Technical data

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A highly effective solution from the brand you can trust
The Worcester Greenstar System Filter has been specifically
designed to combat the damaging effects of system debris
and pollutants, allowing homeowners to protect their boiler
or heat pump for a fraction of its cost. The filter is suitable
for 22mm piped heating systems.
At the centre of this innovative design is a highly powerful
magnet that removes the magnetic debris (magnetite) that
is present in the heating system water. The central location
of the magnet ensures that magnetite is collected quickly
and retained, maximising the overall protection. Any
non-magnetic debris is caught by the twin-action cyclonic
trap, a proven technology that offers a capacity to collect up
to 200g of magnetite a year.
The Greenstar System Filter has been extensively
tested in simulated systems, proving its effectiveness
in removing: iron oxide, magnetite, limescale particles,
casting sand, welding debris, non-magnetic metal flakes,
paint particles and other system pollutants.
Installation
The filter can be installed almost anywhere in a heating
system, however to maximise the effectiveness it should be
placed before the boiler and after the last radiator.
The Worcester Greenstar System Filter
Modern condensing boilers are precision engineered and
designed to run with a clean water heating system. Over
time, dirty system water will damage a boiler and its
components, causing failures and shortening the life of the
overall system.
Damaged boiler and system components
•
Blockages in primary heat exchanger
•
Increased wear on pumps
•
Blocked valves.
Reduced efficiency
•
Energy efficiency loss equivalent to a boiler being
reduced from A rated efficiency to D rated, resulting
in fuel wastage
•
Blocked radiators can reduce efficiency and
heating comfort.
The Greenstar System Filter is easy to install and service
Heat exchanger damaged by system debris and pollutants
A thermal graphic of a
blocked radiator
Debris in the system blocks the
efficient flow of water around
the system, thus affecting the
radiator’s heat distribution.