LEDlume-maxi

Technical Product Specifications

Table of contents

1. General Specifications 3

2. Photometry 3

3. Mechanics 4

4. Electrical Characteristics 5

5. Power Supply 5

6. Environment 5

1.  General Specifications

Product Description / The luminaire consists of a 3 compartment design concept, an optical compartment with LED engine, gear compartment and a spigot compartment. Both optical and gear compartments are rated IP66.
Ease of installation of the luminaire is achieved by means of a hinging action onto the spigot base casting. It is secured by stainless steel latches and an access screw. Additionally an incorporated levelling device is provided on the base casting.
The LED engine, consisting of the LED light source and the power supply which can be easily replaced or upgraded (Futureproof).
The power supply is automatically disengaged when opening the luminaire. For added protection the luminaire is supplied with an integral 10kV/kA surge protection device.
Additional safety is provided by means of electronic temperature monitoring preventing overheating of LEDs and power supply ( ThermiX®)
The top casting can be adapted to incorporate ANSI C136.10—Locking-Type photocell devices receptacle (NEMA 3pin socket) and
ANSI C136.41 – Locking Type receptacle (NEMA 7pin socket) for dimming control.
LensoFlex® photometric engine allows flexibility of multiple light distributions to ensure that the specific requirements of each application are met.
The luminaire housing is manufactured of marine grade cast aluminium (EN 1706 AC-44300).
It is designed for LED light sources between 86W and 279W
Main applications / ·  Designed for lighting of major roads including highways up to Group A1
·  Outdoor lighting in eco-friendly applications
Recommended mounting height / 9 - 14m

Photometry

Light source / LED
LED / 2mm2 LED
Colour Temperature / Neutral White (4000K)
Optional - Warm White (3000K)
Optional - Cool White (5700K)
Color rendering (Ra) / >70
LEDs / Wattage
80LED @ 350ma 86W
to
128LEDs @700ma 279W / Lumen Package
12550lm
to
34460lm
Optics / 5068, 5091, 5094, 5098, 5102, 5103, 5112, 5117, 5118, 5119, 5136, 5137, 5138, 5139, 5140, 5141
Photometry: /
Overview / Lifetime Residual Flux @ tq 25°C
Number of LED’s / Neutral White (4000K) / 80 LED’s / 96 LED’s / 128 LED’s / @60.000h / @100.000h
Current: 350mA** / Nominal Flux (lm)* / 12250 / 15052 / 20076 / 90% / 70%
Power Consumption (W) / 86 / 107 / 144
Current: 500mA** / Nominal Flux (lm)* / 16938 / 20330 / 27104
Power Consumption (W) / 122 / 153 / 198
Current: 700mA** / Nominal Flux (lm)* / 21539 / 25842 / 34460
Power Consumption (W) / 180 / 213 / 279

(*) The type of LED used is subject to change due to the ongoing rapid progress taking place in LED technology

(**) LED Current

2.  Mechanics

Electronic control Gear / Constant Current Driver IP66
Materials and finishing / Housing – Marine Grade Aluminium
Protector – High Impact Glass or Polycarbonate
Finish / Natural Finish
Optional RAL colours on request
Installation / Pole Mount
Fixing / Spigot Side Entry – ø42mm or ø60mm
Spigot Bottom Entry – ø60mm or ø76mm
2 x ø8 Grub Screws
Dimensions (LxWxH) / 835 x 386 x 103
Weight (with gear) / Up to 13kg
Access / Yes
Aerodynamic resistance / 0.045m2

3.  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
Optional - 20kV/20kA
Lighting control / Optional - Downward facing daylight switch
- Pre-programmable standalone dimming
- OWLET Remote Management

4.  Power Supply

Power Factor / ≥0.95
Removable / Yes
Thermal Safety / Yes

5.  Environment

Storage temperature / - 400C to +600C
Enclosure Tightness / IP 66
Enclosure Mechanical Withstand Impact / IK 07
Optional - IK08 (Glass)
Optional - IK10 (Polycarbonate)
Enclosure Mechanical Withstand Vibrations / Modified IEC 60068-2-6

·  * Certified Test Standard SANS IEC 60598 -2-3 (available on request)

Updated By : / Approved by / Document Revision / Date
Rui Silva / Daniel Kasper / 13/05/2016

(1)  For specific Tq, Ta and life time data, contact Beka Schreder

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