DIGITAL MICRON GAUGE - Robinair

The Robinair RAVG-1 Digital Micron Gauge offers professional technicians precise and reliable vacuum measurement essential for critical automotive and industrial applications. Engineered for rigorous field service, this compact, stand-alone tool delivers accurate vacuum readings during system evacuation, ensuring thorough dehydration and proper system preparation.

Key Features

• Advanced MEMS Pirani Sensor: Employs a sophisticated MEMS Pirani type sensor for direct flow measurement, providing highly accurate and dependable vacuum readings.
• Temperature-Independent Performance: Unlike conventional field service gauges, the RAVG-1's sophisticated design ensures its measurements remain unaffected by ambient temperature, guaranteeing consistent data across various working conditions.
• Wide Vacuum Measurement Range: Measures vacuum from atmospheric pressure down to 10 microns, with readings displayed across six selectable scales for versatility.
• Robust Overpressure Protection: Built to withstand overpressure beyond 30 bar, enhancing the unit's durability and longevity in demanding professional environments.
• Intuitive Multi-Color Backlight: Features an innovative multi-color backlight that serves as an immediate visual indicator for acceptable vacuum levels or potential system leaks, streamlining diagnostic processes.
• Compact and Portable Design: Housed in a convenient and durable case, its compact form factor allows for easy transport and use in diverse service locations.

Applications

The Robinair RAVG-1 Digital Micron Gauge is an indispensable tool for technicians engaged in vacuum pump down and system evacuation across a range of equipment. It provides crucial feedback during the installation, maintenance, and diagnostic phases of automotive air conditioning systems, refrigeration units, and various industrial vacuum applications. This gauge facilitates accurate leak detection and ensures proper system dehydration, which is vital before refrigerant charging or other critical operational steps.