Liquid-filled pressure gauge 213.53 Stainless steel casing, Ø 63 mm, 0-60 bar, G 1/4 female thread, rear mounting 12077420

Professional glycerin-filled pressure gauge for demanding applications

WIKA model 213.53 pressure gauge is a high-quality measuring instrument designed for precise pressure monitoring in harsh industrial conditions. Thanks to its glycerin filling, the device provides excellent vibration damping and pointer fluctuation suppression, resulting in stable and readable readings even under strong vibrations.

Construction and materials for long-term operation

The housing made of 1.4301 stainless steel ensures resistance to corrosion and the effects of aggressive industrial media. The Ø63 mm housing diameter ensures optimal scale readability while maintaining compact mounting dimensions. The measuring system based on copper alloy is characterized by high precision and temperature stability.

The G 1/4 B rear-mount process connection allows for easy installation in hydraulic and pneumatic systems. Accuracy class 1.6 according to EN 837-1 standard ensures professional measurement accuracy required in industrial applications.

Operating parameters and environmental resistance

The device operates in the 0-60 bar range with resolution enabling precise readings of working pressure. The medium temperature can be up to +60°C, and the ambient temperature ranges from -20°C to +60°C.

The glycerin filling not only dampens vibrations but also protects the internal mechanism from moisture and contaminants. IP65 protection rating safeguards against dust and water jets, expanding the range of possible applications.

Industrial applications and media compatibility

The pressure gauge is ideal for hydraulic power systems, compressors, and compressor installations where significant mechanical vibrations occur. It can be used to measure the pressure of gases and liquid media, provided they are not viscous or crystallizing and do not chemically react with the copper alloy.

It is particularly recommended for applications in the shipbuilding industry and where long-term operational stability is required without the need for frequent recalibration. The stop pin located at the zero point facilitates control of the correct operation of the mechanism during use.