• SPECTRA SP200
• VitalWave
• Coral Color Management

VitalWave lineup

*BFP : Blue Fluorescent Protein
*CFP : Cyan Fluorescent Protein
*GFP : Green Fluorescent Protein
*RFP : Red Fluorescent Protein

Model / Color	Wavelength type	Lens	Spectrum Principles	List Price
VitalWaveII UVA370	UVA 370nm BFP/CFP*	Quartz 70°		$148.00
VitalWaveII Violet	UV Ray Supplements BFP/CFP*	50°		$143.00
VitalWaveII Cyan	Cyan Ray Supplements GFP/RFP*	50°		$124.00
VitalWaveII Green	Green Ray Supplements RFP*	50°		$134.00
VitalWaveII Amber	Amber Ray Supplements Chromoprotein	50°		$124.00
VitalWaveII Sun	FullSpectrum Reef Depth 10m	50°		$134.00
VitalWaveII Chlorophyll	Chlorophyll Promoting Photosynthesis	50°		$134.00
VitalWaveII Plant	Plant Aquatic / Terrestrial	50°		$124.00

• The ultimate wavelength complementary lamp that complements the wavelengths lacking in general LED lighting and promotes the proper growth of fluorescent proteins in corals
• With the arrival of UVA370, the missing UVA 370nm wavelength in all existing LED lights can now be supplemented!
• With the advent of Amber, it can now take a pinpoint approach to ultra-shallow chromoprotein corals!
• With the advent of Chlorophyll, it is now possible to efficiently deliver wavelength energy to any photosynthetic species!
• With the advent of Plant, it allows for both optimal growth of aquatic and terrestrial plants and high color rendering for ornamental purposes!

Equipped dimming timer with Bluetooth + Smartphone APP!

It can now set dimmers and timers from smartphone using a special APP!

In addition to the conventional way of using VitalWave with E26 luminaires, smartphone owners can now use the special APP to adjust the output and set daily timetables.

Unique LED technology that delivers difficult spectrum!

Each model has use its dedicated LED emitter and is thoroughly focused on the spectrum!

VitalWaveII has completely reviewed the specifications of the LED elements used, and has changed all the LED elements to 3.5mm. Furthermore, in order to achieve the designed spectrum within the limited number of LED elements and output constraints, the wavelength accuracy and light intensity of the LED elements were selected for each model. In addition, some of the models use LEDs manufactured by us in house, and we are very particular about achieving the target spectrum.

First, for UVA370, which complements the UV 370nm wavelength, we have adopted the strongest glass LED element with a radiant flux of over 1000mW to achieve practical UV irradiation. In addition, UV 400nm and Violet 425nm of highly durable glass LED emitters are used for Violet and Sun. In addition, the dual-chip LED emitter of 660nm+IR 680nm that Amber is equipped with has been changed from the conventional 5.0mm standard to the 3.5mm standard, and manufactured and adopted exclusively for Amber. And Plant has developed its own circuit PCB for wavelength shaping in order to be more particular about spectral reproducibility, and has adopted 400nm+425nm dual-chip LED emitters, as in the case of Amber, changing from the conventional 5.0mm standard to a 3.5mm standard, manufactured in-house exclusively for Plant.

Why does VitalWaveII work on coral fluorescent proteins?

Excitation spectra required for the emission of fluorescent proteins.

Coral fluorescent proteins have different excitation (demand) spectra depending on their luminescence color, so simply exposing them to blue light is not enough to maintain their color.

For example, GFP (green fluorescent protein), a major coral fluorescent protein, can be excited by simple blue light with a 450nm peak. However, other BFP (blue fluorescent protein), CFP (cyan fluorescent protein) and RFP (red fluorescent protein) need to be approached at UV ray 400nm and Cyan ray 500nm to fully excite them. Therefore, it is necessary to prepare a light source covering UV ray 400nm and Cyan ray 500nm to maintain the variety of fluorescent proteins in corals.

Typical blue and white LED lights do not fully bring out the natural fluorescent color of the coral!?

In recent years, many companies have followed the lead of the KR series with aquarium LED lights that claim to be full-spectrum, and products with excellent photosynthesis and color rendering have increased, but there are still few products that take into account the luminescence and maintenance of the fluorescent proteins that are so attractive to corals.

However, replacing your LED lights is a big expense.
That's where the VitalWave comes into play.

