 has a fail safe actuator which is designed to cause the valve to fail in the safe control position (open in a cooling application, closed in a heating application) should accidental damage to the thermal system occur, reulsting in loss of the pressure charge.
Capillary length comes in either 8 ft, 12 ft, 16 ft, or 20 ft.
The housing is a die cast aluminum, epoxy coated blue finish with the bellows being high pressure brass, corrosion resistant with a tin plated finish.
When ordering, we need to know the connection size, range, capillary length, and application.
Capillary length comes in either 8 ft, 12 ft, 16 ft, or 20 ft.
The housing is a die cast aluminum, epoxy coated blue finish with the bellows being high pressure brass, corrosion resistant with a tin plated finish.
When ordering, we need to know the connection size, range, capillary length, and application.
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