Media & downloads

PEAK 380 side entry

Please choose

Peak 380 is available in two different versions for vertical pole and horizontal arm, respectively. The same strong and characteristic design with optimized and simplified adaptions for pole/arm.

The Peak luminaires come with LED with different types of lenses.

Specifications

Peak 380 post top

Luminaire

PEAK 380
Material	Cast aluminium
Finish	Raw anodized
	Graphite grey: YW355F, Akzo Nobel
	Silver grey: Y2370I, Akzo Nobel
	Black: Noir 900 Sablé, SN351F, Akzo Nobel
Screen	3 mm hardened glass
Mounting	On pole with 60 or 76 mm top diameter
Connection	In the pole
	Delivered with 8.5 m lead, 2 x 1 mm2
Classification	IP66, class II; use code for class I
Impact resistance	IK09
Corrosion class	C4, C5 optional
Weight	6-7 kg
Wind-sweeping area	0.05 m2 (laterally)

LED

LED with lenses	FF-DA T3 for local roads, P, HS, and C classes, 1, 2, or 3 modules
Service life	min 100,000 hours at ta max 25° C, L100B10
	Constant lumen output
Temperature range	-30 to +35° C
Colour temperature	2700, 3000, or 4000 Kelvin
Colour rendering	min 70, typically 75 Ra, 80 Ra optional*
	* Longer lead times with 80 Ra
Colour accuracy	5 steps SDCM
Luminous flux	The luminous flux range quoted below is from the LED light source. Apply output ratio to calculate luminous flux out of the luminaire.
LED-lumen, 1xFF, 70 Ra	3000K: 450-4500 lm
	4000K: 475-4850 lm
LED-lumen, 1xFF, 80 Ra	2700K: 375-3800 lm
	3000K: 400-4000 lm
	4000K: 420-4250 lm
LED-lumen, 2xFF, 70 Ra	3000K: 875-9000 lm
	4000K: 950-9700 lm
LED-lumen, 2xFF, 80 Ra	2700K: 725-7600 lm
	3000K: 775-8000 lm
	4000K: 825-8500 lm
LED-lumen, 3xFF, 70 Ra	3000K: 1310-13500 lm
	4000K: 1420-14600 lm
LED-lumen, 3xFF, 80 Ra	2700K: 1100-11400 lm
	3000K: 1175-12000 lm
	4000K: 1250-12700 lm
Output ratio	93%
Luminous intensity class, 13201-2-2015	G*3
Glare index class	D6

Driver

Driver 1xFF	Xitanium Full Xi FP 40 W 0.2-0.7 A, programmable
Inrush current	max 22 A (50% after 290 µs)

Driver 2xFF	Xitanium Full Xi FP 75 W 0.2-0.7 A, programmable
Inrush current	max 46 A (50% after 250 µs)

Driver 3xFF	Xitanium Full Xi FP 110 W 0.2-0.7 A, programmable
Inrush current	max 47 A (50% after 250 µs)

Nominal voltage, AC	220-240 Vac
Operational input voltage, AC	80-264 Vac
Nominal voltage, DC	186-250 Vdc
Operational input voltage, DC	168-275 Vdc
Nominal input frequency	50-60 Hz
Operational input frequency	45-66 Hz
Max pre-protection	16 A
Surge protection	L/N-GND: 10 kV, (D4i 40 W driver: 8 kV)
	L-N: 6 kV
Service life	min 100,000 hours
Dimming/control	5 steps dimming within the lumen intervals
Other control options	DALI-2, LineSwitch or
	via Zhaga book 18 socket, D4i

Variants and options

Item No.	Peak 380
8950-	1 x FF-DA T3, programmable, max 40 W
8951-	2 x FF-DA T3, programmable, max 75 W
8952-	3 x FF-DA T3, programmable, max 114 W

Combine with

Select colour, colour temperature, etc. in the table below.

Colour	Colour temperature
01 = raw anodized	730 = 3000 K, 70 Ra
4 = graphite grey	740 = 4000 K, 70 Ra
9 = silver grey	827* = 2700 K, 80 Ra
66 = noir 900	830* = 3000 K, 80 Ra
	840* = 4000 K, 80 Ra
	* Longer lead times

Mounting	Dimming
T = post top	empty = programmable
U = side entry	D = DALI-2 (4/5-conductor cable)
G = mid-column Ø60	F = LineSwitch
G76 = mid-column Ø76	R = Zhaga book 18 socket, upwards
	RC = Zhaga book 18 socket, City Touch / Interact City
	S = Zhaga book 18 socket, downwards

Protection class	Corrosion class
empty = class II	empty = C4
J = class I	C5 = C5 coating (add C5 after the colour code)

Example Product Code: 8951-9730TJ = Peak 380 2xFF-DA T3, silver grey, 3000 K, 70 Ra, post top, class I

Luminaire

PEAK 380
Material	Cast aluminium
Finish	Raw anodized
	Graphite grey: YW355F, Akzo Nobel
	Silver grey: Y2370I, Akzo Nobel
	Black: Noir 900 Sablé, SN351F, Akzo Nobel
Screen	3 mm hardened glass
Mounting	On pole with 60 or 76 mm top diameter
Connection	In the pole
	Delivered with 8.5 m lead, 2 x 1 mm2
Classification	IP66, class II; use code for class I
Impact resistance	IK09
Corrosion class	C4, C5 optional
Weight	6-7 kg
Wind-sweeping area	0.05 m2 (laterally)

LED

LED with lenses	FF-DA MEW for traffic roads, M classes, 1, 2, or 3 modules
Service life	min 100,000 hours at ta max 25° C, L100B10
	Constant lumen output
Temperature range	-30 to +35° C
Colour temperature	2700, 3000, or 4000 Kelvin
Colour rendering	min 70, typically 75 Ra, 80 Ra optional*
	* Longer lead times with 80 Ra
Colour accuracy	5 steps SDCM
Luminous flux	The luminous flux range quoted below is from the LED light source. Apply output ratio to calculate luminous flux out of the luminaire.
LED-lumen, 1xFF, 70 Ra	3000K: 450-4500 lm
	4000K: 475-4850 lm
LED-lumen, 1xFF, 80 Ra	2700K: 375-3800 lm
	3000K: 400-4000 lm
	4000K: 420-4250 lm
LED-lumen, 2xFF, 70 Ra	3000K: 875-9000 lm
	4000K: 950-9700 lm
LED-lumen, 2xFF, 80 Ra	2700K: 725-7600 lm
	3000K: 775-8000 lm
	4000K: 825-8500 lm
LED-lumen, 3xFF, 70 Ra	3000K: 1310-13500 lm
	4000K: 1420-14600 lm
LED-lumen, 3xFF, 80 Ra	2700K: 1100-11400 lm
	3000K: 1175-12000 lm
	4000K: 1250-12700 lm
Output ratio	93%
Luminous intensity class, 13201-2-2015	G*6
Glare index class	D6

Driver

Driver 1xFF	Xitanium Full Xi FP 40 W 0.2-0.7 A, programmable
Inrush current	max 22 A (50% after 290 µs)

Driver 2xFF	Xitanium Full Xi FP 75 W 0.2-0.7 A, programmable
Inrush current	max 46 A (50% after 250 µs)

Driver 3xFF	Xitanium Full Xi FP 110 W 0.2-0.7 A, programmable
Inrush current	max 47 A (50% after 250 µs)

Nominal voltage, AC	220-240 Vac
Operational input voltage, AC	80-264 Vac
Nominal voltage, DC	186-250 Vdc
Operational input voltage, DC	168-275 Vdc
Nominal input frequency	50-60 Hz
Operational input frequency	45-66 Hz
Max pre-protection	16 A
Surge protection	L/N-GND: 10 kV, (D4i 40 W driver: 8 kV)
	L-N: 6 kV
Service life	min 100,000 hours
Dimming/control	5 steps dimming within the lumen intervals
Other control options	DALI-2, LineSwitch or
	via Zhaga book 18 socket, D4i

Variants and options

Item No.	Peak 380
8970-	1 x FF-DA MEW, programmable, max 40 W
8971-	2 x FF-DA MEW, programmable, max 75 W
8973-	3 x FF-DA MEW, programmable, max 114 W

Combine with

Select colour, colour temperature, etc. in the table below.

