
160mm Bottom Entry Glycerine Filled Pressure Gauge
160mm Bottom Entry Glycerine Filled Pressure Gauge
The 160mm Bottom Entry Glycerine Filled Pressure Gauge from GNW Instrumentation provides local pressure indication for industrial equipment, pipework, machinery and maintenance replacement duties. Its large 160mm dial gives operators and engineers a practical reading point where a glycerine filled pressure gauge is required at the point of measurement.
The bottom entry connection suits upright installation on pipework, manifolds, gauge valves and equipment ports, with the dial presented towards the operator for local reading. The glycerine filling helps damp pointer movement caused by vibration or pressure pulsation, supporting a steadier local indication in demanding service conditions.
This gauge is suited to engineers, OEMs and maintenance teams specifying a direct-reading pressure instrument for routine monitoring, commissioning and equipment checks. The wetted material compatibility should be checked carefully, particularly where brass wetted parts are used. Final selection should consider the required pressure range, process medium, vibration level, operating temperature and installation layout.
Selection and Installation Considerations
Before ordering, compare the gauge configuration with the existing installation or project specification. Correct selection helps improve readability, service life and measurement confidence.
- Use the 160mm dial where improved visibility is needed from a normal working distance.
- Confirm the bottom entry connection suits the pipework, manifold or equipment port orientation.
- Check media compatibility with the wetted parts and use the filled case where vibration damping is beneficial.
- Select a pressure range that allows normal operating pressure to sit comfortably within the scale.

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FAQs
Is this gauge suitable for vibrating pipework or machinery?
What should I check before specifying the bottom entry connection?
Are brass wetted parts suitable for my process media?
How should I interpret the stated 1% accuracy?
The product data lists accuracy as 1%, so it should be matched carefully to the accuracy requirement in your specification or project datasheet.



