AllPoints 00-937363 Harness Potentiometer OEM Control Component
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- High-precision resistance for accurate calibration
- Durable wiring harness ensures reliable connections
- Compact dimensions facilitate installation in tight spaces
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The Hobart 00-937363 Harness Potentiometer Time is a specialized electronic component designed for precise control and calibration within commercial kitchen appliances. Manufactured by Hobart, this OEM harness features a high-accuracy potentiometer with integrated wiring harness, facilitating reliable timing adjustments for equipment such as mixers, ovens, and fryers. Its robust construction and compatibility with Hobart models ensure consistent performance in demanding foodservice environments, supporting optimal workflow automation and equipment synchronization. The unit's technical specification includes a resistance value tailored for accurate calibration, catering to medium-volume restaurant operations and institutional kitchens requiring dependable electronic timing solutions.
The Hobart 00-937363 harness potentiometer offers precise time adjustment capabilities essential for commercial foodservice equipment. Its durable, high-grade wiring harness ensures easy integration into existing systems, while its reliable resistance range provides consistent calibration for automated processes. Designed for straightforward installation and maintenance, this component enhances workflow efficiency, particularly in medium-volume operations such as institutional kitchens. Its compact form factor simplifies placement in tight equipment enclosures, supporting seamless operational upgrades without extensive modifications.
Best suited for maintenance and calibration tasks in commercial kitchen equipment.
The Hobart 00-937363 harness potentiometer features a resistance value optimized for precise timing calibration, compatible with various Hobart appliances. It adheres to industry standards for electrical connectivity and durability, with a compact dimension profile of 3.4 inches in width, 4.75 inches in depth, and 2.45 inches in height. Its minimal weight of 0.13 lbs facilitates easy installation in confined spaces. Made from high-grade, heat-resistant materials, the component is designed for long-term reliability in busy foodservice environments. The unit is engineered for simple disassembly and replacement, with a focus on maintaining consistent operational performance. It does not require external cooling or specialized power requirements, operating efficiently within standard electrical parameters.
A commercial harness potentiometer is an electronic control device used for precise timing and calibration adjustments within industrial-grade kitchen equipment. Specifically, the Hobart 00-937363 harness potentiometer provides a resistance-based control interface designed to integrate seamlessly with commercial mixers, ovens, and fryers, ensuring consistent operational timing. Installed in various foodservice environments like restaurants and institutional kitchens, this OEM component supports accurate calibration of device timers, enhancing workflow reliability and equipment functionality for medium-volume food preparation settings.
Designed for medium-volume foodservice environments, the Hobart 00-937363 harness potentiometer combines durable construction with precise electronic control to optimize appliance operation and calibration, suitable for workshop-based maintenance in busy kitchens. Manufactured by AllPoints, it ensures reliable, factory-grade performance for calibration needs in commercial kitchen equipment.
Compared to similar OEM components, the Hobart 00-937363 harness potentiometer stands out for its high-precision resistance range, durable heat-resistant materials, and compact setup. Its robust wiring harness ensures reliable connections, reducing downtime, while its compatibility with Hobart appliances streamlines calibration workflows. Designed for long-term use, it enhances efficiency in medium-volume commercial kitchens by supporting seamless equipment adjustments and consistent performance.
