NCS-TT305 series HART temperature transmitter/HART temperature transmitter

  • NCS-TT305 series HART temperature transmitter/HART temperature transmitter
  • NCS-TT305 series HART temperature transmitter/HART temperature transmitter
  • NCS-TT305 series HART temperature transmitter/HART temperature transmitter
  • NCS-TT305 series HART temperature transmitter/HART temperature transmitter
  • NCS-TT305 series HART temperature transmitter/HART temperature transmitter
NCS-TT305 series HART temperature transmitter/HART temperature transmitter
  • : Microcyber
  • : Liaoning, China
  • : In Stock
  • : 500 Sets/Month

NCS-TT305 HART Temperature Transmitter
High-precision, low-drift field transmitter for petroleum, chemical, power and metallurgy industries:
1. 0.1-level accuracy, PT100 drift down to ±0.003℃/℃, supports -55℃ ultra-low temperature operation
2. Dual-chamber anti-corrosion aluminum housing, SIL/IECEx certified for explosion-proof hazardous areas
3. Complies with IEC61326 EMC standard, features sensor drift detection for higher data reliability
4. Supports HART 7.9 & BURST mode, with LCD keypad configuration, EDD/FDI/DTM files for easy system integration

NCS-TT305 series HART temperature transmitter

The NCS-TT305 series HART temperature transmitter is a high-precision, low-temperature-drift, and high-reliability product, an indispensable field device in process control. This device integrates a rich set of functional modules, enabling both general detection functions and complex control strategies.


The NCS-TT305 utilizes digital technology, is compatible with various RTD and thermocouple sensors, has a wide measuring range, a simple interface between the field and control room, and significantly reduces installation, operation, and maintenance costs.


The NCS-TT305 series temperature transmitter supports 4-20mA+HART protocol and LCD display, and can be widely used in industries such as petroleum, chemical, power, and metallurgy.


NCS-TT305 series HART temperature transmitter Features:

  1. Dual-chamber design, corrosion-resistant low-copper aluminum alloy housing, copper content less than 0.2%

  2. LCD display and button parameter configuration

  3. Electromagnetic compatibility (EMC) complies with IEC61326 standard

  4. Provide EDD, FDI, and DTM files to facilitate system integration

  5. HART 7.9 standard and BURST mode

  6. Low temperature drift PT100 ±0.003℃/℃

  7. The accuracy level less than 0.1, and the measurement accuracy of PT100 is less than ±0.1℃

  8. Sensor drift detection to improve data reliability

  9. Multiple international certifications, working safely in explosion-proof hazardous areas

  10. Working in ultra-low temperature environment of -55℃


NCS-TT305 Series HART Temperature Transmitter size shown:

temperature transmitter


NCS-TT305 Series HART Temperature Transmitter Installation:


HART temperature transmitter

Directly mounted on sensor


Intelligent temperature sensor

Split-type installation


NCS-TT305 Series HART Temperature Transmitter wiring diagram:


temperature transmitter

HART protocol temperature transmitter configuration

Topology connection

The NCS- TT305 series HART temperature transmitters can be connected in two ways: 4-20mA compatible mode and network mode.

4-20mA Compatibility Mode

NCS- TT305 series HART temperature transmitter in 4-20mA compatible mode is shown in Figure:


HART temperature transmitter


Features:

(1) It connects to the upper-level control system via HART communication equipment;

(2) Both analog and digital communication methods are used;

(3) The short address of a HART slave device is 0.


Networking mode

The network topology connection diagram of the NCS- TT305 series HART temperature transmitter is shown in Figure:


Intelligent temperature sensor

Features:

(1) It connects to the upper-level control system via HART communication equipment;

(2) Using only the digital functions of the HART system, the line current is fixed at 4mA;

(3) HART 7.0 supports a network of up to 64 devices (polling addresses 0 to 63).


NCS-TT305 Series HART Temperature Transmitter Basic Parameters:

Bus Interface

4~20mA+ HART 7(supports BURST mode)

Protocol Version

HART 7

Bus Power Supply

Non-Ex:(13~45 ) VDC

Ex d:  (13~45 ) VDC

Ex ia:  (13~30 ) VDC

Wiring Method

2/3/4-wire

Input Signal

Resistance: 0~500Ω、0~2000Ω、0~4000Ω、0~40000Ω;

RTD: Cu50、Cu50_GOST、Cu100、Cu100_GOST、Pt50_GOST、Callendar_Van_Dusen(Pt100)、Pt100、Pt100_GOST、Pt200、Pt500、Pt1000、Ni50、Ni100、Ni120、Ni1000;

mV:-100mV~100mV;

Thermocouple : B、E、J、K、N、R、S、T、L_GOST、A(W5ReW20Re)、C(W5ReW26Re)、D(W3ReW25Re)、NiCrAuFe、CuAuFe;

Number of Channels

Dual channel

Current Accuracy

Current accuracy0.05%;current temperature drift 0.005%/℃

Electrical Isolation

2kVAC/50VAC

Voltage Effect

±0.005%/V

Response Time

1.0s~1.65s depending on the sensor type and wiring method.

Start-up Time

≤10s

Damping Adjustment

Time constant 0~32s

EMC

IEC 61326

Ex Certification

IECEx:Ex ia IIC T6...T4 Ga

ATEX:II2G Ex db IIC T6...T4 Gb

II2D Ex tb IIIC T85℃...T110℃ Db

LCD Display

Support

Button Operation

Support button setting parameters

Operating Temperature

(-40~85)℃

(-55~85)℃ (optional)

Humidity Range

(5~95)%RH

Storage Temperature

-50 ~ 85℃

Alarm Signal

Lower limit of saturation current : [3.75-4.0)mA, default value 3.8mA

Upper limit of saturation current: (20-20.8]mA, default value 20.5mA

Lower limit of alarm current : [3.5-3.7]mA, default value 3.6mA

Upper limit of alarm current: [21.0-23.0]mA, default value 21.75mA

Vibration Resistance Specifications

2-25Hz:±1.6mm;25-100Hz:±4g

IP code

IP67(Current rating: IP20 & IP67; follow-up certifications pending)

Weight

Approximately 1.67 kg


NCS-TT305 Series HART Temperature Transmitter Technical indicators of thermal resistance

 RTD normal temperature accuracy index (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

0~40000Ω

±8Ω

±0.3Ω

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℃

Callendar_Van_Dusen

-200 ~ 850℃

±0.10℃

±0.003℃

(Pt100)

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-TT305 Series HART Temperature Transmitter Thermocouple technical indicators

Thermocouple normal temperature accuracy index (25℃)

Signal type

Sensor measuring range (℃)

Accuracy (25℃)

Temperature drift (/℃)

mV

-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 ~ 2500℃

±1.45℃

±0.06℃

C(W5ReW26Re)

0 ~ 2315℃

±1.15℃

±0.09℃

D(W3ReW25Re)

0 ~ 2315℃

±1.55℃

±0.07℃

NiCrAuFe

-273 ~ 7℃

±0.65℃

±0.020℃

CuAuFe

-270 ~ -196℃

±0.85℃

±0.035℃


Appendix Selection Code Table

temperature transmitter


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