AllPoints 00-431677 Thermometer Solar 4.2 Inch OEM Precision Monitoring
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- Footprint & configuration support seamless integration
- Capacity handles precise monitoring in busy environments
- Core specs ensure accurate, reliable readings
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The GE/Hobart 00-431677 Thermometer Solar is a precision measurement instrument designed for use in commercial foodservice environments. As an OEM component manufactured by GE/Hobart, this solar-powered thermometer offers accurate temperature monitoring essential for maintaining food safety and quality. Its robust construction and advanced sensing technology make it suitable for professional kitchens, bakery outlets, and cold storage facilities, simplifying calibration and ensuring consistent workflow integration. The device features a compact form factor with a height of 2.25 inches, width of 4.2 inches, and depth of 4.9 inches, providing reliable, real-time temperature readings with minimal maintenance requirements, exemplifying high durability and technical fidelity in demanding culinary settings.
Designed for commercial foodservice clients, this solar thermometer ensures precision temperature readings directly within food production and storage environments. It integrates seamlessly with existing workflows, enabling quick calibration and straightforward deployment in food prep areas, cold rooms, or highlight stations. The device's compact design ensures ease of placement and compatibility with various mounting options, while its durability withstands frequent cleaning and environmental exposure. Its solar functionality reduces operational costs by eliminating reliance on external power sources, making it a sustainable choice for high-demand culinary operations.
Ideal for temperature-sensitive food storage and preparation tasks in commercial kitchens
The GE/Hobart 00-431677 thermometric device operates on photovoltaic power, with no specified electrical requirements, emphasizing its eco-friendly solar design. Its construction features durable, corrosion-resistant materials suitable for frequent cleaning in busy foodservice environments. With a projection of reliable operation across typical kitchen temperature ranges, it supports accurate monitoring of critical food safety parameters. The compact size of 2.25” H x 4.2” W x 4.9” D and weight of 0.32 lbs facilitate easy installation on walls, racks, or portable setups. Its anti-hazardous, non-toxic materials ensure safe contact with food contact zones, and the device’s high-fidelity sensing mechanism maintains precise readings under demanding conditions, reducing calibration time and maintenance costs. Designed for medium-volume use, it sustains stable operation in general foodservice workflows, from kitchens to sanitation areas.
A commercial thermometer is a precision device used in foodservice operations to measure and monitor temperature accurately in various environments such as refrigeration units, cooking stations, and storage facilities. The GE/Hobart 00-431677 Thermometer Solar is a specialized, solar-powered sensor designed for continuous temperature tracking in commercial kitchens, installed in areas requiring reliable data for food safety and quality assurance. Its technical capabilities support real-time monitoring, calibration, and integration into workflow management, making it ideal for medium-volume food production, cold chain management, and sanitation processes.
The commercial solar thermometer designed for medium workloads supports precise temperature monitoring in food storage and prep areas, combining durability and energy efficiency. Manufactured by AllPoints, the GE/Hobart 00-431677 model is ideal for installation in busy kitchens, cold storage rooms, and monitoring stations, ensuring reliable data collection and operational consistency in diverse foodservice environments.
Compared to similar commercial thermometers, the AllPoints 00-431677 model offers a robust, solar-powered design that eliminates power dependency, ensuring continuous operation. Its weather-resistant construction and compact footprint make it suited for diverse kitchen setups. This device enhances operational efficiency by providing quick, accurate readings for critical food safety parameters, with straightforward installation and minimal maintenance, setting it apart from standard models that rely on external power sources or less durable materials.
