The FWE SNAPDISC Hi Limit Controls Limit L150 is a high-reliability safety device designed for commercial foodservice applications, primarily serving industrial heating and cooking equipment. Manufactured by FWE, this temperature control features a snapdisc design optimized for quick response and precise cutoff. It operates as a high-limit safety switch, ensuring equipment prevents overheating by interrupting power at designated temperature thresholds. With a rugged construction suitable for demanding environments, the L150 model offers consistent performance and easy integration into commercial ovens, fryers, and food processing units. The device's technical specification includes a maximum operating temperature of 150°F, making it ideal for boiler and thermal process applications requiring reliable thermally triggered shutoff.
Top AllPoints SNAPDISC L150 Features
The FWE SNAPDISC Hi Limit Controls are engineered for precise temperature regulation, with durable snapdisc construction using high-grade metal alloy components. Designed for seamless integration with commercial kitchen equipment, these controls provide rapid thermal response, minimizing downtime. Their robust design ensures long-term operation with minimal maintenance, suitable for high-traffic foodservice environments. Easy to install on oven or boiler systems, the L150 offers a dependable safety cutoff that supports workflow efficiency and operational safety.
- Fast thermal response: Reacts quickly to temperature changes for safety.
- Durable construction: Made of high-grade metal alloy for longevity.
- Ease of installation: Compact size fits standard mounting configurations.
- Reliable operation: Maintains consistent cutoff at 150°F limit.
- Low maintenance design: Designed for long-term durability in foodservice settings.
Ideal for integrated safety controls in commercial cooking and processing units.
AllPoints SNAPDISC MFG Number Technical Specs
The FWE SNAPDISC Hi Limit Controls Limit L150 features a 150°F maximum operating temperature with a snapdisc construction crafted from corrosion-resistant alloys, ensuring durability in demanding environments. This model is designed as a self-contained, air-cooled device, suited for use in commercial ovens, fryers, and steamers. It weighs approximately 0.1 lbs, with dimensions of 5.75 inches in width, 9.55 inches in depth, and a height of 1.2 inches, facilitating straightforward installation. It operates on standard ambient conditions without hazardous materials, offering a reliable and maintenance-friendly solution. The device's simple design enables quick removal for inspection or replacement, making it suitable for high-demand food processing operations requiring precise temperature safety cutoffs.
- Electrical requirements: Compatible with standard commercial heating controls, voltage and wattage specifications as per installation needs.
- Construction & finish: Metal alloy snapdisc with corrosion-resistant coating for longevity.
- Dimensions: 5.75" W x 9.55" D x 1.2" H, lightweight at 0.1 lbs for easy mounting.
- Application compatibility: Suitable for integration with ovens, fryers, and boiler systems.
- Operating range: Max safe temperature of 150°F, precise response for thermal safety shutdowns.
- Cleanability & maintenance: Corrosion-resistant materials allow for straightforward cleaning and inspection.
- Installation considerations: Mounting screw holes accommodate standard commercial control panel setups.
What is a commercial high-limit safety control?
A commercial high-limit safety control such as the FWE SNAPDISC Hi Limit Controls Limit L150 is a thermal cutoff device used to prevent overheating in industrial foodservice equipment. It functions as a snapdisc temperature sensor that opens the circuit when a critical temperature—150°F—is exceeded, ensuring operational safety and preventing damage to heating elements. Installed on commercial ovens, fryers, and boilers, this device provides an immediate safety shutdown for equipment operating within high-temperature environments. Known for its durability and precise response, the L150 is vital for maintaining compliance with safety protocols in high-volume food production, ensuring continuous operation without risking component failure or safety hazards.
Top Commercial High Limit Controls for Foodservice Equipment
Top high-limit safety controls like the FWE SNAPDISC L150 are built for use in commercial kitchen environments requiring reliable thermal protection. Designed for moderate workload applications in foodservice operations, these safety devices provide precise temperature cutoffs, supporting equipment longevity and operational safety. AllPoints SNAPDISC L150 is suited for use in installed restaurant and food prep equipment, offering robust and dependable thermal regulation in busy commercial kitchens.
- Operation Type – suitable for commercial food processing and safety shutdowns
- Kitchen Setting – designed for compact and high-traffic restaurant environments
- Foodservice Category – ideal for boilers, fryers, and ovens
- Workload Qualifier – moderate throughput applications with high durability needs
- Use Case – ensures thermal safety in industrial heating systems
Why Choose AllPoints SNAPDISC MFG Number
Compared to similar safety controls, the AllPoints SNAPDISC L150 offers a combination of high-quality metal alloy construction, compact design, and reliable temperature activation at 150°F. It integrates seamlessly with commercial cooking equipment, providing consistent thermal cutoff without false triggers. Its corrosion-resistant build ensures long service life, while its simple installation reduces downtime. The L150’s precise response and stability contribute to enhanced operational safety and equipment protection, particularly in high-volume foodservice settings where safety controls are critical.
- Compact footprint suits crowded kitchen control panels
- Corrosion-resistant alloy materials extend lifespan
- Designed for quick installation and straightforward replacement
- Accurate temperature cutoff at 150°F for safety compliance
- Improves safety safety without sacrificing durability in foodservice equipment
