XVB7CM9 - Multi Function Clear Lens

This multi-functional module is part of the Harmony XVB7 range, featuring Ø 70mm modular tower lights designed for easy customer assembly. This module is designed as a lighting unit that connects to a base and to other light or sound modules to form a complete tower light. The XVB7CM9 light module is powered by 24V ACDC and features an energy-efficient LED that emits a steady, blinking, or flashing light signal (2 x flash or 3 x flash). Featuring a simple and modular design, this unit allows for easy installation with a base unit to create a complete tower light. Its energy-efficient LED maximizes brightness while minimizing energy consumption. It is impact-resistant, dust-resistant, water-resistant, and vibration-resistant thanks to its IP66, making it ideal for operation in harsh environments. It is adjustable with a dip switch to select from 4 light patterns and 8 colors (blue, green, orange, red, white, yellow, turquoise, and violet). The Harmony XVB7 modular tower lights are visual or audible signaling units used for indicating, throughout 360°, the various states of a machine or installation. This product complies with UL 60947-5-1, IEC 60947-5-1, and CSA C22.2 No 60947-5-1 standards. It features CE marking and holds cULus, CCC, RCM, and UKCA certifications. Other light modules, base modules, beacons, and audible modules can be assembled to make a complete tower light. To simplify mounting, fixing plates, tubes, and brackets are available for separate purchase. Harmony XVB7 offers a wide range of voltage selection and flexible mounting options with visual and audible functions. The Harmony XVB7 range features a sleek design incorporating energy-efficient LEDs to maximize brightness while minimizing energy consumption.

Key Features

• Modular concept provides flexibility in the selection
• Diamond-cut lens for even light and higher brightness
• Elevated modern design
• Rationalized construction that reduces Stock-Keeping Units by 3X
• Energy-efficient LED to maximize brightness while minimizing energy consumption