skip to Main Content

Pool Pilot® Digital Nano 110/220v with PPC1 Manifold

Rated 0 out of 5
(be the first to review)

Part #: DN2

Pool Pilot® Digital Nano – It's simple to install and simple to use. Pool Pilot® Digital Nano features include microprocessor controls with a digital read-out of pool water temperature, current salt level, purifier production level and more. It also tells you how much salt to add should it run low. The Nano will maintain pools up to 28,000 gallons with the PPC1 patented manifold.
Includes the 110/220V Dual Voltage Power Supply with the PPC1 manifold, for pools up to 28,000 gallons.

Contact AutoPilot for your Sizing Needs
CE logo   ETL logo

• Nano maintains pools up to 28,000 gallons/106 m3
• Push button controls
• Patented temperature compensation
• 24 & 72 hour boost cycles
• Digital readout displays English, Spanish, French, Italian, Czech or German
• Operates at all salt levels – 2,000 to 35,000 ppm/2 to 35 g/L
• Operates at water temperature up to 104º F/40º C
• Soft reverse cell cleaning
• Patented bypass manifold
• Controlled flow rate for optimum chlorine production
• Operates at flow rates as low as 15 gpm/3.4 m3/h
• Easy installation and service
• Automatic cover connection capability

• never buy chlorine again
• simple to use
• no more red eyes
• no more itchy skin
• no more faded swimwear
• environmentally friendly
• automatic cell cleaning
• no more damaged hair
• no more vacation worries
• energy efficient
• soft silky feeling water

Additional information

Weight 22 lbs
Dimensions 13 × 18 × 8 in
Cell Type

PPC1 Cell

Pool Size

Up to 28,000 Gallons

Unit Includes

Power Supply, PPC1 manifold, cables and Manuals

Voltage

110v or 220V, Convertible power supply

Physical Dimensions

5 x 10 x 13 in

Physical Weight

8 lbs

pdf iconU.S. Warranty
pdf iconInternational Warranty
pdf iconParts Warranty
pdf iconPool Pilot® Digital Nano & Nano+ Brochure
pdf iconPool Pilot® Digital Nano & Nano+ Brochure (SPANISH)
pdf iconPool Pilot Digital Nano & Nano+ Manual
pdf iconPool Pilot Digital Nano Parts Break Down
Back To Top