background image

12:00

0-10V Input: 1.27V

40 LUX

42 LUX

4200 K

4230 K

0-10V Input: 1.27V

12:00

40 LUX

42 LUX

4200 K

4230 K

1: 25%

2: 12%

1: 25%

2: 12%

MAIN SCREEN - SLAVE MODE

Big characters, the light intensity measured in Lux by the sensor.
Smaller characters is the calculated setpoint based 
on the 0-10V Input configuration.

Big characters, the lighting color measured in Kelvins by the sensor.
Smaller characters is the calculated setpoint based 
on the 0-10V Input configuration. If the chromatic mode is
disabled this information is not visible.

Press to access the main menu

Current Time

Bars that indicate the power applied to the outputs.

Reading of the measured voltage at the 0-10V input

Summary of Contents for LUMIX

Page 1: ... LED lights with the use of the light sensor Program the schedule with up to 24 different periods of 24 steps each The LUMIX has two 10A lighting outputs compatible with American and European standards 120V 240V 50Hz 60Hz and an alarm relay 2018 2019 8032319 Canada Inc Lux and K Color Light Sensor 10A Outputs to control dual color LED lights Alarm Relay Touch Screen Transistor outputs to avoid fli...

Page 2: ... operate as a slave system for a master controller using its 0 10V inputs It then acts as a power module that converts a 0 10V signal into power applied to the lighting outputs A manual mode allows you to control your lighting manually regardless of the schedule whether in master or slave mode The LUMIX allows you to protect your programmed schedule and settings with two functions A 4 digit access...

Page 3: ...ule is the sum of the number of days in each period How the schedule works Throughout the schedule every minute of the day is a point in time that matches with a step or that is between 2 steps The system automatically calculates the intensity and color set points to be applied for each moment of the day according to the steps programmed in the schedule Each period will be run sequentially startin...

Page 4: ... used and both outputs will operate at the same level at all time except in manual mode Light Sensor The light sensor is able to measure the light intensity as well as the color of the light that shines on it with great precision Keep in mind that emitted light as well as reflected light will be detected by the sensor Avoid mounting the sensor near brightly colored objects Alarm Relay The alarm re...

Page 5: ...ts you to choose the language of the interface Mode To choose whether the control operates in master mode or in slave mode In master mode the system schedule is used to control the lighting outputs In slave mode it is a 0 10V voltage supplied by an external source that controls the lighting outputs Phase Dimming Determines the compatibility of the dimmer with the installed lights Some lights work ...

Page 6: ...s you to add or remove periods in the schedule and configure the number of days each of these periods will be repeated This screen also shows you the total duration of your schedule The schedule can contain up to 12 periods in total Press the Edit button to access the step programming screen Steps Each period is programmed by placing steps to places which define the desired light level and color a...

Page 7: ...tensity of the lighting will increase from 0 to 100 gradually From 8h30 to 21h30 the lighting will stay at the same level 100 From 21h30 to 22h00 the intensity of the lighting will decrease from 100 to 0 gradually From 22h to 8h the lighting will stay at the same level 0 By adjusting these values and adding steps you can create the ideal lighting curve for your needs You can use up to 24 steps in ...

Page 8: ... 5h 6h 7h 8h 9h 10h 11h 12h 13h 14h 15h 16h 17h 18h 19h 20h 21h 22h 23h 100 80 60 40 20 0 Period Number of days 0h 1h 2h 3h 4h 5h 6h 7h 8h 9h 10h 11h 12h 13h 14h 15h 16h 17h 18h 19h 20h 21h 22h 23h 100 80 60 40 20 0 Period Number of days 0h 1h 2h 3h 4h 5h 6h 7h 8h 9h 10h 11h 12h 13h 14h 15h 16h 17h 18h 19h 20h 21h 22h 23h 100 80 60 40 20 0 Period Number of days ...

Page 9: ...ears all parameters from memory and the system will return to default values The schedule is completely erased for both zones Touch screen calibration is reset The lock code is removed After restarting the system you will need to calibrate the touch screen before you can use it Resetting to default values does not affect the internal nonvolatile memory If you have saved your data you can always re...

Page 10: ...ific moment in the schedule If the color mode is disabled this information is not visible Day 2 10 Period 1 12 00 40 LUX 42 LUX 4200 K 4230 K 1 25 2 12 1 25 2 12 MAIN SCREEN MASTER MODE Press to access the main menu Current Time Schedule Progression current day 2 total schedule duration 10 days current period 1 Graphical visualization of the 24h period in progress which begins from 0h00 left to 23...

