The GE/Hobart 00-937726-00002 Controller Fuji C2 120v Hl300 is a precision electronic control unit designed for industrial food processing equipment, specifically in high-performance cooking and baking systems. Manufactured by GE/Hobart, this OEM controller provides reliable temperature regulation and process control with a 120-volt power supply. Its compact 1\" x 1\" footprint makes it suitable for integration into commercial kitchen appliances requiring exact process adjustments, reducing downtime and enhancing operational efficiency in foodservice environments. This controller is optimized for precise temperature management in food production equipment, ensuring consistent recipe results and streamlined workflows.
Top GE/Hobart 00-937726-00002 Features
The GE/Hobart 00-937726-00002 controller is engineered for commercial foodservice applications requiring dependable process control. It offers seamless integration with advanced temperature regulation systems, durable construction from high-quality materials, and straightforward wiring for simplified maintenance. Its precise electronic interface supports rapid calibration, making it suitable for multi-shift use in professional kitchens and food processing lines. Ideal for OEM applications in commercial ovens, steamers, and proofers, this controller enhances workflow stability and operational accuracy.
- Functionality: Provides accurate temperature regulation for commercial ovens and proofers.
- Durability: Constructed with high-grade electronic components to withstand industrial use.
- Ease of Maintenance: Compact design simplifies installation and calibration routines.
- Application Fit: Perfect for integration into bakery, processing, or cooking equipment.
- Workflow Compatibility: Supports automation for consistent product quality and reduced manual adjustments.
Suitable for replacing OEM controllers in commercial heat-processing equipment, ensuring precise control and reliable operation.
GE/Hobart 00-937726-00002 Technical Specs
The GE/Hobart 00-937726-00002 controller operates on a standard 120-volt power supply, compatible with single-phase circuits commonly found in commercial kitchens. Its compact 1\" x 1\" dimensions facilitate easy installation into various OEM equipment. The controller’s construction utilizes durable electronic components to ensure longevity in demanding environments. It weighs approximately 1 lb, emphasizing its lightweight design for seamless integration. The device does not incorporate hazardous materials and adheres to safety standards suitable for industrial food processing applications. Its operating range and temperature tolerance support consistent performance in precision cooking and baking equipment, with straightforward plug-in wiring for simplified setup and maintenance. The controller’s compatibility extends to a range of commercial oven, proofing, and steaming units, supporting workflow automation and process consistency.
- Electrical Requirements: 120V, single-phase, 1 A, 120 W
- Dimensions: 1\" W x 1\" D x 1\" H
- Weight: 1 lb
- Construction & Finish: Durable plastic housing with high-grade electronic circuitry
- Safety & Compliance: Meets safety standards for industrial electronic controllers
- Electrical Compatibility: Designed for 120V single-phase power supplies
- Installation Clearances: Requires minimal clearance for airflow and wiring access
- Wiring Needs: Compatible with standard terminal block connections
- Environmental Conditions: Suitable for indoor installation in controlled environments
- Maintenance: External calibration points accessible for service checks
What is a commercial controller?
The commercial controller is an electronic device used to regulate and monitor temperature or other process parameters in industrial food equipment such as ovens, steamers, and proofers. The GE/Hobart 00-937726-00002 Controller Fuji C2 120v Hl300 specifically provides accurate, reliable, and programmable control for baking and cooking systems. Installed in commercial food production lines, this model supports precise temperature stability, critical for consistent product quality in bakeries, processing plants, and large-scale foodservice operations. It is ideal for OEM applications that demand high durability and precise process management to meet food safety and operational standards.
Top OEM Controllers for Commercial Food Preparation Environments
The GE/Hobart 00-937726-00002 is a robust OEM electronic controller designed for precise process management in commercial kitchen equipment, including ovens and proofers. Built for industrial use, it offers dependable temperature regulation, compatibility with standard 120V electrical systems, and streamlined integration into existing systems for enhanced workflow efficiency. Perfect for medium-volume foodservice settings like bakeries and processing facilities, it ensures consistent culinary outcomes with minimal downtime.
- Operation in moderate throughput bakery or food processing kitchens
- Ideal for compact commercial spaces with precise control needs
- Designed for commercial baking, steaming, and proofing equipment
- Supports reliable temperature management for recipe consistency
- Suitable for OEM installation in food production machinery
Why Choose GE/Hobart 00-937726-00002
Designed for industrial foodservice applications, the GE/Hobart 00-937726-00002 controller offers superior durability, precise electronic regulation, and seamless integration options compared to standard controls. Its compact form factor and reliable performance reduce maintenance time while enhancing process accuracy, making it ideal for restaurant-ready equipment and custom OEM solutions that demand consistent operational results without complex setup.
- Compact footprint: 1\" x 1\" module fits tight OEM spaces
- Enhanced durability: Built with high-quality electronic components for longevity
- Precise control: Ensures consistent temperature regulation in processing equipment
- Ease of integration: Compatible with common industrial wiring standards
- Optimized workflow: Supports automation in high-demand food production environments
