January 11,
2022 136 136 
Deadweight testers are accepted as the most accurate method for the calibration of electronic or mechanical pressure measuring devices. LR-Cal LDW series of deadweight testers, which are available in the ranges from 10 bar up to 1400 bar.
November 30,
2021 16 16
Kobold differential pressure transmitter models Kobold PAD & the Kobold PAS.
November 24,
2021 45 45
Keller’s digital pressure gauge for refrigeration systems.
September 30,
2021 78 78
IoT - The Internet of Things starts with a sensor
June 29,
2021 133 133
These days, water is generally supplied via a permanent underground system of pressurised pipes. Secure water pipeline networks form the backbone of our modern society. The water flow rate in pipelines can be regulated by adjusting the pressure in the system.
August 3,
2020 307 307
Keller’s range of no less than five intrinsically safe electronic pressure gauges for use in areas subject to gas explosion risks. The type approvals are compliant with the ATEX Explosion Protection Directive regarding explosive gases.
May 8,
2020 134 134
ARC1 with the latest NB-IoT and LTE-M mobile communications technology
October 27,
2017 967 967
Kobold has on offer their highly precise pressure measuring devices HND-P121/P231 to HND-P127, with integrated pressure sensors. They have two pressure measurement inputs on the top of the housing, that are connected to the measuring points by means of a stable metal connection and plastic hoses, available as accessories.
October 25,
2017 846 846
The manufacture of tugboats by ship builder SA Shipyards, for end user Transnet, provided Instrotech an opportunity to develop a technical solution for diesel tank monitoring.
August 16,
2017 770 770
KOBOLD as on offer the model Kobold MAN-SD intelligent digital manometers that offer reliable pressure monitoring of plant and machinery and has application in the fields of mechanical engineering, environmental technology and hydraulics. The Kobold MAN-SD is battery-powered devices, which are fitted with piezo-resistive sensors, resist overloads up to three times nominal loading.