Colour	Colour temperature
01 = raw anodized	730 = 3000 K, 70 Ra
4 = graphite grey	740 = 4000 K, 70 Ra
9 = silver grey	827* = 2700 K, 80 Ra
66 = noir 900	830* = 3000 K, 80 Ra
	840* = 4000 K, 80 Ra
	* Longer lead times

Mounting	Dimming
T = post top	empty = programmable
U = for arm	D = DALI-2 (4/5-conductor cable)
G = mid-column Ø60	F = LineSwitch
G76 = mid-column Ø76	R = Zhaga book 18 socket, upwards
	RC = Zhaga book 18 socket, City Touch / Interact City
	S = Zhaga book 18 socket, downwards

Protection class	Corrosion class
empty = class II	empty = C4
J = class I	C5 = C5 coating (add C5 after the colour code)

Example Product Code: 8973-9740T = Peak 380 3xFF-DA MEW, silver grey, 4000 K, 70 Ra, post top, class II

Luminaire

PEAK 380
Material	Cast aluminium
Finish	Raw anodized
	Graphite grey: YW355F, Akzo Nobel
	Silver grey: Y2370I, Akzo Nobel
	Black: Noir 900 Sablé, SN351F, Akzo Nobel
Screen	3 mm hardened glass
Mounting	On pole with 60 or 76 mm top diameter
Connection	In the pole
	Delivered with 8.5 m lead, 2 x 1 mm2
Classification	IP66, class II; use code for class I
Impact resistance	IK09
Corrosion class	C4, C5 optional
Weight	6-7 kg
Wind-sweeping area	0.05 m2 (laterally)

LED

LED with lenses	FF-DA T4 for roundabouts, 1, 2, or 3 modules
Service life	min 100,000 hours at ta max 25° C, L100B10
	Constant lumen output
Temperature range	-30 to +35° C
Colour temperature	2700, 3000, or 4000 Kelvin
Colour rendering	min 70, typically 75 Ra, 80 Ra optional*
	* Longer lead times with 80 Ra
Colour accuracy	5 steps SDCM
Luminous flux	The luminous flux range quoted below is from the LED light source. Apply output ratio to calculate luminous flux out of the luminaire.
LED-lumen, 1xFF, 70 Ra	3000K: 450-4500 lm
	4000K: 475-4850 lm
LED-lumen, 1xFF, 80 Ra	2700K: 375-3800 lm
	3000K: 400-4000 lm
	4000K: 420-4250 lm
LED-lumen, 2xFF, 70 Ra	3000K: 875-9000 lm
	4000K: 950-9700 lm
LED-lumen, 2xFF, 80 Ra	2700K: 725-7600 lm
	3000K: 775-8000 lm
	4000K: 825-8500 lm
LED-lumen, 3xFF, 70 Ra	3000K: 1310-13500 lm
	4000K: 1420-14600 lm
LED-lumen, 3xFF, 80 Ra	2700K: 1100-11400 lm
	3000K: 1175-12000 lm
	4000K: 1250-12700 lm
Output ratio	92%
Luminous intensity class, 13201-2-2015	G*2
Glare index class	D6

Driver

Driver 1xFF	Xitanium Full Xi FP 40 W 0.2-0.7 A, programmable
Inrush current	max 22 A (50% after 290 µs)

Driver 2xFF	Xitanium Full Xi FP 75 W 0.2-0.7 A, programmable
Inrush current	max 46 A (50% after 250 µs)

Driver 3xFF	Xitanium Full Xi FP 110 W 0.2-0.7 A, programmable
Inrush current	max 47 A (50% after 250 µs)

Nominal voltage, AC	220-240 Vac
Operational input voltage, AC	80-264 Vac
Nominal voltage, DC	186-250 Vdc
Operational input voltage, DC	168-275 Vdc
Nominal input frequency	50-60 Hz
Operational input frequency	45-66 Hz
Max pre-protection	16 A
Surge protection	L/N-GND: 10 kV, (D4i 40 W driver: 8 kV)
	L-N: 6 kV
Service life	min 100,000 hours
Dimming/control	5 steps dimming within the lumen intervals
Other control options	DALI-2, LineSwitch or
	via Zhaga book 18 socket, D4i

Variants and options

Item No.	Peak 380
8955-	1 x FF-DA T4, programmable, max 40 W
8956-	2 x FF-DA T4, programmable, max 75 W
8957-	3 x FF-DA T4, programmable, max 114 W

Combine with

Select colour, colour temperature, etc. in the table below.

Colour	Colour temperature
01 = raw anodized	730 = 3000 K, 70 Ra
4 = graphite grey	740 = 4000 K, 70 Ra
9 = silver grey	827* = 2700 K, 80 Ra
66 = noir 900	830* = 3000 K, 80 Ra
	840* = 4000 K, 80 Ra
	* Longer lead times

Mounting	Dimming
T = post top	empty = programmable
U = for arm	D = DALI-2 (4/5-conductor cable)
G = mid-column Ø60	F = LineSwitch
G76 = mid-column Ø76	R = Zhaga book 18 socket, upwards
	RC = Zhaga book 18 socket, City Touch / Interact City
	S = Zhaga book 18 socket, downwards

Protection class	Corrosion class
empty = class II	empty = C4
J = class I	C5 = C5 coating (add C5 after the colour code)

Example Product Code: 8956-9730TJ = Peak 380 2xFF-DA T4, silver grey, 3000 K, 70 Ra, post top, class I

Luminaire

PEAK 380
Material	Cast aluminium
Finish	Raw anodized
	Graphite grey: YW355F, Akzo Nobel
	Silver grey: Y2370I, Akzo Nobel
	Black: Noir 900 Sablé, SN351F, Akzo Nobel
Screen	3 mm hardened glass
Mounting	On pole with 60 or 76 mm top diameter
Connection	In the pole
	Delivered with 8.5 m lead, 2 x 1 mm2
Classification	IP66, class II; use code for class I
Impact resistance	IK09
Corrosion class	C4, C5 optional
Weight	6-7 kg
Wind-sweeping area	0.05 m2 (laterally)

LED

LED with lenses	FF-DA PX for pedestrian crossings, 1, 2, or 3 modules
Service life	min 100,000 hours at ta max 25° C, L100B10
	Constant lumen output
Temperature range	-30 to +35° C
Colour temperature	2700, 3000, or 4000 Kelvin
Colour rendering	min 70, typically 75 Ra, 80 Ra optional*
	* Longer lead times with 80 Ra
Colour accuracy	5 steps SDCM
Luminous flux	The luminous flux range quoted below is from the LED light source. Apply output ratio to calculate luminous flux out of the luminaire.
LED-lumen, 1xFF, 70 Ra	3000K: 450-4500 lm
	4000K: 475-4850 lm
LED-lumen, 1xFF, 80 Ra	2700K: 375-3800 lm
	3000K: 400-4000 lm
	4000K: 420-4250 lm
LED-lumen, 2xFF, 70 Ra	3000K: 875-9000 lm
	4000K: 950-9700 lm
LED-lumen, 2xFF, 80 Ra	2700K: 725-7600 lm
	3000K: 775-8000 lm
	4000K: 825-8500 lm
LED-lumen, 3xFF, 70 Ra	3000K: 1310-13500 lm
	4000K: 1420-14600 lm
LED-lumen, 3xFF, 80 Ra	2700K: 1100-11400 lm
	3000K: 1175-12000 lm
	4000K: 1250-12700 lm
Output ratio	94%
Luminous intensity class, 13201-2-2015	G*6
Glare index class	D6

Driver

Driver 1xFF	Xitanium Full Xi FP 40 W 0.2-0.7 A, programmable
Inrush current	max 22 A (50% after 290 µs)

Driver 2xFF	Xitanium Full Xi FP 75 W 0.2-0.7 A, programmable
Inrush current	max 46 A (50% after 250 µs)

Driver 3xFF	Xitanium Full Xi FP 110 W 0.2-0.7 A, programmable
Inrush current	max 47 A (50% after 250 µs)

Nominal voltage, AC	220-240 Vac
Operational input voltage, AC	80-264 Vac
Nominal voltage, DC	186-250 Vdc
Operational input voltage, DC	168-275 Vdc
Nominal input frequency	50-60 Hz
Operational input frequency	45-66 Hz
Max pre-protection	16 A
Surge protection	L/N-GND: 10 kV, (D4i 40 W driver: 8 kV)
	L-N: 6 kV
Service life	min 100,000 hours
Dimming/control	5 steps dimming within the lumen intervals
Other control options	DALI-2, LineSwitch or
	via Zhaga book 18 socket, D4i

Variants and options

Item No.	Peak 380
8980-	1 x FF-DA PX, programmable, max 40 W
8981-	2 x FF-DA PX, programmable, max 75 W
8982-	3 x FF-DA PX, programmable, max 114 W

Combine with

Select colour, colour temperature, etc. in the table below.

