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NCS-TT106H-R Smart Temperature Transmitter
Microcyber NCS-TT106H-R temperature transmitter provides a flexible and reliable temperature measurement solution. As a high-precision smart temperature transmitter, its excellent performance is reflected in signal reliability, long-term stability, high precision and advanced diagnostic functions, which minimizes the risk of use.
NCS-TT106H-R Series Smart Temperature Transmitter:
1. Support two-wire (4~20) mA+HART output
2. Support dual-channel sensor input
3. Support 4 kinds of thermal resistance and 8 kinds of thermocouple signals
4. Thermal resistance supports 2, 3, 4 wire wiring
5. The cold junction compensation accuracy of voltage signal can reach ±0.15℃
6. High precision (better than 0.1 level), low temperature drift (better than ±50ppm/℃)
Product Description
NCS-TT106H-R series smart temperature transmitter: provides a flexible and reliable temperature measurement solution. As a high-precision smart temperature transmitter, its excellent performance is reflected in signal reliability, long-term stability, high precision and advanced diagnostic functions, which minimizes the risk of use.
Smart temperature transmitter outline dimension drawing:
Dimensional drawing (unit: mm)
Smart temperature transmitter wiring diagram:
Temperature transmitter wiring diagram
NCS-TT106H-R smart temperature transmitter supports HART protocol and can be widely used in petroleum, chemical, electric power, metallurgy and other industries.
NCS-TT106H-R smart temperature transmitter thermal resistance technical indicators:
RTD room temperature accuracy index (25°C)
Signal type | Suggested range of use (°C) | Accuracy (25°C) | Temperature drift (/ ℃) |
Resistance | (0 ~ 500)Ω | ±0.04Ω | ±0.001Ω |
(0 ~ 4000)Ω | ±0.35Ω | ±0.015Ω | |
PT100 | (-200 ~ 850)℃ | ±0.15℃ | ±0.003℃ |
PT1000 | (-200 ~ 850)℃ | ±0.15℃ | ±0.005℃ |
Cu50 | (-50 ~ 150)℃ | ±0.15℃ | ±0.005℃ |
Cu100 | (-50 ~ 150)℃ | ±0.10℃ | ±0.003℃ |
NCS-TT106H-R smart temperature transmitter thermocouple technical indicators:
TC accuracy index:
Signal type | Suggested range of use (°C) | Accuracy (25°C) | Temperature drift (/ ℃) |
Millivolt | (-100 ~ 100)mV | ±0.025mV | ±0.001mV |
B | (500 ~ 1810)℃ | ±0.77℃ | ±0.050℃ |
E | (-200 ~ 1000)℃ | ±0.20℃ | ±0.025℃ |
J | (-190 ~ 1200)℃ | ±0.35℃ | ±0.01℃ |
K | (-200 ~ 1372)℃ | ±0.40℃ | ±0.025℃ |
N | (-190 ~ 1300)℃ | ±0.50℃ | ±0.015℃ |
R | (0 ~ 1768)℃ | ±0.75℃ | ±0.023℃ |
S | (0 ~ 1768)℃ | ±0.70℃ | ±0.023℃ |
T | (-200 ~ 400)℃ | ±0.35℃ | ±0.015℃ |
NCS-TT106H-R Smart temperature transmitter detailed data:
Input | Pt100、Pt1000、CU50、CU100、0~500Ω、0~4000Ω B,E,J,N,K,R,S,T eight kinds of Thermocouple -100mV~100mV voltage signal |
Output | Single 2-wire device, using 4-20mA/HART, linear with input |
Power supply | 11~35VDC |
Channel | two channels |
RTD wiring | 2-wire, 3-wire, 4-wire |
Temperature limit | -40~85℃ |
Humidity limit | 0-95% relative humidity |
Start time | ≤5s |
Update time | 0.8~1.3s depends on sensor type and wiring |
Enclosure protection class | IP20 (terminal IP00) |
Isolation | 1000VAC |
Power impact | ±0.005%/V |
Electromagnetic compatibility | Immunity requirements for industrial sites in GB/T 18268.1-2010 "Electromagnetic Compatibility Requirements for Electrical Equipment for Measurement, Control and Laboratory Use - Part 1: General Requirements" The power interface test method adopts GB/T 18268.23-2010 "Electromagnetic Compatibility Requirements for Measurement, Control and Laboratory Electrical Equipment Part 23: Special Requirements for Test Configuration, Working Conditions and Performance Judgment of Transmitters with Integrated or Remote Signal Conditioning" according to" |
Error alarm | Linear output: 3.8 ≤ I ≤ 20.8 Upper limit failure: 21.75 ≤ I ≤ 23 Lower limit failure: 3.5 ≤ I ≤ 3.7 |
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