Cooper Atkins 50335-K 4-1/2 Inch Needle Tip Probe with 48 Inch Cable
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- Robust stainless steel construction for durability
- Fast 4-second response supports high-speed workflows
- Temperature range from -40°F to 500°F ensures versatility
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The Cooper-Atkins 50335-K Needle Tip Probe is a precision industrial temperature measurement tool designed for professional foodservice applications. This probe features a 4-1/2" (114mm) shaft length with a 1/8" (3.2mm) diameter for accurate penetration of food products. Its broad temperature range from -40°F to 500°F (-40°C to 260°C) ensures reliable performance in diverse cooking, cooling, and freezing environments. With a rapid 4-second response time in liquid, this Type K probe provides precise readings essential for quality control, workflow efficiency, and safety compliance in commercial kitchens and food manufacturing settings. The 48" (1.2m) extended cable facilitates flexible operation and ease of integration into existing equipment, making it ideal for professional chefs, quality assurance teams, and food industry technicians seeking dependable temperature monitoring.
The Cooper-Atkins 50335-K Needle Tip Probe offers robust craftsmanship with a stainless steel construction for durability under rigorous use. Its needle tip ensures precise food temperature penetration, while the 4-Second liquid response time supports rapid decision-making in high-demand environments. Designed for ease of cleaning and maintenance, the probe's slim profile and removable cable enhance workflow efficiency. Its compatibility with various food products makes it suitable for continuous monitoring in processing lines or cooking stations. The extended 48" cable allows flexible placement within busy kitchen layouts, supporting seamless integration with existing temperature management systems.
Ideal for professional foodservice units requiring reliable temperature data collection.
The Cooper-Atkins 50335-K Needle Tip Probe is engineered as a Type K thermocouple device, with an operating temperature range from -40°F to 500°F (-40°C to 260°C). Constructed from stainless steel, it weighs approximately 0.19 lbs, ensuring durability without added bulk. The probe's slender 1/8" diameter shaft and tip facilitate precise food penetration, while the 48" (1.2m) cable supports flexible positioning during measurement routines. Its design accommodates frequent cleaning and sterilization, vital for maintaining hygiene standards in commercial kitchens. With a rapid response time of 4 seconds in liquid environments, it guarantees accurate temperature data crucial for food safety and quality assurance. This probe is compatible with diverse food processing and preparation workflows, including cooking, cooling, and holding processes.
A commercial probe is a high-precision temperature measurement instrument designed for professional foodservice and processing environments. It features durable, food-safe materials and a fast response time, supporting accurate core temperature testing of cooked, cooled, or frozen foods. Installed in kitchens, laboratories, and industrial food production facilities, the Cooper-Atkins 50335-K Needle Tip Probe provides essential data for monitoring product quality and safety in mid- to high-volume operations.
Building quality, fast response, and reliable performance, the Cooper-Atkins 50335-K thermocouple probe is suitable for continuous temperature monitoring in bustling commercial kitchens and processing lines. Endorsed for precision, robust construction, and versatile use, it supports medium workload operations in food preparation and safety management. Cooper-Atkins 50335-K excels in environments demanding quick, accurate assessments, making it ideal for professional foodservice settings.
Designed with robust stainless steel construction and a compact form factor, the Cooper-Atkins 50335-K offers superior durability and quick, accurate readings. Its extended cable flexibility enables easy placement in busy food environments, supporting efficient workflow and hygiene standards. Unlike comparable probes, its rapid response time and ease of maintenance improve overall operational efficiency and measurement precision.
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