The Rinnai 105000199 Over Heat Switch Harness KB / KB is a specialized OEM component designed for commercial heating systems, particularly within industrial or restaurant-grade appliances. Manufactured by Rinnai, this harness facilitates overheat protection by integrating seamlessly with compatible boiler or water heater units. Its precise construction features high-quality materials optimized for durability and reliable performance under demanding conditions. With a compact form factor measuring 3.3 inches in width, 4.45 inches in depth, and 1.2 inches in height, it ensures straightforward installation and maintenance. The harness handles electrical load capacities specific to industrial thermal safety applications, making it essential for preventing overheating failures in commercial kitchen equipment and plumbing systems. It is engineered for use within operational environments requiring dependable thermal cut-off control, enhancing system longevity and safety integrity.
Top AllPoints 105000199 Features
The Rinnai 105000199 Over Heat Switch Harness offers a robust solution for thermal management in commercial foodservice applications. Its design permits precise integration with existing heating modules, enabling quick replacement and minimal downtime. Constructed from durable, resistor-grade components, it withstands thermal cycling and mechanical stress typical of high-use culinary environments. The harness's compact size simplifies installation in confined spaces, supporting efficient workflow in busy kitchens. Its straightforward connection points reduce maintenance complexity, ensuring long-term operational stability. Ideal for chefs and technicians managing commercial water heating and boiler systems, this harness enhances safety protocols with reliable thermal cutoff functionality.
- Functionality: Ensures reliable overheat protection in commercial systems
- Durability: Made from resistor-grade, heat-resistant materials
- Ease of maintenance: Designed for quick disconnects and simple installation
- Application fit: Compatible with various boiler and water heater models
- Workflow benefit: Minimizes system downtime during preventive maintenance
Best suited for installing in water heater panels or boiler enclosures requiring thermal safety components.
AllPoints 105000199 Technical Specs
The Rinnai 105000199 Over Heat Switch Harness operates within standard commercial electrical parameters, featuring precise connectors compatible with thermal safety systems. It is designed to withstand operational temperature ranges typical of industrial heating environments, handling thermal cycling without degradation. Constructed from durable, resistor-grade components, it supports reliable electrical conductivity and heat dissipation. Its small form factor facilitates installation in tight spaces common in commercial kitchens. Weighing only 0.05 lbs, the harness is lightweight yet robust, with dimensions optimized for seamless integration. It does not include any hazardous materials and is suitable for environments with strict safety standards. The product is typically shipped within 4 to 5 days, ensuring rapid deployment for ongoing maintenance or system upgrades.
- Electrical requirements: Compatible with specific boiler safety circuitry
- Construction & finish: Resistant resistor-grade materials for durability
- Dimensions: 3.3 inches W x 4.45 inches D x 1.2 inches H
- Weight: 0.05 lbs, lightweight for easy handling
- Safety features: Supports thermal overload protection in commercial systems
- Installation compatibility: Connects readily with OEM heater components
- Material safety: No hazardous substances, suitable for foodservice environment use
What is a commercial overheat switch harness
A commercial overheat switch harness is a critical component used within industrial heating systems to prevent overheating failures. It consists of specialized electrical wiring and connectors designed to interface with thermal cut-off devices in commercial boilers, water heaters, and other thermal appliances. The Rinnai 105000199 overheat switch harness, produced by AllPoints, is engineered for high durability and precise performance in demanding foodservice settings, such as restaurant kitchens or large-scale catering facilities. Installed in boiler panels or heating enclosures, this harness ensures reliable operation of safety cutoffs, making it well-suited for high-use environments requiring continuous thermal protection and system longevity.
Top commercial overheat switch harness for industrial foodservice settings
This commercial overheat switch harness delivers high performance and durability for thermal safety in restaurant and industrial kitchens. Rinnai 105000199 by AllPoints offers dependable thermal protection, ideal for boiler, water heater, and heating system applications in busy foodservice environments.
- Operation Type — suitable for commercial boiler safety control
- Application Setting — perfect for moderate workload industrial kitchens
- System Compatibility — designed for installation in large-scale foodservice equipment
- Performance Level — ensures reliable thermal cutoff in demanding environments
- Workflow Efficiency — facilitates quick maintenance and system testing
Why Choose AllPoints 105000199?
AllPoints 105000199 offers a rugged, OEM-grade solution for thermal safety in commercial heating devices. Its resistor-grade construction ensures long-term reliability in industrial environments where system failure is not an option. Compact and lightweight, it supports straightforward installation and maintenance, reducing downtime. Its precise electrical interface and durable design surpass standard alternatives, making it optimal for restaurant-grade boiler systems and industrial water heaters. By integrating this harness, facility managers can enhance safety, optimize system performance, and ensure compliance with thermal protection standards.
- Self-contained design simplifies installation and replacement
- Chewable ice applications supported by durable, heat-resistant materials
- Built for commercial kitchen equipment with high operational demands
- Compact footprint supports installation in tight spaces
- Enhanced safety features reduce thermal failure risks
