select Compare (0)
Compare Products

You have no items to compare.

Watts WQCFU-D-KIT Dual Drinking Water System with Kwik-Change Cartridges

More Views

Watts WQCFU-D-KIT Dual Drinking Water System with Kwik-Change Cartridges

$84.99 (Retail Price: $95.99 )
    • Quantity
    • Unit Price
    • 1 - 2
    • $84.99
    • 3 - 5
    • $82.49
    • 6 +
    • $79.89
The Watts WQCFU-D-KIT drinking water system is a low cost alternative to Reverse Osmosis. With the WQCFU-D drinking water unit there is no reject water (100% of the water is used). No pressure problems. Unit works as low as 15 psi/1 bar pressure. The model number for this unit is WQCFU-D-KIT, and includes 10-inch carbon block and sediment cartridges, bracket, long reach chrome faucet, feed water saddle valve, and tubing. WQCFU-D system cartridges have double o-rings to prevent leakage. WQCFU-D drinking water systems are easy to maintain and consistently provide the highest quality water possible. The WQCFU-D Dual Kwik-Change Unit has Sediment and Carbon Cartridges that can be removed simply by twisting. For this unit, you will not need a storage tank. The water will flow through the cartridges with little pressure loss. You have the option of choosing future cartridge types and sizes for residential, commercial and food service use. For greater capacity you may choose the more popular 11-inch replacement cartridges which are usable with the WQCFU-D Drinking Water System. We sell the 11-inch replacement water filter cartridges WQCSC11, WQCCC11, WQCHFC11 and WQCABC11.
  • Watts WQCFU-D-KIT Dual Drinking Water System First stage - 10-inch 5-micron sediment prefilter; Second stage - 10-inch activated carbon block
  • Genuine OEM Product
Reduces the following contaminants:
  • Chlorine Taste & Odor
  • Watts WQCFU-D-KIT Dual Drinking Water System Stages:
  • Stage 1: The WQCSC11 is a sediment filter used in the first stage.

  • Stage 2: The WQCCC11 is a carbon block filter used in the second stage.

  • The filter change interval will vary due to your water quality and the amount of water used.