Thomas - Thomas 7100561 Vacuum Pump

Applications & Use Cases

• Used in medical devices requiring vacuum or pressure, such as aspirators or gas analysers.
• Suitable for laboratory filtration, degassing, and solvent evaporation.
• Applied in environmental monitoring equipment for air sampling or gas analysis.
• Utilised in automation systems for pick-and-place operations or component handling.
• Integrated into analytical instruments for sample preparation or waste management.

Typical Specifications

Typical Pump Type

Dry-running WOB-L® piston pump, known for oil-free operation.

Typical Flow Rate

For this class of equipment, free flow rates commonly range from 100 to 250 l/min.

Typical Maximum Pressure

Units of this type typically offer continuous pressure capabilities up to 12-15 bar.

Typical Maximum Vacuum

Commonly provides continuous vacuum levels approaching -990 mbar.

Power Supply

Typically operates on standard single-phase industrial voltages, such as 230V, 50Hz.

Footprint

Compact design, suitable for benchtop use or integration into larger systems.

Noise Level

Engineered for low vibration and quiet operation, typically below 60 dB(A).

Maintenance

Dry-running design generally requires minimal routine maintenance.

Frequently Asked Questions

• What are the advantages of a WOB-L® piston pump?

  WOB-L® piston pumps are known for their compact design, oil-free operation, and high efficiency. They offer a good balance of flow and pressure/vacuum performance with low vibration.

• Is this pump suitable for continuous operation?

• Can this pump handle corrosive gases or vapours?

• What accessories are typically needed with a vacuum pump?

• How does the 'dry-running' feature benefit my operation?