The Hobart 00-918568-021-5 Cable Valve L R R L is a precise electronic control component designed specifically for commercial foodservice equipment. As a key part of industrial valve systems, it facilitates the accurate regulation of fluid flow in food processing and catering applications. Engineered by Hobart, a recognized leader in commercial kitchen technology, this cable valve ensures reliable operation within high-precision dispensing, washing, or fluid transfer systems. Its notable feature is the L R R L configuration, contributing to optimized directional control. With a compact size of 5.75 inches wide, 7.65 inches deep, and 1.5 inches high, it offers durable stainless steel construction suitable for demanding kitchen environments, making it an essential component for advanced food industry operations.
Top Hobart 00-918568-021-5 Features
The Hobart 00-918568-021-5 cable valve delivers precise control for medium-volume applications in commercial kitchens. Its stainless steel construction ensures durability during frequent cleaning cycles and continuous operation. Designed for seamless integration with Hobart’s automation systems, it simplifies installation and maintenance, reducing operational downtime. The directional L R R L configuration enhances fluid routing accuracy for food processing workflows. Suitable for use in automated wash stations, beverage dispense lines, or ingredient delivery systems, its compact profile supports versatile placement within tight kitchen spaces.
- Functionality: Accurate fluid control with directional L R R L routing
- Material Durability: Stainless steel body resists corrosion and wear
- Ease of Maintenance: Quick-disconnect fittings facilitate fast servicing
- Application Fit: Compatible with Hobart’s control systems in food prep stations
- Workflow Integration: Supports automated fluid management in multi-operation setups
Ideal for professional foodservice operations requiring reliable fluid control and easy maintenance.
Hobart 00-918568-021-5 Technical Specs
This model by Hobart operates on a standard electrical interface, with details supporting its integration into existing systems without the need for additional power modifications. Its construction primarily features stainless steel for longevity and resistance to corrosion. The valve weighs approximately 0.67 lbs, with dimensions of 5.75 inches width, 7.65 inches depth, and 1.5 inches height, making it suitable for compact installation spaces. It is designed for continuous use in food processing environments, capable of being cleaned regularly with standard sanitation procedures. The L R R L configuration allows precise directional control in fluid lines, enhancing process consistency and efficiency. The model’s specifications support high durability, with a focus on reliable performance during medium workloads in commercial kitchens.
- Electrical Requirements: Compatible with standard 120V, 60Hz, single-phase power
- Construction & Finish: Commercial-grade stainless steel surface
- Dimensions: 5.75" W x 7.65" D x 1.5" H
- Weight: 0.67 lbs for ease of installation and handling
- Material: Corrosion-resistant stainless steel for longevity
- Operation: Designed for repeatable flow control in automated systems
- Electrical compatibility: Wiring must match standard 120V outlets
- Flow setup: Requires secure, leak-proof connections for proper operation
- Maintenance clearance: Accessible mounting for routine inspection and servicing
- Installation space: Supports integration in tight or cluttered kitchen layouts
- Sanitation protocols: Compatible with standard cleaning cycles without corrosion risk
What is a commercial cable valve?
A commercial cable valve is an industrial control device used to regulate fluid flow within food processing or preparation systems. It features electronically actuated mechanisms operated via control cables, allowing precise directional control and seamless integration into automated workflows. Typically constructed from stainless steel, these valves are designed for durability and corrosion resistance in high-demand environments. They are installed in applications such as beverage dispensing, ingredient transfer, or equipment wash stations, where reliable and accurate fluid control is essential for operational efficiency. The Hobart 00-918568-021-5 Cable Valve L R R L exemplifies this category, providing robust performance for medium-volume commercial foodservice applications including automated prep lines and processing stations.
Top industrial cable control solutions for foodservice environments
Top commercial cable control valves provide durable, precise fluid management suited for medium workload settings, installed in automated kitchens, beverage lines, and ingredient transfer systems. Hobart 00-918568-021-5 offers reliable operation and seamless integration with commercial food equipment for consistent performance.
- Operation type — optimized for moderate throughput kitchens
- Kitchen setting — ideal for compact commercial foodservice facilities
- Foodservice category — suitable for automated processing and wash stations
- Workload qualifier — designed for steady medium-volume applications
- Use case — suitable for automated ingredient and fluid control systems
Why Choose Hobart 00-918568-021-5?
Hobart’s 00-918568-021-5 cable valve stands out in commercial kitchen equipment for its robust stainless steel construction, precise directional control, and compatibility with Hobart’s automation systems. Its compact footprint and easy maintenance streamline workflow and reduce downtime, making it a reliable choice for high-demand foodservice operations. The durable design ensures longevity even under rigorous cleaning and frequent use, positioning it as a dependable component in professional food processing environments.
- Self-contained design for integrated fluid control systems
- Corrosion-resistant stainless steel for longevity in busy kitchens
- Compact size supports installation in tight spaces
- Precise L R R L directional control improves operational accuracy
- Easy to access for maintenance reduces downtime in high-turnover settings
