Download Technical Product Specifications

BEKA LEDflood
Technical Product
Specifications
Table of contents
1.
General Specifications ........................................................................................................ 3
2.
Photometry ......................................................................................................................... 3
3.
Mechanics ........................................................................................................................... 4
4.
Electrical Characteristics ..................................................................................................... 5
5.
Power Supply ...................................................................................................................... 6
6.
Environment ....................................................................................................................... 6
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1. General Specifications
Product Description
Main applications
Recommended mounting height
The luminaire consists of an LED engine, power
supply and spigot compartment. This allows the
easy installation of the LED engine by means of a
hinging action onto a spigot base casting, with
incorporated leveling device. It is secured by
stainless steel latches and an access screw. The
LED engine, consisting of the LED light source and
the power supply, can be easily replaced or
upgraded (FutureProof). Both compartments are
rated IP 66. Electronic temperature monitoring
prevents overheating of LEDs and power supply,
positioned directly next to LEDs (ThermiX®). The
power supply is automatically disengaged when
opening the luminaire. The luminaire housing is
manufactured of marine grade aluminium. It is
designed for LED light sources between 55W and
279W.
 Façade lighting
 Area lighting
 Security lighting
 General floodlighting
Midi – up to 15m
Maxi – up to 30m
2. Photometry
Light source
LED
LED
2mm2 LED
Light color
Neutral White (4000K)
Color rendering (Ra)
>70
Lumen package
55W
75W
108W
144W
180W
213W
279W
6192lm
8256lm
12884lm
16512lm
20320lm
24380lm
32510lm
Optics
1100 – narrow spot
1200 – medium spot
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1300 – wide spot
1400 – oval spot
5119 – extra wide area
5120 – wide area
5121 – narrow area
Photometry:
Overview - MIDI
Number of
LED’s
Current:
700mA**
Neutral White
(4000K)
Nominal Flux
(lm)*
Power
Consumption
(W)
Lifetime Residual Flux @ tq 25°C
24 LED’s
32 LED’s
48 LED’s
64 LED’s
6192
8256
12884
16512
55
75
108
144
@60.000h
@100.000h
90%
70%
(*) The type of LED used is subject to change due to the ongoing rapid progress taking place in LED technology
(**) LED Current
Overview - MAXI
Number of
LED’s
Current:
700mA**
Neutral White
(4000K)
Nominal Flux
(lm)*
Power
Consumption (W)
Lifetime Residual Flux @ tq 25°C
80 LED’s
96 LED’s
128 LED’s
20321
24380
32510
180
213
279
@60.000h
@100.000h
90%
70%
(*) The type of LED used is subject to change due to the ongoing rapid progress taking place in LED technology
(**) LED Current
3. Mechanics
Electronic control Gear
Constant Current Driver IP66
Materials and finishing
Housing – Aluminium
Protector – High impact acrylic or glass
Coating
RAL colours on request
Installation
Bottom-entry mounting stirrup
Fixing
3 x ø18 Fixing holes
Dimensions (LxWxH)
Maxi – 897 x 386 x 170
Midi – 740 x 313 x 170
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Weight (with gear)
Maxi – 16.5kg
Midi – 10.5kg
Access
Yes
Aerodynamic resistance (CxS):
Maxi – 0.045m2
Midi – 0.03m2
4. Electrical Characteristics
Line Voltage
230VAC
Mains voltage Tolerance (AC)
Maxi – 198-265V
Midi – 185-265V
Line frequency
50Hz
Electrical Safety Class (IEC)
Class I or II
Surge protection
Yes
- 10kV/10kA
Lighting control
Optional
- Incorporated downward facing
daylight switch
- Pre-programmable stand-alone
dimming
- Solar version for Midi is available
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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
IK 08
Enclosure Mechanical Withstand Vibrations
Modified IEC 60068-2-6
Written by
Approved by
Mathew Wolmarans
Daniel Kasper
Document Revision / Date
04/03/2015
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(1)
For specific Tq, Ta and life time data, contact BEKA Schréder
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