Colour	Colour temperature
01 = raw anodized	730 = 3000 K, 70 Ra
4 = graphite grey	740 = 4000 K, 70 Ra
9 = silver grey	827* = 2700 K, 80 Ra
66 = noir 900	830* = 3000 K, 80 Ra
	840* = 4000 K, 80 Ra
	* Longer lead times

Mounting	Dimming
T = post top	empty = programmable
U = side entry	D = DALI-2 (4/5-conductor cable)
G = mid-column Ø60	F = LineSwitch
G76 = mid-column Ø76	R = Zhaga book 18 socket, upwards
	RC = Zhaga book 18 socket, City Touch / Interact City
	S = Zhaga book 18 socket, downwards

Protection class	Corrosion class
empty = class II	empty = C4
J = class I	C5 = C5 coating (add C5 after the colour code)

Example Product Code: 8980-9730TJ = Peak 380 1xFF-DA PX, silver grey, 3000 K, 70 Ra, post top, class I

Media & downloads

Produktinformation

Product data, Peak 380PDF Dimensions, Peak with Zhaga socketsPDF How many per fuse - recommendedPDF Mounting instructions, pole topPDF Mounting instructions, mid-post mountPDF MaintenancePDF RoHS DeclarationPDF

Udbudstekster

Peak380_udbud.docxDOCX Peak380_udbud.pdfPDF

3D

Peak 380 pole topRFA Peak 380 lanternGSM Peak 380 pole topDWG Peak 380 pole top3DS Peak 380 pole topIFC Peak 380 lanternSKP

Photos

Product photo, Peak 380 post topJPG Product photo, Peak 380 black noir 900JPG Product photo, Peak 380 side entryJPG Product photo, Peak 380 en faceJPG Street / Urban LightingPDF Various Peak 380PDF

Photometric data

Local roads, 1xFF-DA, T3

1 x FF-DA T3, 3000 K, 70 Ra LDT 1 x FF-DA T3, 3000 K, 70 Ra PDF 1 x FF-DA T3, 4000 K, 70 Ra LDT 1 x FF-DA T3, 4000 K, 70 Ra PDF 1 x FF-DA T3, 2700 K, 80 Ra LDT 1 x FF-DA T3, 2700 K, 80 Ra PDF 1 x FF-DA T3, 3000 K, 80 Ra LDT 1 x FF-DA T3, 3000 K, 80 Ra PDF 1 x FF-DA T3, 4000 K, 80 Ra LDT 1 x FF-DA T3, 4000 K, 80 Ra PDF

Local roads, 2xFF-DA, T3

2 x FF-DA T3, 3000 K, 70 Ra LDT 2 x FF-DA T3, 3000 K, 70 Ra PDF 2 x FF-DA T3, 4000 K, 70 Ra LDT 2 x FF-DA T3, 4000 K, 70 Ra PDF 2 x FF-DA T3, 2700 K, 80 Ra LDT 2 x FF-DA T3, 2700 K, 80 Ra PDF 2 x FF-DA T3, 3000 K, 80 Ra LDT 2 x FF-DA T3, 3000 K, 80 Ra PDF 2 x FF-DA T3, 4000 K, 80 Ra LDT 2 x FF-DA T3, 4000 K, 80 Ra PDF

Local roads, 3xFF-DA, T3

3 x FF-DA T3, 3000 K, 70 Ra LDT 3 x FF-DA T3, 3000 K, 70 Ra PDF 3 x FF-DA T3, 4000 K, 70 Ra LDT 3 x FF-DA T3, 4000 K, 70 Ra PDF 3 x FF-DA T3, 2700 K, 80 Ra LDT 3 x FF-DA T3, 2700 K, 80 Ra PDF 3 x FF-DA T3, 3000 K, 80 Ra LDT 3 x FF-DA T3, 3000 K, 80 Ra PDF 3 x FF-DA T3, 4000 K, 80 Ra LDT 3 x FF-DA T3, 4000 K, 80 Ra PDF

