The GE/Hobart 00-913090-00555 Coil Sensor is a precision OEM component designed for commercial foodservice equipment, particularly for temperature-sensitive applications. Crafted by GE/Hobart, this coil sensor features a compact profile with dimensions of 4.95 inches in width, 7.9 inches in depth, and a height of 0.7 inches, weighing only 0.19 lbs. Its robust construction ensures durability in demanding kitchen environments, maintaining accurate temperature measurement and sensor reliability over extended use. Compatible with various OEM configurations, this coil sensor is essential for maintaining optimal performance in refrigeration, food prep, and storage units, supporting energy-efficient operation and precise control in high-volume foodservice operations.
Top GE/Hobart 00-913090-00555 Features
The GE/Hobart 00-913090-00555 Coil Sensor integrates seamlessly into commercial refrigeration and food storage systems, providing accurate temperature feedback crucial for operational efficiency. Its corrosion-resistant materials and compact design facilitate easy integration into existing assemblies, reducing maintenance downtime. The sensor’s precise measuring capabilities support consistent food safety and quality control in professional kitchen environments, with straightforward installation and reliable long-term performance. Ideal for medium-volume equipment used in food production, storage, and prep lines, it is engineered for durability and ease of calibration within high-traffic commercial kitchens.
- Functionality: Ensures precise temperature regulation in refrigeration units
- Durability: Made from corrosion-resistant materials suitable for wet environments
- Ease of Maintenance: Compact design simplifies calibration and replacement
- Application Fit: Compatible with OEM refrigeration sensors in commercial kitchens
- Workflow Integration: Supports consistent temperature control for food safety compliance
Suitable for use in commercial refrigeration and temperature-sensitive food processing applications; ideal for technicians replacing OEM sensors in high-use kitchen environments.
GE/Hobart 00-913090-00555 Technical Specs
The GE/Hobart 00-913090-00555 Coil Sensor operates on standard OEM specifications, featuring a very low profile with dimensions of 4.95" W x 7.9" D x 0.7" H and weighing just 0.19 pounds. Designed for OEM integration, it offers reliable performance across various refrigeration and cold storage systems. Its construction utilizes durable, corrosion-resistant materials suitable for prolonged exposure to humid environments, ensuring accurate temperature measurement over time. This sensor does not handle hazardous substances and is ideal for applications requiring stable, long-term operation in commercial kitchens. It typically ships within 4-8 business days, making it a dependable choice for scheduled maintenance and repairs.
- Electrical Requirements: OEM standard voltage compatible with commercial refrigeration units
- Construction & Finish: High-grade, corrosion-resistant materials for durability
- Dimensions: 4.95 inches width, 7.9 inches depth, 0.7 inches height
- Weight: 0.19 lbs for easy handling and installation
- Temperature Resistance: Suitable for operational environments up to standard refrigeration temperatures
- Food Safety: Compatible with food-safe environments, designed for reliable temperature sensing
- Compatibility: Compatible with OEM refrigeration systems requiring precise sensor integration
- Installation Space: Fits within tight OEM compartments with minimal clearance
- Electrical Compatibility: Standard OEM voltage engagement supports seamless replacement
- Maintenance Routine: Easily accessible for calibration or replacement in service
- Environmental Tolerance: Designed for humid and moisture-prone commercial kitchen environments
What is a commercial coil sensor?
A commercial coil sensor is an OEM component used in refrigeration and temperature control systems to accurately measure and monitor ambient and product temperatures. The GE/Hobart 00-913090-00555 Coil Sensor is specifically designed for integration into commercial kitchen equipment, providing reliable feedback vital for maintaining food safety standards and operational efficiency. Its durable construction and precise sensing capabilities make it suitable for installation in refrigeration units, cold storage, and food prep equipment, supporting high-volume foodservice workflows and ensuring stable temperature conditions in busy kitchens.
Top OEM Coil Sensors for Foodservice Environments
Commercial coil sensors like the GE/Hobart 00-913090-00555 offer robust, precise temperature monitoring for medium-volume foodservice operations, ideal for refrigeration and cold storage equipment. Built with high-grade materials and OEM compatibility, they support consistent performance and accurate control in professional kitchens and food processing facilities.
- Operation Type — suited for medium-volume refrigerator and freezer systems
- Kitchen Setting — designed for compact culinary and prep spaces
- Foodservice Category — applicable in commercial refrigeration and cold storage
- Workload Qualifier — supports moderate throughput in busy kitchens
- Use Case — ideal for sensor replacement in high-traffic food storage units
Why Choose AllPoints 00-913090-00555?
The AllPoints 00-913090-00555 Coil Sensor stands out among OEM components by offering superior durability, precise temperature measurement, and straightforward installation tailored for commercial refrigeration systems. Its corrosion-resistant design and compact form factor optimize operational efficiency, reduce maintenance time, and enhance food safety performance compared to standard sensor models.
- Self-Contained Design: Supports straightforward installation and replacement
- Corrosion-Resistant Materials: Ensures longevity in humid commercial environments
- Compact Footprint: Fits easily into OEM refrigeration components
- Enhanced Reliability: Maintains precise temperature feedback over extended periods
- Motor Equipment Compatibility: Designed for seamless OEM system integration
