NCS-TT106 Temperature Transmitter
- Microcyber
- Liaoning, China
- In Stock
- 500 Sets/Month
NCS-TT106 temperature transmitter supports FF H1(Foundation Fieldbus) HART and Profibus PA protocoIs and multiple temperature sensors. With independent R&D communication controller, it has become a fieldbus temperature transmitter with high performance.
1. Support 4 types of thermal resistance and 8 types of thermocouple
2. Thermal resistance supports 2-wire, 3-wire and 4-wire
3. The cold junction compensation accuracy of thermocouple can reach ±0.15 ℃
4. High precision (better than grade 0.1), low temperature drift (better than ±50ppm/℃ )
5. FCG interoperability test certification (ITK 6) and PNO interoperability test certification (PA profile 3.02), comply with HART 7
6. CE, explosion-proof (intrinsically safe, flameproof) certification
Overview
NCS-TT106F intelligent temperature transmitter adopts field bus technology, is a new generation of intelligent temperature transmitter, is an indispensable field device in process control. The device integrates a wealth of functional modules, which can achieve both general detection functions and complex control strategies.
NCS-TT106F adopts digital technology and can be applied to a variety of thermal resistance and thermocouple sensors. It has a wide measuring range and a simple interface between the field and the control room.
NCS-TT106F series intelligent temperature transmitter supports Foundation Fieldbus protocol, which can be widely used in petroleum, chemical, electric power, metallurgy and other industries.
Temperature transmitter installation
Dimensions
Installation
Via positioning hole, use two screws to install the temperature module to temperature housing or rail.
Wiring
The power supply of NCS-TT106F temperature transmitter and bus signal share a pair of cables, called bus cable. It is recommended to use the fieldbus dedicated cable recommended by IEC61158-2. The signal cable and bus cable should not share the conduit or open channel with the power cables of other equipment, and should be far away from high-power equipment. The shielded wires at both ends of the bus are grounded by single-ended grounding.
Technical specifications
Basic parameters
Bus interface | FOUNDATION FIELDBUS |
Bus power | 9～32VDC 9～17.5VDC（Intrinsically safe） |
Input signal | Pt100、Pt1000、CU50、CU100、0～500Ω、0～4000Ω resistance; B E J K N R S T thermocouple、-100mV～100mV、Custom defined TC、Custom defined RTD |
Number of channels | Single channel |
RTD wiring | 2-wire、3-wire、4-wire |
Update time | 0.5s |
Operating temperature | -40～85℃ |
Storage temperature | -40～85℃ |
Humidity range | 5～95%RH |
Electrical isolation | 1000VAC |
Voltage effect | ±0.005%/V |
Protection level | Terminal IP00 ;Housing IP40 |
Explosion-proof | Ex ia IIC T4 Ga |
EMC | GB/T 18268.1-2010 Immunity requirements for industrial sites in "Electromagnetic Compatibility Requirements for Electrical Equipment for Measurement, Control, and Laboratory Use Part 1: General Requirements" GB/T 18268.25-2010 "Electromagnetic compatibility requirements for electrical equipment for measurement, control and laboratory use-Part 25: Special requirements. Test configuration, working conditions and performance criteria for field devices whose interfaces conform to IEC 61784-1, CP 3/2" |
Thermal resistance technical index
RTD Normal temperature accuracy index（25℃）
Signal type | Recommended range（℃） | Accuracy | Temperature drift (per ℃) |
Resistance signal | 0~500Ω | ±0.04Ω | ±0.001Ω |
0~ 4000Ω | ±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℃ |
RTD Other technical indicators
Wiring | 2、3、4 |
Common mode rejection ratio | ≥70dB（50Hz & 60HZ） |
Differential mode rejection ratio | ≥70dB（50Hz & 60HZ） |
Thermocouple technical indicators
Thermocouple room temperature accuracy index（25℃）
Signal type | Range | Recommended range | Accuracy | Temperature drift (per ℃) |
mV | -100mV~+100mV | -100mV~+100mV | ±0.025mV | ±0.001 mV |
B | 0℃~1820℃ | 500℃~1810℃ | ±0.77℃ | ±0.050℃ |
E | -270℃~1000℃ | -200℃~1000℃ | ±0.20℃ | ±0.025℃ |
J | -210℃~1200℃ | -190℃~1200℃ | ±0.35℃ | ±0.01℃ |
K | -270℃~1372℃ | -200℃~1372℃ | ±0.40℃ | ±0.025℃ |
N | -270℃~1300℃ | -190℃~1300℃ | ±0.50℃ | ±0.015℃ |
R | -50℃~1768℃ | 0℃~1768℃ | ±0.75℃ | ±0.023℃ |
S | -50℃~1768℃ | 0℃~1768℃ | ±0.70℃ | ±0.023℃ |
T | -270℃~400℃ | -200℃~400℃ | ±0.35℃ | ±0.015℃ |
Other technical indicators of thermocouple
Compensation accuracy | ±0.5℃ |
Sensor type | B，E，J，N，K，R，S，T；-100mV～+100mV Voltage |
Common mode rejection ratio | ≥70dB（50Hz & 60HZ） |
Differential mode rejection ratio | ≥70dB（50Hz & 60HZ） |
Physical characteristics
Size | NCS-TT106F：¢45*23mm；NCS-TT106F-R1：110*99*22.5mm |
Housing material | Nylon |
Application
Certificates
FAQ
Q: What’s Temperature Transmitter 2-wire zero point calibration configuration?
A: For 2-wire measurement, 2-wire zero point calibration can be realized by modifying transducer block TWO_WIRES_COMPENSATION parameter.
Q: Can I get the electronic manual?
A: Yes, please contact us.
Q: What type of cable should I use for wiring?
A: Fieldbus temperature module’s power and bus signal share a pair of cable, and it is called bus cable. It is suggested the user use fieldbus special cable recommended by IEC61158-2.
Q: Can you provided OEM service?
A: Yes, we can, such as communication board, we can also provided fieldbus development toolkit.
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