Devices

In-head transmitters

Transmitters are electronic devices that measure temperature signal from a temperature sensor and output it in an electrical value (often current, 4-20 mA).

APAQ-H
Analog Adjustable 2-wire Transmitter

APAQ-H is a family of multirange 2-wire temperature transmitters for Pt100 or Thermocouple input. Designed for highest reliability and excellent industrial performance. The ”low profile” housing is extremely durable and facilitates easy connections and adjustments.

Data sheet - Contact us for further information

_______________________________________________________________________

APAQ-3HPT
Analog Adjustable 3-wire Transmitters

APAQ-3HPT is a multirange 3-wire temperature transmitter with Pt100 or Pt1000 input and 0-10 V output. Main applications are in the HVAC sector, where the control systems often require 0-10 V input signals. APAQ-3HPT is designed for high reliability and good industrial performance. The “low profile” housing is extremely durable and facilitates easy connections and adjustments.

Data sheet - Contact us for further information

_______________________________________________________________________

IPAQ C201 - Low Profile
Analog PC-Programmable 2-wire Transmitters for Pt100 Input

C201 is an analog, non-isolated, easy-to-use 2-wire transmitter for Pt100 input. Configuration is made in seconds with the user friendly software, ConSoft. No external power supply required for configuration. C201 is designed for Pt100 in 3-wire connection according to different standards.

Data sheet - Contact us for further information

_______________________________________________________________________

MINIPAQ-HLP
Low Profile
Basic Programmable 2-wire Transmitter

MINIPAQ-HLP is a basic, non-isolated, easy-to-use 2-wire transmitter.  Reduced hight simplifies mounting in low connection heads. Configuration is made in seconds with the user friendly Windows software, MINIPAQ Soft. No external power supply required for configuration. MINIPAQ-HLP is programmable for RTD's in 3- and 4-wire connection according to different standards as well as for 11 T/C types. Useful error correction functions improve the accuracy.

Data sheet - Contact us for further information

_______________________________________________________________________

IPAQ-H
Universal Programmable
2-wire Transmitters   

IPAQ-H/-HX are universal, isolated 2-wire transmitters for temperature and other measurement applications. They combine competitive pricing, functionality and simple configuration. Useful error correction functions improve the accuracy.

Data sheet - Contact us for further information

_______________________________________________________________________

IPAQ-HPLUS
High-precision
Universal Programmable 2-wire Transmitter

IPAQ-HPLUS offers outstanding accuracy, stability and high isolation combined with short response time and extended functionality. It is a universal 2-wire transmitter for high-demand temperature and process measurement applications. Error corrections and sensor diagnostics improve the measurement accuracy and safety.

Data sheet - Contact us for further information 

_______________________________________________________________________

MESO-H
Universal HART-compatible
2-wire Transmitters

MESO-H/-HX are smart and universal 2-wire in-head transmitters for temperature and other measurement applications. MESO-H/-HX are fully HART-compatible, with communication through the HART protocol.

Data sheet - Contact us for further information

_______________________________________________________________________

PROFIPAQ-H
Universal High-performance
Profibus-PA Transmitters

Thanks to the digital output PROFIPAQ-H offers very accurate measurements as well as sensor and process information. With five input terminals new features such as two redundant Pt100 in 3-wire connection, are included. Configuration from a PC with Inor software, ProfiSoft, or over the Profibus network. Connection of local LCD-indicator.
Communication with 8 acyclic masters.

Data sheet - Contact us for further information

_______________________________________________________________________

Back