Zurn Elkay ERF750 Single Replacement Filter for Zurn Elkay Residential Filtration Products

Zurn Elkay ERF750 Specs

Quantity : 1/Each
Shipping Weight : 1.31 lb.
Height : 9 1/2 Inches
Diameter : 3 1/8 Inches
Capacity : 750 Gallons
Features : Made in America NSF Listed
Filter Type : Chlorine Lead Taste
Maximum Pressure : 105 PSI
Maximum Temperature : 100 Degrees F
Minimum Temperature : 40 Degrees F
Service Flow Rate : 1.5 GPM
Style : Drop-In
Type : Filters

Zurn Elkay ERF750 Details

This Zurn Elkay ERF750 single replacement filter cartridge is the perfect way to provide top-quality water for your residential filtration products and serves as a direct replacement for the one that came standard with your Zurn Elkay residential machine (sold separately). The cartridge is designed to filter for lead, particles, and chlorine, while reducing unwanted taste, odors, and discoloration to keep your water tasting and looking fresh and clean. This ensures that any equipment using that water will produce an acceptable final product. This model boasts a 1.5 GPM flow rate.
This replacement filter features a quick-disconnect, 1/4 turn installation, and an automatic inlet shut-off valve to make it easy to switch out the filter and get back to work! Its spun polypropylene prefilter mesh prevents large sediment from entering and clogging the filter for added peace of mind. The filter should be changed out with a new cartridge every 750 gallons or 12 months for best performance. This replacement filter and compatible systems are commonly used to filter drinking water.
Overall Dimensions:
Diameter: 3 1/8″
Height: 9 1/2″

Attention CA Residents:Prop 65 Warning

• Made in America

  This item was made in the United States of America.

• NSF Listed

  This item has been certified by NSF International to meet applicable product standards on public safety, health, and / or the environment.

• NSF/ANSI/CAN 372 (Certified by CSA)

  This item is certified by CSA to meet the drinking water system component lead content standards for Canada and the United States outlined in NSF/ANSI/CAN 372.