Industrial Temperature transmitter
Compact Temperature Transmitter
General Purpose Temperature Transmitter
Temperature transmitter threaded connection
Threaded Temperature Transmitter
Industrial Temperature transmitter
Compact Temperature Transmitter
General Purpose Temperature Transmitter
Temperature transmitter threaded connection
Threaded Temperature Transmitter

General Industrial Temperature Transmitter

This industrial temperature transmitter has a measuring temperature range of -200 to 500 ℃. It has a variety of interfaces and probe rods to realize different combination effects, suitable for different working conditions. When in flammable and explosive environments, the intrinsically safe and explosion-proof temperature transmitter is optional. We support OEM; our professional technicians can provide you with a free temperature measurement solution.

  • Range:-200~500℃
  • Output:4~20mA, RS485, 0~10VDC, 0-5VDC, 1~5VDC, Pt100(1/3B class)
  • Power supply:12~36VDC, 15~36VDC, 15~24VDC
  • Accuracy:0.25%FS, 0.5%FS
  • Provide a customized solution
  • Wide voltage power supply, non-linear correction, high accuracy
  • Small size, light weight, easy to install
  • Lightning strike and frequency cut-off interference design, strong anti-interference capability
  • Wiring reversal and over-voltage protection, current limiting protection

General Industrial Temperature Transmitter Description

Sino-Inst’s Industrial Temperature Transmitter utilizes Pt100 (Class 1/3B) as the signal measuring element. It is computerized and automatically tested with a laser tuning process for wide temperature range accuracy and sensitivity temperature compensation. The amplifier circuit is located in the stainless steel housing and converts the sensor signal into a standard output signal. It is an ideal temperature measuring instrument in the field of industrial automation.

The industrial temperature transmitter with a Pt100 sensor produces a resistance effect when affected by temperature. The resistance signal is converted into a differential voltage signal by a special processing unit. This signal is converted into a standard analog or digital signal by a special amplifier, which converts the signal corresponding to the range.

Read More about: Intelligent Explosion-Proof Temperature Transmitter

Industrial Temperature transmitter

General Industrial Temperature Transmitter Parameters

Measuring medium Liquid or gas, etc. (compatible with contact materials)
Measuring range -200500℃
Output signal 420mARS485010VDC05VDC15VDCPT100 (1/3B grade)
Power supply 1236VDC1536VDC15~24VDC(Specially for intrinsic safety)
Accuracy class 0.25%FS0.5%FS
Resolution Analog output 0.02% FS, digital output 0.1°C
Measuring element 1*Pt100 (1/3B grade)
Response time Protection tube φ6mm≈18s, protection tube φ10mm≈36s (compliant with IEC60751, 0.4m/s water flow, 10°C step)
Stability ±0.1%FS/year
Response time 400ms
Explosion-proof type Intrinsically safe Ex ia ⅡC T6 Ga (4-20mA output only)
Protection level Without display IP65, With display IP54

Note: The above protection level refers to the level achieved after the electrical connection is complete

Power range
Voltage type ≤0.008Us(W)≤0.001Us(W)
Current type ≤0.02Us(W)
Digital type ≤0.015Us(W)
Load characteristics Current type: load ≤ {(Us-9)/0.02 (Us=supply voltage)}Ω
Protection level Without display IP65, With display IP54

Note: The above protection level refers to the level achieved after the electrical connection is complete

Ambient temperature -4085℃
Ambient humidity 0%95%RH(No condensation, no dew condensation)
Electrical protection
Short-circuit protection permanent
Reverse polarity protection No damage, but not working
Insulation resistance ≥100MΩ,500VDC
Dielectric strength 500VAC
Output limitation
Minimum output 2.5mA00.001VDC
Maximum output 26mA3500/700010.2VDC5.2VDC
Material
Protective tube 304 stainless steel (contacting the measured medium)
Process connection 304 stainless steel (contacting the measured medium)
Housing 304 stainless steel
Display housing ABS engineering plastics (LED display)
Hissmann connector ABS engineering plastics
Mechanical stability
Vibration resistance 10g (20…2000Hz) complies with IEC60068-2-6 standard
Shock resistance 500g/ms in compliance with IEC60068-2-27 standard

Get Free Quote of Industrial Temperature Transmitter

We are a supplier of temperature transmitters based in China. If you need to buy temperature transmitters, please feel free to choose us. Our industrial temperature transmitters can also provide customized products to meet the needs of customers’ applications within a short period of time. Our products are EMC and pressure-resistant, and can be adapted to a variety of complex working conditions.

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General Industrial Temperature Transmitter Applications

Temperature transmitters are mainly used in various industrial processes.

In the industrial field, temperature transmitters are used for process control, product quality monitoring and equipment condition monitoring. For example, temperature transmitters are used in the steel, chemical, and electronics industries to monitor temperature changes in materials in real time.

In HVAC, temperature transmitters can be installed in air conditioning systems to monitor and control the temperature of the room.

In the field of medical equipment, temperature transmitters can be installed in medical equipment, such as blood analyzers, thermometers, etc., for monitoring and controlling the temperature inside the equipment.

In the field of environmental monitoring, temperature transmitters are used in meteorological observation, soil monitoring, and water quality monitoring. For example, meteorological temperature transmitters can be used for weather forecasting and climate research, and soil temperature sensors can be used for agricultural production and soil protection.

Compact Temperature Transmitter

More Detail

What are the types of temperature transmitters?

After our summary and analysis, temperature transmitters are mainly divided into the following types.

Thermocouple temperature transmitter: Used to measure the thermocouple signal and convert it to a standard signal output.

RTD temperature transmitter: Used to measure the RTD signal and convert it to a standard signal output.

Infrared Temperature Transmitter: It is used to measure the infrared radiation temperature on the surface of the object and convert it to a standard signal output.

All-in-one temperature transmitter: It integrates a temperature sensor and transmitter in one package. It can also be with on-site display and remote transmission, communication protocol and other signals.

Remote Temperature Transmitter: It refers to the temperature transmitter module and temperature sensor, divided into two parts of the package temperature transmitter. Because the temperature sensor leads and probe size are not restricted. Therefore, it is suitable for the environment with narrow installation space, strong vibration, and high measurement temperature.

A split temperature transmitter can be based on the upper circuit requirements of the output signal, which has a variety of options. A temperature transmitter probe can also be installed according to the requirements of the choice of threaded, straight pipe, fixed piece and other forms.

What’s the best Industrial Temperature Transmitter Brand?

Sino-Inst is the best temperature transmitter brand. Our products have been well-received by many customers. We are a supplier of temperature transmitters based in China. We have a complete range of temperature transmitters and a good supply chain.

What is the Difference between RTD and a Temperature Transmitter?

The full name of RTD is “Resistance Temperature Detector”.

RTD is a special kind of resistor whose resistance value increases with the increase of temperature and decreases with the decrease of temperature. This property is utilized in industry for temperature measurements.

A temperature transmitter converts the raw signal from the RTD sensor into an electronic signal. Depending on the operating principle, temperature transmitters can also convert the signals from other sensors (e.g. thermocouples) into electronic signals for display.

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