Latching Technology Used to Isolate Power Faults
This robust, manually resettable latching solenoid was designed to actuate the fault interrupter in pad-mounted switchgear.
This robust, manually resettable latching solenoid was designed to actuate the fault interrupter in pad-mounted switchgear.
A leading computer manufacturer needed a security device to prevent hardware theft. TLX Technologies decided a bidirectional latching solenoid was the best solution because of its low power consumption.
A manufacturer needed an automatic compression release valve for a motorcycle engine. TLX Technologies designed a solenoid valve that met all the requirements and reduced total vehicle cost.
Diesel engine manufacturers are utilizing Selective Catalytic Reduction (SCR) technology to meet more stringent emissions regulations. These SCR systems use diesel exhaust fluid, better known as AdBlue®, injected into the exhaust stream to create a chemical composition that changes the exhaust into a mixture of nitrogen and oxygen.
An automotive company needed a solution to open and close the valve in their fuel vapor recirculation system. TLX Technologies designed an effective three-position solenoid.
A manufacturer required a compact solenoid actuator to operate a low pressure gas valve in an outdoor patio heater. A custom open frame latching solenoid provided the compact design while using almost no power, making it ideally suited for battery operation.
A manufacturer was experiencing increased maintenance costs and downtime due to unreliable valves on their product packaging equipment. TLX Technologies designed a high-speed, high temperature solenoid valve with fast response and high repeatability.
An automobile manufacturer wanted to add an infrared camera to a vehicle detection device. The solenoid was designed to move a calibration flag over the lens.
TLX developed a two-position, three-way pilot valve with performance tailored for ALD applications, including ultra-fast response, high operating temperature and compact design.
A manufacturer wanted its heavy-duty fluid sprayers to automatically stop pumping when they lost fluid. The solution needed to take precautions against fire and explosion.