General Introduction

The T300 Handheld Melting Temperature Tester is a high-precision device designed for rapid temperature measurement in the melting processes of industries like metallurgy and foundry.

Main Features

Fast Temperature Measurement: It can measure temperature quickly, usually taking only 3 to 5 seconds to complete a measurement, and has a screen prompt to lock the temperature when the measurement is done.

Dual Display: The temperature data is displayed simultaneously on its own display screen and an external wireless LED large screen, and the software system records the data in real time.

Long-distance Wireless Transmission: The wireless transmission distance can reach 1000 meters without obstruction (requires the temperature measuring gun with wireless transmission function).

Gun Number Setting: The gun number can be set (such as the ROV-T302 temperature measuring gun), and the gun number is automatically remembered. It can be set to correspond to the furnace number, enabling automatic management of the measured temperature of each furnace through the software management system. However, this function needs to be used in conjunction with the upper computer software.

High-Quality Construction: With a durable and robust build, it can withstand the harsh working environments in melting operations.

Technical Parameters

Measurement Range: It can be adapted to different melting materials and processes with a wide measurement range. When paired with corresponding thermocouples, it may cover temperature ranges such as 0 - 1000℃ for aluminum and zinc melts, 0 - 1750°C for steel, iron, and copper melts, and 0 - 2000°C for high-temperature steel and iron melts.

Accuracy: The accuracy is high, usually reaching ≤±0.2%±1℃.

Resolution: The resolution can be up to 1℃.

Response Time: The response time is short, generally within 1 second.

Power Supply: It uses a rechargeable nickel-metal hydride battery (usually can measure temperature thousands of times after a single charge).

Thermocouple Compatibility: It can be used with 5 types of thermocouples, such as single platinum rhodium (KS-602/T4, KR-602/T4), double platinum rhodium (KB-602/T4), tungsten rhenium (KW-602), and nickel chrome-nickel silicon (K).

Applications

Metallurgical Industry: It is mainly used to measure the temperature of molten metal such as steel, iron, and copper in steelmaking, foundry and other processes, helping to control the melting temperature accurately and improve the quality of metal products.

Glass Manufacturing: It can monitor the temperature of molten glass to ensure the stability of the glass melting process and the quality of glass products.

Ceramic Production: It is used to measure the temperature of the material in the ceramic sintering process, which is of great significance for mastering the firing temperature and improving the quality of ceramics.