The 30 ATM radial medical pressure gauge is a mechanical Bourdon tube instrument designed for high-precision pressure monitoring in medical inflation and pressure control systems. It is widely used in balloon catheter inflation devices, angioplasty systems, medical injection pumps, and laboratory pressure monitoring equipment.
Built according to EN 837-1 standard, this gauge provides stable analog pressure readings up to 30 ATM (approximately 30 bar), ensuring reliable performance in critical medical environments where accuracy and mechanical stability are required.
The compact 40mm dial and radial bottom connection structure make it suitable for space-limited medical device integration, while brass wetted parts ensure stable gas compatibility in standard medical applications.
| Item | Specification |
|---|---|
| Dial Size | 40 mm |
| Pressure Range | 0–30 ATM (≈ 0–30 bar) |
| Standard | EN 837-1 |
| Connection Type | 1/4" NPT / BSP / G |
| Mounting Style | Radial (Bottom Connection) |
| Measurement System | Bourdon Tube |
| Case Material | ABS Engineering Plastic |
| Wetted Parts | Brass (Copper Alloy) |
| Accuracy Class | Class 2.5 |
| Operating Temperature | -20°C to +60°C |
| Protection Level | IP65 (typical) |
| Media | Medical gas / air / non-corrosive fluids |
Designed for medical inflation systems requiring stable and repeatable high-pressure control.
Manufactured according to international pressure gauge standard ensuring consistent measurement structure.
Mechanical sensing system provides reliable operation without electrical power supply.
Ideal for integration into compact medical instruments and handheld inflation devices.
Provides stable compatibility with medical gas and standard pneumatic systems.
The Bourdon tube inside the gauge deforms elastically when pressure is applied. This deformation is converted into rotational movement of the pointer, allowing direct analog pressure indication without electronic components.
It is used in balloon inflation devices, angioplasty systems, and medical gas pressure control applications.
Yes, it is commonly used in medical inflation and pressure monitoring systems with non-corrosive gases.
It defines mechanical pressure gauge design, accuracy and safety requirements for industrial and medical applications.
Radial gauges have bottom connection for inline installation, while axial gauges have rear connection for panel mounting.