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Head Mounting Universal Input 4~20mA Transmitter

As low as £74.88 £62.40

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Code

TXHU.

Pre-ranged Requirements

Pre-ranged Input Type

Pre-ranged Minimum Temperature (°C)

Maximum 5 characters

Pre-ranged Maximum Temperature (°C)

Maximum 5 characters

Qty

Low-cost, loop powered, microprocessor based linearised head mounting transmitters with universal input that accepts RTD (Pt100 or Pt1000) and Thermocouple (Types K, J, T, N, E, R, S, B) inputs.

Details

The TXHU range of low-cost, loop powered, microprocessor based linearised transmitters have, as standard, a universal input that accepts RTD (Pt100 or Pt1000) and Thermocouple (Types K, J, T, N, E, R, S, B) inputs.

Factory set as 3-wire Pt100 input, range 0...100°C.

The transmitters can be supplied pre-ranged to suit your application requirements (simply enter your configuration requirements above) or can be easily configured using the TX-USB configuration kit. Simply install the software (which is available for free download from our website), connect the USB configuration module and plug the lead into the transmitter. The software will then provide the necessary prompts.

Features

Microprocessor based and fully linearised
Accepts RTD (Pt100 or Pt1000) and Thermocouple (K, J, T, N, E, R, S, B) inputs
2-wire, 4~20mA output (loop powered)
Factory set as 3-wire Pt100 input, 0...100°C (can be easily configured)

Pre-ranged Options (if required)

Note: requested temperature range must fall within minimum/maximum range for an input.

Input Type	Minimum Temperature	Maximum Temperature
Thermocouple Type K	-200°C	+1372°C
Thermocouple Type J	-100°C	+1200°C
Thermocouple Type T	-200°C	+400°C
Thermocouple Type N	-180°C	+1300°C
Thermocouple Type E	-100°C	+1000°C
Thermocouple Type R	-50°C	+1760°C
Thermocouple Type S	-50°C	+1760°C
Thermocouple Type B	0°C	+1820°C
Pt100 3-wire	-200°C	+850°C
Pt1000 3-wire	-200°C	+850°C

More Information

Product Extra Information

Specification (Common)

Output	2-wire, 4~20mA (loop powered)
Power Supply	9.5-36V DC
Supply Voltage Sensitivity	< ±0.005%/V FSO
Output Load Resistance	700 Ω at 24V DC (50 Ω/V above 9.5V DC)
Maximum Output Currrent	Limited to < 28mA (emission & immunity)
Accuracy	< ±0.03% FSO typical
Ambient Drift	< ±0.003%/°C FSO typical
Noise Immunity	125dB CMRR average (2.0kV DC limit)
R.F. Immunity	<1% effect FSO typical
Reponse Time	400ms typical (10-90% 300ms typical)
Sensor Break Output Drive	Function high upscale/low downscale
USB Programmable Zero	0 to ±99% of the span
Operating Temperature	-20°C to +65°C (-4°F to +149°F)
Storage Temperature	-20°C to +100°C (-4°F to +212°F)
Operating Humidity	5-85% RH max (non-condensing)
Dimensions	44mm (W) x 23mm (H) x 44mm (D)
EMC Compliance	Emissions (EN 61326), Immunity (EN 61326), Safety (EN 61010-1)

RTD Input Specification

Input	Pt100 or Pt1000 DIN 3-wire type (2-wire can be used with offset calibration)
Sensor Current	0.15mA nominal
Lead Wire Resistance	Pt100: 10Ω/wire max.
	Pt1000: 5Ω/wire max.
	0.02% FSO offset error per Ω of lead resistance
Accuracy	≤ 0.3°C
USB Programmable Span	-200°C to +850°C (-328°F to +1562°F)
Linearity (Pt100)	0.02% FSO for span inputs ≤ +200°C (+392°F)
Linearity (Pt100)	0.1% FSO for span inputs ≤ +850°C (+1562°F)
Linearity (Pt1000)	0.02% FSO for span inputs ≤ +200°C (+392°F)
Linearity (Pt1000)	0.2% FSO for span inputs ≤ +520°C (+968°F)

Thermocouple Input Specification

Thermocouple Types	K, J, T, N, E, R, S, B
Input Impedance	1MΩ min
Thermocouple Lead Resistance	100Ω max
Cold Junction Compensation	-20°C to +65°C (-4°F to +149°F)
CJC Error	< ±2°C
Accuracy	Types K, J, T, N, E: < ±2°C
Accuracy	Types R, S, B: < ±3°C
Temperature Drift	Types K, J, T, N, E: < ±0.05°C
Temperature Drift	Types R, S, B: < ±0.2°C

Reference

Datasheet

Thermocouple Sensors

RTD Sensors (Pt100/Pt1000)

Cables

Connectors

Fittings & Thermowells

Data Logging

Instrumentation

Pressure

Head Mounting Universal Input 4~20mA Transmitter

Features

Pre-ranged Options (if required)

Specification (Common)

RTD Input Specification

Thermocouple Input Specification

Customer Service

Information

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