Werma eSIGN 9 Segments WH

The Werma eSIGN 9 Segments WH is more than just a light; it is a comprehensive visualization tool that adapts to the specific needs of your production line. By utilizing high-density electronic segments rather than traditional fixed bulbs, this tower can display complex information such as fill levels, progress bars, or multi-stage status alerts in a single, sleek unit.

Description

The Werma eSIGN 9 Segments WH represents a significant leap in industrial signaling technology. This electronic signal tower provides high-definition visualization through 9 distinct segments, housed in a clean, modern white aesthetic. Designed for seamless integration into modern automation environments, it offers unparalleled flexibility in status communication.

Specifications

  • Article Number: 657.200.55
  • Product Name: eSIGN 9 Segments WH
  • Diameter: 72 mm
  • Fixing Type: Base mounting; Tube mounting
  • Connectivity: Digital entrance; USB
  • Optical Signal Images: Blink; Double flash; Flash; Permanent

Features

  • High-visibility visualization using 9 individual electronic segments.
  • Versatile optical signal images: Blink, