2s en Twilight
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Transcript of 2s en Twilight
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Twilight
Twilight
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Application
areas /
Residential Area /Parks /
Public Gardens
Twilight
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ApplicationTwilight
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Overview
Twilight
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Twilightdesign iGuzzini
Twilight Technical features
On request
• Head pole mounting for
ø 60/76/102mm (with adapter)
• Tool need for opening.
• Die cast aluminum heatsink;
polycarbonate external screen
• Lifetime ≥75.000h L80 B10 Ta 25°C
• Simmetric optic: squares, green areas, residential
Elliptic optic: squares, paths
• Time less technology: upgradability of LED source
• IP66; IK08
• Dali version - on demand
• Energy Saving: 65 to 80 % reduction compared to
traditional sources
2000/3500 lm
CoB Technology
2000 – 3500 lm equiv.
50W – 70W HST
80W – 125W HME
06 | 2015 provisional photometric data
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Twilight Overview : 3 styles for different needs, can be combined in the same area
Integration during day-time and night-time in the urban enviroment
Compact
head
light pollution / intrusive
light prevention cover
Large head, intrusive light
prevention cover
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Twilightdesign iGuzzini
Twilight introduction to the range
Ø 320 Ø 650 Ø 650
2500
3500
4000
5000
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Benefits
Twilight
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Twilightdesign iGuzzini
Benefits
Best in class
compact and powerfulpole-top luminaire
Compact design
160 mm
320 mm
Power up to 3500 lm
with a single CoB
06 | 2015 provisional photometric data
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Low semi-
cylindrical
illuminance
Benefits
Light quality: optics are designed
for pedestrian areas where glare
free and diffuse illumination is
desired.
Twilight
Twilight
provide high
semi-
cylindrical
illuminance
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Benefits : 2 optics to optimize the lighting design Twilight
Optimize the lighting design: symmetric or elliptic optic distribution.
SM
Symmetric optic
2000 / 3500 lm
Warm and neutral CT
CRI>70
E
Elliptic optic
2000 / 3500 lm
Warm and neutral CT
CRI>70
06 | 2015 provisional photometric data
SM@4m
Top view
E@4m
Top view
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Twilight Benefit: Lifetime thermal dissipation
18 yearsLED lifetime*
* 4000 h/y L80 B10
06 | 2015 provisional photometric data
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BenefitsTwilight
Easy refurbishment solution to save energy and avoid lighting pollution
LED
HME
from 2015 to 2017 : phase-out
of all mercury lamps according
to Directive EC 245/2009 and
EC 347/2010
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BenefitsTwilight
Easy refurbishment solution to save energy and avoid lighting pollution
LEDHME Old globe luminaire with 125W Mercury lamp Twilight 3500 lm @4m
Eav Emin Emax Emin/Eav
15 lx 9.3 lx 20 lx 0.64
Eav Emin Emax Emin/Eav
16 lx 10 lx 26 lx 0.61
06 | 2015 provisional photometric data
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BenefitsTwilight
from 2015 to 2017 : phase-out
of all mercury lamps according
to Directive EC 245/2009 and
EC 347/2010
Easy refurbishment and payback in 2 years
LED
HME
per 50 luminairesMERCURY
125 W
(144W)
Twilight
35 W
(100%)
Energy consumption
(per year)28800 kWh 7000 kWh
Relamping costs and/or
cleaning (per year)1250 € 250 €
Energy saving and
maintenance savingPayback in 2 years
- 76%
- 80%
No light pollution and light trespass
06 | 2015 provisional photometric data
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Twilight Luminaire fits both 2 spigots (accessory): poles from 60mm to 102mm
Spigot for
pole Ø 60 mm
Spigot for
pole Ø 76 mm
pole
Ø 60 mm
pole
Ø 76 mm
with shank
pole
Ø 76 mm
pole
Ø 102 mm
with shank
pole
Ø 102 mm
Adapter
code 6134
Cable+connector
IP68 supplied
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Twilight Benefits: Pole-top Installation on poles 60/76mm end diameter and 102 mm with adapter
2 SPIGOTS for
60mm , 76mm
pole diameters.
pole
Ø 60
pole
Ø 76
ø 60
Easy to
replace existing luminaires
on existing poles
ø 76
ø 76
ø 102
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Twilight Pole-top Installation shank-ended cylindrical pole (iGuzzini) 76mm and 102mm
Possibility to install on
shank-ended poles
(iGuzzini poles)
pole
Ø 76
Pole
Ø 102
Perfect integration (flush) with
iGuzzini poles with shank
ø 60
ø 76
ø 76
ø 102
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Twilight Benefits :wide proposal, for different heigt and on light pollution or to prevent light trespass
2.5 to 3.0m 3.0 to 5.0m 3.0 to 5.0mSuggested installation height:
4.7 % 0 % 2 % (tbc) Upward flux % (provisional):
SM - E SM - E SM - EAvailable optics:
2000 – 3500 lm
3000 and 4000 K
Available powers and cct): 2000 – 3500 lm
3000 and 4000 K
2000 – 3500 lm
3000 and 4000 K
Support night preservation:
Avoid light trespass
-
-
yes
yes
-
yes
06 | 2015 provisional photometric data
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innovation
Twilight
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Twilightdesign iGuzzini
Twilight Symmetric Optic
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Twilight Technical features │Symmetric Optic
CoB Tecnology
Die cast aluminum
heatsink
Methacrilate lens
Top reflector
Satin superpure aluminum
Down reflectorMethalized policarbonate
Downward Lined finishing: opal
finishing, for best comfort
Upward transparent finishing:
To maximize light output
In-house produced lens
Policarbonate tube for
passing through cables
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Twilight Technical features │Symmetric Optic
Direct emission
CoB
Primary
reflection
Secondary
reflection
Refraction
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Twilightdesign iGuzzini
Twilight Elliptic Optic
06 | 2015 provisional photometric data
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Twilight Technical features │Elliptic Optic
CoB Tecnology
Die cast aluminum
heat sink
Silicone lens
Flux recover
Down reflectorMethalized policarbonate
Policarbonate tube for
passing through cables
Glass elliptic lens for
best efficiency
06 | 2015 provisional photometric data
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Twilight Technical features │EllipticOptic
Direct emission
CoBFlux recuperator
Refraction
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Lighting performance
Twilight
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Twilight Lighting performance : emission comparison
Model, without screen on top Model, with screen on top
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Twilight
Model, without screen on top Model, with screen on top
3m
Lighting performance : emission comparison
3m
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Twilight
Model, without screen on top Model, with screen on top
Lighting performance : emission comparison
Eav 3 lux
5.5mE < 1.5 lux
2.1m
06 | 2015 provisional photometric data
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Twilight Lighting performance 2000 lm
2000 lm
Pole height
3m
Interdistance
10m
Illuminated area
20m x 20m
Eav Emin Emax Emin/Eav
11 lx 2.61 lx 30 lx 0.25
S2 or P2 lighting class
Power density indicator:
PDI = 0.02 W/lx/m2
Esc = 5.5 lx
Ev = 5.6 lx
06 | 2015 provisional photometric data
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Twilight Lighting performance 3500 lm
3500 lm
Pole height
4m
Interdistance
15m
Illuminated area
25m x 25m
Eav Emin Emax Emin/Eav
13 lx 3.58 lx 37 lx 0.27
S2 or P2 lighting class
Power density indicator:
PDI = 0.016 W/lx/m2
Esc = 5.1 lx
Ev = 5.3 lx
06 | 2015 provisional photometric data
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Reliability
Twilight
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Twilight Surge protection
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Twilight Surge protection
Nominal value: 6kV/5kA Nominal value: 8kV/5kA
DIFFERENTIAL
MODE
L - N
COMMON
MODE
L/N - C
Differential mode protection: surge between phase and neutral Common protection: surge between phase/neutral and pole
P P
XX
Common protection:
simulated with wet
external screen
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Twilight
Market
positioning
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Twilight
Market positioning /
Middle range
High range
Low range
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Twilight
Marketing
tools
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Marketing tools
iG Library / Flyer / Product chapter PDF / Product case
iG Library
Flyer
Twilight
Product case
Twilight / Quid
luminaire
Product chapter
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january february aprilmarch may june july august september october november december
Linealuce Underscore
update
Quid + TwilightLaser Blade update
OuterLaser Blade InOut
Underscore
InOut
COB
Archilede HP mini
Platea Pro
Quid
Twilight
march
2016
january
2016
Flyer
Twilight Marketing tools