AllPoints 00-937363 3.4 Inch Harness Potentiometer Time
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- Footprint & configuration support OEM integration
- Capacity & throughput suited for moderate workloads
- Core performance specs enable precise timing
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The GE/Hobart 00-937363 Harness Potentiometer Time by GE/Hobart represents a specialized OEM component designed for precise timing control in commercial foodservice equipment. This harness potentiometer ensures accurate calibration of timing functions within industrial-grade kitchen appliances, supporting consistent operational performance. Ideal for maintenance and repair of food processing and food preparation machinery, this high-reliability component features a compact form factor with dimensions of 3.4 inches in width, 4.75 inches in depth, and a height of 2.45 inches, weighing just 0.13 lbs. Its durable design withstands demanding kitchen environments, providing seamless integration with various OEM systems for applications requiring precise timing adjustments in commercial cooking, baking, and processing equipment.
The harness potentiometer in the GE/Hobart 00-937363 offers high-precision electrical control for commercial kitchen timers, with robust construction from high-grade materials ensuring durability under constant operation. Its design simplifies installation and maintenance, reducing downtime during calibration or repair. Suitable for use in industrial food processors, it maintains accurate timing over extended periods, supporting workflow efficiency in mid-volume foodservice settings. Compatible with standard OEM modules, it provides reliable performance for controlling cycle durations in food prep and handling equipment.
Suitable for replacing or upgrading timing modules in commercial mixers or ovens.
The GE/Hobart 00-937363 harness potentiometer operates within a standard electrical profile, with an approximate weight of 0.13 lbs and physical dimensions of 3.4” wide, 4.75” deep, and 2.45” high, allowing for versatile installation in OEM equipment. Manufactured with high-grade materials optimized for durability and resistance to industrial environments, it supports precise timing adjustments essential for food processing machinery. This component is non-hazardous and designed to withstand routine cleaning and maintenance, ensuring operational integrity over extended use. Its compact form factor makes it suitable for integration into a variety of commercial kitchen appliances, supporting precise cycle control and efficient workflow management.
A commercial harness potentiometer is an OEM electronic component used to regulate and fine-tune timing functions in industrial kitchen equipment. These components support precise cycle control in food processing and preparation machinery, installed typically within commercial mixers, ovens, or food processors. The GE/Hobart 00-937363 harness potentiometer, in particular, provides accurate timing adjustments for reliable operation in moderate workload environments such as restaurant production lines or institutional kitchens. Designed for durability, it ensures consistent cycle durations and operational stability in medium-volume foodservice settings, playing a critical role in maintaining workflow efficiency and product quality.
Designed for industrial kitchen applications requiring precise timing control, the GE/Hobart 00-937363 harness potentiometer offers robust construction and reliable operation. Manufactured by GE/Hobart for use in moderate workload environments like food processing units, it enhances equipment performance and consistency during cycle adjustments. Suitable for installation in commercial cooking and preparation machinery, it improves operational efficiency in mid-volume foodservice operations where accurate timing is critical.
Compared to similar OEM components, the AllPoints 00-937363 harness potentiometer stands out with its high-grade durable construction, compact design, and precise timing adjustment capabilities. Its design supports seamless integration into commercial kitchen machinery, reducing downtime and enhancing operational reliability. The component’s robust materials and simplified installation process enable efficient maintenance and calibration, ensuring consistent performance in demanding foodservice environments.
