LED Products Semi-Auto­­nomous

Our semi-autonomous LED products automatically change the lighting intensity and duration. The savings potential is significantly increased by high lighting efficiency and a shorter operating time. Thanks to several sensors, the control system takes decisions away from the human being and adapts the light interactively to the need. In addition, parameters can be set on the product to save the optimum amount of energy for each application.

This technology not only makes light switches and motion detectors superfluous, but also ensures a significantly longer service life. This is also guaranteed by the high quality workmanship, as our illuminant is kept as cool as possible by the built-in aluminium.

Specifications

Luminaire Data

Input voltage: 100 – 240 VAC
Battery Operation: 190 – 240 VDC
Operating frequency: 50 – 60 Hz
Peak stress resistance: 300 VACrms
Power factor: 0.95
Form: T8
Socket: G5 – G13
Rotatable Socket: Yes
Material: Al / PC / PE
Cooling system: Passive / 235 W/(mK)
Sensor Technology: None
Transmission power: < 1mW
Sensor frequency: 5.725 – 5.875 Ghz
Sensor range: 10m
Operating temperature: -20 °C – 45 °C
Storage temperature: -20 °C – 70 °C
Operating & Storage humidity: 10 – 80 % rH
Switchingg Cycle: > 500’000
Electronic ballast compatible: No
Diameter Tube: 28 mm
Maximum diameter: 32 mm
IP Protection class: IP20
Protection class: I
Color rendering index: CRI 80 – 95
Flicker free: Yes
Risk group LED: RG1
Color deviation LED: SDCM3
System efficiency: 150 – 180 lm/W
Color temperature: 3000 – 6000 K
Service Life: 70’000 h (L70B10)
Energy efficiency class: A++
Delay time: 1 s – 60 min
Basic lighting: 0 – 100 %
Soft light start: Yes
Groundlight function: Yes
Daylight control: Yes
Remote access: No
Group Parametrization: No
Adjustable radar sensitivity: No
Swarm intelligence: No

Available variations

Type Power Luminous flux (clear) Luminous flux (satin) EAN
T8 0.6m 10 W 1800 lm (@4000 K) 1500 lm (@4000 K) 7640185680708
T8 0.9m 15 W 2700 lm (@4000 K) 2200 lm (@4000 K) 7640185680739
T8 1.2m 18 W 3200 lm (@4000 K) 2700 lm (@4000 K) 7640185680784
T8 1.5m 23 W 4100 lm (@4000 K) 3400 lm (@4000 K) 7640185680838
T5 0.6m 10 W 1800 lm (@4000 K) 1500 lm (@4000 K) 7640185680210
T5 0.9m 15 W 2700 lm (@4000 K) 2200 lm (@4000 K) 7640185680234
T5 1.2m 18 W 3200 lm (@4000 K) 2700 lm (@4000 K) 7640185680265
T5 1.5m 23 W 4100 lm (@4000 K) 3400 lm (@4000 K) 7640185680302

Project reports

Semi-autonomous tubes in use

Dolder

The Dolder Grand

How the Zurich luxury hotel saves CHF 50,000 a year.

ZHdK

Zürcher Hochschule der Künste

92 % less power consumption thanks to simple changeover.

Parking

Parking Garage

Parking garages offer the optimal application area for our smart LED tubes:
The smooth adjustment to the required light duration and intensity allows 90% energy savings with 100% comfort.

Stairs

Staircase

Constantly illuminated staircases are a thing of the past! Our smart LED tubes only lit when necessary.

Entrance

Entrance area

The automated dimming of each individual light source allows you to illuminate your entrance area while reducing your energy consumption.

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Test our products free of charge and without risk for 30 days

Our offer to you

Test our lighting solutions on your premises for 30 days absolutely free of charge: Order between 25 and 100 LED tubes. If the high expectations of our product are not met, we will take them back after the 30 days.

However, if we can convince you of our offer during this 30-day test phase, we will offer you the already installed products of the pilot project at half price.

Give us a call: +41 44 500 73 85

NA

Non-Autonomous

Learn more about our extremely efficient and high quality non-autonomous products.

SA

Semi-Autonomous

Learn more about our sensor-controlled semi-autonomous products and see the incredible savings potential for yourself.

SA+

Semi-Autonomous Plus

Find out exactly what “Semi-autonomous Plus” means and how it differs from “Semi-autonomous” degree of autonomy.

FA

Fully Autonomous

What are the ideal applications for fully autonomous lamps and luminaires? How do they differ from the less autonomous products?