Arlington Industries LT90100A Angle Connector

Product Description

The ARLINGTON INDUSTRIES LT90100A is a 1-inch insulated low-voltage lighting angle connector designed for making clean, code-compliant 90-degree transitions in lighting and low-voltage wiring installations. This hardware accessory allows installers to route conduit or cable at tight angles without kinking or stressing the conductor, making it a practical fitting for residential and commercial rough-in work. Electricians and low-voltage technicians use this connector where space is limited and a straight connector cannot achieve the necessary routing path. The insulated construction helps protect conductors at the bend point.

The LT90100A is suited for low-voltage lighting applications where a 1-inch angle connector is required at junction points, panel entries, or fixture rough-in locations. It is typically installed during the rough-in phase of residential lighting projects, retrofit lighting upgrades, and commercial low-voltage fixture installations. The unit is sold individually, making it easy to order the exact quantity needed for a given job.

Key Features

• 1-inch trade size for standard low-voltage lighting conduit and cable applications
• Insulated design protects conductors at the 90-degree angle transition
• Compact angle geometry allows routing in tight or confined spaces
• Single-unit packaging allows precise quantity ordering
• Hardware accessory category fitting for rough-in and finish electrical work

Compatibility

Designed as an OEM-style replacement and standard-fit hardware accessory for 1-inch low-voltage lighting connector applications in residential and commercial electrical installations.

Installation Notes

Installation should be performed by a licensed electrician or qualified low-voltage technician in accordance with applicable NEC requirements. De-energize all circuits before beginning connector installation and verify circuits are dead with a meter before handling conductors. Avoid over-tightening the connector body, which can damage the insulated sleeve and compromise conductor protection at the bend.