Warranty; Legal - Lumatek LUMBC002 Manual Del Usuario

If your ballast is not being controlled by an external Lumatek digital controller
please refer to the following table to decode flashing signal;
CONDITION
BALLAST LOCKED
CYCLE ERROR
LOW MAINS
OVER TEMPERATURE
HIGH MAINS
WARNING! When replacing a lamp, always switch off ballast first by removing plug from power supply.
NEVER SWITCH OFF LAMP BY REMOVING LAMP CABLE FROM A LIVE BALLAST.
SUPER LUMENS SWITCH AND POWER OUTPUT CONTROLLER. If you have purchased a Dimmable Multi-Watt Lumatek,
the control switch on the output side of your Lumatek ballast allows you to adjust your light output depending on your
specific needs. Your Lumatek ballast comes with a four-phase controller enabling you to set the output at your
required setting. In addition to being able to drive different rated lamps and dim your lights, the Super Lumens
feature on your Lumatek ballast enables you to boost your light output by up to 10%.
When using the dimming function or Super Lumens feature on your Lumatek ballast, be sure to allow the lamp to run
continuously for 10 minutes before changing settings. Rapidly switching the setting on your Lumatek ballast may
cause harm to the lamp. To change output settings on your Lumatek ballast simply click the control switch into one of
its four preset positions. The soft dim feature utilises a gradual change between settings at a rate of 150W per 60
seconds to help prolong lamp-life. The change in light intensity will not be obvious but can be easily demonstrated
with a lux meter.
HOT RE-STRIKE OF LAMPS. It is very important that the lamp is given adequate time to cool down before it is re-ignited
(10 min). Hot re-strike causes premature lamp failure and lumen output degradation. Additionally, the lamp should
never be turned off before it has reached full intensity. In the event of a power surge or interruption causing the
ballast safety system to switch off, to protect lamp and ballast, the Auto-start facility will monitor when the lamp can
be reignited.
The Lumatek ballast is tested for EMI (electro-magnetic radiation) and has met the highest standards. To help prevent
against EMI, mount ballast as close as possible to the reflector but not in the lamp's direct light (avoid unnecessary
heat).The shorter the lead to the lamp, the less chance of EMI. Do not coil excess wiring, particularly the lamp lead.
Keep mains lead and lamp lead separated to avoid potential interference signals.
The Lumatek ballast is silent with no noisy fan required and a graduated fin design case to help dissipate heat. There is
no serviceable parts inside as the electronics are sealed in a resin and opening the case will invalidate the warranty.

5. WARRANTY

5 YEAR MANUFACTURER WARRANTY Lumatek warrants its Electronic ballast to be free from defects in materials and workman-
ship. The warranty term is 3-years full + 2 years pro-rated beginning on the date of purchase. Misuse, abuse, or failure to
follow instructions, are not covered. Any changes or adaptations to the product of any kind will void the warranty.
Lumatek will, at our option, repair or replace products covered under this limited warranty. To request warranty service, you
must return the unit with your proof of purchase to your place of purchase, within the warranty period.
If warranty service is required, Lumatek's distribution partner will issue a Return Material Authorization Number. Lumatek will
ship the repaired or replacement products to you freight prepaid. Purchase date is based on the original sales receipt.
Please save your receipt as a copy is required for all warranty services.

6. LEGAL

CONFORMS TO CE TEST STANDARDS:
LVD
EN 61347-2-12:2005+A1:2010
EN 61347-1:2008+A1:2011+A2:2013
EN 62493:2015
For more information on Lumatek Electronic Ballasts please visit www.lumatek-lighting.com
LED STATUS
FLASH*1 Maximum number of ignition attempts witouth success
FLASH*2
FLASH*3
FLASH*4 Maximum driver temperature exceeded
FLASH*5
EMC
EN 55015:2013
EN61547:2009
EN61000-3-2:2014
EN61000-3-3:2013
DESCRIPTION
Lamp stopped for unknown reason
Mains voltage too low
Mains voltage too high