HART Temperature Transmitter Sensor Configuration

24-03-2020

NCS-TT106  Temperature Transmitter


HART Temperature Transmitter Configuration


Function Configuration

 

Sensor configuration


You may check the current configuration sensor info (upper limit, lower limit and minimum span) via sensor info TAB. Also, you may configure the sensor type and wiring with it, shown as picture:

Sensor Configuration

Sensor Configuration


Sensor Type: Sensor type supported by device, shown as following:

Sensor Type

Description

SCALE_0_500R

Resistance, 0 ~ 500Ω

SCALE_0_4000R

Resistance, 0 ~ 4000Ω

SCALE_CU50

Cu50 RTD

SCALE_CU100

Cu100 RTD

SCALE_PT100

PT100 RTD

SCALE_PT1000

PT1000 RTD

SCALE_100MV

MV voltage signal, range from -100 to +100 mV

SCALE_B_TC

B type thermocouple

SCALE_E_TC

E type thermocouple

SCALE_J_TC

J type thermocouple

SCALE_K_TC

K type thermocouple

SCALE_N_TC

N type thermocouple

SCALE_R_TC

R type thermocouple

SCALE_S_TC

S type thermocouple

SCALE_T_TC

T type thermocouple


Wiring: It can be set as 2-wire or 3-wire, only effective to RTD.

Cold-end Compensation: It enables or disables thermocouple’s cold-end compensation function. When the user is using internal cold-end compensation, the present cold-end compensation value is internal measurement temperature value. When the user is using external cold-end compensation, the user may use external setting temperature value to set fixed cold-end compensation value.

Channel status: Display sensor channel status (open circuit, short circuit, etc.)

Sensor channel value: Display original value of sensor channel.

External setting temperature: When external cold-end compensation is set as Enable, the present cold-end compensation value can be set via external setting temperature.

Cold-end compensation temperature: Display present cold-end temperature compensation value.

R0 correction factor: Correct the sensors own error (range 0.9~1.1).

2-wire zero point calibration: When the temperature transmitter is connected to RTD in 2-wire way, in order to avoid the resistance error in the cable, you should short-circuit the sensor and execute zero point calibration button. 

TC calibration: Factory calibration for thermocouple ranges. (only for manufacturer)

RTD calibration: Factory calibration for thermo resistances ranges. (only for manufacturer)

Recover to factory default value: Click this, all the data shall be recovered to factory default status.

Save as factory value: Click this, all the present setting shall be saved as factory value. Click Recover to factory, it shall be recovered to the saved setting.

Recover to factory setting: Click this, all the data shall be recovered to factory status. If the user has saved factory value, then it shall recover to users saved setting. Otherwise, it shall be recorvered to default factory status.

 

Here is a video to know MICROCYBER HART temperature transmitter:


Click here to know temperature transmitter products:

Function ConfigurationTemperature TransmitterSensor Configuration


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