TST Series Temperature Transmitter

The original TST series armored platinum resistance temperature transmitter integrates three core components: a precise temperature measurement probe, an intelligent temperature conversion module, and a high-quality protective housing. Its temperature measurement element uses a high-stability platinum resistance sensor. Through an internal high-precision signal processing circuit, including operational amplification, non-linear correction, V/I conversion, constant current excitation, and reverse power protection, the temperature signal is converted into a standard linear relationship electrical signal output.-Temperature transmitter

The product housing is encapsulated with SUS304/316L stainless steel material, and the instrument head is equipped with an aluminum waterproof wiring box. It can also be optionally equipped with a rail-mounted installation box or a top-mounted installation box structure. The product features sensitive response, excellent long-term stability, high measurement accuracy, and a long service life. The installation method is flexible and can be directly connected to various secondary instruments, suitable for temperature measurement of gases and liquids in industrial process control.

Technical Specifications

Measurement range: -20°C to +300°C

Output signal: Standard 0-5VDC voltage or 4-20mA current signal

Display configuration: Optional backlit LCD display for easy on-site data reading

Communication protocol: Customizable CAN bus communication protocol to meet system integration requirements

Core Features

1. Industrial-grade protection design

The temperature probe is housed in a SUS304/316L stainless steel shell, which has excellent corrosion resistance and can be used for long-term stable measurement in various corrosive fluid media.

2. Diverse structure and installation options

It offers a wide range of installation solutions: panel-mounted wiring box, rail-mounted clamp structure, multiple specifications of threaded connectors, and flange connection methods, meeting the on-site installation requirements of complex working conditions.

It is applicable to temperature monitoring in building automation and HVAC systems; process temperature measurement in process industries such as petroleum, chemical, metallurgy and power; as well as temperature control in production environments of light industry, textile and food processing. It is widely used in real-time temperature data collection and monitoring in places such as ventilation ducts, computer rooms and warehouses.