Front Flange Pressure Gauge 0–230 PSI Hydraulic Liquid Filled Pressure Gauge
Manometer With Front Flange 0–230 PSI
Product Introduction
With a pressure range of 0–230 PSI (0–16 Bar), this gauge is widely used in hydraulic units, pump systems and industrial machinery requiring dependable pressure monitoring and long-term durability.
Key Features
- Liquid-filled design for vibration resistance
- Front flange structure for panel mounting
- 0–230 PSI (0–16 Bar) measuring range
- Stable analog pressure indication
- Reduced pointer fluctuation
- Suitable for hydraulic applications
- Durable industrial construction
- Improved operational reliability
Technical Specifications
| Item | Specification |
|---|---|
| Product Type | Hydraulic Liquid Filled Pressure Gauge |
| Mounting Type | Front Flange Panel Mount |
| Pressure Range | 0–230 PSI |
| Equivalent Range | 0–16 Bar |
| Fill Medium | Glycerin |
| Case Material | Stainless Steel |
| Wetted Parts | Brass |
| Thread Options | BSP / BSPT / NPT |
| OEM Service | Custom Logo, Dial and Packaging |
Applications
- Hydraulic power units
- Industrial pump systems
- Air compressor equipment
- Manufacturing machinery
- Water treatment systems
- Pneumatic installations
- Fluid control systems
- OEM industrial equipment
Working Principle
The gauge uses a Bourdon tube sensing element to convert pressure changes into mechanical movement. As pressure enters the tube, the deformation is transmitted through a gear mechanism, rotating the pointer across the dial scale.
The liquid filling acts as a damping medium that reduces pointer oscillation and protects the internal mechanism from excessive wear.
FAQ
Can liquid-filled gauges be used outdoors?
Yes. When paired with suitable enclosure protection and compatible materials, they can perform reliably in many outdoor industrial environments.
What types of media are suitable for this pressure gauge?
It is generally intended for gases and liquids that do not attack the wetted components. Media compatibility should always be verified before use.
Why choose front flange mounting instead of other mounting styles?
Front flange mounting simplifies installation on equipment panels and helps maintain a clean instrument layout.
How can pointer instability be reduced in pressure applications?
Using liquid-filled gauges is one of the most effective methods for reducing pointer flutter caused by vibration and pressure pulsation.
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