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Split magnetic water heater has two parts: storage tank & generator unit
Description
Salient Features
How it works
Using a magnetic induction process the water is heated more rapidly than conventional water geysers
The electrical supply to the generator in the unit is converted into a magnetic field which heats the water
There is no direct alternating current (AC) in close proximity to the water, which makes the unit safe
The unit uses new temperature sensing technology that is more accurate
The unit includes a high density thermal insulation layer, to sustain the water temperature
Technical Aspects
The unit has a Class 2 safety rating, the first of its kind in the word, primarily because there is NO transfer of alternating current (AC) into the water or the holding tank
The risk of rupture of the geyser is eliminated as a built in temperature - pressure valve forms part of the unit (factory installed)
The electrical configuration of the unit is such that the likelihood of switch leakage malfunction is reduced, as is the buildup of pipe rust & iron content in the water
The unit includes a high density thermal insulation layer around the storage tank, which is made stainless steel and magnesium for increased product life
The geyser draws between 2kw - 4kw of power depending on the size of the geyser
Electricity Usage
To heat a conventional150lt geyser from 20DegC to 65DegC takes two and a half hours and uses 7.8kw of electricity
To heat the same amount of water via the Harver induction water heater will take approximately 1 hour and uses approximately 2.5kw of electricity
Operating cost Approximately 1/3 of the cost of a conventional geyser
Substantial water saving due to location of the unit