Water still Puridest made of glass PD DG series, PD 4 DG, 4 l/h
Order number: 1PA5.1
Part number: AC100051611
£ 7496.61*
*Prices without VAT and shipping costs£ 8995.93*
*incl. VAT, plus shipping costsPrice Breakdown
The Water Still Puridest Made Of Glass Pd Dg Series, Pd 4 Dg, 4 L/H stands out as a premium choice for those seeking ultra-pure water production. With its robust design and precise control over the purification process, this system ensures exceptional quality and reliability. By leveraging cutting-edge technology and high-quality materials, we've crafted an apparatus that can effectively meet the demands of various applications.
Key Features of Water Still Puridest Made Of Glass
- Equipped with 1/2″ connections for effortless integration into water cooling systems.
- Features a compact depth of 365 mm, ideal for installations where space is limited.
- The Pd 4 Dg model boasts a powerful heating output of 5800 W, guaranteeing efficient operation.
- Designed with a height of 390 mm, this unit can be easily integrated into most environments.
- Compatible with 400 V, 3/N/PE, 50/60 Hz mains connections, accommodating a wide range of electrical configurations.
Why This Format Works Well
Water Still Puridest Made Of Glass is supplied for Water treatment work where the documented pack format applies.
Bulk Packaging Advantage
Water Still Puridest Made Of Glass is supplied for Water treatment work where the documented pack format applies.
| Name | Value | |
|---|---|---|
| Type | : | PD 4 DG |
| Depth | : | 365 mm |
| Width | : | 650 mm |
| Height | : | 390 mm |
| Connection | : | water cooling intake: 1 / 2 ″ water cooling drain: 1 / 2 ″ |
| Power cord | : | with plug (IEC 60309, 5-pin, CEE, red, 16 A) |
| Intake power | : | 5800 W |
| Heating output | : | 5800 W |
| Mains connection | : | 400 V, 3/N/PE, 50/60 Hz |
| Production output | : | 4 l/h |
| Water consumption | : | 2.4 l/min |
| Max. operating pressure | : | 7 bar |
| Conductivity bi destillate at 25 °C | : | 1.6 µS/cm |
| Conductivity mono destillate at 25 °C | : | 2.2 µS/cm |
