Watts ETREATWCS - Manual

E-Treat ® Water Conditioning Systems
SALT
40 lbs.
Watts E-Treat ® Water Conditioning Systems
Using No-Salt Technology
Good for the environment. Good for the planet. Good for you!
Model # ETREATWCS
Conventional water softeners are generally
considered the most effective and practical way to
reduce water hardness and prevent scale
formation in pipes and plumbing fixtures. Water
softeners, however, require salt to regenerate, and they must be backwashed periodically to rinse and
refresh the ion exchange resin. Brine water discharge
and the need to conserve water have challenged this
conventional technology, and new methods to
provide scale-free water are being considered.
Introducing The Environmentally Friendly Solution
To Water Quality Improvement Problems!
NO
SALT!
NO WASTED
WATER!
NO
SCALE!*
NO
CHLORINE!
NO
ELECTRICITY!
With E-Treat ® water conditioning systems, there’s no salt,
no backwash, no scale, no chlorine and no electricity!
Here's how it works:
Step #1 (Main Tank)
Water enters the system and flows down through a two cubic foot bed of coconut
shell activated carbon. This initial water treatment process improves water
quality by reducing bad tastes, foul odors, chlorine and organic substances
through adsorption.
Step #2 (Inner Tank & Contact Chamber)
During this process, water flows upward through the inner tank where treatment
for scale prevention is provided using our highly effective, anti-scale media. This
unique material transforms calcium ions into Calcium crystals, which are stable
and cannot attach to pipes, surfaces, hardware or heat exchanger components.
The crystals are so small they are easily rinsed away by the water flow!
With E-Treat ® , there is no scale on plumbing fixtures, no costly repairs to hot
water heaters due to scale, no salt, no brine tank and no electrical control valve.
The installation is easy because only a simple "in and out" valve is required.
* Performance testing proves E-Treat ® anti-scale systems virtually eliminate
new scale formation and aids in the removal of existing scale. Results may vary,
however, and performance is based on water hardness levels, flow rate and
other factors.