ANETA LIGHTING 10910 Miro Painting Light User Manual
- June 12, 2024
- ANETA LIGHTING
Table of Contents
ANETA LIGHTING 10910 Miro Painting Light
Product Information
- Product Name: MIRO 10910
- Power Requirement: 220-240V ~50Hz
- Manufacturer Website: www.aneta.se, www.aneta.no
- Energy Efficiency Class: E
- Light Source Lifetime: 50,000 hours or 22 years (6 hours per day)
- Light Source Type: LED
- Mains or Non-Mains: Non-Mains
- Directional or Non-Directional: Non-Directional
- Connected L.S.: No
- Color-tuneable: No
- Envelope: No
- High Luminance: No
- Anti-Glare Shield: No
- Dimmable: Yes
- Energy Consumption in On-Mode: 6 kWh / 1000 h
- Useful Luminous Flux: 737 lm
- CCT Colour Temperature: 3000 K
- On-Mode Power: 5 W
- Stand-by Power: 0 W
- Networked Standby Power: 0 W
- CRI: 80
- R9 Color Rendering Index: 0
- Chromaticity Coordinates: x:0.401, y:0.411
- SDCM: < 6
- Measures LxBxH: mm
- Supply Current: 430 mA
Product Usage Instructions
Before using the MIRO 10910 luminaire, make sure that the power requirement of your location matches the product’s power requirement of 220-240V ~50Hz. The MIRO 10910 uses a non-replaceable LED light source with a lifetime of 50,000 hours or 22 years (6 hours per day). When the light source reaches its end of life, the whole luminaire shall be replaced. The MIRO 10910 is a non- directional luminaire that is dimmable. To turn it on, connect it to a power source and use a compatible dimmer switch to adjust the brightness. The MIRO 10910 has an energy consumption of 6 kWh / 1000 h in on-mode and a useful luminous flux of 737 lm with a CCT color temperature of 3000 K. The MIRO 10910 has a CRI of 80, which means it accurately represents colors in comparison to natural light. It also has an R9 color rendering index of 0, which means it does not accurately represent reds in comparison to natural light. The chromaticity coordinates of the MIRO 10910 are x:0.401, y:0.411, and its SDCM is less than 6. When using the MIRO 10910, make sure to follow the manufacturer’s instructions for installation and maintenance. Do not attempt to replace the LED light source when it reaches its end of life, as the whole luminaire shall be replaced.
INSTRUCTION
This product contains a light source of energy efficiency class E.
The diode lamp of this luminaire is not replaceable; when the light source
reaches its end of life the whole luminaire shall be replaced. 50 000 h ≈ 22
years (6 h/day)
Light Source
- Lighting technology used: …………….. LED
- Mains or non-mains: ……………………. non-mains
- Directional or non-directional: ……….. non-directional
- Connected L.S.: ………………………….. no
- Color-tuneable: …………………………… no
- Envelope: …………………………………… no
- High luminance: ………………………….. no
- Anti-glare shield: …………………………. no
- Dimmable: …………………………………. yes
- Energy consumption in on-mode: ….. 6 kWh / 1000 h
- Energy efficiency class (A-G): ………. E
- Useful luminous flux :……………………. 737 lm
- CCT color temperature: ………………. 3000 K
- On-mode power: …………………………. 5 W
- Stand-by power: ………………………….. 0 W
- Networked standby power: …………….0 W
- CRI: …………………………………………… ≥ 80
- R9 color rendering index: ……………… 0
- Chromaticity coordinates: …………….. x:0.401, y:0.411
- SDCM: ………………………………………. < 6
- Lifetime L70B50: ……………………………. 50 000 hours
- Lumen maintenance factor : ……………… 0,96
- Survival factor: …………………………… 0,90
- Measures LxBxH: ……………………….. mm
- Supply current: …………………………… 430 mA
The luminous flux stated here is the value for the light source itself in accordance with Regulation (EU) 2019/2015. On the box the luminous flux for the lighting fittting is stated, where the light is partly absorbed by glass/glare shield/shade and parts of the fitting, why it is lower than for the light source.