The Hobart 00-938456 Controller 200 230/50/60/3 is a commercial-grade electronic control unit designed for industrial foodservice applications, featuring precise voltage compatibility with 230V, 50/60Hz frequency, three-phase operation, and a power capacity suitable for demanding workflows. Built by Hobart, a leader in commercial kitchen equipment, this controller enables accurate process management for food production lines, ensuring consistent performance and operational reliability in medium-volume foodservice settings. Its compact dimensions of 9" x 9" x 9" and durable construction support seamless integration into existing equipment, making it ideal for commercial kitchens requiring dependable control solutions for food processing equipment or refrigeration units.
Top Hobart 00-938456 Features
This controller offers advanced automation for industrial kitchen workflows, featuring robust stainless steel housing for durability, precise voltage regulation, and easy-to-maintain electronic components. Designed for installation in commercial refrigeration or food processing machinery, it facilitates reliable operation under continuous use, with user-friendly access points for troubleshooting and maintenance. Its technical specs support high operational reliability in medium throughput environments, ensuring consistent control for food prep and cold storage applications.
- Voltage Compatibility: Supports 230V three-phase supply for industrial needs
- Durable Construction: Made with high-grade stainless steel for longevity
- Easy Maintenance: Modular design simplifies troubleshooting and repairs
- Compact Footprint: Fits seamlessly into confined control panels in foodservice facilities
- Precision Control: Ensures consistent process management for food production equipment
Ideal for installing in commercial refrigeration, food processing machines, or operator control panels requiring reliable automation
Hobart 00-938456 Technical Specs
The Hobart 00-938456 Controller 200 operates on 230 volts with a three-phase configuration, supporting frequencies of 50 and 60 Hz. Its air-cooled design ensures efficient dissipation of heat, suitable for integration within sealed control panels. With a power draw of approximately 5 lbs in weight, it offers a compact footprint of 9" x 9" x 9" and a maximum operating temperature of up to 122°F (50°C). The device features corrosion-resistant stainless steel construction, facilitating easy cleaning and long service life, and is built to withstand the rigors of continuous operation in busy kitchen environments. Its electrical standards support broad compatibility with commercial food equipment, making it suitable for mid-volume applications such as refrigeration control or food preparation machinery control in foodservice or institutional environments.
- Electrical Requirements: 230V, 3-phase, 50/60Hz, approximately 5A
- Cooling Method: Air-cooled for reliable heat dissipation
- Construction & Finish: Stainless steel exterior for durability and hygiene
- Dimensions: 9" W x 9" D x 9" H
- Operating Range: Max temperature 122°F (50°C); suitable for standard industrial environments
- Food Safety & Materials: Made with materials compatible with food processing environments; easy to clean
- Weight: 5 lbs, designed for easy installation and handling
- Electrical Compatibility: Compatible with 230-volt three-phase power supplies in industrial kitchens
- Mounting & Installation: Designed for panel-mounting in control enclosures with minimal clearance
- Cooling & Ventilation: Requires adequate airflow around the unit for optimal performance
- Maintenance Access: Servicing involves straightforward removal of cover panels for troubleshooting
- Integration Needs: Supports connection with Hobart control modules and compatible foodservice equipment
What is a commercial controller?
A commercial controller is a rugged electronic device designed to regulate and automate functions in industrial kitchen and foodservice equipment. The Hobart 00-938456 Controller 200 is a precision control unit manufactured for integration with refrigeration, cooking, or processing machinery, supporting stable operation in medium-volume workflows. It features a compact profile with stainless steel construction, rated for continuous operation, and supports 230V three-phase power input and air-cooled cooling. Typically installed in control panels for appliances like chillers or programmable cooking equipment, it provides reliable process management suitable for institutional kitchens, restaurants, and food manufacturing facilities needing consistent control performance.
Top commercial control units for foodservice environments
Designed for operational teams, AllPoints 00-938456 offers dependable industrial control for medium-volume kitchen workflows, with durable construction and precise regulation, suited for refrigeration and processing equipment in institutional settings. The controller's reliable performance supports continuous operation within commercial kitchens or food manufacturing lines, ensuring tight process control and workflow consistency.
- Operation in food processing plants or refrigeration setups
- Suitable for compact commercial kitchen spaces
- Ideal for medium-volume foodservice applications
- Supports steady throughput in busy environments
- Applicable for control of industrial food prep machinery
Why Choose AllPoints 00-938456?
Compared to similar controllers, the AllPoints 00-938456 features a robust stainless steel build, precise voltage compatibility, and a compact form factor tailored for demanding commercial environments. Its design enhances operational efficiency, ensures longevity, and simplifies integration into existing equipment setups, making it a reliable choice for foodservice operators seeking durable, high-performance control solutions.
- Self-contained unit optimized for industrial control panels
- Built with corrosion-resistant stainless steel for food safety
- Supports 230V three-phase operation for commercial appliances
- Compact footprint suitable for tight control enclosures
- Designed to improve workflow reliability in medium-volume settings
