Light Bar: 12X1 Series

Ready for Plug & Play

COB modules are ready for plug and play with no soldering required. All Violumas COBs have built-in connectors for easy wiring and testing.

Protection from ESD

Every Violumas COB module includes TVS protection on the MCPCB to help control electrostatic discharge damage.

Easy Integration

COBs can be assembled in a modular fashion to allow for easy integration and testing without the need for a separate MCPCB.

Standard Heatsinks & Drivers

Violumas is able to provide suitable heatsinks & drivers for all standard COB modules so you can initiate immediate testing.

Part Number	Wavelength	Forward Current	Radiant Flux	Forward Voltage	Datasheet
VC12X1C45L6-405	405nm	700mA	12W	44.4V	PDF
VC12X1C45L6-395	395nm	700mA	13W	44.8V	PDF
VC12X1C45L6-385	385nm	700mA	12W	46.8V	PDF
VC12X1C45L6-375	375nm	700mA	9W	46.8V	PDF
VC12X1C45L6-365	365nm	700mA	6W	49.2V	PDF
VC12X1C48L6-310-V1	310nm	1400mA	1.44W	36.0V	PDF
VC12X1C48L6-295	295nm	1400mA	1.1W	34.8V	PDF
VC12X1C48L6-275-V1	275nm	1400mA	1.56W	37.2V	PDF
VC12X1C48L6-265-V1	265nm	1400mA	1.32W	37.2V	PDF
VC12X1C48L6-255-V1	255nm	1000mA	0.61W	35.4V	PDF

M3X3L9 Series

Feature & Benefits

Comprised of VC3X3 COB and 30.4988.30 Heatsink
Validated product for performance stability
Overall dimensions: 83mm x 80mm x 75mm

Focused, High Power Illumination

Equipped with high-density 9-chip LED array with 90° lens
Built with 3-PAD LED Flip Chips & Super Pillar MCPCB
Available in 265nm, 275nm, 295nm, and 310nm

Ready for Testing & Integration

Specially designed fan-cooled heatsink
Driver kits available (dimming & non-dimming)

Irradiance is simulated at throw distances of 100 mm and 10 mm with a detector area of 100 cm2²

VC3X3C48L9-255-V1_100mm
VC3X3C48L9-265-V1_100mm
VC3X3C48L9-295_100mm
VC3X3C48L9-310-V1_100mm

Maximum: 2.48 mW/cm²
Minimum: 0.89 mW/cm²
Average: 1.81 mW/cm²
*I_F=1500mA

Maximum: 5.30 mW/cm²
Minimum: 2.05 mW/cm²
Average: 3.83 mW/cm²

Maximum: 4.37 mW/cm²
Minimum: 1.67 mW/cm²
Average: 3.20 mW/cm²

Maximum: 5.66 mW/cm²
Minimum: 2.02 mW/cm²
Average: 3.98 mW/cm²

VC3X3C48L9-255-V1_10mm
VC3X3C48L9-265-V1_10mm
VC3X3C48L9-295_10mm
VC3X3C48L9-310-V1_10mm

Maximum: 98.7 mW/cm²
Minimum: 0 mW/cm²
Average: 3.98 mW/cm²
*I_F=1500mA

Maximum: 209.2 mW/cm²
Minimum: 0 mW/cm²
Average: 8.45 mW/cm²

Maximum: 174.8 mW/cm²
Minimum: 0 mW/cm²
Average: 7.16 mW/cm²

Maximum: 217.4 mW/cm²
Minimum: 0 mW/cm²
Average: 8.95 mW/cm²

Maximum: 5.30 mW/cm²
Minimum: 2.05 mW/cm²
Average: 3.83 mW/cm²

Maximum: 6.32 mW/cm²
Minimum: 2.47 mW/cm²
Average: 4.49 mW/cm²

Maximum: 4.37 mW/cm²
Minimum: 1.67 mW/cm²
Average: 3.20 mW/cm²

Maximum: 5.66 mW/cm²
Minimum: 2.02 mW/cm²
Average: 3.98 mW/cm²

Note: VC3X3C48L9-255-V1 irradiance is simulated at IF=1500mA.

Maximum: 209.2 mW/cm²
Minimum: 0 mW/cm²
Average: 8.45 mW/cm²

VC3X3C48L9-275-V1

Maximum: 245.3 mW/cm²
Minimum: 0 mW/cm²
Average: 9.94 mW/cm²

VC3X3C48L9-295

Maximum: 174.8 mW/cm²
Minimum: 0 mW/cm²
Average: 7.16 mW/cm²

VC3X3C48L9-310-V1

Maximum: 217.4 mW/cm²
Minimum: 0 mW/cm²
Average: 8.95 mW/cm²

Please contact the Violumas team for further information regarding simulated irradiance plots at alternative distances and detector areas.

Light Bar: 12X1 Series

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Light Bar: 12X1 Series