Even if your current LED lights are not suitable for fluorescent proteins, as shown in the above figure, they can be transformed into the reef full spectrum by simply adding VitalWave.
This largely complements the wavelengths required for coral fluorescent proteins.

Especially among Aussie corals, which have become increasingly popular in recent years, there are a large number of species that have fluorescent proteins that require a UV band of 400-420nm, and their characteristic strong fluorescence luminescence cannot be sustained without sufficient exposure to the excitation wavelengths required by these proteins. In such cases, the wavelength complementation by VitalWave is very effective.

If you are using a light that does not have enough UV light in the 400-420nm band to maintain such a strong emission of fluorescent proteins, try VitalWave Violet. VitalWave Violet is also highly regarded by users of LED and T5 fluorescent lights from various companies. In addition, by using the newly added VitalWave UVA370 in combination with Violet, the UV band expands and makes blue and cyan fluorescent proteins of Aussie corals emit more strongly, which in turn promotes an increase in fluorescent proteins. Also try VitalWave Cyan or VitalWave Green for yellow and red fluorescent proteins.
On the other hand, for color enhancement other than fluorescent proteins, the new lineup of VitalWave Amber can be used to enhance the color enhancement of brightly colored chromoproteins such as Pocillopora and Seriatopora in ultra-shallow areas. In addition to these supplement types, please try VitalWave Sun, which reproduces spectra at a depth of 10 meters, VitalWave Chlorophyll, which promotes photosynthesis and is suitable for plant cultivation, and VitalWave Plant, which is excellent for growing aquatic and terrestrial plants and for ornamental purposes.

Product Specifications

Various data of VitalWave series

Certification Information (MIC) (Waiting)

Wattage	5W Series	9W Series
Lens	Quartz 70°	Prizm 50°
Weight	195g	225g
Dimension	72mmφ×104mm
Power	AC100-240V 50-60Hz E26
Radio	Bluetooth IEEE 802.15.1
Radio Act	R214-116751
Safety standard	PSE

*BFP : Blue Fluorescent Protein
*CFP : Cyan Fluorescent Protein
*GFP : Green Fluorescent Protein
*RFP : Red Fluorescent Protein

Type	Supplement type
Color	UVA370	Violet	Cyan	Green	Amber
Model	VW2UV	VW2VL	VW2CY	VW2GR	VW2AB
LED	Quartz 370nm	Epileds 400nm Epileds 425nm XT-E 450nm	XT-E 450nm XP-E2 475nm Epileds 500nm	XP-E2 475nm Epileds 500nm Epileds 530nm	Epileds 530nm XP-E2 590nm Epileds 660+680nm XT-E 3000K
Radiant flux	1,000mW	3,000mW	2,800mW	2,000mW (740lm)	2,000mW (680lm)
Uses	BFP/CFP*	BFP/CFP*	GFP/RFP*	RFP*	Chromoprotein
List Price	15,500 Yen	15,500 Yen	13,000 Yen	14,000 Yen	13,000 Yen

* Specifications are subject to change without notice

Type	Main type
Color	Sun	Chlorophyll	Plant
Model	VW2SN	VW2CH	VW2PT
LED	Epileds 400nm Epileds 425nm XP-E2 475nm Epileds 500nm Original 12000K	Epileds 400nm Epileds 425nm XT-E 450nm XP-E2 475nm Epileds 660nm Epileds 680nm XT-E 3000K	Epileds 400+425nm Epileds 475nm Epileds 500nm XT-E 4000K
Radiant flux	3,400mW (580lm)	3,000mW	3,000mW (800lm)
Uses	Depth 10m	Photosynthesis	Aquatic/Terrestrial
List Price	14,000 Yen	14,000 Yen	12,500 Yen

* If these conditions are not met, the installation may not be possible, or the operation may become unstable or prone to freezing as you increase the number of units

Operating Environment
Android	4.4.2~
iOS	8.1~
CPU	2.0GHz~
RAM	2.0GB~
Bluetooth	4.0~

Precautions for use

• Both channels use LED emitters that emit very strong light energy, so never look directly into the light. Danger of going blind!
• Use at a position and angle so that children will not look directly at the light when looking up. Use a side canopy is recommended.
• Although the Violet may not seem too bright at first glance, it emits very strong light energy and should never be looked at directly. In particular, UVA370 contains strong UV components that are invisible to the eye and may cause blindness if you look directly into the light!