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Fluke Calibration P3213-KGCM2 Water Operated Single PCU Deadweight Tester, 10-350Kgf/Cm2

$10,983.00

The Fluke P3213-KGCM2 is a water-operated single piston-cylinder deadweight tester with a range of 10–350 kgf/cm², providing primary standard accuracy for reliable calibration of pressure gauges, transmitters, and sensors.

The Fluke Calibration P3213-KGCM2 Deadweight Tester is designed as a primary standard for pressure calibration in laboratories and industrial environments. Operating from 10 to 350 kgf/cm², this single piston-cylinder unit delivers stable, repeatable, and traceable pressure generation ideal for calibrating a wide variety of instruments including gauges, sensors, and transmitters.

This model uses water as the pressure medium, offering an oil-free solution for clean calibration environments where contamination from hydraulic fluids is not acceptable. Pressure is produced by applying precision-machined masses to the piston-cylinder assembly, creating an inherently accurate and traceable pressure source that meets international metrology standards.

The P3213-KGCM2 combines accuracy with durability, making it a trusted solution for calibration laboratories as well as demanding industrial test facilities.

Key features include:

  • Pressure range: 10–350 kgf/cm² (approx. 5,000 PSI / 35 MPa)

  • Single piston-cylinder assembly for high-accuracy calibration

  • Water-operated design ensures clean, oil-free operation

  • Primary standard accuracy of ±0.015% of reading

  • Rugged construction for long service life in lab or field use

  • Compatible with interchangeable Fluke mass sets (kgf/cm², bar, MPa, PSI)

Compatible media: Water and suitable water-based fluids.

Included accessories: Precision piston-cylinder unit, calibrated mass set, fluid reservoir, test connections, and operator manual.

Compliance: Supports ISO/IEC 17025 traceable calibrations; GLP/GMP compatible calibration processes.

Benefits for lab users: Provides reliable, oil-free calibration with high accuracy and traceability, minimizing measurement uncertainty and ensuring compliance with international calibration standards.