Download Technical Product Specifications

BEKA LEDnova
Technical Product
Specifications
Table of contents
1.
General Specifications ........................................................................................................ 3
2.
Photometry ......................................................................................................................... 3
3.
Mechanics ........................................................................................................................... 5
4.
Electrical Characteristics ..................................................................................................... 6
5.
Power Supply ...................................................................................................................... 7
6.
Environment ....................................................................................................................... 7
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1. General Specifications
The BEKA LEDnova offers optimal photometric
performance and high reliability to reduce energy
consumption and maintenance in all types of
lighting applications. The slim and unique design is
optimising the thermal operating environment
around the LEDs enabling the long useful lifetime
(60 000hrs, L80) and low maintenance. This
luminaire is designed to accommodate various
mounting options, as well as hazardous (Zone 2 &
21/22) and emergency lighting applications.
Electronic temperature monitoring prevents
overheating of LEDs and power supply within the
LED compartment (ThermiX®). To maximize the
reliability of the LEDs, the photometric engine and
control gear compartment are completely sealed
to IP 66. This ensures that the photometric
performance is maintained over time (LEDSafe).
The BEKA LEDnova offers flexible combinations of
LED arrays, combined with various photometric
distributions (LensoFlex2®) and dimming control
options to further maximise energy savings and
reduce maintenance costs. It is designed for LED
light sources between 37W and 80W. Standard
finish: Unpainted Aluminium. Painted version
available on request.
 Industrial Plant lighting
 Conveyor belt lighting
 Flood lighting
 Security lighting
 Hazardous area lighting
 Utility lighting
 Tunnel lighting
 Emergency lighting
 General area lighting
Product Description
Main applications
Recommended mounting height
2. Photometry
Light source
LED
LED
2mm2 LED
Light color
Neutral White (4000K)
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Color rendering (Ra)
>70
Lumen package
37W
54W
55W
75W
80W
4120lm
5320lm
6190lm
8250lm
7990lm
Optics
1100, 1200, 1300, 1700, 5068, 5120, 5121, 5119
Photometry:
Overview
Number of
LED’s
Current:
700mA**
Current:
1000mA**
Lifetime Residual Flux @ tq 25°C
Neutral White
(4250K)
Nominal Flux
(lm)*
Power
Consumption
(W)
Nominal Flux
(lm)*
16 LED’s
24 LED’s
32 LED’s
4120
6190
8250
37
55
75
5320
7990
-
Power
Consumption
(W)
54
80
-
@60.000h
90%
@100.000h
70%
(*) The type of LED used is subject to change due to the ongoing rapid progress taking place in LED technology
(**) LED Current
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3. Mechanics
Electronic control Gear
Constant Current Driver IP66
Materials and finishing
Housing – Aluminium
Protector – Impact resistant glass or High-impact
acrylic
Coating
RAL colours on request
Installation
Pole Mount
Stirrup Mount
Wall Mount
Fixing
Pole Mount – 3 x M8 grub screws
Stirrup Mount – 3 x ø12 Fixing holes
Wall Mount – 2 x M8 bolts
Dimensions (LxWxH)
406 x 317 x 73
Weight (with gear)
4.2kg
Access
Yes
Aerodynamic resistance (CxS):
0.02m2
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4. Electrical Characteristics
Line Voltage
230VAC
Mains voltage Tolerance (AC)
108 - 305V
Line frequency
50Hz
Electrical Safety Class (IEC)
Class I or II
Surge protection
Yes
- 10kV/10kA
Lighting control
Optional
- Downward facing daylight switch
- Solar version available
- Pre-programmable stand-alone
dimming
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5. Power Supply
Power Factor
≥0.95
Removable
Yes
Thermal Safety
Yes
6. Environment
Storage temperature
-40< T < 60
Enclosure Tightness
IP 66
Enclosure Mechanical Withstand Impact
Glass – IK 07
Acrylic – IK 10
Enclosure Mechanical Withstand Vibrations
Modified IEC 60068-2-6
Written by
Approved by
Mathew Wolmarans
Daniel Kasper
(1)
Document Revision / Date
27/08/2015
For specific Tq, Ta and life time data, contact BEKA Schréder
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