Sicce Master DW (Dirty Water) 10500e Pond Pumps – 2780 GPH – SIC150

Description

Master DW (Dirty Water) Series
The Master DW (Dirty Water) Series is a prestigious range of pumps in four models 4000, 5500, 8000e, and 10500e. Master DW pumps are designed for medium to large ponds and to handle particularly dirty water. They are ideal for creating waterfalls or for use in conjunction with external filters or surface skimmer filters. The intake can handle up to 8mm waste. The Model 4000 handles up to 4mm waste.

These are pumps with new-generation electronic controlled synchronous motors (Sicce International patent) which allow power/head performances that have never been achieved by any other manufacturer in the world. The simplicity and great reliability of the synchronous motors combined with the most sophisticated electronics make the Master DW a really unique product and puts them in an elite group of “Best Pumps in the World.”

The anti-clog system double rotation impeller allows Master DW pumps to “clean themselves” if any objects block the rotor, preventing its normal operation. If the rotor becomes blocked by an object, it rapidly and repeatedly inverts the direction of rotation until the object is removed and normal status is restored.

• UL Listed
• Patented NRG Energy System
• Vibration-dampening rubber pads that allow it to run in absolute silence
• Double filtration intake
• Electronically powered (e series)
• 3-Year Guarantee
• Professional Quality Rotor
• Ceramic Shaft
• Permanent magnet-driven synchronous motor. The earth-magnets in this motor are made from alloys of rare earth elements, which are substantially stronger than the ferrite magnets which inexpensive pumps utilize

NEW – AUTOMATIC SWITCHING OFF in case of overheating or dry operations – without float switch!

Synchronous motors have the following advantages over non-synchronous motors:
• Speed is independent of the load, providing an adequate field current is applied.
• Accurate control in speed and position using open loop controls is possible.
• Their power factor is closer adjusted to unity by using a proper field current relative to the load.
• A “capacitive” power factor (current phase leads voltage phase) is obtained which achieves a better power factor correction.
• Their construction allows for increased electrical efficiency when a low speed is required.
• Better Performance
• Grounded pump
• Highest power factor
• Higher Head Pressure per watt
• Higher Flow Per Watt
• More efficient
• Maximum energy conservation and lower electric bills
• Sicce pumps can pay for themselves in elecrtrical savings
• Quieter Operation
• Much Smoother Rotation
• Less heat transfer
• Fewer vibrations
• Rotors can be made smaller than asynchronous motors with better performance.