Strands Siberia Night Guard DR – 22 inch

Strands Siberia Night Guard double row 22 inch, for 12 and 24 volt.

Want to equip your vehicle with a new or extra LED spotlight, but not sure which one yet? Then the Strands Siberia Night Guard 22 inch LED bar might be the light for you! The 22 inch Double Row LED bar from Strands has 40 bright LEDs and a light output of 16,000 lumens. Thanks to the color-changing position light and built-in flasher, you can use the light on 12 & 24 volt, so on your car, truck, camper or other vehicle. The LED bar is ECE-approved, so you can officially use it on the road.

To make sure the Siberia Night Guard 20” fits and is suitable for your vehicle, we have listed the key features. The LED bar has the ECE R10 mark, so no interference with your radio signal, for example. It also has the ECE R7, R65, and R112 marks, so you can use it as a parking light, high beam, and warning light. The LED bar comes with black-coated stainless steel mounting material, so you can mount it securely and safely.

Dimensions:

To make sure you can mount the Double Row LED bar exactly where you want, we’ve listed the dimensions for you below. The dimensions of the Strands Siberia Night Guard 22” LED bar with built-in flasher are as follows:

• Height: 76 mm (89 mm including mounting)
• Width: 562 mm
• Thickness: 71.6 mm

The Strands Siberia Night Guard 22” comes with two types of mounting brackets. These allow you to attach the LED light both at the back and on the side. Thanks to the brackets, you can also tilt the LED bar forward or backward. You can see the mounting materials in image 4.

Other Dimensions:

Is the Strands Siberia Night Guard 22inch not the size you’re looking for after all? Know that the double row LED spotlight with flasher is also available in the following sizes:

• Siberia NG DR 12”

Are you still not convinced that the Strands Siberia Night Guard 22inch is what you’re looking for? Simply because the light output, wattage or shape is not to your liking? Then check out the complete range of Strands here. You might find the model of light you’re looking for there. Watch the introduction video of Strands here.