-40...40 bar__-500...500 mbar, 0...0.1 bar__0...1000 bar, 0...0.1 bar__0...2 bar - 0...600°C

With its 4 … 20 mA, 4 … 20 mA HART®, PROFIBUS® PA or FOUNDATION Fieldbus„¢ output signals, combined with either intrinsically-safe or flameproof ignition protection (in accordance with ATEX), the WIKA DPT-10 differential pressure transmitter is ideally suited to applications requiring these features. The electronics of all transmitters with explosion protection, even for the flameproof variant, are intrinsically safe. Thus it is possible to make adjustments on the instrument in EX areas while the instrument is live. The WIKA DPT-10 is suitable for many industrial measuring requirements, such as flow measurement using differential pressure elements, level measurement or filter and pump monitoring. With diaphragm seals fitted, the DPT-10 differential pressure transmitter is also suitable for harsh process conditions. As a result of the available measuring ranges of 0 … 10 mbar up to 0 … 40 bar and a static pressure limitation of up to 420 bar, the instrument can be used in almost any application. The internal digital signal processing, combined with proven sensors, guarantees high accuracy and the best long-term stability. There are seven different housing variants available for the DPT-10 differential pressure transmitter, and thus, it is possible to select a variant suited to every operating environment. The housing itself can be rotated through 330° and is available in plastic, aluminium and stainless steel. An electropolished stainless steel housing (316L) is available to meet the high demands of the food industry and the pharmaceutical industry. Easy configuration and operation Service and set up at the DPT-10 differential pressure transmitter are carried out using the optional display and operation module, which can be fitted in four positions. The operation menu has a simple and self-explanatory structure and has nine selectable languages as standard. Alternatively, the operating parameters can be set using the PACTware„¢ free and non-proprietary configuration software. An instrument-specific DTM enables easy integration into a corresponding Distributed Control Systems.

The WIKA T16 Digital Temperature Transmitter is designed for universal use in plant and machine building, and also in the process industry. The WIKA T16 digital temperature transmitter offers high accuracy and excellent protection against electromagnetic influences (EMI). Via the WIKAsoft-TT configuration software and the model PU-448 programming unit, the T16 temperature transmitter can be parameterised very easily, quickly and with a clear overview. Besides the selection of the sensor type and the measuring range, the software enables the error signalling operation, damping, several measuring point descriptions and process adjustment to be stored. Furthermore, the WIKAsoft-TT software offers a line recording functionality where the temperature profile for the thermocouple connected to the T16 can be displayed. The WIKA T16 digital transmitter features various supervisory functionality, such as sensor break detection and monitoring of the measuring range. Moreover, these transmitters have comprehensive cyclic self-monitoring functionality.

The Trafag NAP 8842 / 8843 pressure transmitters are used for electronically measuring and evaluating pressure. Over the decades the NAP 8842 / 8843 pressure transmitters have proven themselves in a multitude of demanding applications in harsh environments. The Trafag NAP 8842/8843 are available in many different designs to suit pressure and electrical connections, measuring procedures, electrical output signals and certifications (CE, EX, rail and ship). Superior technology and precise manufacturing ensure that the transmitters work perfectly. This is especially important in applications where high requirements are placed on long-term stability, vibration resistance, electromagnetic compatibility, shock resistance or temperature insensitivity.

The new Trafag ECL 8439 submersible pressure transmitter is based on Trafag™s own thick-film-on-ceramic technology. The optionally configurable pressure ranges can be adapted individually via interface tool and Smartphone App.