The Giles 20362-R Kit Thermocouple J Type 7.5 Ungrnd is a precision OEM temperature sensor designed for accurate measurement in industrial and food processing environments. Manufactured by Giles, this thermocouple features a J-type thermocouple wire with a 7.5-inch length and an ungrounded configuration, optimized for rapid response and stable readings. Its robust construction ensures compatibility with high-temperature applications, making it suitable for temperature monitoring in commercial kitchens, food manufacturing facilities, and process control setups. The device's precise thermoelectric properties and durable materials facilitate reliable operation in demanding environments, supporting accurate temperature regulation essential for quality assurance and process efficiency.
Top Giles 20362-R Features
The Giles 20362-R thermocouple kit provides high-precision temperature sensing tailored for commercial foodservice and industrial operations. Its ungrounded design minimizes electrical noise, ensuring accurate readings in sensitive measurement applications. Built with high-grade insulation materials, it offers durability against temperature fluctuations and chemical exposure. The compact 7.5-inch length simplifies installation in confined spaces, while its compatibility with a range of temperature controllers promotes seamless integration into existing workflows. It is ideal for monitoring oven temperatures, pasteurization processes, or food packaging lines requiring precise thermal control.
- High-accuracy thermoelectric measurement supporting quality control
- Durable ungrounded design minimizes electrical interference during operation
- Corrosion-resistant materials extend sensor lifespan in challenging environments
- Easy installation and maintenance with compact form factor
- Compatible with industrial temperature controllers for streamlined integration
Suitable for precise temperature monitoring in commercial food processing and industrial applications.
Giles 20362-R Technical Specs
The Giles 20362-R thermocouple features a J-type thermoelectric sensor constructed with high-grade nickel alloys, operating within a temperature range of -40°F to 1,200°F (−40°C to 650°C). It is an ungrounded configuration, measuring 7.5 inches in length, with a diameter of 0.35 inches, and weighs just 0.05 lbs, facilitating easy installation in tight spaces. The probe's insulation is designed for chemical resistance and electrical stability, making it suitable for high-temperature environments such as ovens or pasteurizers. The device operates without requiring external cooling or additional power, relying solely on thermoelectric principles to deliver continuous accurate readings. It can be integrated into various industrial controllers and is compatible with food safety standards due to its construction materials.
- Electrical Requirements: Thermoelectric, no external power needed
- Temperature Range: -40°F to 1,200°F (−40°C to 650°C)
- Construction & Finish: Nickel alloy with high-temp insulation
- Dimensions: 0.35" diameter x 7.5" length
- Weight: 0.05 lbs for easy handling and installation
- Material Safety: Resistant to chemical exposure and high heat
- Installation: Compatible with standard thermocouple connectors
- Electrical compatibility: Connects seamlessly with industrial controllers
- Mounting method: Direct insertion in process lines or sensors
- Temperature environment: Suitable for high-heat food processing areas
- Maintenance: Minimal routine calibration required
- Operational clearance: Needs 1" space for optimal airflow and safety
What is a commercial thermocouple sensor?
A commercial thermocouple sensor is a precision temperature measurement device utilized in industrial and foodservice environments to monitor process temperatures accurately. This sensor type converts thermal differences into measurable electrical signals, enabling precise temperature control in applications such as oven baking, pasteurization, or equipment calibration. The Giles 20362-R Kit Thermocouple J Type 7.5 Ungrnd, designed for industrial use, features a durable nickel alloy construction and a compact form factor suitable for integration into various instrumentation setups. Its ungrounded design reduces electrical interference, making it ideal for steady temperature readings in high-temperature food processing or manufacturing processes requiring accurate thermal monitoring.
Top commercial thermocouple for foodservice environments
Built for precise thermal monitoring in moderate workloads, the Giles 20362-R thermocouple offers reliable and durable temperature sensing for commercial kitchens and food production. Its high-grade materials and compact design support seamless operation in food processing, packaging, and sanitation-critical environments, making it optimal for use in temperature-sensitive tasks within foodservice facilities. Manufactured by AllPoints, the 20362-R excels in providing accurate, quick responses within industrial temperature control setups.
- Operation Type — Suitable for food processing and analytical use
- Kitchen Type — Designed for commercial food prep spaces
- Foodservice Category — Ideal for thermal measurement in production lines
- Workload Qualifier — Supports moderate throughput environments
- Use Case — Fits in equipment calibration and process monitoring
Why Choose AllPoints 20362-R?
The AllPoints 20362-R thermocouple stands out with its robust nickel alloy construction, ungrounded configuration, and compact 7.5-inch length, offering reliability and ease of installation. Its high-precision thermoelectric properties improve temperature measurement accuracy in demanding applications, surpassing many standard sensors. Designed to integrate seamlessly with industrial controllers, it enhances operational efficiency while maintaining durability in challenging environments, such as high-temperature ovens or pasteurization lines.
- Enhanced durability: Made with corrosion-resistant nickel alloy for long service life
- Compact footprint: 7.5-inch length for flexible installation in tight spaces
- High accuracy: Precision thermoelectric response supports quality control
- Ungrounded design: Reduces electrical noise for stable readings
- Industrial compatibility: Seamless integration with food processing controllers
