ABB TTR200.Y0HBS TTR200 Rail-mount temperature transmitter

TTR200.Y0HBS: It may represent a standard configuration or a specific function combination.

TTR200.Y0HBS

No explosion-proof protection design, suitable for non-hazardous areas.

With a thickness of 17.5mm and a compact size, it is easy to install on the control cabinet rail.

Supports multiple input signals such as thermal resistors and thermocouples, and outputs 4 - 20mA superimposed HART signals.

TTR200.Y0HBS is a rail-mounted HART temperature transmitter from ABB. The following is an introduction to its parameters:

Basic characteristics

Model meaning: TTR200 indicates rail-mounted temperature transmitter; Y0 indicates no explosion-proof protection; H indicates the use of HART communication protocol; BS indicates standard configuration.

Dimensions: The thickness is 17.5mm, the size is compact, saving installation space, and it is easy to install on the rail of the control cabinet bracket.

Weight: About 0.180kg, light weight, easy to install and carry.

Color: The shell is gray (RAL 9002).

Electrical characteristics

Input signal: Supports thermal resistors (2, 3, 4 wires), thermocouples, resistance signals (0...5000Ω), voltage signals (-125...+1100mV), can adapt to various types of temperature sensors, and has strong versatility.

Output signal: Using 2-wire technology, the output 4-20mA current signal is linearly related to the temperature, and the HART signal is superimposed, which can realize digital communication with other devices, facilitating remote monitoring and configuration.

Measurement accuracy: The measurement error is ±0.1K, with high measurement accuracy, and can accurately measure temperature changes.

Long-term stability: 0.05% per year, ensuring the stable performance of the transmitter during long-term operation.

Functional characteristics

Communication protocol: Supports HART protocol, which can be configured through FDT/DTM, EDD or FDI standard (FIM), convenient for integration with various automation systems, and realizes remote parameter setting, monitoring and diagnosis.

Self-monitoring function: It has the function of sensor continuity monitoring, and the status is indicated by two LED indicators. The green LED is on to indicate that the transmitter is powered normally, and the red LED is on to indicate that the unit or sensor is faulty. It also supports power supply voltage monitoring and circuit break monitoring, complies with NE89 specifications, and can promptly detect and alarm abnormal conditions of the sensor line.

Software compliance: The software complies with the NE53 standard, ensuring that the device meets the relevant regulatory requirements in terms of function, performance and safety.

Other features

Warm-up time: 5 minutes, the time required to reach a stable working state is short.

Rise time: t90 is 400-1000ms, which can respond quickly to temperature changes.

Measurement value update frequency: 10 times/second, independent of sensor type and sensor circuit, can provide temperature measurement data in a timely manner.