The black acrylic lens pressure gauge is a compact 40mm mechanical Bourdon tube instrument designed for medical inflation and low-volume high-pressure control systems. It is widely used in balloon inflation devices, angioplasty systems, and syringe-based medical pressure control equipment.
Built according to EN 837-1 standard, this gauge provides stable analog pressure measurement up to 30 ATM (≈30 bar), ensuring reliable performance in interventional and clinical environments.
The radial bottom connection structure combined with a lightweight plastic case makes it suitable for portable and space-limited medical devices.
| Item | 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 |
| Wetted Parts | Brass / Copper Alloy |
| Measurement System | Bourdon Tube |
| Accuracy Class | 2.5 |
| Operating Temperature | -20°C to +60°C |
| Protection Level | IP65 (typical) |
| Media | Medical gas / air / non-corrosive fluids |
Suitable for controlled inflation in medical balloon and catheter systems.
Reduces device weight and improves cost efficiency for OEM medical equipment.
Ensures fast and readable pressure indication during medical operation.
Ideal for integration into portable and space-constrained medical instruments.
Ensures consistent mechanical design and global compatibility for industrial and medical use.
The Bourdon tube deforms elastically when pressure is applied. This mechanical deformation is transferred to the pointer system, providing real-time analog pressure reading without electrical power.
It is used in balloon inflation devices, angioplasty systems, and medical syringe pressure control applications.
Yes, for low-cost and portable medical inflation systems where lightweight design is required.
30 ATM equals approximately 30 bar, suitable for medical balloon inflation control systems.
It defines mechanical pressure gauge structure, accuracy and safety requirements.