This plastic case medical pressure gauge is designed for balloon inflation devices and medical pressure control systems requiring stable monitoring up to 30 ATM (≈30 bar). It features a compact 40mm dial, luminous pointer display, and radial bottom connection structure for easy integration into medical equipment.
Manufactured in compliance with EN 837-1 standard, the gauge uses a Bourdon tube measuring system to ensure stable mechanical pressure indication without external power supply. It is widely applied in angioplasty, catheter balloon inflation, and clinical medical instrumentation.
The combination of a lightweight plastic housing and acrylic lens makes it suitable for OEM medical devices where cost efficiency, visibility, and compact size are required.
| Parameter | Specification |
|---|---|
| Dial Size | 40 mm |
| Pressure Range | 0–30 ATM (0–30 bar) |
| Mounting Type | Radial (Bottom Connection) |
| Standard | EN 837-1 |
| Case Material | Plastic (Black) |
| Lens Material | Acrylic |
| Dial Type | Luminous / Standard |
| Measurement System | Bourdon Tube |
| Wetted Parts | Brass / Copper Alloy |
| Accuracy Class | 2.5 |
| Connection | Brass Thread (1/8", NPT, BSP optional) |
| Protection Level | IP65 |
| Operating Temperature | -20°C to +60°C |
| Media | Air / medical gas / non-corrosive fluids |
Designed for controlled inflation in balloon catheter and medical intervention systems.
Ensures clear visibility in operating rooms and emergency medical conditions.
Reduces device weight and supports cost-effective OEM manufacturing.
Ideal for space-limited medical devices and portable inflation systems.
Ensures stable, reliable and internationally recognized measurement performance.
The Bourdon tube inside the gauge deforms when pressure is applied. This mechanical deformation is transferred to the pointer system, providing real-time analog pressure readings without electricity or sensors.
It is used in balloon inflation devices, angioplasty systems, and medical pressure control applications.
Radial mounting means the connection is located at the bottom of the gauge for direct system integration.
It improves readability in low-light clinical environments such as operating rooms.
Yes, it ensures mechanical safety, accuracy, and international standard compliance.