160mm Back Entry Glycerine Filled Pressure Gauge for Industrial Panels

The 160mm Back Entry Glycerine Filled Pressure Gauge from GNW Instrumentation is intended for industrial pressure indication where a large, front-facing dial and rear connection are preferred. Its 160mm dial size provides clear readability for operators and maintenance teams, particularly on panels, skids and fixed plant where gauges may be viewed from a working distance.

As an industrial pressure gauge glycerine filled model, it is suited to installations where pressure indication may be affected by vibration or pulsation from pumps, compressors or hydraulic equipment. The glycerine filling helps steady pointer movement, supporting more consistent reading in active plant environments without changing the fundamental role of the gauge as a local mechanical indicator.

The back entry layout supports neat rear-mounted installation through panels or equipment fascias, keeping the gauge face visible while allowing pipework and connections to remain behind the mounting surface. This format is often preferred by OEMs, panel builders and maintenance teams where compact instrument layouts and accessible visual indication are important.

Construction and Selection Notes

The gauge uses a 304 stainless steel case with brass wetted parts, making material compatibility an important consideration when selecting it for service. It is intended for compatible non-corrosive media where brass is appropriate. The specified 1% accuracy supports dependable local pressure reading for industrial monitoring duties where close indication is required.

• 160mm dial for clear visual pressure indication on plant and panels.
• Back entry connection for rear-mounted instrument layouts.
• Glycerine filled construction to assist reading stability in vibrating service.
• 304 stainless steel case with brass wetted parts for compatible industrial media.

For procurement and engineering teams, this gauge offers a practical specification for panel-mounted pressure monitoring across suitable industrial systems. Selection should be based on process media compatibility, installation arrangement and the required pressure scale for the application.