Tube Manometer WIKA Model A2G30 has been specifically designed for ventilation and air conditioning applications. The measuring instrument enables a clear and easy to read analogue display of the measured values. The model A2G-30 inclined tube manometer is equipped with Read more…
Pressure Gauge WIKA Model 711.12 is based on two independently operating Bourdon tube measuring system. The instrument is therefore able to show the pressure from two measuring points and the resulting differential pressure on one display. Differential pressure display The standard Read more…
Pressure Gauge WIKA 733.18 use for : Measurement of differential pressure or of two different pressures applied in refrigeration plants or compressors Simultaneous measurement of the vapour pressure and the resulting vapour temperature For gaseous and liquid aggressive media that Read more…
WIKA Model 712.15.160 These high quality gauges are characterised by their compact and robust design and are primarily used for level measurement on liquid gas tanks. With only 6 differential cells all usual tank sizes in cryotechnology are covered. As Read more…
Pressure Gauge WIKA Model DPG40 are primarily used for the monitoring of low differential pressures where there are high requirements in term of one sided overpressure and static pressure. Typical markets for these products are the shipbuilding industry, process heating Read more…
Pressure Gauge WIKA Model 712.15.100 use for : Level measurements in closed tanks, particularly in cryotechnology Filter monitoring Monitoring and control of pumps For gaseous and liquid media that are not highly or crystallising and have no suspended solids These Read more…
APPLICATION Pressure measurement at very low pressure For gaseous, aggressive media, also in aggressive environments Robust design and ingress protection IP54, suitable for outdoor use SPECIAL FEATURES High overload safety up to 50 x full scale value Measuring chamber protected Read more…
DESCRIPTION The model 700.01 is primarily used for monitoring differential pressures, even at high working pressures, in the gas and air preparation and supply industry. The model 700.02 version with separating diaphragm is for liquid media and, thus, suitable for Read more…
DESCRIPTION The mini diaphragm gauge was developed for high purity applications with limited space requirements, such as smaller integrated gas stick and gas box assemblies. The nominal sizes of 1″ and 1.3″ are ideal for applications involving gaseous, liquid and Read more…
DESCRIPTION As class 0.6 test gauge series, the model 610.20 and 630.20 capsule pressure gauges are suitable for precision measurements in laboratories. They are based upon the proven capsule measuring system. On pressurisation, the expansion of the capsule element, proportional Read more…
DESCRIPTION The model 614.11 and 633.11 capsule pressure gauges are based upon the proven capsule measuring system. The capsule mesuring principle is particularly suitable for low pressures. On pressurisation, the expansion of the capsule element, propostional to the incident pressure, Read more…
DESCRIPTION The model 611.13 capsule pressure gauges are based upon a modular capsule measuring system. One half of the capsule element forms the plastic case and the other half is made of copper beryllium. The capsule measuring principle is particularly Read more…
DESCRIPTION The model PG43SA-C diaphragm pressure gauge has been specifically designed for the requirements of sanitary applications. The purely mechanical pressure transmission, using the diaphragm-element measuring principle, and the high overload safety ensure a safe pressure measurement. As a result Read more…
DESCRIPTION The model PG43SA-D diaphragm pressure gauge has been designed specifically for the highest safety requirements in the pharmaceutical and biotechnology industries. Through its patended diaphragm element monitoring, the risk of an undetected rupture of the diaphragm is eliminated since Read more…
DESCRIPTION The model PG43SA diaphragm pressure gauge has been specifically designed for the requirements of sanitary applications. The purely mechanical pressure transmission, using the diaphragm-element measuring principle, and the high overpressure safety ensure a safe pressure measurement. As a result Read more…
