Press [OK] to enter Home screen
Press [<]or[>] to ZONE A and [OK] to enter
In ZONE A Press [<]or[>] to Power and [^]or[v] to select required power output (light
intensity) and Press [OK] to action and save.
Selecting 0% will switch lamps Off.
Repeat to set up Zone B.
Note! If controller is disconnected from power supply; any set parameter values
and Time/Date will be saved.
Press [<]or[>] to Hour and Minute settings and [^]or[v] to set time in hours and
minutes and [OK] to save.
Press [>] to Power setting and [^]or[v] to set power output and [OK] to save.
To pre-set switch Off; set Power to 0%.
2
6. CONTROLLER LED INDICATOR
LED ON
: Normal status (temperature probe is working normally)
LED OFF
: Temperature probe cable not connected correctly or temperature control fail.
LED SLOW FLASH
: High temperature
auto-dim
threshold; ballast will now dim to reduce temperature.
LED FAST FLASH
: High temperature
auto-shutdown
; ballast will switch off.
LED ON
: Lamp is on
LED OFF
: Lamp is off
The same reading as 1
The same reading as 2
0-10V LED ON only:
0-10V analog signal
to both Zones for LED drivers
RS485 LED ON only
:
RS485 digital signal to both
Zones for HID
Both 0-10V & RS485 LED ON
:
Zone A is 0-10V for LED drivers and
Zone B is RS585 for HID ballasts.
1
3
4
5
6
6. Real time On/Off switching and adjusting light intensity
7. LED FAILURE INDICATOR ON ELECTRONIC BALLAST
Note!
If
controller not connected;
the power output LED will go On normally and in
the event of any failure; the LED above highest power output setting will flash. See
table below to decode fault.
If
controller connected
; the
‘controller
‘ LED on electronic ballast will turn
On
and
flash every 2 seconds; this means that the controller is working normally.If the
ballast fails to receive signal from the controller (either because of poor signal
cable connection or controller failure) the ‘controller’ LED on ballast will flash
quickly (every 0.2 seconds). In the event of any other failure; the
LED above
highest power output setting on ballast will flash.
See table below to decode fault.
