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Fluke Calibration P3012-INH2O-P Gas Operated Pneumatic Deadweig 400″H2O with Pump

$9,790.00

The Fluke P3012-INH2O-P Gas-Operated Pneumatic Deadweight Tester provides accurate pressure calibration up to 400″H₂O, featuring a built-in pump for easy pressure generation, ideal for laboratory and field applications.

The Fluke Calibration P3012-INH2O-P Gas-Operated Pneumatic Deadweight Tester is designed for high-accuracy calibration of pneumatic gauges, pressure transducers, and other low-pressure measurement devices up to 400 inches of water column (H₂O). This tester combines a gas-operated pneumatic system with a precision deadweight mechanism, ensuring repeatable and traceable results. The included pump allows for controlled pressure generation without requiring external pressure sources, providing convenience and portability for both laboratory and field applications. Its rugged construction and precise mechanical design guarantee long-term durability and minimal maintenance, while the easy-to-read scale simplifies operation, reducing setup time and minimizing operator error. Fully compatible with ISO/IEC 17025 standards, the P3012-INH2O-P delivers reliable calibration for critical processes in manufacturing, energy, pharmaceuticals, and aerospace industries.

Key Features:

  • Pressure range: up to 400″H₂O

  • Gas-operated pneumatic deadweight system

  • Includes pump for independent pressure generation

  • Rugged, durable construction for lab and field use

  • Traceable, repeatable, and reliable calibration

Compatible Devices:

  • Pneumatic gauges

  • Low-pressure transducers

  • Industrial pressure measurement instruments

Included Accessories:

  • Built-in pump

  • Pressure fittings

  • User manual and documentation

  • Calibration certificate

Compliance:

  • ISO/IEC 17025 calibration compatible

  • Traceable to national standards

Benefits for Lab Users:

  • Provides accurate, traceable pneumatic pressure calibration

  • Pump allows flexible lab and field use

  • Reduces setup time and operator errors

  • Ensures reliable, repeatable results for critical applications