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Crystal HPC52-300PSI-3KPSI Digital Pressure Calibrator Dual Sensor 300 & 3000 psi

$3,193.00

The Crystal HPC52 Digital Pressure Calibrator is a versatile tool that offers dual-sensor calibration for both 300 PSI and 3000 PSI ranges, ensuring precise and reliable pressure measurements. Ideal for professionals in the industrial, laboratory, and maintenance sectors.

The Crystal HPC52-300PSI-3KPSI Digital Pressure Calibrator is a high-performance instrument designed to accurately calibrate pressure sensors and transmitters across a broad range of pressures. With dual sensors capable of measuring 300 PSI and 3000 PSI, this calibrator is versatile and reliable for both low and high-pressure applications. It’s engineered for professionals in industries such as manufacturing, maintenance, and laboratory environments.

Key Features:

  • Dual sensor calibration for 300 PSI and 3000 PSI pressure ranges

  • High-precision digital display for accurate pressure readings

  • Easy-to-use interface with adjustable settings

  • Built-in internal sensor for quick, reliable measurements

  • Long battery life for extended field use

  • Rugged design for durability in tough working environments

Compatible Chemicals:

  • Suitable for most non-corrosive gases and liquids typically found in industrial and laboratory settings.

Included Accessories:

  • Calibration certificate

  • User manual

  • Carrying case for safe transport and storage

  • Quick-connect fittings for easy setup

Compliance:

  • Conforms to industry standards such as ISO 9001 and GLP (Good Laboratory Practice) for quality assurance.

Benefits for Lab Users: The Crystal HPC52 provides precise and accurate pressure calibration, ensuring compliance with rigorous industry standards. Its dual-sensor design and intuitive interface make it ideal for use in research labs, test facilities, and calibration services. Whether you’re verifying pressure instrumentation or conducting performance testing, this calibrator delivers outstanding reliability, improving efficiency and minimizing downtime.