Sogevac SV40-65 BI FC Single-stage, oil-sealed rotary vane pump - Used Vacuum Pump from France - 30-Day Warranty

Product Information

Ah, the Sogevac SV40-65 BI FC Single-stage, oil-sealed rotary vane pump, a marvel of engineering hailing from France. This meticulously crafted piece has been delicately tested to achieve optimal performance, boasting a vacuum gauge level of 0.071mBar. The pump is serenely quiet, operating with the grace of a well-oiled machine. While showing some minor signs of wear on its exterior casing, this trusty unit is veritably primed for the pumping of inert gases within rough vacuum ranges. The Sogevac pumps are designed to pump inert gases, ensuring top-tier performance between atmospheric and ultimate pressures. Notable features include a single-stage oil-sealed rotary vane, gas ballast valve, and differential pressure oil circulation. With a nominal pumping speed of 53 m3/h and noise level of 59 dB (A), this Sogevac pump is truly a quiet workhorse. Its performance embodies both sophistication and efficiency with a touch of French artistry, not to mention a 30-day warranty.

• Tested to achieve optimal performance with vacuum gauge level of 0.071mBar
• Quiet operation with noise level of 59 dB (A)
• Gas ballast valve for pumping condensable vapors
• Differential pressure oil circulation for efficient performance
• 30-day warranty for added peace of mind

• Nominal pumping speed: 53 m3/h
• Ultimate partial pressure without gas ballast: 0.2mbar
• Ultimate total pressure with small gas ballast: 1.0mbar
• Noise level: 59 dB (A)
• Motor power: 1.6-1800 kW - min-1
• Mains voltage (+/- 10%): AC ~ V 200 ... 240
• Leak rate: <1 x 10-3 mbar. I. s-1
• Ambient temperature: 18 ... 40°C

Metric: 27 kg
Imperial: 60 lbs

Metric: 21 cm x 13 cm x 15 cm
Imperial: 8.27 in x 5.12 in x 5.91 in

841410

This code categorizes vacuum pumps, ensuring the unit complies with standardized codes for international trade and transit. The Sogevac SV40-65 BI FC pump classifies neatly under this harmonized system code based on its mechanisms and intended applications.