The GE/Hobart 00-087711-00270 Switch Auto/manual is a commercial-grade switching device designed for industrial and foodservice applications, manufactured by GE/Hobart. This model functions as an essential control component for equipment requiring seamless switching between automatic and manual modes. Built with robust materials, it offers precise operational control with a compact form factor of 1.85 inches in width, 2.5 inches in depth, and a height of 1.3 inches, ensuring reliable performance in high-demand environments. Its technical specifications include a lightweight construction at 0.02 lbs, suitable for integration into complex machinery and control panels. The switch's design caters to foodservice operators and industrial users seeking durable, precise switching solutions for equipment automation and manual override functions, ensuring smooth workflow transitions and operational reliability.
Top AllPoints 00-087711-00270 Features
The GE/Hobart 00-087711-00270 switch provides precise automation control and manual operation, with high durability through high-grade internal contacts and casing. Its design supports easy installation in control panels, minimizing downtime. The switch’s compact size allows flexible mounting options, making it ideal for equipment that demands quick mode changes with minimal effort. It withstands repeated cycling and harsh environments, critical for maintaining consistent operational flow in food processing or industrial settings. Designed for straightforward maintenance, it ensures durable performance in busy commercial kitchens and manufacturing lines. Suitable for quick installation and reliable switching in medium-workload scenarios, this device enhances operational efficiency with minimal maintenance requirements.
- Functionality: Supports automatic/manual switching modes for equipment control
- Durability: Constructed with high-grade materials resistant to wear and corrosion
- Ease of Maintenance: Simple mounting and disassembly facilitate quick servicing
- Application Fit: Compatible with control panels in commercial kitchen equipment
- Workflow Efficiency: Enables seamless mode transitions to optimize operational flow
Recommended for use in industrial control panels and foodservice machinery requiring reliable switching capabilities
GE/Hobart 00-087711-00270 Technical Specs
The GE/Hobart 00-087711-00270 switch is a control component optimized for commercial applications, featuring a compact profile with dimensions of 1.85 inches in width, 2.5 inches in depth, and a height of 1.3 inches. It weighs just 0.02 lbs, constructed from corrosion-resistant materials suitable for harsh environments. The switch supports standard control voltages and electrical requirements, with primary parameters matching typical industrial control specifications. Its durable design ensures it withstands frequent cycling, making it ideal for automation in foodservice equipment and manufacturing machinery. The device is built for reliable switching performance, with a focus on longevity and operational stability, operating effectively within an environment temperature range suitable for most industrial and kitchen applications. The switch's simple installation process and straightforward disassembly facilitate maintenance, while its low energy consumption aligns with efficiency standards.
- Electrical Requirements: Compatible with standard control voltages within typical industrial ranges
- Construction & Finish: Made from high-grade, corrosion-resistant materials
- Dimensions: 1.85"W x 2.5"D x 1.3"H; weight: 0.02 lbs
- Product Type: OEM control switch for automated systems
- Operational Range: Designed for durable continuous cycling in demanding environments
- Installation & Maintenance: Simplifies control panel integration, quick disassembly for servicing
What is a commercial Switch Auto/manual?
A commercial switch auto/manual is a control device used in industrial and foodservice equipment to toggle between automatic and manual operation modes. The GE/Hobart 00-087711-00270 switch is a specialized OEM component designed for quick, reliable switching in control panels. It supports precise control functions, with specifications that include high durability, corrosion-resistant construction, and a form factor suited for compact spaces. Installed in equipment like food processors, mixers, or industrial control panels, this switch ensures seamless operation, allowing operators to easily switch modes without affecting workflow. Its robust design and straightforward installation make it ideal for equipment requiring dependable manual override capabilities for mid-volume or moderate throughput applications in commercial kitchens or manufacturing facilities.
Top Commercial Switches for Medium-Volume Foodservice Settings
The GE/Hobart 00-087711-00270 switch provides high durability, reliable mode control, and is suitable for equipment in medium-volume commercial kitchens and industrial environments, supporting efficient operation. GE/Hobart models like this are designed for dependable switching in automation workflows.
- Operation type — suited for control panels in food processing lines
- Kitchen setting — ideal for compact commercial kitchen equipment
- Foodservice category — applicable in industrial food production machinery
- Workload qualifier — supports moderate throughput in busy environments
- Use case — facilitates manual override in automated foodservice equipment
Why Choose AllPoints 00-087711-00270
Compared to similar control switches, the AllPoints 00-087711-00270 stands out with its high-grade construction, precise switching performance, and compact design suited for demanding foodservice and industrial applications. It ensures reliable operation with ease of installation and maintenance, contributing to operational efficiency and equipment longevity.
- Compact footprint suited for tight control panel spaces
- Robust materials enhance reliability in high-cycling environments
- Supports quick switching between automatic and manual modes
- Designed for seamless integration into commercial kitchen equipment
- Enhanced durability reduces downtime and maintenance efforts
