The Grindmaster L656A Hi Limit is a high-precision, thermally responsive safety device designed for commercial foodservice applications. This OEM component features a disc-type construction with two terminals measuring 1/4", providing reliable temperature regulation at 200°F. Built with durable materials and engineered for seamless integration, it effectively prevents overheating in culinary equipment such as coffee brewers and hot beverage dispensers, ensuring operational safety and consistent performance. Its precise cut-off function and compatibility with various Cecilware models make it an essential safety switch in commercial kitchen environments.
Top Grindmaster L656A Features
The Grindmaster L656A Hi Limit offers industry-grade safety with a disc-type design, featuring 200°F activation. Its robust construction with high-quality materials ensures long-term durability under continuous commercial use. Designed for straightforward installation and maintenance, it simplifies safety workflows in busy kitchens. Its compatibility with Cecilware equipment enhances operational reliability and equipment protection, making it ideal for coffee machines and hot beverage systems in high-demand settings.
- Reliable 200°F activation: Ensures precise temperature cut-off under operational stress
- Disc-type construction: Promotes durability and consistent performance with high-grade materials
- Easy-to-wire 1/4" tab terminals: Facilitates quick installation and maintenance
- Designed for Cecilware models: Compatibility with Bc1, Bc120, Bc2, Bc2-it, Bc240, Bc301, Bc301-it, Bc302, Bc302-it increases versatility
- Robust construction for high thermal endurance: Suitable for continuous food preparation environments
Ideal for replacing safety components in commercial beverage dispensing equipment requiring precise temperature limits
Grindmaster L656A Technical Specs
The Grindmaster L656A Hi Limit features a compact, self-contained design with a height of 0.5 inches, width of 0.65 inches, and depth of 1.2 inches, made from resilient materials suitable for industrial use. It operates within standard industrial electrical parameters, with the specific electrical requirements tailored to its function in commercial equipment. Constructed predominantly from durable, high-grade materials sourced from the United States, this component is engineered to endure repeated thermal cycles without degradation. Its construction is optimized for ease of replacement, featuring screw terminals and straightforward wiring setups. The device's temperature resistance and safety features comply with strict safety standards, ensuring reliable operation in hot beverage and coffee maker applications. Additionally, it features a non-hazardous profile, with a shipping time typically within 4 to 5 days, fitting seamlessly into existing safety systems in commercial kitchens.
- Electrical Requirements: Standard commercial 120V, designed for safety circuit integration
- Construction & Finish: High-grade industrial plastics and metals, resilient to thermal stress
- Dimensions: 0.5" height x 0.65" width x 1.2" depth
- Temperature Resistance: Reliable operation up to 200°F activation point
- Compatibility: Designed for use with Cecilware and similar commercial coffee brewing equipment
- Installation: Quick wiring with 1/4" tab terminals; simple replacement process
- Material Safety & Maintenance: Constructed with food-safe, easy-to-clean materials suitable for routine maintenance
- Electrical compatibility and wiring requirements for seamless integration
- Mounting specifications to ensure proper safety device placement
- Thermal tolerance for continuous operation in hot beverage systems
- Compatibility with specific Cecilware models for optimal safety coverage
- Clearance needs for installation in existing equipment enclosures
What is a commercial hi limit switch
A commercial hi limit switch is a safety component used in foodservice equipment to prevent overheating by interrupting electrical circuits when a set temperature is exceeded. The Grindmaster L656A Hi Limit is a precise, disc-type thermal cutoff switch designed for commercial beverage machines, ensuring protection and operational safety. Installed in equipment such as coffee brewers and hot water dispensers, it provides reliable temperature regulation, enabling consistent performance in busy foodservice environments and helping prevent thermal damage or safety hazards during operation.
Top Hi Limit Switches for Foodservice Operations
High-quality commercial hi limit switches like the Grindmaster L656A provide robust safety measures with precise temperature regulation, durable design, and easy installation suitable for busy kitchen workflows. Ideal for mid-volume beverage systems, these components ensure consistent equipment safety and performance, supporting efficient operation in commercial foodservice settings.
- Operation Type — suited for coffee machines and hot beverage dispensers
- Kitchen Setting — optimal for commercial cafes and small restaurant applications
- Foodservice Category — essential in hot beverage equipment safety systems
- Workload Qualifier — designed for moderate operational throughput
- Use Case — prevents overheating and equipment damage during operation
Why Choose AllPoints L656A
The AllPoints L656A Hi Limit switch stands out with its durable disc-type design, high thermal endurance, and compatibility with multiple Cecilware models, ensuring reliable safety regulation. Its straightforward wiring, compact size, and resilient construction contribute to streamlined installation and consistent operation across various commercial coffee and hot beverage systems. This component enhances equipment lifespan and operational safety without sacrificing performance efficiency.
- Self-contained design for quick replacement in commercial kitchen equipment
- Constructed with high-grade materials for prolonged thermal stability
- Compact footprint supports installation in limited space environments
- Designed specifically for Cecilware equipment to ensure compatibility
- Provides precise temperature cut-off at 200°F for safety assurance