Traffic roads, 1xFF-DA, MEW

1 x FF-DA MEW, 3000 K, 70 Ra LDT 1 x FF-DA MEW, 3000 K, 70 Ra PDF 1 x FF-DA MEW, 4000 K, 70 Ra LDT 1 x FF-DA MEW, 4000 K, 70 Ra PDF 1 x FF-DA MEW, 2700 K, 80 Ra LDT 1 x FF-DA MEW, 2700 K, 80 Ra PDF 1 x FF-DA MEW, 3000 K, 80 Ra LDT 1 x FF-DA MEW, 3000 K, 80 Ra PDF 1 x FF-DA MEW, 4000 K, 80 Ra LDT 1 x FF-DA MEW, 4000 K, 80 Ra PDF

Traffic roads, 2xFF-DA, MEW

2 x FF-DA MEW, 3000 K, 70 Ra LDT 2 x FF-DA MEW, 3000 K, 70 Ra PDF 2 x FF-DA MEW, 4000 K, 70 Ra LDT 2 x FF-DA MEW, 4000 K, 70 Ra PDF 2 x FF-DA MEW, 2700 K, 80 Ra LDT 2 x FF-DA MEW, 2700 K, 80 Ra PDF 2 x FF-DA MEW, 3000 K, 80 Ra LDT 2 x FF-DA MEW, 3000 K, 80 Ra PDF 2 x FF-DA MEW, 4000 K, 80 Ra LDT 2 x FF-DA MEW, 4000 K, 80 Ra PDF

Traffic roads, 3xFF-DA, MEW

3 x FF-DA MEW, 3000 K, 70 Ra LDT 3 x FF-DA MEW, 3000 K, 70 Ra PDF 3 x FF-DA MEW, 4000 K, 70 Ra LDT 3 x FF-DA MEW, 4000 K, 70 Ra PDF 3 x FF-DA MEW, 2700 K, 80 Ra LDT 3 x FF-DA MEW, 2700 K, 80 Ra PDF 3 x FF-DA MEW, 3000 K, 80 Ra LDT 3 x FF-DA MEW, 3000 K, 80 Ra PDF 3 x FF-DA MEW, 4000 K, 80 Ra LDT 3 x FF-DA MEW, 4000 K, 80 Ra PDF

Roundabouts, 1xFF-DA, T4

1 x FF-DA T4, 3000 K, 70 Ra LDT 1 x FF-DA T4, 3000 K, 70 Ra PDF 1 x FF-DA T4, 4000 K, 70 Ra LDT 1 x FF-DA T4, 4000 K, 70 Ra PDF 1 x FF-DA T4, 2700 K, 80 Ra LDT 1 x FF-DA T4, 2700 K, 80 Ra PDF 1 x FF-DA T4, 3000 K, 80 Ra LDT 1 x FF-DA T4, 3000 K, 80 Ra PDF 1 x FF-DA T4, 4000 K, 80 Ra LDT 1 x FF-DA T4, 4000 K, 80 Ra PDF

Roundabouts, 2xFF-DA, T4

2 x FF-DA T4, 3000 K, 70 Ra LDT 2 x FF-DA T4, 3000 K, 70 Ra PDF 2 x FF-DA T4, 4000 K, 70 Ra LDT 2 x FF-DA T4, 4000 K, 70 Ra PDF 2 x FF-DA T4, 2700 K, 80 Ra LDT 2 x FF-DA T4, 2700 K, 80 Ra PDF 2 x FF-DA T4, 3000 K, 80 Ra LDT 2 x FF-DA T4, 3000 K, 80 Ra PDF 2 x FF-DA T4, 4000 K, 80 Ra LDT 2 x FF-DA T4, 4000 K, 80 Ra PDF

Roundabouts, 3xFF-DA, T4

3 x FF-DA T4, 3000 K, 70 Ra LDT 3 x FF-DA T4, 3000 K, 70 Ra PDF 3 x FF-DA T4, 4000 K, 70 Ra LDT 3 x FF-DA T4, 4000 K, 70 Ra PDF 3 x FF-DA T4, 2700 K, 80 Ra LDT 3 x FF-DA T4, 2700 K, 80 Ra PDF 3 x FF-DA T4, 3000 K, 80 Ra LDT 3 x FF-DA T4, 3000 K, 80 Ra PDF 3 x FF-DA T4, 4000 K, 80 Ra LDT 3 x FF-DA T4, 4000 K, 80 Ra PDF

