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| INSTALLATION MANUAL for CFEWH SERIES 6-13 | V01 - 12 / 02 / 2021
DECREASED INFRASTRUCTURE COSTS
›
Setting the water temperature on the unit below 120°F or less will prevent user scalding, unless
otherwise specified.
›
Point-of-use installation significantly reduces requirement for hot water reticulation infrastructure.
SMALL FOOTPRINT
›
Facilitates point-of-use installation.
›
Easy to install.
DECREASED OPERATING COSTS AND MINIMAL WATER WASTAGE
›
Always operates at “optimum” power.
›
Switch-on flow rate is as low as 0.39 gal/min.
›
No requirement to heat water in anticipation of use.
›
Stable hot water temperatures are delivered.
›
Reduced water consumption due to reduced draw off.
›
Hot water reticulation energy losses significantly reduced.
›
Virtually maintenance-free: no scaling of heating element or element burn out.
COMPARING HOT WATER SERVICE
BENEFITS OF CFEWH
Electrical Supply
“Optimized” Energy
Accurate Heated Water Temperature
Optimized Tandem Capability
“Optimized” energy is the capacity to heat water more efficiently – delivering reductions in the consumption of both
energy and water.
REDUCED ENERGY CONSUMPTION
›
Lower flow rate = less water volume to be heated and less energy is consumed.
›
Minimal temperature adjustment required = less energy is consumed
REDUCED WATER CONSUMPTION
›
Hot water temperature stability = less water is consumed.
›
The lower the flow rate = less water is consumed.
›
Minimal temperature adjustment required = less water is consumed.
Of course, the ideal situation would be for Electric Tankless Water Heating (EIWH) appliances to have some degree
of “optimized” energy – however, most do not incorporate this.
The 100% “optimized” energy delivered by the CFEWH results in far less than the full-rated power being consumed.
KEY BENEFITS
“OPTIMIZED” ENERGY
SINGLE PHASE
NO
NO
NO
ELECTRIC INSTANTANEOUS
WATER HEATER (EIWH)
FEATURES
CONTINUOUS FLOW ELECTRIC
WATER HEATER (CFEWH)
SINGLE PHASE
YES
YES
YES
VS.
