ELEKTRA L

Specifications

Electrical parameters

Light source	LED
Power voltage	AC 220–240 V / 50–60 Hz
Connection method	leading out cable, leading out cable with connector (G), without cable (WO)
Ballast part	electronic driver with surge protection L/N-Ground 10 kV
Surge protection	additional surge protection 10 kV (S)
Fuse	fuse 6,3 A (J)
Possibility of regulation	non-dimmable (not labeled), DALI (DALI), night dimming (A) preparation for wireless communication NEMA (N), Zhaga (Z) or 2× Zhaga (Z2)
Constant lumen output	CLO (C)

Light parameters

Optical system	roads (Mxx), roads (Lxx), directional (Pxx) area (Uxx), combined optics (Kxx)
Light distribution	direct
Colour rendering index	Ra > 70
Colour temperature	AMBER / 2,200 K / 2,700 K / 3,000 K / 4,000 K / 5,000 K / NIGHT TUNE
Service life	> 120,000 hrs. (L90B10)

Construction

Luminaire body	aluminum cast
Colour	RAL 7015/9006, other RAL (on request)
Surface type	matte
Luminaire cover	tempered glass

Safety

Protection class	I, II
Maximum ambient temperature	-40 / 50 °C
Protection of the luminaire's electrical part	IP 66
Protection of the luminaire's optical part	IP 66
Mechanical durability	IK 09, IK 10
EMC	EN 55015:2019+A11:2020 EN 61547:2020 EN 61000-3-2:2019+A1:2021 EN 61000-3-3:2013+A1:2017+A2:2021
Vibration test	EN 60598-1:2015 + A1:2018 art. 4.20
Wind force test	EN 60598-2-2-3 according 3.6.3.1
Corrosion test – Salty spray	ISO 9227 (1,500 hours)
Life test	TM21
Certification	ENEC, ENEC+, Zhaga-D4i, IDA Dark Sky Approved
CB mark	YES

Mounting

Method	pole or boom mounted (48–60 mm); 60–76 mm (on request) adjustable joint ± 20°
Recommended height	max. up to 15 m
Use	outdoor areas, road classes I. and II.

Variants

* Can not be produced under ENEC licence
** Weight may vary depending on the luminaire variant
Luminaire ambient temperature TQ 25 °C
Initial color consistency: ≤ 5 SDCM
IDA fixture seal of approval relates to ≤ 3 000 K
To meet IDA requirements, the luminaires must be installed horizontally with the road
Optical and electrical parameters tolerance ± 10 %

When using the CLO function, the initial power and luminous fluxis 10 % lower than the value shown in the table.
LDT curves with CLO function have the letter “C” at the end of their marking.