Technical Characteristics - Delabie TEMPOMATIC Bedienungsanleitung

TECHNICAL CHARACTERISTICS:

Electrical supply:
• 220-240V / 50Hz class II.
• The installation must conform to the regulations of your country.
• The 220-240V electrical connection must include a fuse or be made via a differential circuit breaker (30mA) in an electrical service cupboard.
• Secure the cables in place with collar or rigid sheath.
• If the cable is damaged, it must be replaced by the installer.
• Install the electronic unit in a dry area.
• Maximum ambient operating temperature: 30°C.
Water supply:
• Maximum pressure: 8 bar, we recommend 1 – 5 bar.
• Maximum recommended temperature: 40°C.
INSTALLATION:
Shower panel (Fig. A & B)
• Position the panel so that the shower head is 2.10m from the floor.
• Mark and drill 2 holes Ø 6mm ① at the top of the panel (Fig. A). Mark and then drill two holes ② at the base of the panel (Fig. B).
• Attach the two end caps ③ to the top and bottom of the panel with a screwdriver (Fig. A & B).
Shower kit (Fig. D, E & F)
• Connect the solenoid valve ⑤ to the water supply. Respect the direction of the water flow (see arrow engraved on the valve body).
• Insert the filter supplied to protect the solenoid valve from debris.
• Mount the housing ⑥ behind the wall with the compression glands facing downwards.
• To avoid interference from infrared beams do not install two TEMPOMATIC products opposite each other, opposite a mirror or shiny object.
• Connect the solenoid valve ⑤ to the EV 12V terminal with the connector supplied.
• Connect the sensor cable ⑦ to the RMB terminal making sure the wires are connected to the correct terminal colour.
• Do not cut or extend the 4m sensor cable.
• Connect to the 230/12V electrical supply with a twin core cable, external ø 7mm min. to the 12Vca terminal on the electronic unit.
Install a circuit breaker upstream.
• Ensure the compression gland rubbers are replaced correctly on the electronic unit.
REMEMBER:
• Our mixers must be installed by professional installers in accordance with current regulations and recommendations in your country,
and the specifications of the fluid engineer.
• Sizing the pipes correctly will avoid problems of flow rate, pressure loss and water hammer.
• Protect the installation with filters, water hammer absorbers and pressure reducers to reduce the frequency of maintenance
(recommended pressure: 1 – 5 bar.)
• Install stopcocks close to the valve to facilitate maintenance.
• The pipe work, stopcocks, bib taps and all sanitary fittings should be checked at least once a year, and more frequently if necessary.
HOW TO OPERATE THE ELECTRONIC UNIT:
Shower panel
• The water flows when a hand is detected 4 cm in front of the sensor.
• The flow stops on-demand when the hand is passed in front of the sensor, or automatically after 1 minute of flow (security time flow).
• Automatic duty flush every 24 hours after the last use: This duty flush lasts for 60 seconds, and helps to reduce the risk of Legionella.
It prevents water stagnation and bacterial development in the pipe work.
Shower kit (Fig. F)
Opens and closes on-demand
The sliding switch ⑧ is placed in position 3 at the factory, which corresponds to the following operating mode:
• The yellow LED ⑨ (ALIM) is lit when the power supply is operating. The green LED ⑩ (EV) is lit when the sensor detects the user's hands
and the water begins to flow.
• The flow of water stops if the sensor detects hands for a second time, or it will shut-off automatically after a period of time which
can be adjusted from 30 – 100 seconds.
• The red LED ⑪ (SECU) is lit if the shower is misused after the timed flow and the shower is in security mode; the shower shuts-off.
• Once the object is removed a new cycle can commence.
Opens and closes automatically
• Position the sliding switch ⑧ in position 9.
• Increase the detection distance using the potentiometer (GAIN) ⑫ and place the connecting pins in position (PL) ⑬.
• The yellow LED ⑨ (ALIM) is lit when the power supply is operating. The green LED ⑩ (EV) is lit when the sensor detects the user
in front of the sensor and the water begins to flow.
EN