DTC14

Technical features:

Measurement ranges:
K: –200 ÷ +1372 °C
T: –200 ÷ +400 °C
J: –200 ÷ +1200 °C

Resolution: 0.01 °C below 1000 °C, 0.1 °C above

Accuracy: < ±(0.3%|t|+0.40) °C ; ±0.1 °C after calibration

Protection: IP52

Power supply: 3 AAA batteries (alkaline or rechargeable) – battery life 200 h

Dimensions: 174 × 73 × 40 mm

Supplied accessories: hard carrying case, rubber protective cover, USB cable, batteries

DTC14 Thermocouple Thermometer for Professional Applications

The DTC14 thermocouple thermometer is designed for precise and reliable temperature measurement in professional environments. This instrument supports multiple thermocouple types, including K, T, and J, making it suitable for a wide range of industrial and laboratory applications.

The DTC14 thermocouple thermometer features a clear display that allows real-time visualization of temperature values from multiple input channels. This capability enables technicians to monitor several measurement points simultaneously, improving efficiency and accuracy during testing and monitoring operations.

Additionally, the DTC14 thermocouple thermometer offers high resolution and excellent measurement accuracy, even at extreme temperatures. The device is ideal for applications requiring detailed temperature analysis, such as process control, equipment testing, and quality assurance.

Furthermore, the robust housing and IP52 protection make the DTC14 thermocouple thermometer suitable for daily professional use in demanding environments. The ergonomic design ensures comfortable handling, while the included protective accessories enhance durability during transport and field use.

The DTC14 thermocouple thermometer is widely used in industrial maintenance, laboratory research, HVAC diagnostics, and technical training environments. Its compatibility with different thermocouple types provides flexibility for technicians working across multiple applications.

Finally, the DTC14 thermocouple thermometer integrates easily into professional workflows, offering consistent measurement results, long-term reliability, and ease of operation for temperature monitoring tasks.

Thermocouple measurements are widely used in industrial applications according to international IEC standards.