The Garland 1871901 Thermocouple K Type is a high-precision temperature sensing device designed for industrial and commercial foodservice applications. This K-type thermocouple employs nickel-chromium/nickel-alumel conductors to deliver accurate temperature readings across a specified range, making it suitable for monitoring cooking, refrigeration, and processing equipment. Engineered for durability and reliable performance, it features a stainless steel alloy sheath to withstand high temperatures and harsh environments. The thermocouple’s compact design with a 0.6-inch height and 4.05-inch width facilitates integration into equipment or control systems, providing crucial data for process optimization. Its technical specifications include a temperature operating range from -40°F to 2,300°F, with a standard output signal compatible with most industrial controls.
Top Garland 1871901 Features
This thermocouple offers rapid response times, with a durable stainless steel sheath providing long-term stability in demanding food processing environments. Its compact form factor ensures easy integration into existing kitchen equipment or control panels, reducing installation time. The nickel-chromium and nickel-alumel conductors resist corrosion and oxidation, promoting longevity and consistent performance over repeated use. Designed for ease of maintenance, the sensor's rugged build facilitates cleaning without disassembly. Its broad temperature range accommodates diverse kitchen operations from freezing to high-temperature cooking, making it ideal for commercial kitchen workflows.
- High temperature responsiveness: Accurate readings up to 2,300°F
- Corrosion-resistant construction: Made with nickel-alloy sheath for durability
- User-friendly design: Easy to install and maintain in industrial setups
- Robust housing: Built to withstand high-temperature environments
- Fast signal transmission: Suitable for real-time process control in commercial kitchens
Perfect for temperature monitoring of food processing and cooking equipment in commercial kitchens or food manufacturing.
Garland 1871901 Technical Specs
The Garland 1871901 Thermocouple K Type features a stainless steel sheath measuring 0.6 inches in height, with a width of 4.05 inches and a depth of 5.6 inches. It operates within a temperature range from -40°F to 2,300°F, ensuring versatility from freezing points to high-heat cooking processes. The thermocouple is constructed primarily of durable nickel-chromium and nickel-alumel alloys, providing resistance to oxidation and corrosion during prolonged use. Designed for industrial-grade environments, it has an output signal compatible with standard temperature control units, enabling accurate real-time monitoring. It is rated for continuous operation without degradation, capable of withstanding high ambient temperatures and frequent sterilization procedures. The device does not incorporate hazardous materials and complies with general manufacturing standards for OEM applications, with typically shipped within 4-8 business days.
- Electrical Requirements: Compatible with standard 24V or 120V control systems
- Construction & Finish: Stainless steel with corrosion-resistant alloy sheath
- Temperature Resistance: Up to 2,300°F operating range, max safe temperature
- Dimensions: 0.6" H x 4.05" W x 5.6" D
- Protection & Maintenance: Easy to clean, withstands repeated sterilizations
- Usage Compatibility: Suitable for equipment monitoring in high-temperature settings
- Electrical compatibility: Connects seamlessly with commercial control panels
- Installation clearance: Requires minimal space for integration
- Wiring setup: Nickel-chromium conductors facilitate straightforward wiring
- Operational environment: Handles high ambient temperatures efficiently
- Maintenance routine: Easily replaceable for long-term operational efficiency
What is a commercial thermocouple K Type?
A commercial thermocouple K type is a precision temperature sensor used in industrial and foodservice settings to measure high or low temperatures accurately. It consists of nickel-chromium and nickel-alumel conductors enclosed within a corrosion-resistant stainless steel sheath, enabling reliable performance in high-temperature environments. Installed typically in process control and monitoring equipment, it is ideal for applications such as cooking ovens, refrigeration units, or manufacturing processes. The Garland 1871901 Thermocouple K Type exemplifies this device, offering precise measurement capabilities up to 2,300°F, making it suitable for high-demand commercial kitchen environments and food production facilities.
Top commercial thermocouple K Type for foodservice settings
Providing high accuracy and durability, Garland 1871901 thermocouples are built for precise temperature monitoring in commercial kitchen workflows, ideal for process control and equipment calibration. Crafted for reliable operation in demanding foodservice environments, they cater to efficient temperature management in moderate workload applications.
- Operation—suitable for medium-volume food processing workflows
- Kitchen setting—optimized for compact commercial kitchen spaces
- Foodservice category—designed for equipment monitoring in food manufacturing
- Workload qualifier—fit for moderate throughput manufacturing
- Use case—effective for precise cooking and refrigeration control
Why Choose Garland 1871901?
Why choose Garland 1871901 over similar industrial thermocouples? Its stainless steel sheath ensures exceptional resistance to high temperatures and corrosion, extending service life in harsh environments. Its compact, OEM design facilitates seamless integration into existing control systems, while its reliable temperature accuracy enhances process consistency. This model’s robust construction minimizes maintenance needs, improving operational efficiency in commercial food production and processing environments.
- Compact OEM design simplifies installation in tight spaces
- Stainless steel sheath provides superior durability and corrosion resistance
- High temperature operation supports diverse food processing tasks
- Consistent, accurate readings improve process control
- Long-lasting, low-maintenance material enhances operational uptime
