KVANT Spectrum 34 ROGB
KVANT Spectrum 34 ROGB
Price on application
Request QuotationOverview:
KVANT Spectrum 34 ROGB is the culmination of our expertise in laser technology and the desires of laser display professionals. The sleek, practical design of Spectrum laser projectors offers exceptional performance, remarkable beam quality, a range of colors, user-friendly features, and versatile control options to facilitate integration.
Three models are available -- 34-Watt ROGB, 37-Watt RYGB, and 55-Watt RYGB with additional Orange or Yellow OPSL module. Our innovative beam-shaping techniques have enabled us to achieve high luminosity, making these models incredibly bright. Plus, the rugged aluminum chassis with cushioned heatsink, advanced thermal management, and ergonomics allow for effortless, enjoyable use of the Spectrum, allowing you to focus on your creativity.
Specifications:
Source | Type: |
|
Suitability: | Outdoor laser displays [atmospheric, abstract, text, animations] |
System control: | FB4-SK [Ethernet, ArtNet, DMX, ILDA | PC, Lighting Console or Autoplay]
|
Compliant with: |
|
Ingress Protection rating: |
|
Weight [kg]: | 31 |
Size [WxHxD, mm]: | 491 x 310 x 396 [Technical Drawings are in the SUPPORT section of this page]
|
Guaranteed opt. output: | 31.5 Watts |
Red | Orange | Green | Blue [W]: |
|
Wavelengths [nm, ±5nm]: | 637 | 590 OPSL | 525 | 462+445
|
Beam size [mm]: | 6 x 6 |
Beam divergence [mrad]: |
|
Modulation [kHz] | type: | 100 | analogue |
X-Y scanners: | Juno 5 | 40 Kpps @ 8°, max. scanning angle 60° on both axes [more options in UPGRADES section] |
Power requirements [V] | Input: |
|
Max. power consumption [VA]: | 1200 |
Operation temperature [°C]: | 10-35, or -20 to 40 when installed in the Monsoon outdoor enclosure |
Included in the set: |
Pangolin QuickShow laser control and creation software is available for FREE download. |
HW features: |
Scanning system overload protection. Colour Balance display mode. |
Laser safety features: |
|
*note |
|
**note | The beam divergence total is calculated as an average arithmetic value of all individual colours. The divergence of each colour is calculated as: 1. FWHM of the beam cross-section for round beams, or 2. The arithmetic average of the beam's horizontal and vertical divergence for all rectangular beams. |