Pakkens Bottom Connection Vacuum Gauge Ø160 mm -760/0 mmHg 1/2″
Reliable vacuum monitoring for critical industrial processes.
The Pakkens Vacuum Gauge 160 mm is a reliable solution for monitoring negative pressure values in industrial systems. In addition, its Bourdon tube technology converts even the smallest pressure changes into precise mechanical movement. Therefore, it provides full control by measuring system pressure relative to atmospheric pressure.
This dry-type gauge features a bottom connection with 1/2″ process port and a measurement range of -760/0 mmHg. The case is made of electrostatically painted steel, while the internal mechanism uses high-quality brass and a flexible copper alloy Bourdon tube. Moreover, the polycarbonate window resists breakage, and the aluminum dial with static paint ensures clear readability. It operates up to +60 °C fluid temperature with IP41 protection and complies with EN 837-1.
Pakkens Vacuum Gauge 160 mm — Technical Specifications
These gauges are ideal for air conditioning and climate control systems, as well as medical equipment and vacuum lines. Furthermore, they are used in hydraulic systems, water pumps, and heating boilers for safe vacuum monitoring. As a result, they support accurate measurement across diverse industrial applications.
Key Advantages
- Bourdon tube detects negative pressure changes instantly
- Advanced brass threaded mechanism ensures smooth pointer movement
- Corrosion-resistant steel case for harsh industrial environments
- Solder-reinforced sealed connection points
Applications
- Air conditioning and climate control systems
- Medical equipment and medical vacuum lines
- Hydraulic systems and water pumps
- Heating and boiler systems
With the Pakkens Vacuum Gauge 160 mm, achieve precise measurement and uninterrupted performance in your facility. ORFA Industrial supplies worldwide and provides technical support.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies





Reviews
There are no reviews yet.