BSL Equipment
Home / Calibration Instruments / Pressure Calibrators / Deadweight Testers / Fluke P3011-MMHG-P Vacuum Deadweight Tester

Fluke P3011-MMHG-P Vacuum Deadweight Tester

Fluke · Model: P3011-MMHG-P Made to order
Fluke P3011-MMHG-P Vacuum Deadweight Tester
Request a quote

The Fluke P3011-MMHG-P is a vacuum-operated deadweight tester with NIST-traceable accuracy of ±0.015%, piston-cylinder design for stability, and built-in hand pump capability.

Model P3011-MMHG-P
Manufacturer Fluke
Category Deadweight Testers
Availability Made to order

Overview

The Fluke P3011-MMHG-P is a precision vacuum deadweight tester designed for gas operations, featuring a suspended piston design and NIST-traceable accuracy. It is a single PCU model suitable for vacuum calibration with certified accuracy of ±0.015% of reading, enabling reliable and uncontaminated pressure measurement for calibration applications.

Key Features

  • Vacuum range 30 to 760 mmHg with 10 mmHg increments
  • Accuracy of ±0.015% of reading (±0.008% optional with PressCal software)
  • Piston-cylinder design provides stability and repeatability
  • Piston flotation indicator for easy operation monitoring
  • High-quality needle valves for precise pressure control
  • Mounted spirit level and adjustable feet for proper setup
  • Test station design with O-rings eliminates need for PTFE tape or wrenches
  • Optional built-in hand pump capable of 90% vacuum generation

Applications

  • Calibration of pressure gauges and transfer standards
  • Vacuum pressure measurement and validation
  • Laboratory and field calibration work
  • Gas operations and vacuum system testing

Included Accessories

  • Series 3 nonmagnetic austenitic stainless steel masses
  • Vacuum weights
  • Detachable lid
  • Accredited calibration certificate
  • Adaptors
  • Rugged carrying case
Series P3000 Series
Fluke P3011-MMHG-P Vacuum Deadweight Tester

Request a quote

Fluke P3011-MMHG-P Vacuum Deadweight Tester

Response within 24 hours
No obligation
Direct communication

By submitting this form, you agree to the processing of your personal data in accordance with our privacy policy.