S LUM 1 SERIES

S LUM LED light is our star energy-efficient product, as it drastically reduces energy and maintenance costs. S LUM LED lights feature a toolless, replaceable light engine and power supply. Other features include a post-top mounting bracket that is horizontally and vertically adjustable. The modular construction of the S LUM LED allows for easy upgrades as well as simple engine and power supply replacement. S LUM LED lights are available in two sizes and six different lumen packages, from 1300 to 15,600 lumens. This reliable unit has a long lifetime of more than 100,000 hours at L80B10. This solution, with system efficacy of more than 130 lm/W, significantly reduces operating and maintenance costs.

MAJOR BENEFITS

  • Long lifetime in the harshest weather and climate conditions
  • Optimum system efficiency
  • Modular design
  • Easy screw-less maintenance
  • Quick access latch enables toolless entry
  • Optimized energy savings and best price-performance
  • Durability due to die cast aluminum housing
  • Rotor for horizontal and vertical adjustments
  • Multiple optics for visual comfort and better illumination on all types of roads

Technical Data

Luminaire efficacy

Up to 130 lm/W

Lifetime

L80B10 >100,000 hours

Operating temperature range

-40 ºC to +55 ºC

Supply voltage

220-240 V / 50-60 Hz

Power Factor

> 0.96

Correlated Color Temperature (CCT)

4,000 – 4,500 K, 6,000 K or 3,800 K upon request, different CCT available

Color Rendering Index (CRI)

>70

IP

IP 66

IK

IK 09

Surge protection

4 kV, optional updgrade to 10kV

Controls system input

RF, PLC, DALI, 1-10V

PRODUCT VARIATIONS

PRODUCT

NUMBER OF LEDS

POWER (W)

LUMEN OUTPUT UP TO (LM)

S LUM 1 Standard

4

10

1,200

S LUM 1 Standard

6

25

3,000

S LUM 1 Standard

8

40

4,800

S LUM 1 Premium

8

10

1,300

S LUM 1 Premium

12

25

3,250

S LUM 1 Premium

16

40

5,200

FUNCTIONAL SPECIFICATIONS

  • Toolless entry
  • Overheating protection
  • Power reduction
  • Time-dependent luminous flux control
  • Constant luminous flux – CLO