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Fluke Calibration P3022-INH20-P Air Operated – Dual PCU with Built-In Pump Optional

$15,876.00

The Fluke P3022-INH2O-P Air-Operated Deadweight Tester provides precise dual-range calibration for pressure and vacuum, with an optional built-in pump for independent operation, ideal for laboratory and field use.

The Fluke Calibration P3022-INH2O-P Air-Operated Dual Pressure/Vacuum Deadweight Tester is engineered for accurate and repeatable calibration of low-pressure and vacuum instruments. Covering dual ranges, this air-operated system ensures traceable, reliable, and consistent results for calibrating pressure gauges, vacuum transducers, and other low-pressure devices. The optional built-in pump allows pressure and vacuum generation without external equipment, offering flexibility and portability in laboratory or field applications. Its rugged mechanical design guarantees durability and minimal maintenance, while the easy-to-read scale simplifies operation and reduces setup time and operator errors. Fully compliant with ISO/IEC 17025 standards, the P3022-INH2O-P delivers high-quality, traceable calibration for industries such as HVAC, laboratory research, process control, and manufacturing.

Key Features:

  • Dual-range: pressure and vacuum calibration

  • Air-operated deadweight system for accurate results

  • Optional built-in pump for independent operation

  • Rugged design suitable for lab and field use

  • Traceable, repeatable, and reliable calibration

  • Easy-to-read scale for intuitive operation

Compatible Devices:

  • Low-pressure gauges

  • Vacuum transducers

  • Laboratory and industrial measurement instruments

Included Accessories:

  • Optional built-in pump

  • Pressure and vacuum fittings

  • User manual and documentation

  • Calibration certificate

Compliance:

  • ISO/IEC 17025 calibration compatible

  • Traceable to national standards

Benefits for Lab Users:

  • Provides precise, traceable pressure and vacuum calibration

  • Optional pump allows flexible lab and field use

  • Reduces setup time and operator errors

  • Ensures consistent, reliable results