Taylor 9405N High Accuracy Waterproof K-Type Thermocouple with probe
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The Taylor 9405N High Accuracy Waterproof K-type Thermocouple is a precision temperature sensing device designed for professional foodservice environments requiring reliable, real-time thermal measurements. Engineered by Taylor Precision, this thermocouple features high sensitivity and stability, with a waterproof sheath suitable for demanding applications. Its robust construction ensures consistent performance under harsh conditions, making it ideal for precise culinary monitoring, process validation, and sanitation compliance. The probe is equipped with a durable cable and connector system, capable of enduring moisture exposure and cleaning processes in commercial kitchens, food manufacturing, and laboratory settings. With a flexible design, this model provides accurate readings across a wide operating temperature range, supporting precise process control in diverse food processing workflows.
The Taylor 9405N thermocouple offers high-precision K-type temperature measurement with waterproofing for seamless integration into wet or sanitized environments. Its durable probe, made from corrosion-resistant materials, ensures longevity and stability in commercial foodservice applications. The probe’s design enables easy insertion and cleaning, supporting HACCP-compliant workflows. Suitable for use in sous-vide baths, cooking validation, and cold chain monitoring, it enhances accuracy and operational efficiency. The device’s response time and temperature range are optimized for fast, reliable readings crucial for quality assurance in food production and distribution.
Ideal for food safety monitoring and process validation in commercial kitchens and food manufacturing.
The Taylor 9405N thermocouple features a self-contained K-type sensor with a waterproof sheath constructed from corrosion-resistant materials, supporting operation within a temperature range from -58°F to 2,372°F (-50°C to 1,300°C). The device’s compact probe weighs approximately 0.58 lbs, with dimensions optimized for insertion into various food processing equipment. Powered by the thermocouple principle, it offers fast response times and stable readings essential for accurate process control. The probe’s stainless steel finish ensures food safety and ease of sanitation, compatible with standard cleaning routines. Designed for demanding commercial environments, it operates reliably in high-humidity conditions, providing continuous, precise temperature data for critical control points.
For installation, ensure proper clearance around the probe for cleaning and maintenance; use compatible thermocouple extension cables for measurement accuracy; verify temperature range suitability within your processing environment; accommodate moisture exposure through waterproof sheathing; and incorporate regular calibration checks to maintain measurement precision.
A commercial thermocouple is a sensor designed for precise temperature measurement in industrial, foodservice, or laboratory settings. It consists of two dissimilar metals joined at one end to produce a voltage proportional to temperature differences. The Taylor 9405N high accuracy waterproof K-type thermocouple is installed within process equipment or used for direct measurement in culinary environments. It offers quick response, durability, and wide temperature tolerance, making it suitable for applications such as cooking validation, cold chain monitoring, and sanitation verification. Its waterproof sheath and food-safe construction allow consistent performance in wet or sanitized conditions, supporting rigorous food safety standards and operational workflows in professional kitchens and manufacturing facilities.
Designed for precise temperature measurement in professional kitchens, the Taylor 9405N thermocouple provides durable, waterproof performance suited for process validation and sanitation checks. Constructed by Taylor Precision, this model supports accurate, fast readings in demanding foodservice environments where reliability and easy maintenance are critical for operational consistency.
Why choose the Taylor 9405N compared to similar industrial thermocouples? Its waterproof, corrosion-resistant design ensures longevity in moist environments, while its high-precision calibration supports strict temperature measurement standards. The compact, food-safe construction facilitates integration into diverse food processing workflows, streamlining temperature monitoring and reducing maintenance downtime. Its reliability under harsh conditions improves process consistency, making it a versatile choice for professional kitchens and food manufacturing facilities.
