Dewesoft KRYPTON ONE high voltage DAQ modules

Thursday, 20 February, 2020 | Supplied by: Metromatics Pty Ltd


KRYPTON data acquisition modules are designed to be small, rugged and modular, especially made for field measurements in any environment. The small size of KRYPTON modules allows them to fit in tight places and they can be placed close to the sensors.

The latest addition to the KRYPTON ONE range are two modules made for high voltage and thermocouple temperature measurements with high isolation: the KRYPTONi-1xHV and the KRYPTONi-1xTH-HV. Both DAQ modules provide safety at high voltages with an overvoltage category CATII 1000V.

The KRYPTONi-1xHV module is designed for high voltage measurements with a single input range of ±1000 V. The acquisition is based on a 24-bit SAR ADC with a sampling rate of up to 40 kS/s and an additional anti-aliasing filter. The input connector is a 4 mm safety banana jack.

The KRYPTONi-1xTH-HV is an isolated single thermocouple module designed for temperature measurements at high voltages, and supports a K-type thermocouple. Temperature is acquired by using a 24-bit delta-sigma ADC with the sampling rate up to 100 S/s. Cold junction compensation is provided by a Pt1000 sensing element. The input connector, LEMO Redel 2P series, is designed in plastic to enable sufficient isolation and clearances.

Bringing the data acquisition systems closer to the sensor greatly reduces the cost of the sensor cabling and the chance of wiring errors while improving the signal quality.

Online: www.metromatics.com.au
Phone: 07 3868 4255
Related Products

Rosemount QX1000 hybrid continuous gas analyser

The Rosemount QX1000 Continuous Gas Analyser is designed for use in continuous emissions...

Hach NP6000sc phosphate analyser

The Hach NP6000sc phosphate analyser is a solution designed for nutrient monitoring for water...

Krohne OPTIWAVE 1540 and OPTIWAVE 1560 radar level sensors

Krohne has expanded its range of radar level meters with two instruments in the OPTIWAVE 15xx...


  • All content Copyright © 2026 Westwick-Farrow Pty Ltd