The Annam Curve is a recessed luminaire with 9mm trim which can be supplied in continuous lengths of 70mm increments. Each continuous module is driven by its own remote driver and emergency pack (if applicable) and therefore only a mechanical connection is required when linking to the next module.
The luminaire is custom roll-formed to match each projects bespoke requirements of almost any geometric shape/s, through custom bend radius and diameters to match an agreed technical drawing.
The Annam Curve is available in a maximum single run length of 2958mm before multiple modules are used to create longer lengths.
More than 70,000 hours life span
'Plug and Play' No hard fixing
Easy install No remote components
Modular component build
|Lumen Output||500lm to 7000lm||/****|
|560mm to 2940mm||/****|
|Emergency||3 Hour Facility|
3 Hour Self Test
3 Hour Central Test
The effect of light on our biological clock is important as it influences many aspects of our physical and emotional well-being. This biological clock is regulated by light and darkness, by the daily cycles of night and day and the time we spend asleep and awake.
In the morning, as the sun comes up, light levels increase, the colour of light shifts towards cooler colour temperatures, and we wake up and become active. On the other hand, in the evening, as the sun goes down and the colour of light shifts towards warmer colour temperatures, we unwind, relax and prepare for sleep.
Our body’s hormone levels rise and fall with these light cycles. Cortisol production increases with morning light and decreases throughout the course of the day. Melatonin levels increase as darkness sets in and decrease as morning approaches. In our modern society, we spend much of our time indoors – at home, in a school, office, shop or hospital. Those who have to stay indoors for significant parts of their time under static lighting conditions run the risk of disrupting their biological rhythms.
Using Premium LED drivers with window function, our luminaires can be preset (both Fixed Output & DALI versions) during the production process to a desired lumen output. This gives the versatility to reflect custom lumen packages used for project based lighting calculations.
Another benefit to this technology is post luminaire installation, the light output can be adjusted to increase/decrease from its original setting. This could be in the instance of a rentable space (CAT A) becoming an occupied space (CAT B).
|Typical Lumen Outputs||Wattage||ll/cW|
|3702 lm/m||29.3 W/m||126.3 ll/cW|
|4104 lm/m||33.1 W/m||124.0 ll/cW|
|Rated Supply Voltage||220 – 240 V|
|AC Voltage Range||202 – 250 V|
|Mains Frequency||50/60 Hz|
|Output LF current ripple @ 120Hz (Flicker)||<1%|
|Overvoltage Protection||320 V|
|Dimming Range||1 – 100%|
|Operating Temperature||-25… +60 °C|
|Longevity (L70/B10)||70,000 hours|
|Colour Rendering (3 SDCM)||Ra>82|
|Dimensions (Standard format)||64 x 54mm|
|Lumen Output||BLF||Emergency Lumen Output|
|3702 lm/m||12%||444 lm|
|4104 lm/m||11%||451 lm|
|Emergency Duration||3 Hours|
|Recharge Period||24 Hours|
|Battery Type||LiFePO4 (Lithium Iron Phosphate)|
|Battery Pack||3 x 2.4V 2.5Ah|
|Operating Tempertaure||0 – 60°C|