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| Unit | Value | ||
|---|---|---|---|
| Light color | neutral-white | ||
| Housing Color | white | ||
| Beam | 120° | ||
| Height | 5.4mm | ||
| Width | 16.0mm | ||
| Length | 499.9mm | ||
| Unit | min. | typ. | max. |
| Lumen | 941lm | 3685lm | 5291lm |
| PPF | 15.90µMol/s | 60.26µMol/s | 86.34µMol/s |
| Kelvin | 4000K | ||
| CRI | 97 | ||
| Voltage | 19.02V | 20.73V | 21.63V |
| Current | 350mA | 1400mA | 2100mA |
| Datasheet | 2.27 MB |
50cm Alustripe with 98x Bridgelux Thrive LEDs and connectors.
The LEDs are arranged so that the boards can be arbitrarily extended without leaving a gap in the assembly density.
Easy feeding without soldering! The insulated conductor is simply inserted into the clamping point as far as it will go and automatically fixed securely. Please use solid and stripped wires.
About Bridgelux Thrive full spectrum LEDs:
Bridgelux Thrive products are designed to closely mimic the sun and provide a new class of full spectrum, human centric light emitting diode (LED) white point solutions.
Using proprietary chip, phosphor and manufacturing technologies, Thrive closely mimics the spectra of the sun without violet light augmentation. Thrive produces lower blue light intensity at shorter wavelengths and delivers a smoother spectrum over the visual wavelength range, enabling a close spectral match to sunlight. Thrive offers:
| Current | Voltage | Power |
| 0.350 A | 19.02 V | 6.66 W |
| 0.700 A | 19.69 V | 13.78 W |
| 1.050 A | 20.23 V | 21.24 W |
| 1.400 A | 20.73 V | 29.02 W |
| 1.750 A | 21.20 V | 37.10 W |
| 2.100 A | 21.63 V | 45.42 W |
| Current | Lumen | Lumen/W |
| 0.350 A | 941 lm | 141.29 lm/W |
| 0.700 A | 1897 lm | 137.66 lm/W |
| 1.050 A | 2810 lm | 132.30 lm/W |
| 1.400 A | 3685 lm | 126.98 lm/W |
| 1.750 A | 4499 lm | 121.27 lm/W |
| 2.100 A | 5291 lm | 116.49 lm/W |
| Current | µMol/s | µMol/joule |
| 0.350 A | 15.90 | 2.39 |
| 0.700 A | 31.35 | 2.28 |
| 1.050 A | 46.09 | 2.17 |
| 1.400 A | 60.26 | 2.08 |
| 1.750 A | 73.45 | 1.98 |
| 2.100 A | 86.34 | 1.90 |
The values shown in the table are averages of the 4000K modules.
Successful usage of high power LEDs:
Heat management
Applications with high power LEDs need enduring, adequate and plane
heat conduction from the first moment of use. It is very important and
neccessary to get the heat off the devices to ensure the maximum light
output, lifetime and efficiancy.
Drive management
LEDs should be run with a constant current in addition to the
manufacturers recommendations. To ensure this we recommend to take
constant current power supplies because resistors are always a risk
factor in high power LED applications.
IP protection
Unless otherwise stated, the modules are not protected against high humidity or splashing water. If LEDs are used in areas that require increased protection, this must be manufactured according to the requirements.
EMC protection
LEDs are sensitive against heat and electric charge. Please avoid any
kind of short circuits or electric discharge to the illuminant. The chip
can be damaged or even destroyed.
Storage / JEDEC level
The storage temperature should be from -30°C up to + 80°C in dry
ambience. After opening a sealed bag the content should be mounted
rapidly. Once absorbed humidity can be removed by tempering the LEDs in
some cases. More information can be found in the manufacturers
datasheets or on the manufacturer homepages.
Soldering conditions
Each LED has its own soldering conditions that the user should pay
attention to. After the launched lead free processing specifications
many standarts have changed. Information about recommended soldering can
be found in the manufacturers datasheets or on the manufacturer
homepages.
