Blitzmann Pulsar High Bay Induction lamp

Induction lighting features

1. Energy efficiency - lighting in the inductive technology is an energy-saving solution in comparison with the traditional lighting. The value of the reduction in the electric energy expenses amounts to ****0% of the active power depending on the type of the traditional lighting and the application. With regard to the passive power compensation in the ignition system of the inductive lamp, about *0% of passive power of the traditional lamp can be saved additionally.

2. Purchase costs of inductive lamps are insignificantly higher in comparison with the traditional lighting: sodium, metal-halide lighting, etc. In this case savings are noticed immediately after the exchange of the traditional lighting into the inductive one. Additionally, the lifetime of the induction light sources is much higher, which directly influences the expenditure connected with the exploitation of the traditional light sources - the lack of frequent exchange of light sources.

3. Lifetime of a light source - a lifetime of the induction light source is *0,**0 - **0,**0 hours of lighting. Due to this fact the lamps equipped with the induction light bulbs can light for *0 years without the significant decrease in the light stream. At the same time they are by about *0 times more effective in comparison with the incandescent and fluorescent lighting, *0 times more efficient than the halogen lighting, *5 times more effective than the sodium lighting and *0 times more efficient than the metal-halide lighting. The longer lifetime also means fewer exchanges of light sources and costs connected with that.

4. Technology of the light sources exchange - the exchange of the traditional lighting into the inductive one does not require the exchange of the entire holders as it is necessary, for instance, while exchanging lighting into the LED technology. In this case it is enough to exchange only the source of light together with the power supply system assuming that the old holder does not require renovation resulting from the wear.

5. Light stream - the inductive technology is so much effective that the decrease in the stream amount to *0 ? *0 % during *0,**0 hours.

6. Colour rendering index amounts to Ra - ****2 for the induction lighting.

7. Colour temperature of light sources - the induction lighting has a full range of colour temperatures: 2,**0 K, 3,**0 K, 4,**0 K, 5,**0 K and 6,**0 K.

8. No stroboscopic effect - the stroboscopic effect does not occur due to the used lighting technology.

9. Resistance - the induction lighting is very resistant to the outer temperature and shocks. The inductive lamps can work at the temperatures from **0°C to **0°C. Moreover, they are resistant to shocks, thus their use, among others, in tunnels, on bridges, freeways, cranes, railway industry, etc.

*0. Turn-on time - the induction lighting turns on within about 0.5 sec and reaches its full properties after about **3 minutes. The induction lighting can work together with the motion sensors. 

*1. Ease of control and service - the lamps made in the inductive technology can be controlled in every way even with the possibility to dim and to cooperate with other solar systems owing to the application of advanced solutions by the Asia Pacific Energy Solution company.