PY6600 SERIES

PY6600 Hydraulic Dead Weight Tester

PY6600 Hydraulic Dead Weight Tester is a primary pressure standard designed for high-pressure calibration up to 6000 bar, providing excellent long-term stability and traceable accuracy for calibration laboratories and industrial metrology applications.
Accuracy 0.005%F.S to 0.05% FS
Pressure Range 5-4000bar / 5-5000bar / More Options
Calibration Hydraulic OEM Oil &amp

Technical Specifications

MEASUREMENT PERFORMANCE

Pressure Range
5-4000bar / 5-5000bar / 5-6000bar
Accuracy
0.02% FS / 0.05% FS / 0.01%F.S / 0.005%F.S

MECHANICAL

Weight
>10 kg

ENVIRONMENTAL

Operating Temperature
0~50°C

Product Overview

PY6600 Hydraulic Dead Weight Tester is a primary pressure standard developed for high-pressure calibration and precision metrology. Utilizing a precision piston-cylinder assembly with calibrated mass sets, it generates stable and traceable hydraulic pressure for the calibration of pressure gauges, pressure transmitters, pressure sensors and other high-pressure instruments.

Available with pressure ranges of 5–4000 bar, 5–5000 bar and 5–6000 bar, the PY6600 offers accuracy classes of 0.05%, 0.02% and 0.01%. Designed for calibration laboratories, quality assurance departments and industrial testing facilities, it provides reliable pressure generation, excellent repeatability and long-term measurement stability for demanding calibration tasks.

Key Specifications

  • Accuracy: 0.05%, 0.02%, 0.01%
  • Pressure Range: 5–4000 bar, 5–5000 bar, 5–6000 bar
  • Pressure Type: Hydraulic Pressure
  • Standard: Primary Pressure Standard
  • Piston Material: Tungsten Carbide
  • Application: High-Pressure Laboratory Calibration

Typical Applications

  • High-Pressure Gauge Calibration
  • Pressure Transmitter Calibration
  • Pressure Sensor Calibration
  • Calibration Laboratory
  • Industrial Metrology
  • Primary Pressure Standard Verification

Custom Manufacturing

When the conventional products can not meet your needs, we can provide you with customized services according to the technical parameters.

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