Edwards Signaling 102SIN-RGA-N5 Tower Light Module Unit

Product Description

The EDWARDS SIGNALING 102SIN-RGA-N5 is a preassembled, stackable tower light module unit designed for visual signaling in industrial and commercial environments. It operates on 120 VAC at 0.32 amps and uses incandescent lamps in three colors: amber, green, and red, all in a steady-burn configuration. The unit carries an IP54 and IP65 ingress protection rating along with NEMA 3R and 4X ratings, making it suitable for wet, dusty, and corrosive locations. It mounts via pipe and is typically installed by electricians or automation technicians on machine lines, control panels, or facility warning systems.

This tower light module is used in applications where multi-color visual status indication is required at a glance. The preassembled design reduces field wiring time compared to individually assembled stacking modules. Typical installations include manufacturing floor equipment status boards, annunciator panels, and process control stations in both indoor and outdoor-rated enclosures. The NEMA 4X rating makes it appropriate for washdown or corrosive environments such as food processing or chemical handling facilities.

Key Features

• Preassembled stackable unit with amber, green, and red incandescent lamps in steady mode
• Rated for 120 VAC operation at 0.32 amps
• IP54 and IP65 ingress protection for dust and water resistance
• NEMA 3R and 4X ratings suitable for outdoor and corrosive environments
• Pipe mount design for standard tower light pole installation

Compatibility

Designed as a preassembled replacement or new-installation tower light module unit compatible with standard pipe-mount stackable tower light systems rated for 120 VAC operation.

Installation Notes

Installation should be performed by a licensed electrician in accordance with applicable NEC requirements. De-energize all circuits before wiring or mounting the unit. The pipe mount connection should be secured firmly to prevent vibration-induced loosening in high-cycle environments. Do not exceed the rated voltage or current draw of the module.