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Industrial K-Type Thermocouple Thermometer -50°C ~ 1300°C

Regular price Dhs. 86.00 AED
Regular price Dhs. 63.00 AED Sale price Dhs. 86.00 AED
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SPECIFICATIONS

Industrial K-Type Thermocouple Thermometer | High Temperature Tester with Shielded Probe for Wave Soldering, Oven & Furnace

Product Overview


This professional industrial temperature tester combines a high-precision K-type thermocouple sensor with a high-temperature shielded probe, designed to deliver accurate and reliable temperature measurement in harsh industrial environments. It supports a wide temperature range (-50°C to 1300°C, with 600°C high-temperature options) and is ideal for process monitoring in wave soldering, reflow soldering, ovens, furnaces, and muffle furnaces.

Key Features


1. High Temperature Shielded Sensor


  • Built with PTFE (Teflon) glass fiber wire covered by a stainless steel braided shielding layer
  • Excellent high-temperature resistance and strong anti-interference performance
  • Ensures stable and accurate readings even in electromagnetic noisy industrial environments

2. K-Type Thermocouple Technology


  • Delivers precise temperature measurement with high stability and corrosion resistance
  • Wide temperature range options: -50°C ~ 600°C or -50°C ~ 1300°C
  • Suitable for high-temperature liquid, gas, and solid surface measurement

3. Versatile Industrial Applications


  • Perfect for furnace temperature testing, oven monitoring, wave soldering, and reflow soldering
  • Ideal for muffle furnaces, heat treatment equipment, and laboratory high-temperature experiments
  • Supports ambient air temperature and high-temperature liquid measurement

4. Rugged & User-Friendly Design


  • Handheld, portable form factor for easy on-site operation
  • Clear digital display for quick temperature reading
  • Durable construction to withstand frequent use in industrial settings

Technical Specifications

Parameter Details
Sensor Type K-Type Thermocouple
Temperature Range -50°C ~ 600°C / -50°C ~ 1300°C (optional)
Probe Material PTFE glass fiber wire + stainless steel braided shield
Application Furnace, oven, wave soldering, reflow soldering, muffle furnace, high-temperature liquid/gas
Anti-Interference Strong EMI/RFI shielding
Design Handheld, portable


Applications

  • Electronics Manufacturing: Wave soldering, reflow soldering process temperature monitoring
  • Heat Treatment: Industrial furnaces, muffle furnaces, and high-temperature ovens
  • Laboratory & R&D: High-temperature material testing and environmental measurement
  • Industrial Processing: High-temperature liquid, gas, and ambient temperature detection

Q: What temperature ranges does this thermometer support?


A: It offers two optional temperature ranges: -50°C to 600°C and -50°C to 1300°C, suitable for different high-temperature industrial scenarios.

Q: Is the probe resistant to high temperatures and interference?


A: Yes. The probe uses PTFE (Teflon) glass fiber wire with a stainless steel braided shielding layer, which provides excellent high-temperature resistance and strong anti-interference performance, ensuring stable readings in noisy industrial environments.

Q: What applications is this thermometer suitable for?


A: It is ideal for industrial furnace temperature testing, oven monitoring, wave soldering, reflow soldering, muffle furnace, and high-temperature liquid/gas measurement. It’s widely used in electronics manufacturing, heat treatment, and laboratory R&D.

Q: Is the thermometer easy to operate?


A: Yes. It features a handheld, portable design with a clear digital display, simple on/off operation, and intuitive temperature reading—no complex setup required, perfect for on-site industrial testing.

Q: Can I replace the probe if it gets damaged?


A: Yes, the K-type thermocouple probe is replaceable, allowing you to extend the service life of the thermometer by swapping in a new probe when needed.

Q: What is the sensor type used in this thermometer?


A: It uses a K-type thermocouple sensor, known for high accuracy, stability, and corrosion resistance, making it ideal for high-temperature industrial measurement.

Care Instructions