9
It is very important to establish the water pressure before installing the water softener. If
the water pressure is low, then the water softener may not operate effectively. If it is too
high, then components inside the unit may be damaged.
Water pressure should be tested with a gauge at the kitchen tap or outside tap.
It should be noted that water pressure can increase at periods of low water usage e.g.
overnight. If, therefore, the daytime pressure exceeds 5 BAR or if you are unsure
about pressure, then a pressure-limiting valve should be fitted.
Where the pressure is less than 1.7 BAR, a booster pump may be required.
PART TWO
INSTALLING YOUR WATER SOFTENER
2. Inlet and outlet connections
1. Positioning the water softener
With the bypass valve open and the inlet / outlet valves closed, the unit can be connected
to the plumbing system. Arrows on the inlet and outlet piping from the valve will confirm
the direction of flow.
Connections can be made with either conventional copper tube and fittings or the flexible
hoses supplied. Ensure hoses are not kinked as this may restrict flow.
3. Drain connection
Push the flexible drain hose onto the barbed connector (drain) as shown on page 8 and
secure with the clip provided. Run the drain hose to a stand pipe or to a drain. The air
gap needs to be at least 20mm . Softened water will have no adverse effect on a septic
tank. You can extend the drain up to 9m if you have sufficient pressure (greater than 3
BAR). The drain hose must not be kinked or restricted in any way as this will cause an
overflow from the brine cabinet.
Frost protection
o
If the drain hose or connecting pipework is likely to be subject to temperatures below 0 C,
it must be protected to prevent freezing. Failure to observe this precaution could lead to
the water softener overflowing.
Raising the drain hose
If you have a water pressure of 3 BAR or more, you can raise the drain to a maximum of
3 metres above the valve head.
P RA T OWT
It is very important to establish the water pressure before installing the water softener. If
the water pressure is low, then the water softener may not operate effectively. If it is too
high, then components inside the unit may be damaged.
Water pressure should be tested with a gauge at the kitchen tap or outside tap.
It should be noted that water pressure can increase at periods of low water usage e.g.
overnight. If, therefore, the daytime pressure exceeds 5 BAR or if you are unsure
about pressure, then a pressure-limiting valve should be fitted.
Where the pressure is less than 1.7 BAR, a booster pump may be required.
7
PART TWO
INSTALLING YOUR WATER SOFTENER
2. Inlet and outlet connections
1. Positioning the water softener
With the bypass valve open and the inlet / outlet valves closed, the unit can be connected
to the plumbing system. Arrows on the inlet and outlet piping from the valve will confirm
the direction of flow.
Connections can be made with either conventional copper tube and fittings or the flexible
hoses supplied, ensure hoses are not kinked as this may restrict flow.
3. Drain connection
Push the flexible drain hose onto the barbed connector (Drain) as shown on page 6 and
secure with the clip provided. Run the drain hose to a stand pipe or to a drain. The air
gap needs to be at least 20mm . Softened water will have no adverse effect on a septic
tank. You can extend the drain up to 9m if you have sufficient pressure (greater than 3
BAR). The drain hose must not be kinked or restricted in any way as this will cause an
overflow from the brine cabinet.
Frost protection
o
If the drain hose or connecting pipework is likely to be subject to temperatures below 0 C,
it must be protected to prevent freezing. Failure to observe this precaution could lead to
the water softener overflowing.
Raising the drain hose
If you have a water pressure of 3 BAR or more, you can raise the drain to a maximum of
3 metres above the valve head.
PART TWO
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