The Piper Products 02-01-034 Temp Probe Type K for Temp Con is a precision thermocouple device designed for accurate temperature measurement within commercial temperature control systems. Engineered by Piper Products, this Type K thermocouple is constructed with durable materials suitable for food processing, refrigeration, and industrial kitchens. The probe features a compact design with dimensions of 2.75 inches in width, 2.9 inches in depth, and a height of 0.75 inches, making it ideal for integration into existing temperature monitoring setups. With its high precision and reliability, the thermocouple ensures consistent temperature readings, facilitating optimal workflow management and quality control in foodservice environments, including cooking, cooling, and storage applications.
Top Piper Products 02-01-034 Features
The Piper Products 02-01-034 Temp Probe Type K offers fast response times and stable performance, making it suitable for real-time temperature monitoring in commercial kitchens. Its stainless steel sheath ensures corrosion resistance and longevity in food processing settings. Designed for ease of use, the probe can be mounted directly into temperature control equipment, providing seamless integration with minimal maintenance. Its compact form factor supports precision placement in confined spaces, improving workflow efficiency. Optimized for use in refrigeration and cooking applications, the probe delivers dependable measurements for temperature-sensitive food safety and quality control processes.
- Functionality: Accurate temperature sensing for precise monitoring
- Durability: Stainless steel construction resists corrosion and wear
- Ease of Maintenance: Simple installation and minimal calibration required
- Application Fit: Compatible with various temperature control units in foodservice
- Workflow Integration: Supports real-time data collection in busy kitchens
Ideal for use in commercial refrigeration and cooking equipment requiring dependable temperature probes.
02-01-034 Technical Specs
The Piper Products 02-01-034 thermocouple features a Type K thermocouple element with an operating temperature range up to approximately 2,300°F (1,260°C). Its stainless steel sheath offers structural integrity and resistance to typical kitchen chemicals, with a weight of only 0.02 lbs for easy handling. The probe's dimensions are: 2.75 inches wide, 2.9 inches deep, and 0.75 inches tall, compatible with standard mounting configurations. Designed for use in both high and low-temperature environments, it maintains accurate readings across a broad thermal spectrum. The device requires no specialized power supply, relying solely on thermocouple principles to deliver instant measurement signals. Its construction supports cleaning with compatible solutions without compromising performance. No hazardous materials are involved, and the product is designated as OEM with no hazardous classification. The probe's design aims for rapid response and stable readings, essential for precise food safety management and process control.
- Electrical Requirements: No external power; thermocouple voltage output
- Temperature Range: Up to 2,300°F (1,260°C)
- Material Construction: Stainless steel sheath for corrosion resistance
- Dimensions: 2.75" W x 2.9" D x 0.75" H
- Weight: 0.02 lbs (product weight)
- Usage Compatibility: Suitable for refrigeration, cooking, and processing applications
- Cleaning & Maintenance: Compatible with food-safe cleaning solutions
- Installation: Direct insertion into temperature control units
- Operating Range: Designed for broad thermal environments from sub-zero to high temperatures
What is a commercial temperature probe?
A commercial temperature probe is a device designed for accurate measurement of thermal conditions in professional foodservice and industrial environments. Typically featuring stainless steel construction for durability, these probes are used to monitor cooking, cooling, or storage temperatures. The Piper Products 02-01-034 Temp Probe Type K is a precision thermocouple suitable for insertion into processing equipment, providing real-time temperature data essential for maintaining food safety and quality standards. Installed in refrigeration units, ovens, or process lines, this probe ensures consistent operation—ideal for medium-volume restaurant kitchens and cold storage facilities needing reliable temperature monitoring systems.
Top commercial thermocouple probes for foodservice environments
High-quality temperature sensing devices designed for reliable performance in commercial kitchens, Piper Products 02-01-034 offers robust construction and precise readings. Suitable for moderate-throughput food processing and storage, this OEM thermocouple fits seamlessly into professional refrigeration and cooking workflows. Piper Products 02-01-034 is built for durable, accurate measurement in diverse foodservice applications.
- Operation in medium-volume kitchens supports consistent temperature control
- Compact design suitable for tight installation spaces
- Ideal for refrigeration and culinary equipment integration
- Resilient stainless steel sheath withstands rigorous kitchen use
- Designed for reliable data collection in food preparation settings
Why Choose Piper Products 02-01-034?
Compared to standard thermocouple probes, the Piper Products 02-01-034 offers superior durability with stainless steel construction and highly accurate Type K performance, ensuring dependable temperature readings in demanding environments. Its compact, OEM design facilitates effortless installation and maintenance, enhancing operational efficiency in professional kitchens. Featuring a proven performance record, it supports rigorous temperature control workflows, improving food safety and process reliability.
- Compact, OEM design for seamless integration into existing systems
- Stainless steel sheath promotes longevity in food environments
- Accurate Type K thermocouple with broad temperature range
- Self-contained sensor requiring no external power supply
- Optimized for durability and consistent measurement performance
