The Glycerin Filled Pressure Gauge is designed for accurate pressure monitoring in hydraulic, pneumatic, water treatment, and industrial process systems. Featuring a stainless steel case, glycerin-filled construction, and bottom connection design, this gauge delivers reliable performance in environments with vibration, pulsation, and pressure fluctuations.
| Parameter | Specification |
|---|---|
| Product Name | Glycerin Filled Pressure Gauge |
| Pressure Range | 0-2.5MPa |
| Accuracy Class | Class 1.5 |
| Filling Medium | Glycerin |
| Case Material | Stainless Steel |
| Connection Type | Bottom Connection |
| Display Type | Analog Dial |
| Measuring Principle | Bourdon Tube |
| Application | Industrial Pressure Measurement |
This pressure gauge operates using the Bourdon tube measuring principle. When pressure enters the gauge through the bottom connection, it is transmitted into a curved Bourdon tube inside the instrument.
As pressure increases, the Bourdon tube tends to straighten slightly due to elastic deformation. This movement is transferred through a precision gear mechanism that converts the tube displacement into rotational movement of the pointer across the dial scale. The pointer then displays the corresponding pressure value in real time. Bourdon tube technology remains one of the most reliable mechanical pressure measurement methods used in industrial instrumentation.
The glycerin filling minimizes pointer vibration caused by pulsating pressure and mechanical shock, ensuring stable and easy-to-read measurements.
The stainless steel housing enhances durability and protects internal components from harsh operating environments.
Glycerin dampens vibration, stabilizes the pointer, and protects the internal measuring mechanism from premature wear.
Hydraulic systems, air compressors, water treatment equipment, industrial automation machinery, and process industries.