Latching Solenoid with Burst Pin
The latching solenoid is designed for fire suppression systems that require high force to penetrate a burst disc.
This solenoid remains in the latched position until receiving the release signal from the system. It then quickly drives a pin through a burst disc into a compressed gas cylinder, releasing pressure through internal ports to move the extinguishing agent through the system. This component’s stroke, latching force, and port size can be customized to fit your cylinder’s requirements.
Features and Benefits
- High latching forces
- Ultra-fast response
- Low power consumption
- Low pressure drop
- High-flow capability
- Customizable interfacing options
- Optional manual actuation assembly and reset tool attachment
All TLX components are customized to fit system requirements, meaning technical specifications are unique to each customer and design. Examples given on our website are for illustration purposes only.
Is our Latching Solenoid with Burst Pin the right fit for your application?
TLX Technologies partners with the world’s top brands, first-tier suppliers, and OEMs. Contact our engineers today to discuss the details of your project.
Our engineers begin by designing with 3D CAD and performing electromagnetic and fluid dynamic analysis with state-of-the-art finite element analysis software. Every design is engineered and tested in our lab to meet our customers’ specifications.
Precise control with high accuracy through tighter tolerances. Reducing friction and inefficiencies provides extremely low hysteresis.
Multiple variables in the design and manufacturing process are optimized to reduce overall weight and size of the solenoid or valve.
Custom solenoids can be designed to utilize the best control scheme for your application, resulting in a minimized footprint.
Limited Power Consumption
Latching technology in solenoid and valve design minimizes overall power consumption.
Can be designed to meet extreme environments that include moisture, dirt/dust, vibration and/or extreme temperature requirements.
Failsafe modes are designed into solenoids and valves utilizing integrated electronic controls.