PHL Links – Bay City, MI

PHL Links – Bay City, MI

Welcome to PHL Links – your exclusive source for McCabe® RESETTABLE Bi-metal Fire Links. For over 35 years, the McCabe® RESETTABLE Bi-metal Link has set the gold standard for both Thermal and Thermal Electric releasing devices in the fire and smoke protection industry. All McCabe® RESETTABLE Bi-metal Fire Links are UL 33 Listed in both Thermal and Thermal Electric versions.

Fusible Technologies – Bay City, MI

Fusible Technologies – Bay City, MI

Fusible Technologies specializes in the design, development and manufacture of temperature sensitive Fusible release mechanisms designed to be an integral component of fire protection systems. A fire protection system is activated in one of two ways: When the ambient temperature increases to the point that causes a Fusible Link to release a pre-loaded fire protection device or a smoke/fire fire alarm system triggers the release of the Fusible mechanism, the spread of fire or smoke is restricted. Fusible Links are a true “Life Safety” device.

EPS Pump Repair Services – Wisconsin and Minnesota

EPS Pump Repair Services – Wisconsin and Minnesota

ENGINEERED PUMP SERVICES, INC. successfully serves the pump repair and engineering needs of electric utilities; large and small municipalities; and a variety of industries including steel, mining, paper, and brewing in the United States, Canada, and around the World. We specialize in the evaluation, repair, engineering, and field assistance services as required by our customers to support the reliable operation of their various classes of pumps. Our specialties include boiler feed, circulating/cooling, condensate, potable, sewage, paper stock, and descale water pumps to name a few.

SR Products – Bay City, MI

SR Products – Bay City, MI

The Electro Thermal Link – ETL® is a multipurpose dual responsive fusible link / release device. The fusible link portion functions identically to that of an ordinary fusible link. When the ambient temperature approaches the rated temperature, the solder alloy melts and link halves separate. Additionally, electrical actuation (0.2 ampere minimum trip current applied for 50 millisecond minimum duration) starts a chemical reaction, which heats the core and causes separation of the fusible link in 6 to 10 seconds at ambient temperature.