CONTENTS
|
| Page |
How to use your shower | …………… | 2 |
How your shower works | …………… | 3 |
What to do if things go wrong | …………… | 5 |
Installation instructions | ………….... | 6 |
How to maintain your shower | …………… | 10 |
Guarantee | …………… | 12 |
How to use your shower
1.Ensure the electricity and water are turned on to the unit
2.Functions of buttons: -
Button A – Starts shower on ‘HIGH’ giving maximum power.
Button B - Starts shower on ‘MEDIUM’ giving
economy setting.
Button C - Starts shower on ‘COLD’ giving water with no heating.
Button D – ‘Shutdown’ switches the shower off and cools the water automatically.
Your shower has 3 power settings selected by pushing the corresponding button on the front cover. It can be started by pressing A, B or C buttons. Once pressed, a light will illuminate above the button confirming that power selection has been made.
3.Once either A (HIGH) or B (MEDIUM) have been pressed you will need to adjust the temperature of the water. This is done by rotating knob “E”. if this is too low then turn the knob anti clockwise and allow 20 seconds for the temperature to settle. Repeat thisDiagram 1 procedure until the temperature is to your liking.
4.If the temperature is too high then turn knob “E” clockwise allowing 20 seconds between adjustments. The final adjustment can be anywhere on the scale. See diagram 3 for relationship of flow to temperature.
5.Once a temperature setting to your liking has been achieved knob “E” will rarely need adjusting, e.g. Adjust for variations of incoming mains water temperature between summer and winter.
6.When you have finished showering, push button “D” only. The electricity to the elements is then disconnected and the adjacent light will flash, water will continue to flow for approximately 5 seconds before switching off. This reduces the temperature of the water in the unit for the next user. Switch the electricity off at the ceiling switch or local isolator.
7.Your shower is designed to stabilise temperature changes caused by water pressure fluctuations. These can result from toilets being flushed or taps being turned on or off. When this happens your showering temperature will be held within a controlled band, providing that the minimum pressure required by the shower is maintained.
8.Your shower requires a minimum operating pressure of 100 kPa (1.0 bar, 14.5 p.s.i.). At pressures above 100 kPa (1.0 bar, 14.5 p.s.i.) it will minimise temperature fluctuations detailed in note 7. If the water pressure falls below 100 kPa (1.0 bar, 14.5 p.s.i.), it is likely that the pressure switch will turn off the power to the heating elements, resulting in a cold shower.
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