The model name, unique 4- or 5- digit serial number and
certification markings of the light engine are carried on a
label a
ffi
xed to the rear panel. Performance specifications
for individual light engines are listed on the certificate of
conformance included with the shipping documents e-
mailed to the customer (Figure 1).
3.2 Installation
NOTE: Any end-product/system incorporating or coupled
to a Lumencor Light Engine shall be fully evaluated to
verify all applicable safety and regulatory compliance
requirements prior to use.
When setting the AURA Light Engine up for use, place the
unit on a hard surface and avoid blocking or restricting
airflow at the air inlet (front panel; Figure 3) or exhaust
ports (rear panel) on the enclosure. Restricting the
airflow will cause the unit to operate at elevated
temperatures and will result in decreased product life
and/or premature failure.
The AURA Light Engine must be operated in a non-
condensing environment (dew point <10ºC with controlled
ambient temperature <30º C). Thermal overload protection
is provided by the on-board computer in conjunction with
an on-board temperature sensor. If the internal
temperature registered by the sensor exceeds 50°C
or
the
fan rotor is stopped, all light output channels automatically
turn OFF and are locked in this state until the internal
temperature is below 50°C and/or the fan restarts. The
current reading of the on-board temperature sensor is
displayed on the front panel status display (Figure 3) and in
the GUI (Figure 5, right).
Connect the DC power supply to a grounded AC wall
outlet using the power cord supplied with the light engine.
Connect the DC output to the 6-pin receptacle on the front
of the light engine (Figure 3). Turn the light engine on
AURA Light Engine Manual 57-10011
9
Figure 3.
AURA Light Engine front panel.
Status
DC
power
input
Output
Coupler,
LLG
Master
power
Air intake
Figure 4.
AURA Light Engine rear panel.
Remote interlock
connector (with
jumper installed)
