Temperature transmitter technical specifications
1. Temperature transmitters are devices used to measure temperature and convert it into standard output signals. Their technical specifications typically include the following aspects:
● Measurement Range: The range of temperatures that the temperature transmitter can accurately measure, usually expressed in Celsius (°C) or Fahrenheit (°F).
● Accuracy: The deviation between the output signal of the temperature transmitter and the actual temperature, often expressed as a percentage or in temperature units.
● Resolution: The smallest temperature change that the temperature transmitter can detect and output.
● Response Time: The time it takes for the temperature transmitter to respond to a temperature change and produce an output signal, usually measured in seconds.
● Output Signal Type: Common output signal types include analog signals (such as 4-20 mA, 0-10 V), digital signals (such as Modbus, HART), and other standard signals.
● Operating Temperature Range: The temperature range in which the temperature transmitter can operate normally, typically expressed in Celsius.
● Input Power Supply: The voltage and current specifications required for the temperature transmitter's power supply.
● Protection Rating: The external protection rating of the temperature transmitter's housing, often indicated by an IP (Ingress Protection) rating, indicating its dust and water resistance.
● Safety Certifications: Safety certifications obtained by the temperature transmitter, such as CE certification, ATEX certification, etc.
● Size and Mounting Method: The physical dimensions and mounting method of the temperature transmitter, including wall-mounted, flange-mounted, insertion type, etc.
● Other Special Functions: Special functions such as linear compensation, redundant outputs, fault diagnosis, etc.
These technical specifications are typically provided in the product datasheet of the temperature transmitter, and selecting the appropriate temperature transmitter based on application requirements and environmental conditions is crucial.
2. Microcyber’s Digital temperature transmitter
| Head type: NCS-TT106H: HART protocol single-channel temperature transmitter NCS-TT106P: PROFIBUS PA protocol single-channel temperature transmitter NCS-TT106F: FF H1 protocol single-channel temperature transmitter |
| Rail type: NCS-TT106H-R1: HART protocol single-channel temperature transmitter NCS-TT106P-R1: PROFIBUS PA protocol single-channel temperature transmitter NCS-TT106F-R1: FF H1 protocol single-channel temperature transmitter |
| NCS-TT108P: PROFIBUS PA protocol multi-channel temperature transmitter NCS-TT106F-R1: FF H1 protocol multi-channel temperature transmitter |
| Field type: NCS-TT105P: PROFIBUS PA protocol dual-channel temperature transmitter NCS-TT105F: FF H1 protocol dual-channel temperature transmitter |
