The 4MPa Vibration Resistant Pressure Gauge is specifically designed for pressure monitoring in lubrication systems, grease pumps, oil circulation systems, and industrial machinery. Featuring a back connection design, this gauge offers convenient installation on control panels, lubrication stations, and equipment dashboards.
| Parameter | Specification |
|---|---|
| Product Type | Vibration Resistant Pressure Gauge |
| Pressure Range | 0–4 MPa |
| Connection Type | Back Connection |
| Measuring Principle | Bourdon Tube |
| Display Type | Analog Dial |
| Application Medium | Lubricating Oil, Grease, Non-Corrosive Fluids |
| Installation | Panel Mounted / Equipment Mounted |
| Operation | Mechanical, No External Power Required |
Designed to reduce pointer instability caused by equipment vibration and pressure fluctuations, ensuring clear and reliable readings.
Optimized for monitoring pressure in centralized lubrication systems, grease delivery units, and oil circulation equipment.
The rear connection design enables neat installation within machine panels and industrial control systems.
The Bourdon tube measuring mechanism provides dependable pressure indication without requiring electrical power.
Suitable for long-term use in manufacturing plants, machine tools, heavy equipment, and automated production environments.
The pressure gauge operates using a Bourdon tube sensing element. As pressure enters the gauge, the Bourdon tube deforms proportionally to the applied pressure.
This movement is transferred through a precision linkage mechanism that rotates the pointer across the dial scale, displaying the current system pressure.
The vibration-resistant design helps minimize the influence of external mechanical vibrations, resulting in more stable readings and improved measurement reliability.
A vibration resistant pressure gauge is designed to provide stable readings in environments where machinery vibration or pressure pulsation is present.
Pressure monitoring helps ensure lubricant is delivered correctly throughout the system and allows early detection of pump or pipeline issues.
Yes. It is suitable for centralized, progressive, and automatic lubrication systems used in industrial machinery.