6
The concept is simple and yet innovative. Water enters via the inlet Aand enters the outer chamber
B, which runs around the entire circumference of the EazyPod. Between Band the central chamber
C, is a stainless steel perforated screen. These perforations are situated in the lower half of the screen
and around its entire face. This means that when the water passes from the outer to inner chamber
(Bto C), a downward flow is created. This causes many of the larger solids to settle in the base of the
outer chamber, due to the force of gravity.
The size of the perforations will not allow large mechanical waste to enter the central chamber, thus
acting as a first stage mechanical filter. The central chamber holds 18 litres of static K1 Micro. As
the water enters the central chamber, the fine smaller solids become entrapped in the K1 Micro. After
passing through the K1 Micro, the clean water then rises and overflows into the inner return pipe Dof
the EazyPod. From here it returns to the pond via the return outlet E.
The EazyPod filtration system gives water quality and clarity that surpasses all expectations. The
nature and volume of the K1 Micro means, that when static, apart from being a very efficient
mechanical filter, there is more than enough surface area for beneficial bacteria to colonise. Therefore
on a smaller pond, the Pod is an excellent complete filter.
PLEASE NOTE that in normal running, the K1 Micro has to be static – it is only moved during
cleaning and maintenance. If the K1 Micro is moved in normal operation, whether by air or by hand,
all of the debris it has collected will be returned to the pond! The K1 Micro is cleaned and moved by
connecting an air pump to the air line in the EazyPod, which in turn goes to an air ring in the base of
chamber C. This has small holes which cause the K1 Micro to move and therefore clean itself.
During the cleaning cycle, the finer particles escape into chamber Bfrom the K1 Micro.
This waste water can then be dumped via a 1.5 inch / 50mm slide valve F.
Please check the table opposite to make sure you run your EazyPod within the specified limits to
achieve best results.
HOW THE EAZYPOD WORKS
Overflow Assembly Chamber C
Chamber B
Return Pipe D
Air Ring
Inlet A
Inlet 1½” (50mm)
Stepped Hosetail
Stepped Hosetail (Optional) H
Airline And Valve
Assembly For
Cleaning
Stainless Steel
Perforated Screen
Stainless Steel
Perforated Pipe
Outlet And 4” (90-115mm)
Rubber Connector E
Waste Purge
1½” (50mm) Slide Valve F
