TLX Fire & Security develops actuation solutions that meet current regulations as well as next-generation integrated monitoring technologies.
TLX Technologies has been a pioneer of fire suppression solutions for nearly 20 years. They design and manufacture solenoids, valves, actuators, and liquid level measurement devices for the global fire suppression market. As required by NFPA standards, their actuators and solenoids include an integrated supervisory component to provide fully-engaged installation detection and are resettable for future use. Their latest products include a supervised actuator for hazardous locations, a supervised pilot-operated water valve, a high-pressure supervised latching actuator, and a liquid level sensor that provides an accurate, thermally compensated weight reading of the extinguishing agent in the fire suppression system’s storage tanks.
- www.tlxfire.com
- 262-372-2165
- N27 W23727 Paul Road Pewaukee, WI 53072 USA
Latest News
Reliable readings, safer systems with TLX Fire & Security
Patrick Schwobe, Principal Engineer, Advanced Product Development at TLX Fire & Security, introduces the Liquid Level Sensor, which is setting new benchmarks in fire safety
Solenoid pinch valve: TLX unveils solution for fluid processing challenges
TLX’s innovative approach to fluid flow problems The fluid processing industry has been grappling with the need for reliable solenoid pinch valves that deliver accurate
TLX Technologies highlights remote monitoring solutions for fire suppression systems
In a recent blog post by TLX Technologies, advancements in fire suppression technology have been highlighted, emphasizing the need for continuous remote monitoring. These technological
TLX Technologies highlights efficient disconnect systems for EVs
Pewaukee, Wisconsin: TLX Technologies has shared insights on the advantages of using efficient disconnect systems in electric vehicles (EVs). The information was unveiled in an
TLX Technologies delves into the intricacies of EV thermal management
TLX Technologies has shed light on the evolving challenges and possible solutions regarding thermal management in electric vehicles (EVs). The insights were shared on their