The GE/Hobart 00-917232 Holder Reed Switch is a critical component in commercial foodservice equipment, engineered by GE/Hobart to ensure precise sensor operation in dishwashers and industrial appliances. This OEM reed switch offers high durability with a material construction tailored for frequent sanitization and long-term reliability. Its primary function is detecting door or system status, providing essential automation signals that optimize workflow and safety. With a compact size of 0.95 inches in width, 0.9 inches in height, and a depth of 3 inches, this switch integrates seamlessly into existing GE/Hobart models, supporting consistent performance in demanding kitchen environments.
Top GE/Hobart 00-917232 Features
The GE/Hobart 00-917232 Holder Reed Switch is designed for precise activation and reliable switching in commercial dishwashers and large-scale food preparation machinery. Its robust construction ensures durability under frequent operation cycles, while its streamlined mounting facilitates easy installation and maintenance. Suitable for high-volume kitchens, this switch provides consistent signal detection, reducing downtime and enhancing automation efficiency. Its exact dimensions support seamless integration into existing equipment, making it ideal for industrial foodservice settings requiring dependable sensor performance.
- Functionality: Ensures accurate door position detection in commercial equipment
- Durability: Constructed with corrosion-resistant materials for prolonged use
- Ease of Maintenance: Compact design simplifies replacement and troubleshooting
- Application Fit: Compatible with GE/Hobart OEM models and assemblies
- Workflow Integration: Supports automated control systems to enhance operational efficiency
Designed for replacement in commercial dishwashing and appliance systems requiring precise sensor switching.
GE/Hobart 00-917232 Technical Specs
The GE/Hobart 00-917232 holder reed switch operates with standard electrical requirements suited for most industrial equipment, featuring an impedance-compatible design for optimal signal transition. Its construction employs corrosion-resistant metal alloys, ensuring longevity in wet or sanitized environments typical in commercial kitchens. The switch weighs just 0.02 lbs, and its compact size allows it to fit into tight spaces behind panels or inside control housings. It has an operating temperature range suitable for typical kitchen conditions, with no hazardous material usage. The switch's dimensions—0.95 inches by 0.9 inches by 3 inches—support straightforward installation and replacement, aligning with OEM specifications for dependable performance in demanding foodservice tasks.
- Electrical Requirements: Compatible with standard industrial voltage and current parameters
- Construction & Finish: Made of stainless steel and corrosion-resistant alloys
- Weight: 0.02 lbs for easy handling and installation
- Dimensions: 0.95\" W x 0.9\" H x 3\" D for universal fit
- Operating Range: Suitable temperature range for commercial kitchen use
- Material Safety: Designed with non-hazardous, food-safe materials
Electrical Compatibility: Supports standard control circuit voltages and currents
Installation Environment: Suitable for air-cooled appliances in wet or sanitized areas
Durability Traits: Corrosion-resistant construction for extended service life
Maintenance Needs: Disassembly-friendly with straightforward replacement procedures
Workflow Suitability: Fits seamlessly into OEM equipment for minimal downtime
What is a commercial reed switch
A commercial reed switch is a compact electromagnetic sensing device used primarily in industrial and foodservice equipment to detect the presence or position of movable parts, such as doors or covers. Installed within appliances like dishwashers or conveyor systems, it functions by opening or closing an internal circuit when subjected to a magnetic field. The GE/Hobart 00-917232 Holder Reed Switch is designed for high reliability and precision, supporting automation and safety features in busy commercial kitchens. This switch is typically installed in OEM configurations, supporting consistent operation in demanding environments, and is ideal for equipment requiring accurate status detection to streamline workflow and ensure compliance with operational standards.
Top commercial sensor switches for foodservice settings
Reliable sensing solutions like the GE/Hobart 00-917232 Holder Reed Switch provide precise detection in busy commercial kitchens and foodservice operations. Built with durable materials and OEM-grade design, it suits medium workload applications, supporting equipment such as industrial dishwashers, handling routine sensor detection for efficient workflow in large-scale food prep environments. GE/Hobart 00-917232 ensures dependable performance in undercounter and industrial applications.
- Operation type — suitable for medium-volume dishwashing and appliance detection
- Kitchen setting — optimized for commercial dishwashing stations and prep areas
- Foodservice category — essential for high-capacity warewashing and equipment safety
- Workload qualifier — designed for moderate throughput environments
- Use case — supports automation in manual or semi-automated workflows
Why Choose GE/Hobart 00-917232?
Compared to similar OEM reed switches, the GE/Hobart 00-917232 model offers superior corrosion resistance, OEM compatibility, and a compact form factor, ensuring seamless integration into existing commercial dishwasher systems. Its robust construction and reliable switching performance enhance equipment uptime, supporting efficient and safe operations in high-demand foodservice environments. The switch’s design emphasizes longevity and ease of replacement, simplifying maintenance processes and minimizing operational disruptions.
- Compact footprint supports installation in limited spaces
- Designed for frequent sanitization without degradation
- Supports industrial-grade electrical compatibility
- Built with corrosion-resistant materials for longevity
- Supports OEM-specific configurations for OEM-ready replacement
