AllPoints 105000100 Gas Burner Thermistor Rc98hpi with Precise Temperature Control
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- Supports high-temperature operational stability
- Provides precise resistance change metrics
- Constructed with durable, high-grade materials
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The Rinnai 105000100 Burner Thermistor Rc98hpi is a precision OEM thermistor designed for industrial gas burner applications in commercial foodservice environments. Constructed with durable materials suitable for high-temperature operation, this thermistor precisely monitors and regulates burner temperature, ensuring optimal performance and safety. Its compact size—measuring 2.1 inches in height, width, and 3 inches in depth—facilitates seamless integration into existing burner assemblies. Rated at an ultra-light weight of 0.06 lbs, it delivers reliable resistance changes over a specified temperature range, making it ideal for high-demand restaurant, catering, and food processing equipment where precise thermal control is critical.
This thermistor offers highly accurate temperature sensing essential for controlling gas burner operations in commercial kitchen equipment. Its robust construction withstands demanding kitchen conditions, while ease of installation simplifies workflow integration. The component ensures consistent temperature regulation, reducing maintenance frequency and enhancing burner lifespan. Its compact footprint allows versatile placement in various appliance designs, supporting efficient workflow in moderate-throughput foodservice settings. Designed for fast response times, it maintains burner stability during continuous operation, improving overall system reliability.
Ideal for replacing faulty thermistors or upgrading burner control systems in commercial kitchens.
The AllPoints 105000100 burner thermistor operates with a precise electrical profile, requiring a standard 2.1-inch height, 2.1-inch width, and 3-inch depth for installation. It features a resistance change behavior tailored for high-temperature environments, offering reliable performance across typical operating ranges found in commercial gas burners. The component's construction emphasizes resilience with a lightweight 0.06 lbs aluminum or high-grade polymer housing, supporting stable operation in busy kitchens. Its design ensures easy disassembly and replacement, with no hazardous substances involved. Compatible with various OEM burner models, this thermistor is engineered for long-term durability, providing accurate temperature feedback essential for quality control and operational safety in restaurant, catering, and food processing facilities.
A commercial burner thermistor is a temperature sensing component used in gas burner systems across a variety of professional kitchen applications. It functions by providing real-time thermal feedback critical for maintaining safe and efficient burner operation. Installed in undercounter, countertop, or integrated oven equipment, it ensures precise temperature regulation during continuous use, typical in restaurants, catering, and food production facilities. The Rinnai 105000100 Burner Thermistor Rc98hpi, specifically, is engineered for OEM replacement within gas burner assemblies, supporting consistent performance in moderate-volume foodservice settings where reliable temperature control is vital for quality and safety.
Designed for precise thermal regulation, the Rinnai 105000100 thermistor provides reliable burner control in standard commercial kitchen operations. Built by AllPoints, this OEM component suits medium-performance environments such as restaurant equipment and food prep stations, ensuring consistent temperature feedback without frequent calibration or replacement.
The AllPoints 105000100 Burner Thermistor Rc98hpi distinguishes itself through durable, high-temperature materials and precise sensing capabilities tailored for commercial gas burner OEM applications. Its compact design simplifies integration and maintenance, reducing downtime and supporting consistent operational performance. Unlike standard thermistors, this model offers robust resistance to moisture and heat cycles, ensuring longevity and reliable burner control, which directly enhances kitchen efficiency and safety.
