LED high bay luminaire 200W 28000lm 60° IP65 1-10V dimmable neutral white
€404.20*
Delivery time approx. 5-7 days
This LED high bay luminaire is particularly suitable for the bright illumination of high warehouses, production halls, stables, riding halls, barns or workshops The high efficiency, long service life and minimal maintenance requirements are particularly outstanding You can also expect no start-up time, no UV or infrared radiation, minimal heat generation and foolproof installation The solid housing is made of cast aluminium, the integrated lenses ensure an optimal light beam angle of 60° The high-performance LEDs emit a light colour of 4000 Kelvin (neutral white) and have a total power of 28,000 lumens with a consumption of only 203W Save over 80% on electricity costs compared to halogen or HQI luminaires Easy dimmability via 1-10V DC control signal.
Not sure how many you need? We would be happy to do the planning for you! Just let us know the size of your hall and we will be happy to calculate the optimum lighting for you.
Ball-proof, complies with the requirements of VDE DIN 0710-13 / IEC 62262:2002, dimmable via 1-10V DC control voltage or rotary potentiometer (100kO)
| Beam angle (°): | 60 |
|---|---|
| Brightness in lumen: | 28000 |
| Colour rendering (CRI) in Ra: | >=80 |
| Colour temperature in Kelvin: | 4000 |
| Consumption in watts: | 200 |
| Lifetime in hours: | 50000 |
| Switching cycles: | 30000 |
| Dimmable: | Yes |
|---|---|
| Dimming type: | with 1-10V |
| Illuminant included: | Yes |
| Manufacturer / Model: | Pro-Light 113447 |
| Type of protection: | IP65 |
| Version: | LED |
| Voltage in volts: | 230V |
| Height in cm: | 19,2 |
|---|---|
| Ø in cm: | 28 |
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Technical luminaire quality from Pro-Light.
When it comes to high-quality, efficient and modern luminaires for private and commercial areas, Pro-Light is the right luminaire brand. Whether wall luminaire, table luminaire, pendant luminaire, spotlight, spot or ceiling luminaire, with Pro-Light you will quickly and easily achieve the optimum implementation within the framework of an ideal price-performance ratio.
