Diaphragm vacuum pump MD 1 series MD 1C
Order number: HC95.1
Part number: AC100011229
£ 2912.18*
*Prices without VAT and shipping costs£ 3494.62*
*incl. VAT, plus shipping costsPrice Breakdown
Suitable for laboratory and industrial environments, the Diaphragm Vacuum Pump MD 1 Series MD 1C is designed for efficient suction of various substances. With a suction capacity of 22 liters per minute and 1.3 cubic meters per hour, it offers reliable performance. This vacuum pump features a 3-step operation, an IP40 protection rating, and dimensions of 143 x 338 x 223 millimeters. It operates on a 200-230 volt mains connection at 50/60 hertz and has an 80-watt motor. The pump head is made of PTFE/ETFE diaphragms, while the valves are constructed from FFPM material. The inlet and outlet connections accommodate hoses with inner diameters of 8-10 millimeters and 8 millimeters, respectively. The pump can handle temperatures ranging from 10 to 40 degrees Celsius, and it achieves an end vacuum of 2 millibars without gas ballast and 4 millibars with gas ballast.
- Category: Diaphragm vacuum pumps
- End vacuum (abs.): 2 mbar
- IP rating: 40
- Mains connection: 200-230 V, 50/60 Hz
- End vacuum abs. with gas ballast: 4 mbar
- Ambient temperature: +10 - +40 °C
- Cylinder: 4
- Inlet connection: for hose inner Ø 8-10 mm
| Name | Value | |
|---|---|---|
| Type | : | MD 1C |
| Steps | : | 3 |
| Weight | : | 6,9 kg |
| Cylinder | : | 4 |
| IP rating | : | 40 |
| W x D x H | : | 143 x 338 x 223 mm |
| Motor power | : | 80 W |
| Inlet connection | : | for hose inner Ø 8-10 mm |
| Mains connection | : | 200-230 V, 50/60 Hz |
| End vacuum (abs.) | : | 2 mbar |
| Media temperature | : | +10 - +40 °C (>100 mbar) 0 - +60 °C (<100 mbar) °C |
| Outlet connection | : | for hose inner Ø 8 mm |
| Ambient temperature | : | +10 - +40 °C |
| Suction capacity (l/min) | : | 22.0 |
| Suction capacity (m³/h) | : | 1.3 |
| Materials in contact with media | : | pump head: PTFE/ETFE diaphragms: PTFE valves: FFPM |
| End vacuum abs. with gas ballast | : | 4 mbar |