Page 11: ... is the calculated setpoint based on the 0 10V Input configuration Big characters the lighting color measured in Kelvins by the sensor Smaller characters is the calculated setpoint based on the 0 10V Input configuration If the chromatic mode is disabled this information is not visible Press to access the main menu Current Time Bars that indicate the power applied to the outputs Reading of the meas...

Page 12: ...0 10V 0 10V MAIN MENU Schedule Programming Manual Mode Clock Adjustment Data Backup Recovery Configuration Settings Low level lighting adjustment Previous Menu Main Screen 0 10V Input Configuration ...

Page 13: ...tion Parameter Lock Off Language English Mode Master Phase Dimming LED Chromatic Lighting Yes CONFIGURATION MENU Press a parameter button to access the parameter adjustment window Press the left arrow to go back ...

Page 14: ...equested action is displayed at the bottom center Lock Confirm or Unlock Press the numbers to enter the code Press to delete the last digit entered Press the checkmark to accept the entered code If the code is invalid the code will be erased and you will have to start again Press the X to cancel and return to the previous menu Enter code to lock 8 7 9 5 4 6 2 1 3 0 ...

Page 15: ...ent value of the parameter is displayed in the center square Press the up down arrows to adjust the parameter value Press the checkmark to accept the new value and return to the previous menu Press the X to cancel and return to the previous menu The value of the parameter will be unchanged ...

Page 16: ...00 Adjust the current day using the arrows above and below the day Adjust the hours and minutes using the arrows above and below the time Press the checkmark to accept the new time Press the X to cancel The time will remain unchanged Day 1 ...

Page 17: ...and to add or remove periods in the schedule You have to hold these buttons for a few seconds to confirm the addition or removal of periods Press to view the details of the period and program the different steps for that period The view bar gives you an overview of the selected period Press the checkmark to accept and return to the main menu Edit Schedule Programming Period Number of days Total Du...

Page 18: ...rameters Use and to adjust the number of steps for this period You have to hold these buttons for a few seconds to confirm the addition or removal of steps The visualization bar changes in real time as you adjust the step parameters The slider above the visualization bar shows the time of the selected step on a 24 hour cycle Press the checkmark to accept and return to the schedule programming scre...

Page 19: ...ols the red lights lights connected to output 1 The bottom bar controls the blue lights lights connected to output 2 Move your finger on the bar in the center to adjust the power of the output in manual mode Press the arrows on either side of the bar for more precision Press the arrow on the bottom left to return to the previous menu ...

Page 20: ...el Press the up and down arrows to adjust the minimum level for zone 1 on the left and zone 2 on the right Press the arrow on the bottom left to return to the previous menu Note A light level of 0 1 is the lowest level that can be achieved Below 0 1 the outputs are completely disabled Lights Configuration Activate the config button to set lighting in manual mode at 0 1 Adjust the output levels for...

Page 21: ...levels that can be configured Press the checkmark to accept and return to the main menu When configured in slave mode the LUMIX adjust the lux and color setpoints by reading the voltage on the 0 10V input and comparing it with the levels configured here If the chromatic mode is disabled the color is not shown 0 10V Input Configuration 10 Lux 5000 K 0 10V Input at 1 0 10V INPUT CONFIGURATION ...

Page 22: ...ery If you remove the battery all data in the system memory will be reset to the default values including schedule data as well as all system configurations You can save all this data to the non volatile memory of the DTD T When all your configurations are done and your schedule is programmed save a backup of the data to the non volatile memory to keep it indefinitely If you change the battery or ...

Page 23: ...he screen when the target disappears to go to the next step After the calibration is finished the system will start normally The use of a stylus can be useful especially for calibration because its tip is more accurate than a finger Avoid using sharp objects that could damage the touch screen If you want to re calibrate the touch screen you will need to perform a reset to system defaults Touch Cal...

Page 24: ...g to make the connection waterproof The connection of the alarm relay to an external alarm system must be done according to the alarm system manufacturer s recommandations MALT 0 10V Output from Master Controlelr The master controller is only required if using the LUMIX in slave mode Red lights on Output 1 Blue lights on Output 2 Connect the lights with the lowest K Color value ex 2000K on output ...

Page 25: ...VAC 1200W at 120VAC Fuse F1 1A 250VAC TR5 Littelfuse 37411000410 Fuse F2 F3 12A 250VAC Fast Blow Littelfuse 0314012 Battery B1 3V Coin Cell CR2032 Alarm Relay 30VDC 1A 100mΩ Light Sensor Model DLS2 0 10V Input max voltage 12VDC 0 10V Input impedance 250kΩ Storage temperature 40 C à 80 C Operating temperature 0 C à 40 C Max relative humidity 80 no condensation ...

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