Crossings, 1xFF-DA, PX

1 x FF-DA PX, 3000 K, 70 Ra LDT 1 x FF-DA PX, 3000 K, 70 Ra PDF 1 x FF-DA PX, 4000 K, 70 Ra LDT 1 x FF-DA PX, 4000 K, 70 Ra PDF 1 x FF-DA PX, 2700 K, 80 Ra LDT 1 x FF-DA PX, 2700 K, 80 Ra PDF 1 x FF-DA PX, 3000 K, 80 Ra LDT 1 x FF-DA PX, 3000 K, 80 Ra PDF 1 x FF-DA PX, 4000 K, 80 Ra LDT 1 x FF-DA PX, 4000 K, 80 Ra PDF

Crossings, 2xFF-DA, PX

2 x FF-DA PX, 3000 K, 70 Ra LDT 2 x FF-DA PX, 3000 K, 70 Ra PDF 2 x FF-DA PX, 4000 K, 70 Ra LDT 2 x FF-DA PX, 4000 K, 70 Ra PDF 2 x FF-DA PX, 2700 K, 80 Ra LDT 2 x FF-DA PX, 2700 K, 80 Ra PDF 2 x FF-DA PX, 3000 K, 80 Ra LDT 2 x FF-DA PX, 3000 K, 80 Ra PDF 2 x FF-DA PX, 4000 K, 80 Ra LDT 2 x FF-DA PX, 4000 K, 80 Ra PDF

Crossings, 3xFF-DA, PX

3 x FF-DA PX, 3000 K, 70 Ra LDT 3 x FF-DA PX, 3000 K, 70 Ra PDF 3 x FF-DA PX, 4000 K, 70 Ra LDT 3 x FF-DA PX, 4000 K, 70 Ra PDF 3 x FF-DA PX, 2700 K, 80 Ra LDT 3 x FF-DA PX, 2700 K, 80 Ra PDF 3 x FF-DA PX, 3000 K, 80 RaLDT 3 x FF-DA PX, 3000 K, 80 Ra PDF 3 x FF-DA PX, 4000 K, 80 Ra LDT 3 x FF-DA PX, 4000 K, 80 Ra PDF

All ldt files

LDT.zipZIP

Peak 380 with 3 FastFlex LED modules, up to 11,000 lm.

Peak for post top and for arm in roundabout leading to the new Kronprinsesse Mary's Bridge, Frederikssund

Peak for post top and for arm in roundabout leading to the new Kronprinsesse Mary's Bridge, Frederikssund

Peak 380, City of Aarhus

Umbraco.Cms.Core.Models.Link More images

Peak 380, City of Aarhus

Umbraco.Cms.Core.Models.Link More images

Peak 380, City of Aarhus

Umbraco.Cms.Core.Models.Link More Peak in Danish municipalities

Peak 380, City of Aarhus

Umbraco.Cms.Core.Models.Link More Peak cases

Peak 380 at 7 meter column, Aarhus Kommune.

Peak 380 at Tilst, Aarhus Kommune. 7 meter column.

Peak at roundabout, Greve Kommune

Peak 380, Gjørrilds Alle, Randers

Umbraco.Cms.Core.Models.Link More Peak projects here

Peak 380, Gjørrilds Alle, Randers

Umbraco.Cms.Core.Models.Link More Peak projects here

Peak 380 at 7 meter poles in the Living Lab test centre.

Peak 380 at 7 meter poles, 3 LED modules.

Peak 380, Viborg Kommune

Peak 380, Viborg Kommune

Peak 380, Randers Kommune

Peak top entry, Vestre Bakkevej, Randers

Peak top entry, Vestre Bakkevej, Randers. The rain forest can be seen in the valley.

Peak Randers Kommune, Gørrilds Allé

Umbraco.Cms.Core.Models.Link More images from Randers

Peak in multiple function, the harbour at Klitmøller, Cold Hawai

DesignAART Designers

Peak consists of two main shapes: a circular disc and a rectangular upper part. This structure results in a sturdy functionality and density as well as the best LED cooling. To facilitate the interaction between form and function, the main shapes join into elegant lines. By means of the circular, illuminated disc, Peak reveals a discrete and classic expression, and the curved transition from disc to upper part is new and adds a modern touch.

The minimalist expression and construction continues into the future handling, mounting and service of the luminaire. AART Designers have designed two variants for mounting on vertical pole and horizontal arm, respectively. The same strong and characteristic design with optimized and simplified adaptions for pole/arm adjusted to market standards and demands.

More on AART Designers here.