INSTALLATION AND OPERATING INSTRUCTIONS. Lightgate MixedWhite Touchpanel TP-MW-01/W/WM/NFC

Transcription

1 INSTLLTI ND OPERTING INSTRUCTIS Lightgate MixedWhite TP-MW-01/W/WM/NFC

2 General short description In conjunction with the LGC-MW-01/L/plus MixedWhite controller, the touchpanel is used to control the colour temperature and brightness of lighting systems. It has an RFID transponder on the back and a light-sensitive diode for programming the system via a smartphone. status LED is also integrated. There are two DIP switch rows on the back of the touchpanel as well as a 4-pole connection terminal for the voltage supply and data connection. The standard parameter set which is stored in the device can be viewed in the smartphone app and adapted to individual requirements. Parameterisation of the system The operating parameters are set using a smartphone app. The data is transmitted via near field communication (NFC) or light pulses (LIP). NFC The data is transferred via an NFC-enabled smartphone. For transmission, the RFID transponder integrated in the smartphone must be held at a distance of approx. 0.5 cm above the RFID transponder on the back of the touchpanel (Pos. 13). Most smartphones have their transponders integrated on the back. fter successful transmission, the Settings have been successfully transferred message appears on the smartphone. In addition, the LED in the touchpanel (Pos. 1) flashes 20 times and the lighting system flashes 3 times for confirmation. LIP The transmission of the data takes place via light pulses, which are generated using the flash light LED of the smartphone. For transmission, the flash light LED of the smartphone must be held at a distance of approx. 3 cm above the receiving diode (Pos. 4) on the front of the touchpanel. fter successful transmission, the automatic/ manual LED flashes 20 times in the touchpanel (Pos. 1) and the lighting system flashes 3 times for confirmation. utomatic mode In automatic mode the system is controlled via parameters that are settable in the app, in accordance with time/ calculated position of the sun and/or sensors. The setting of the parameters and their functions are described in detail in the app and in their operating instructions. Manual mode In manual mode, the unit is operated via 1 or 2 connected wall buttons, which can be set via the smartphone app. Switching between automatic and manual mode can be performed automatically by switching times or by connected wall buttons. 2

3 Front touchpanel Control panel of the touchpanel on the front Pos. 1 Pos. 2 Pos. 3 Pos. 4 Pos. 5 Pos. 6 Pos. 7 Pos. 8 Pos. 9 LED indicator: utomatic LED indicator: On LED indicator: Off Receiving diode for data transmission Touchpad: utomatic / Manual Touchpad: On Touchpad: Off Slider: rightness Slider: Colour temperature Please note: fter switching the power off and on again, please do not touch the touchpanel for 15 seconds. calibration takes place. Controls and indicators Pos. 1 LED indicator: utomatic LED lights up when the system works in the automatic mode. The LED is off in manual mode. It flashes 20 times if the transfer of the parameters from the smartphone was successful. Pos. 2 LED indicator: On LED lights up when the luminaires are switched on. Pos. 3 LED indicator: Off LED lights up if the luminaires are switched off. Pos. 4 Receiving diode for data transmission Receiver for programming via the flash light LED of a smartphone. Pos. 5 Touchpad: utomatic/manual Switches between automatic and manual mode. The selected mode is shown by the utomatic indicator (Pos. 1). In automatic mode, the LED lights up, in manual mode it is off. Pos. 6 Touchpad: On Switches the luminaires on in automatic mode. The operating status is displayed via the LED indicator On (Pos. 2) and the LED indicator utomatic (Pos. 1). Pos. 7 Touchpad: Off Switches the luminaires off. The operating status is displayed via the LED indicator Off (Pos. 3). Pos. 8 Slider: rightness The brightness of the luminaires is set via the slider. The further up the slider is moved, the brighter the luminaires become. Moving the slider in the lower range reduces the brightness of the luminaires. Via the slider, the brightness can be changed similar to a slide control. The automatic mode stays activated. Pos. 9 Slider: Colour temperature The colour temperature of the luminaires is adjusted by moving the slider. The further upward the slider is moved, the warmer the colour tone of the light. Moving the slider in the lower range changes the colour tone towards a cold white. Via the slider, the colour tone can be changed similar to a slide control. The automatic mode is also terminated. 3

4 Reverse side of the touchpanel Rear view of the touchpanel 13 Pos. 10 Connection socket (RS-485 US) version: Phoenix PTSM 4-pin Pos. 11 DIP switch rows 1 Pos. 12 DIP switch rows 2 Pos. 13 NFC reception range for data transmission Connection of the touchpanel In order to connect the controller with the touchpanel, please proceed as follows. 1. Fit the Phoenix connector by inserting the stripped wires. 2. Plug the corresponding side of the Phoenix connector into the connector socket (Pos. 10) on the reverse side of the touchpanel. 3. Likewise, wire the connection adapter with the individual wires of the cable (please observe the polarity). 4. The adapter is finally connected to the controller via the RJ10 cable (included). max. 100 m (2 x 2 x 0,8 mm 2, rigid) Connecting adapter RJ10-Kabel Phoenix connector Controller Top view of Phoenix connector Openings for cables Openings for release bolt 4

5 Connection Function of the DIP switch row 1 (Pos. 11) Up to 3 touchpanels can be connected to a controller. For this, the following settings are necessary on the individual touchpanels: Use of one touchpanel Touch 1 Use of two touchpanels Default setting (state as delivered) Touch 1 (Master) Touch 2 (Slave) Wiring diagram (Master) TP-MW-01/W/WM (Slave 1) TP-MW-01/W/WM (Slave 2) TP-MW-01/W/WM Controller LGC-MW-01/ L/plus Use of three touchpanels Please note: It is not possible to connect a touchpanel to several controllers. Touch 1 (master) Touch 2 (slave 1) Touch 3 (slave 2) Function of the DIP switch row 2 (Pos. 12) The positions of the DIP switches have the following meanings: Demo mode is activated. The 24 hour cycle will run within 5 min. Locking the respective parameters prevents unauthorised changes to the basic setting of the controller. The switch positions can be combined as desired. In the delivery state, all switches are set to OFF. Locking the settings parameter Locking of the switching times and circadian curves parameter Locking the set time parameter Locking the brightness of the status LED

6 Installation Installation Similar to a standard flush-mounted switching element, the enclosed mounting frame is fixed to the flush-mounted socket using two screws. Together with the frame with the snap-in lugs, the touchpanel is inserted into the designated holes (marked in red) of the mounting frame. Technical specifications Designation Order number TP-MW-01/W/WM/NFC Specifications Type of installation Surface mounting with an attached fixing ring on standard flush-mounted sockets 9-24 VDC SELV max. 30 m Supply voltage Power input mbient temperature ta C Max. cable length of the controller touchpanel 100 m (recommendation 2 x 2 x 0.8 mm 2 ) Connection type Plug-in terminal block max. 0.8 mm 2 rigid, 6 mm stripped Dimensions (L x W x H) with a frame 160 mm x 90 mm x 23 mm depending on the switch frame type Dimensions (L x W x H) component without a frame, with a connector 127 mm x 55.6 mm x 22 mm Weight 65 g Operating modes utomatic and manual mode Humidity % relative humidity, non-condensing Protection class IP 20 ccessories Packing contents Optional GIR frame, 4-pin connector (Phoenix PTSM), mounting frame for flush mounting socket RJ10 cables in different lengths, RJ10-Y distributors, RJ10 connectors 6

7 OEM Systems Group G electronics GmbH Kleinbahnstraße 27 D rnsberg Tel.: Fax: operating instructions We reserve the right to make technical changes.