A2000/C2000 Differential Pressure Gauge

A2000/C2000 Differential Pressure Gauge

The A2000 Differential Pressure Gauge measures air and non-combustible gas pressure with high precision. It serves as an essential tool for monitoring industrial environments and HVAC systems. This gauge offers a standard accuracy of ±2% FS, ensuring your systems run efficiently. It works perfectly for detecting filter status and fan pressure. You can explore our full range of monitoring tools in our Pressure Measurement Category (Internal Link).

Rugged and Durable Construction

Engineers designed this gauge to last in demanding conditions. The A2000 Differential Pressure Gauge features a die-cast aluminum case and bezel. A clear PC cover protects the 4-inch dial face from impact and debris. This robust design provides an IP67 protection rating (Outbound Link), which shields the internal parts from dust and water. The unit remains lightweight at only 440g despite its heavy-duty build.

Flexible Installation Options

This device offers great versatility during setup. You can choose between flush or surface mounting in a vertical position. The gauge includes duplicated 1/8″ NPT female high and low-pressure taps. One pair sits on the side, while the other pair resides on the back. This dual-tap design simplifies plumbing in tight spaces. The 4-inch dial ensures operators can read data from a distance without difficulty.

Advanced Safety and Standards

The unit handles a wide pressure range from -70 to 100 kPa. It operates safely in temperatures between -7 and 60°C. The A2000 model carries the RoHS approval mark, meeting strict environmental safety standards. Every purchase includes the A-S10 accessory kit for immediate installation. This kit provides pipe plugs, tubing adapters, and mounting screws to save you time and extra costs.

Applications and Use Cases

Many industries rely on the A2000 Differential Pressure Gauge for critical tasks. It monitors pressure drops across air filters to prevent system clogs. Clean room technicians use it to maintain positive or negative pressure balances. Its fast mechanical response provides real-time feedback without the need for electronic power. This makes it a reliable choice for fail-safe monitoring applications.