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
| Input voltage: | 100 – 240 VAC |
| Battery Operation: | 190 – 240 VDC |
| Operating frequency: | 50 – 60 Hz |
| Power factor: | 0.92 |
| Peak voltage resistance: | 300 VACrms |
| Electronic ballast compatible: | No |
| Form: | T8 |
| Socket: | G5 / G13 |
| Rotatable Socket: | Yes |
| Material: | Al / PC / PE |
| Cooling system: | Passive / 235 W/(mK) |
| Cover: | Satin |
| Colour temperature: | 3000 – 6000 K |
| Colour rendering index: | 80 – 95 |
| Colour Consistency (Mac Adam): | 3 |
| Flicker Metric (Pst LM): | 0.03 |
| Stroboscopic effect metric (SVM): | 0.02 |
| UGR (4H/8H; 70/50/20) (per/par): | <27.8/ <25 |
| System efficiency *: | 147 lm/W |
| Energy Class: | D |
| Number of switching cycles: | > 500’000 |
| Service Life (L70B10): | 70’000 h |
| IP Protection class: | IP20 |
| Protection class: | II |
| Risk group LED: | RG0 |
| Operating temperature: | –20 °C .. +45 °C |
| Storage temperature: | –20 °C .. +70 °C |
| Operating & storage humidity: | 10 – 80 % rH |
| Motion sensor technology: | Radar (HF) |
| Motion transmission power: | < 1mW |
| Motion sensor frequency: | 5.80 GHz |
| Motion detection range: | 10m |
| Adjustable detection range: | No |
| Communication technology: | – |
| Communication transmission power: | – |
| Communication frequency: | – |
| Communication range: | – |
| Active time settings: | 1s-30min |
| Soft light start: | Yes |
| Basic light function: | Yes |
| Basic light settings: | 0-100% / 10% step |
| Daylight control: | Yes |
| Group parameterization: | No |
| Swarm intelligence: | No |
| Remote Access: | No |
Available Variants
| Nominal Length (N) | Power * | Useful luminous flux * | EAN | LDT | Energy Label |
| T8 60 cm | 9.5 W | 1450 lm | 7640185680708 |  |
 |
| T8 90 cm | 14 W | 2100 lm | 7640185680739 | |
|
| T8 120 cm | 18 W | 2600 lm | 7640185680784 | |
|
| T8 150 cm | 22 W | 3250 lm | 7640185680838 | |
|
| T5 55 cm | 9.5 W | 1400 lm | 7640185680210 | |
|
| T5 85 cm | 14.5 W | 2100 lm | 7640185680234 | |
|
| T5 115 cm | 17.5 W | 2550 lm | 7640185680265 | |
|
| T5 145 cm | 22.5 W | 3200 lm | 7640185680302 | |
|
* Power and luminous flux are subject to initial tolerances of +/- 5%. Unless specified otherwise, they are measured as follows: Colour temperature of 4000K, CRI of <80 and Environmental temperature of 25°C.
Dolder
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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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?