There are many different applications for Enrich equipment and therefore different types of installation. Enrich Products, Inc. conducts on-site surveys with new clients to determine specific installation procedures. However, there are a number of technicalities that we always carefully monitor at all of our installations to insure the success of our unit.

In the pictures below, you can Learn more about the EPI Systems copper silver water ionization installation process.

Nursing-home-water-ionization-installation Enrich Products

This is a legionella control system in a Senior Care Facility. Use of ionization systems in Senior Care prevents scalding from alternate hot water treatments.

Hospital-Water-Enrich Ionization-Installation legionella control

Here you see a vertical installation in a large hospital.

Hotel-water-ionization-installation enrich products

In this picture, you see a hotel installation with flow-meter (pictured above the controller box).

Enrich Products Copper-silver-ionization-installation

Here is a copper-silver ionization system installed in a government facility.

Industrial-Copper-Silver-Ionization-Installation

This is a horizontal installation of small cells in an industrial building.

EPI-Controller

The EPI Systems Installation Process



  • The control unit must be installed in a dry or well sheltered environment.
  • The minimum flow rate of water through the electrode cell is 5 gallons per minute (gpm), except when under flow meter control.
  • The control unit is suitable for operation between 4 and 114 degrees Fahrenheit. If the unit is externally mounted and subject to temperatures below 0 degrees Fahrenheit, precautions must be taken against freezing. Installing a unit in direct sunlight should be avoided where possible.
  • The electrode cells must be installed downstream from any in-line equipment that removes or exchanges ions or metals.
  • Electrode cells must be installed upstream from chemical injection points.
  • Pipe-work around the electrode cells must be properly supported and firmly fixed in position.
  • All electrical work must be carried out in accordance with local or national standards.
  • A flow meter must control the system in situations where water feed pipes where water will only pass through the electrode cell once.
  • The control unit can be wall or rack mounted as close as is practical to the electrode cell.
  • The electrode cell must be installed in such a manner that it can be easily removed and replaced for maintenance. There must be sufficient freedom in the pipe work to allow the cell and gasket to be re-installed without using undue force to separate the flanges.
  • The electrode cell must only be operational when water is passing through it.

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