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Ashcroft AM2

$671.00

The Ashcroft AM2 is a high-performance analog manifold gauge designed for precision pressure measurement in various industrial and laboratory applications. Built for professionals, it delivers reliable results for calibration, maintenance, and diagnostics.

The Ashcroft AM2 is a durable and accurate analog manifold gauge designed for professionals who require precise pressure measurements in a range of industrial, laboratory, and field applications. With a clear, easy-to-read dial, the AM2 ensures reliable performance for users in HVAC, refrigeration, and other systems requiring accurate pressure readings. The gauge offers outstanding durability and long-term reliability in harsh environments, making it an essential tool for maintenance, calibration, and troubleshooting.

Key Features:

  • High-accuracy analog dial for precise pressure readings

  • Dual scale for ease of use with PSI and Bar readings

  • Rugged construction designed to withstand harsh conditions

  • Easy-to-read, large, clear face for quick measurements

  • Built-in pressure relief valve for added safety

  • Compact design for portability and storage

  • Compatible with a wide range of chemicals and gases

Compatible Chemicals:

  • Refrigerants

  • HVAC gases

  • Compressed air

  • Nitrogen

  • Other non-corrosive chemicals and gases

Included Accessories:

  • Pressure hoses with quick-connect fittings

  • Calibration certificate

  • Protective case for storage and transport

Compliance:

  • Conforms to ISO standards for precision measurement

  • GLP (Good Laboratory Practice) compliant

Benefits for Lab Users:
The Ashcroft AM2 is an indispensable tool for professionals who require high-precision pressure measurements in controlled environments. Its ease of use, rugged build, and versatility make it perfect for applications in lab settings, ensuring consistent, accurate results every time. Whether you’re calibrating equipment, diagnosing system issues, or ensuring proper operation, the AM2 helps maintain optimal system performance and reliability.