Low Energy Designs

SunMinO

The SunMinO is a small, safe, modular light that can be used in many applications. It is an extremely bright LED light with low power consumption.

SunMinO products can be manufactured to customer specification in order to provide a spectrum of desired colour rendering index (Ra) and colour temperature (K). This means that RGBW (High intensity Red, Green and Blue) LEDSunMinO modules can replace some of the white modules to allow for a fully programmable colour changing light. The light can then offer unlimited colour output but can also change as necessary to the intense bright white light when required. The change of colour can be manual or automatic and activated by either the onboard schedules or by a movement sensor.

The SunMinO can offer all the same wireless remote control and monitoring functions as the other Low Energy Designs SunFAMILY products and can be supplied as a complete lighting system. Additionally the light can be supplied with a straight plug in AC power supply or a manual dimming on/off switch and various optical packages.

SunMinO is ideal as a general purpose effective and efficient light or for use with a solar panel to provide standalone, simple lighting solution for sign illumination, bus shelters etc.

Standard Functions & Features.

  • Manual on/off or (optional) dimmable or colour changing Red, Green, Blue, White module.
  • Various lens options available to suit different light distribution requirements LED automatic temperature control (using our innovative P-N junction temperature control).
  • PIR movement light activation.
  • A range of light schedules can be programmed facilitating various power saving modes.
  • Additional features include remote power output control, monitoring, LED max/min temperature setting, scheduling on/off times, fault reporting, 100% dimming from any output power, ramping power timer and system diagnostics.
  • Colour rendering index on our standard package of Ra ≥ 75 of standard daylight spectrum.
  • Wireless control of the light modules facilitates 100% customisation of lights.
[White LED SunMinO]
Specifications
Product CodeSMW (White) or
SMRGB (Red, Green & Blue)
Available in AC Power (A) or
DC Power (D) options
Supply Voltage8 - 15VDC, 20 - 28VDC (low voltage),
90 - 264VAC
Power RatingProgrammable range between
1 - 11 Watts (SMW) or 115 Watts (SMRGB)
Lumen LevelAverage lumens:
608 - 768 Photopic or 1,376 - 1,739 Scotopic
Operating
Temperature
-10oC to +70oC Ambient (-30oC with ramp set)
Circuitry
Operating
Temperature
LEDs 150oC Maximum Tj (Junction Temperature)
Controller board circuitry 105oC Maximum
Typical operating conditions at full power,
Tj = 80oC
Humidity0 - 99%
Ingress Classification IP68
Body MaterialHigh grade LM20 Cast Aluminium
Lens Material Polycarbonate graded at ISO 178
Lens Light
Transmission
Luminous Transmittance 88%
Light CoolingConvection & Software Temperature Controlled
Colour Appearance &
Rendering
2,700K 10,000K range
(Warm white, cool white or
RGB (Red Green Blue))
Typical 5,000K 6,500K
offering Ra=75 (CRI=75%)
Luminaire LifetimeApprox. 50,000hrs.
When operated at a Tj of below 63/80oC then 50,000 - 100,000 hours to reach 70% of original light output (not to failure)
Photocell &
Movement Sensor
Can be connected to PV sensor to provide a variable light output depending on ambient light level. Programmable settings can be used in conjunction with PIR sensor
Compliance CE, RoHS,
BS EN 60598-2-3:2003,
BS EN 60598-1:2004
Finish Powder coated finish in matt black or custom colour upon request
DimensionsH 35mm x W 45mm x D 210mm
MountingWall or ceiling mount allowing 360rotation of the LED module
Weight268g (without bracket),
314g (with bracket)
ProductionMade in United Kingdom (Wales)

"Energy Efficiency Loans from the Carbon Trust are a cost effective way to replace or upgrade your existing equipment with a more energy efficient version. This means an immediate benefit from carbon, energy and cost savings. Low Energy Designs Limited can provide details of Carbon Trust interest-free loans and assist you in completing your application."

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