• Product Name: Chemical-Resistant Diaphragm Vacuum Pump
• Model: C410
• Ultimate Vacuum: 13 mbar
• Maximum Flow Rate: 25 L/min at 1000 mbar
• Operating Mode: Continuous operation
• Motor Speed: 1450 rpm
• Power: 95 W
• Hose Connection Diameter: 8 mm
• Noise Level: 50 dB
• Power Supply Options: 220-240 V or 110-120 V, 50/60 Hz
• Recommended Use: Vacuum source for rotary evaporators with evaporating flasks up to 3 L

The C410 is a chemistry-design diaphragm vacuum pump for laboratory vacuum applications. It provides a vacuum source for rotary evaporation, supporting solvent removal and sample concentration under reduced pressure.

With an ultimate vacuum of 13 mbar and a maximum flow rate of 25 L/min at 1000 mbar, the C410 is suitable for use with rotary evaporators equipped with evaporating flasks up to 3 L. Its continuous-operation design supports evaporation processes requiring a sustained vacuum supply.

The pump has 8 mm hose connections, a rated power of 95 W and a specified noise level of 50 dB. Two electrical versions are available: 220-240 V and 110-120 V, both rated for 50/60 Hz.

Pumping speed decreases as system pressure falls. The catalog specifies flow rates of 25 L/min at 1000 mbar, 20 L/min at 750 mbar and 5 L/min at 280 mbar. Actual system performance depends on tubing, leakage, solvent vapor load and operating conditions.

Select the appropriate voltage version and confirm chemical compatibility with the intended solvents before use. Rotary evaporators, cooling systems and vacuum controllers are separate equipment.

• Rotary Evaporation: Vacuum supply for rotary evaporators with flask capacities up to 3 L
• Solvent Removal: Reduced-pressure evaporation of compatible solvents from laboratory samples
• Sample Concentration: Concentration of solutions during sample preparation
• Solvent Recovery: Vacuum support for evaporation and condensation workflows
• Chemical and Pharmaceutical Research: Vacuum-assisted processing of compatible reaction mixtures and extracts
• Teaching Laboratories: Laboratory demonstrations and routine rotary evaporation work