NCS-TT306H series HART temperature transmitter

- Microcyber
- China
- In Stock
- 500 Sets/Month
NCS-TT306 Series HART Temperature Transmitter:
1. Certified by CE, Ex ia, EMC, SIL2 and HART
2. Dual channel, supporting multiple thermistor and thermocouple sensors, and supporting redundant hot backup of sensors
3. Supports 2/3/4-wire when connecting thermal resistors
4. The cold end compensation accuracy of the thermocouple can reach ± 0.15 ℃ (externally connected Pt100)
5. High precision (Pt100: ± 0.1 ℃), low-temperature drift (Pt100: ± 0.003 ℃/℃)
6. EDD/SSD/FDI/DTM are provided, which are compatible with various DCS systems
NCS-TT306H series HART temperature transmitter
NCS-TT306H series HART temperature transmitter is a high-precision, low-temperature drift, and high-reliability product, including head-mounted NCS-TT306H and rail-mounted NCS-TT306H-R. It is indispensable in process control. Field equipment. The device integrates a wealth of functional modules, which can not only implement general detection functions, but also implement complex control strategies.
NCS-TT306H adopts digital technology and can be applied to a variety of thermal resistance and thermocouple sensors. It has a wide range and a simple interface between the field and the control room, and can greatly reduce installation, operation and maintenance costs.
NCS-TT306H series temperature transmitter supports 4-20mA+HART protocol and LCD display, and can be widely used in petroleum, chemical, electric power, metallurgy and other industries.
NCS-TT306 Series HART Temperature Transmitter size shown:
NCS-TT306 Series HART Temperature Transmitter wiring shown:
The power supply and bus signal of the temperature transmitter share a pair of cables, which are called bus cables. It is recommended to use the dedicated fieldbus cable recommended by IEC61158-2. Signal cables and bus cables should not share conduits or open wire troughs with power cords of other equipment, and should be kept away from high-power equipment. The shielded wires at both ends of the bus are grounded using single-ended grounding.
NCS-TT306 Series HART Temperature Transmitter Configuration
Topological Connection
The topological connection methods of the NCS-TT306H series HART temperature transmitter can be divided into two types: 4~20mA compatible mode and networking mode
The NCS-TT306H series HART temperature transmitter 4-20mA compatible mode topology connection diagram is shown in Figure
4~20 mA Compatibility mode topology diagram
NCS-TT306 Series HART Temperature Transmitter Features:
(1) Connect to the upper-level control system through HART communication equipment
(2) Analog and digital communication methods are shared
(3) The short address of the HART slave device is 0
NCS-TT306 Series HART Temperature Transmitter technical indicators of thermal power resistance:
RTD Accuracy (25℃)
Signal type | Sensor measuring range (℃) | Accuracy (25℃) | Temperature drift (/℃) |
resistance signal | 0~500Ω | ±0.04Ω | ±0.001Ω |
0~2000Ω | ±0.35Ω | ±0.015Ω | |
0~4000Ω | ±0.35Ω | ±0.015Ω | |
0~8000Ω | ±0.7Ω | ±0.03Ω | |
Cu50 | -50 ~ 150 ℃ | ±0.10℃ | ±0.005℃ |
Cu50_GOST | -180 ~ 200 ℃ | ±0.10℃ | ±0.005℃ |
Cu100 | -50 ~ 150 ℃ | ±0.10℃ | ±0.003℃ |
Cu100_GOST | -180 ~ 200 ℃ | ±0.10℃ | ±0.003℃ |
Pt50_GOST | -200 ~ 850℃ | ±0.10℃ | ±0.005℃ |
Pt100 | -200 ~ 850℃ | ±0.10℃ | ±0.003℃ |
Pt100_GOST | -200 ~ 850℃ | ±0.10℃ | ±0.003℃ |
Pt200 | -200 ~ 850℃ | ±0.10℃ | ±0.005℃ |
Pt500 | -200 ~ 850℃ | ±0.10℃ | ±0.005℃ |
Pt1000 | -200 ~ 850℃ | ±0.10℃ | ±0.005℃ |
Ni50 | -60 ~ 180℃ | ±0.10℃ | ±0.004℃ |
Ni100 | -60 ~ 180℃ | ±0.10℃ | ±0.002℃ |
Ni120 | -60 ~ 180℃ | ±0.10℃ | ±0.002℃ |
Ni1000 | -60 ~ 180℃ | ±0.10℃ | ±0.002℃ |
NCS-TT306 Series HART Temperature Transmitter thermocouple technical indicators
Thermal Couple Accuracy (25℃)
Signal type | Sensor measuring range (℃) | Accuracy (25℃) | Temperature drift (/℃) |
millivolt | -100 ~ +100mV | ±0.025mV | ±0.0015 mV |
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℃ |
L_GOST | -200 ~ 800℃ | ±0.50℃ | ±0.0375℃ |
A(W5ReW20Re) | 0 ~ 800℃ | ±1.45℃ | ±0.06℃ |
C(W5ReW26Re) | 0 ~ 800℃ | ±1.15℃ | ±0.09℃ |
D(W3ReW25Re) | 0 ~ 800℃ | ±1.55℃ | ±0.07℃ |
NiCrAuFe | -273 ~ 7℃ | ±0.65℃ | ±0.020℃ |
CuAuFe | -270 ~ -196℃ | ±0.85℃ | ±0.035℃ |