Energy Saving Harver Induction Geysers
This technology utilizes a
high frequency magnetic field to create high frequency electrical power within
the Geyser to maximize the heating process which delivers the same amount of
hot water as a conventional Geyser in less time saving you electricity.
If you are looking to save
space, save money, save energy and be more carbon neutral this is the Geyser of
the Future.
The Harver Split Magnetic
Induction water heater system consists of four parts
storage tank
internal receiving unit
internal heating unit
clip-on magnetic power
generating unit
Safety Features
SABS Test Compliance.
NRCS Certified click here to view website
Factory fitted Temperature / Pressure valve
SABS Test Compliance.
NRCS Certified click here to view website
Factory fitted Temperature / Pressure valve
This 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 geyser is fitted with a built in temperature - pressure valve to prevent rupture. The unit includes a high density thermal insulation layer around the storage tank, which is made of stainless steel and magnesium for increased product life. The geyser draws between 2kw and 4 kw of power depending on the size of the geyser.
Harver CN 30 L 200w Split
Harver CN 50 L 400w Split Magnetic Induction Geyser
Harver CN 75L 400w Split Magnetic Induction Geyser
The Harver CN 50 L and CN 75L 400w Split Magnetic Induction Geysers
comply with the same quality and saftey ratings as the The Harver CN 30 L
200w Split Magnetic Induction Geyser.
Electricity usage
To heat a conventional 150 lt geyser from 20 deg C to 65 deg C takes two and a half hours and uses 7.8kw of electricity. In tests done using the Harver CN 30 L 200w SplitMagnetic Induction Geyser to heat the same amount of water by means of the split magnetic water heater took approximately 1 hour and used approximately 2.5kw of electricity.
Debugging some of the
popularly propagated myths in regards to the method of operation of the Harver
Split Magnetic Water Heater
Electrical energy from the 50
Hz electricity supply is converted into a high frequency magnetic field in the
clip-on induction power generator. The high frequency magnetic field induces a
high frequency electric current in an internal receiver coil which provides a
high frequency, high energy electrical current to a specially designed
electrical heating coil in the lower storage tank of the Harver Induction water
heater that heats the water a lot faster and a lot more efficiently than a
normal element in a conventional geyser.
The two main components of
the split magnetic geyser design, the outside clip on magnetic power generator
and the internal receiver coil of the geyser together make an isolation
transformer so there is no direct electrical connection from the external electrical
power supply to the internal heating element which makes it impossible for an
electrical leakage to occur that could be transmitted along the plumbing. As
there are no direct electrical connections to the water heating element or
tank. This makes the Harver Induction geyser have a very high factor of safety
in regards to electrical shock.
Isolation Transformer http://en.wikipedia.org/wiki/Isolation_transformer
If you do not believe what I
have written about how the Harver split magnetic water heater operates then
please take a Harver Split Magnetic water heater apart yourself and see how it
works Thereafter you will believe me!
Features
The two stainless steel storage tanks are encapsulated in a high thermal efficient foam layer which allow the minimum temperature loss thus again saving energy and thus electricity to replace the loss.
The two stainless steel storage tanks are encapsulated in a high thermal efficient foam layer which allow the minimum temperature loss thus again saving energy and thus electricity to replace the loss.
The unit has protection from
dry burn, low/high voltage as well as over heat and over pressure protection.
The smaller water holding
capacity made possible by the high rate of heating water that has been used
greatly reduces the heat loss through the insulation layer. Even if all the
heated water in the water heater has been drained out it heats up again in a
fraction of the time of a conventional electric water heater making it possible
for the next user to have hot water in a matter of minutes. The larger heaters
that have double the heating capacity of the 30 litre model are extremely quick
to heat water the increase being in the region of 3 degrees Celsius
per minute making it possible to shower continuously when using a water
efficient shower nozzle. Low flow shower head.
The water temperature is
adjustable from 40 - 75 degrees Celsius in 5 degrees increments via the
temperature setting button.
Installation
Two installation support brackets are attached to the back of the geyser. These brackets provide for simple and secure mounting using 2 sturdy expanding anchor bolts drilled into the wall.
Two installation support brackets are attached to the back of the geyser. These brackets provide for simple and secure mounting using 2 sturdy expanding anchor bolts drilled into the wall.
The water heaters are fitted
with a 1.5m wired power cable and a 15 AMP 3 pin plug which simply plugs into a
standard wall socket per induction power generator.
The 30 and 50 litre Induction
Geysers are designed for indoor use. If used outdoors the units must be protected
from direct rain and sunlight.
My own installation has decreased my electricity usage on considerably
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