Mira Advance ATL, Инструкция по установке и эксплуатации

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(i) The curves on the graph are for the specified outputs at 240V from the
Mira Advance ATL heater tank outlet.
(ii) All Mira Advance ATL heating elements have a manufacturing tolerance.
Thus flow rates can be above or below those indicated.
(iii) The left-hand scale is temperature rise. (Temperature rise = Heater tank
outlet temperature minus the incoming cold water temperature.)
Note! Because of temperature/flow loss through the shower hose and fittings,
the showering flow rate achieved may not accurately match the flow rate
given on the graph.
(iv) At pressures below 1 bar maintained the full flow performance may not
be achieved (refer to 1.7. Low Pressure Thermostatic Performance).
Example: For the Mira Advance ATL 9.8 kW on full power setting with an incoming
water supply at 10
0
C and a heater tank outlet temperature at 42
0
C, the temperature rise
is 32 0 C. The flow rate is approximately, 4.5 l/min.
2. Mira Advance ATL Operation
THE SPRAY PLATE HOLES MUST BE KEPT CLEAR. The spray plate should be
regularly removed and cleaned in descalent. Lack of regular spray plate cleaning will
lead to poor performance and cause early failure of the Mira Advance ATL.
2.1. Switch on the pull-cord or wall mounted switch. The red "STOP" indicator on
the Mira Advance ATL will provide a visual indication that the power is on.
2.2. Press one of the three flow buttons, 'HIGH', 'MEDIUM' or 'LOW'. The adjacent
green indicator will illuminate and an audible tone will confirm the action.
For the Advance ATL Memory, press one of the five memory buttons.
Note! The temperature control knob is inactive during memory control
operation.
2.3. Wait 15 - 20 seconds for warm water to reach the handset. If the 'LOW' button
was pressed then this time may be longer.
2.4. If necessary turn the 'TEMPERATURE' control knob clockwise to increase
the temperature, or anticlockwise to decrease the temperature. Wait 10–15
seconds for the adjusted temperature to reach the handset. There will be a
change in flow rate when the temperature is adjusted. The control knob
operates through approximately 3/4 of a turn from cold to hot and features a
detent on the final travel to the cold only position.