Improving Oil Change Efficiency with Solenoids
This latching solenoid provided precise control over the amount of oil dispensed by an oil dispensing meter without any waste.
This latching solenoid provided precise control over the amount of oil dispensed by an oil dispensing meter without any waste.
TLX designed a fast, high-latching force component to replace pyrotechnic burst devices in fire suppression applications
A manual reset latching solenoid was used to in order to control airbag inflation based on variables programmed into the system that determined the severity of the accident.
A manufacturer sought a solution for disconnecting the battery of a hybrid car during an accident, without the possibility of the battery connecting again. TLX designed a custom latching solenoid that used residual magnetism instead of a permanent magnet; meaning once the solenoid unlatched, it would not re-latch without applying power.
A manufacturer needed to replace the pneumatically powered clamps that held material for welding. A custom latching solenoid provided both the locking and latching functions the manufacturer required. Permanent magnets latched the solenoids in a retracted position without consuming power.
These large latching solenoids with high latching force were designed for a manufacturer of high voltage power distribution equipment to disconnect power quickly to prevent equipment damage.
A manufacturer of metal detection equipment required a component to activate a failsafe system when metal was detected in the product stream. The solution needed an extremely fast response time to immediately stop equipment when metal was detected.
A manufacturer of running shoes wanted their shoes to automatically adjust to the speed of the wearer, providing additional comfort and support. TLX designed a miniature solenoid air valve with magnetic latching technology to integrate into the shoe’s cushioning system.
Smart classrooms provide teachers with the tools to give students a more enriching learning experience. While these high-tech resources provide a more robust learning experience, they also create additional security concerns.
This robust, manually resettable latching solenoid was designed to actuate the fault interrupter in pad-mounted switchgear.