Omnipure - Q5562 - 10" x 2.5" Q - Series Twist Off NRW - 37 DI Mixbed Filter - Isopure Water - Q5562
Omnipure

Omnipure - Q5562 - 10" x 2.5" Q-Series Twist Off NRW-37 DI Mixbed Filter

Product Code Q5562

$36.23
The Omnipure Q5562 is a 10" x 2.5" specialty deionization filter built with nuclear-grade NRW-37 mixed bed resin to strip TDS and salts from your water. Designed for the Q-Series Twist Off system, it automatically shuts off water flow when disconnected, making cartridge changes cleaner and faster.
SPECIFICATIONS

Omnipure Q5562 DI Mixed Bed Filter

Model Omnipure Q5562
Dimensions 10" L x 2.5" W
Filtration Media Purolite NRW-37 Nuclear Grade Mixed Bed Resin
Service Life 220 grains of hardness
Flow Rate 0.5 GPM
Max Pressure 125 PSIG
Max Temperature 100°F
Connection Q-Series Twist Off (requires existing Q-Series head)
INSTALLATION & USE

Filter Replacement Steps

  1. Turn off water supply or simply twist the cartridge counterclockwise to disconnect (Twist Tap valve automatically stops flow).
  2. Remove the old Q5562 cartridge from the Q-Series head and dispose of it properly.
  3. Insert the new Q5562 cartridge into the Q-Series head and twist clockwise until secure.
  4. Turn water supply back on and flush the filter for 2-3 minutes to remove any air and resin fines.
  5. Check for leaks at the connection points and monitor TDS levels to confirm proper deionization.
COMPATIBILITY

System Requirements

This Q5562 cartridge is a replacement filter for existing Omnipure Q-Series filter heads only. The Q-Series heads are sold separately and available with 1/4" Quick-Connect fittings, 1/4" NPT female threads, or 3/8" NPT female threads. This filter is commonly used in reverse osmosis systems (as a post-DI polishing stage), ice makers, refrigerators, beverage equipment, drinking fountains, under-sink systems, and whole-house applications where ultra-low TDS water is required.

🔧 Pro Tip: Mixed bed DI resin exhausts quickly if fed high-TDS water. Always install the Q5562 as a final polishing stage after sediment, carbon, and RO membranes to maximize its service life and get the lowest TDS possible.