While the vast majority of our product line is modular for the customer’s convenience, it is sometimes desirable to cut one’s own flexible strip lights. For this purpose we developed our patented Tiger Paw LED Connector®, which allow for reliable termination of flexible strips without the need for soldering. This option is especially effective as an add-on to our “Cut and Connect Series” Kits.
Our newly developed solderless right angle Tiger Paw LED Connectors® allows you to create custom LED layouts at home or in the field. Perfect for anybody from beginners to electricians on the go. Simply cut the flexible LED strip, mount the strip on the Tiger Paw LED Connector® right angle connector, and apply the lights to any application. The right angle Tiger Paw LED Connectors® are perfect for those “hard to reach” corners, and might just be required to create the perfect installation!
Right Angle Tiger Paw LED Connectors® can be used with hardwire or plug-in systems, and can be used with Normal Bright, Super Bright, Ultra Bright, or Mega Bright LED flex strips.
The Right Angle Tiger Paw LED Connector® with No Power Input
Ideal for connecting two strips of Flexible Strips together in a corner that does not require direct power (this would be a daisy chain set-up).
The Right Angle Tiger Paw LED Connector® with Plug In Power Input
Accommodates Inspired LED’s standard 3.5 x 1.3mm barrel connectors featured on plug-in power supplies, interconnect cables, and Screw Terminal Connectors.
The Right Angle Tiger Paw LED Connector® with Screw Terminal Power Input
Should be used when running direct low voltage line drops, the screw terminal connector can accommodate 16-22AWG wire.
Solderless termination for 8-10mm LED flex strips
Max Load- 5 AMPs
Dimensions: 1.65” x 1.65″ (total width) x 0.13″
U.S. Patent No. 8,714,772
Right Angle Tiger Paws are marked with a positive polarity on one side. However, if you align the flex pieces in a “train track” formation, the negative polarity of the flexible strip will work on the side labeled positive as long as the negative side of the next strip is matched up.