KIMO INSTRUMENT TM 210-R Transmitter Temperature Sensor

KIMO INSTRUMENT TM 210-R Transmitter Temperature sensor stands as a benchmark for accuracy and long-term reliability. Engineered to thrive in demanding environments, this sophisticated instrument integrates advanced sensor technology with versatile output configurations to provide seamless thermal monitoring. Whether managing complex HVAC systems or overseeing sensitive industrial processes, the TM 210-R ensures data integrity through its robust design and high-performance stability.

The TM 210-R is ideal for application in the automation, energy, and industrial sectors due to its versatility in producing output signals and its simplicity of integration into control systems.TM 210-R can measure up to two temperatures.

Specification of KIMO INSTRUMENT TM 210-R Transmitter Temperature sensor

• Measurement of Temperature Depending on the kind of sensor (thermocouple or RTD/PT100), the range is -200°C to +850°C.
• Signal Output: Analog: 0-10V, 4-20 mA. Digital: HART (optional) or Modbus RTU.
• Depending on the kind of sensor and operating conditions, accuracy ranges from ±0.1°C to ±0.5°C.
• Housing Material: Special materials for corrosive applications or stainless steel 304/316.
• Process Connection: flange connection upon request, G1/4, or 1/2″ NPT.
• Protection of the Environment: IP65/IP67 for resistance to water, dust, and outside pollutants.
• -200°C to +850°C is the operating temperature range for the sensor. Electronics: -40 to +85 degrees Celsius.
• Maximum Pressure: Depending on the model, up to 40 bar.
• 12V to 36V DC is the power source.
• RoHS, CE, and ATEX certifications are optional for usage in hazardous environments.

Applications of KIMO INSTRUMENT TM 210-R Transmitter Temperature sensor

• Pressure measurement, etc. of various types of liquids and gasses.
• The absolute pressure transmitter is widely used wherever elevation above altimeter measurement is required, such as navigation systems.
• Nowadays, these transmitters are also contributing to the weather forecasting field for barometric measurements. They allow weather stations to be miniaturized. For instance, one can forecast the weather using tiny sensors in smartphones or tablets.
• Most of the industrial applications demand a partial vacuum. This applies in the case of food packaging systems, where residual pressure determines the life of the inside product. The absolute pressure sensor helps ensure the same pressure in each package.
• Absolute pressure transmitters are also used in the automation industry. In petrol and diesel vehicles,

Benefits  &  Features  of KIMO INSTRUMENT TM 210-R Transmitter Temperature sensor