Traxon Cove Light AC Data Injector Specification

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©2015 traxon technologies - AN OSRAM Business. all rights reserved. traxon™, tx connect®, are trademarks of traxon technologies. u.s. patents, e.u. patents,
japan patents, other patents pending. specifications are subject to change without notice.
Product Specification 06/15 V0.5 1 of 4
LED CHARACTERISTICS Because LEDs are semiconductor devices, their performances are subject to inherent variability commonly found in semiconductor industry. To improve consistency in performance across the
same product, LED manufacturers “sort” LEDs into bins according to different preset parameters, such as forward driving voltage, illumination, etc. Whereas binning is a sorting function, it is not a correction process.
Inherent variability in the manufacturing process results always in different binning distributions according to different production lots. Traxon uses automatically binned LEDs on its products, thereby minimizing output
variations within the model range.
As with all electronic devices, LED output degrades over time – a term called lumen depreciation. This also explains why it is nearly impossible to expect photometric performances of two LED products with different
service life spans to be the same. The rate of LED degrade is a complicate function of many factors such as operating efficiency, duration of continuous operation, and more significantly, environmental conditions (ambient
temperature for example). If allowed working under optimal operating temperature range and with good ventilation, LED devices enjoy long service lives over conventional light sources. When using/installing LED devices,
care should be taken to ensure that the devices will operate within the operating conditions specified in respective product literature.
Lumen measurement compiles with LM-79-08 standard.
Lumen maintenance is calculated based on LM-80 compliant measurement.
Date: Quantity:
Company:
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Cove AC Data Injector
The Cove Light AC Data Injector is used in conjunction with Traxon’s
Cove RGBW / RGB fixtures, allowing simple connections of an AC daisy-
chain system with DMX512 control with universal voltage.
Product Specifications
Power Input AC line (100-277V AC 50/60Hz)
Data Input / Output DMX512
Power / Data Output AC line+DMX512
Power Consumption 2W max.
Input Current 6A AC max. on AC connectors
Output Current
(Fixture)
5.9A AC max. on AC connectors
Housing Aluminium
Adjustment Options –
Dimensions
(L x W x H)
167mm x 116mm x 35mm
6.6” x 4.6” x 1.4”
Weight 0.42kg/0.93lbs
Regulatory Listing &
Safety Approval
CE, cETLus
Operating Temperature –20°C to +45°C / –4°F to +113°F
Storage Temperature –40°C to +70°C / –40°F to +158°F
Environment Indoor (IP20)
Humidity 90% max. non-condensing
Connector Specifications
Power In 3-pin male connector
Data In RJ45
Data Out RJ45
Power / Data Out 5-pin female connector
TO
FIXTU
R
E
ACIN
DATAIN
D
ATA
O
U
T
Model No. Description Item Code
MB.AC.2000700 Cove Light AC HO RGBW Data Injector (CE / ETL) 100-277V AB300080055
MB.AC.2000710 Cove Light AC HO RGB Data Injector 96 Channel 100-277V AB322260055
MB.AC.2000720 Cove Light AC HO RGB Data Injector 48 Channel 100-277V AB322270055
Accessories

Cove Light AC Data Injector Dimensions
AC IN
TOFIXTURE
DATA IN
DATAOUT
112mm/4.4”
139mm/5.5”
167mm/6.6”
35mm/1.4”
116mm / 4.6”
3.5mm / 0.14”
106mm / 4.2”

Cove Light AC Data Injector Mounting
ACIN
TO FIXTURE
DATAIN
DATA OUT
Data In
AC In
Data Out
To Fixture
ST 3mm x 25mm x 4
Indoor Installation only

Cove Light AC Data Injector
System Diagram
DataInjector
ACIn~
DMXIn
DMXOut
RJ45connection
Femaleconnector
Maleconnector
Useendcapforfinal
fixtureinchain
TOFIXTURE
AC IN DATA IN
DATAOUT

Traxon Cove Light AC Data Injector Specification

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Traxon Cove Light AC Data Injector Specification