The GE/Hobart 00-119057 Magnet Door Cycle is a specialized OEM component designed for durable operation within foodservice equipment, specifically tailored to commercial kitchen applications. Manufactured by GE/Hobart, this magnet door cycle facilitates precise control of door mechanisms, ensuring seamless integration with existing equipment. Its compact dimensions—0.55 inches wide, 1.45 inches deep, and 0.4 inches high—combined with a lightweight construction of approximately 0.07 pounds, enable easy installation and maintenance in tight kitchen environments. This product addresses the need for reliable door cycle operation in medium-duty foodservice scenarios, providing consistent performance and ease of replacement for OEM repair processes.
Top GE/Hobart 00-119057 Features
This magnet door cycle is engineered for precise control and robust durability, suitable for commercial kitchen workflows that demand reliable OEM replacements. Its corrosion-resistant materials and compact design enable straightforward integration into various foodservice equipment, improving operational efficiency and reducing downtime during maintenance. Ideal for medium-volume settings, the cycle's high-precision mechanism ensures consistent door positioning, supporting seamless workflows in food prep, storage, or service stations.
- Functionality: Facilitates reliable door actuation in commercial appliances.
- Durability: Constructed from corrosion-resistant materials for long-term performance.
- Ease of Maintenance: Compact size simplifies installation and replacement procedures.
- Application Fit: Designed for tight spaces in OEM equipment to improve workflow continuity.
- Workflow Integration: Enables seamless connection with control systems for operational consistency.
Suitable for OEM repair scenarios and equipment upgrades in commercial foodservice environments.
GE/Hobart 00-119057 Technical Specs
The GE/Hobart 00-119057 Magnet Door Cycle is crafted for high compatibility with commercial foodservice equipment, featuring a minimal profile of 0.55 inches in width, 1.45 inches in depth, and 0.4 inches in height. Its lightweight construction of 0.07 pounds facilitates easy handling, installation, and replacement. This OEM component offers corrosion-resistant materials suitable for continuous operation within typical kitchen environments, resisting wear over extended periods. It connects directly to existing control assemblies, supporting consistent door actuation without the need for complex wiring or additional support systems. The design ensures reliable performance across diverse commercial kitchen applications where OEM replacement parts are required to maintain equipment integrity and efficiency.
- Electrical Compatibility: Designed for integration with standard OEM control circuits.
- Material Construction: Corrosion-resistant, durable metals suited for kitchen environments.
- Dimensions: Width: 0.55"; Depth: 1.45"; Height: 0.4".
- Weight: 0.07 lbs, facilitating easy handling and installation.
- Operational Use: Reliable during medium-duty cycles in foodservice equipment maintenance.
- Assembly & Maintenance: Designed for quick OEM swap-out with minimal disassembly required.
Power Requirements: Compatible with equipment's existing control voltage; no additional power source needed.
Environmental Tolerance: Resistant to typical kitchen temperature ranges, supporting continuous operation.
Material Safety: Non-toxic, food-safe metals standard for OEM parts.
Dimensions & Weight: Size optimized for tight OEM fits; lightweight for ease of service.
Installation Considerations: Requires minimal space clearance; compatible with existing OEM termination points.
What is a commercial magnet door cycle?
A commercial magnet door cycle is an OEM component used in foodservice equipment to control the actuation of hinged or sliding doors, ensuring proper opening and closing cycles. Designed for durability and precise operation, it typically features corrosion-resistant materials suitable for continuous use in busy kitchen environments. These cycles are installed within commercial refrigeration units, ovens, or other food prep machinery to facilitate seamless workflow and reliable equipment operation. The GE/Hobart 00-119057 Magnet Door Cycle, for example, integrates directly with OEM control systems, providing predictable performance necessary in medium-volume foodservice settings such as restaurants, cafeterias, or catering operations where consistent door movement is crucial for efficiency and sanitation.
Top OEM Magnet Door Cycles for Medium-Volume Foodservice Settings
Precision engineered for reliable OEM replacement in commercial appliances, GE/Hobart 00-119057 magnet door cycles provide durable functionality optimized for medium foodservice workloads. These cycles facilitate efficient door control in restaurant and cafeteria environments, supporting seamless kitchen workflows without disruption.
- OEM — tailored for specific equipment models and reliable performance
- Compact footprint — optimized for tight installation spaces in appliance OEMs
- Corrosion-resistant materials — withstands frequent cleaning and kitchen wear
- Reliable operation — suitable for medium-volume daily throughput
- Installation-ready — designed for straightforward OEM replacement and service
Why Choose AllPoints 00-119057?
AllPoints 00-119057 magnet door cycle stands out with its OEM-grade construction, ensuring reliable performance and seamless integration with existing equipment. Its corrosion-resistant materials and precise dimensions minimize downtime and facilitate efficient maintenance. The compact design supports installation in confined spaces typical of commercial kitchens, enhancing operational efficiency through dependable door control and reduced maintenance complexity.
- Constructed for OEM compatibility ensuring straightforward installation
- Corrosion-resistant metals extend lifespan in busy environments
- Compact and lightweight simplifies handling and replacement
- Designed for medium-duty cycles supporting consistent appliance operation
- Enhanced operational efficiency with dependable control performance
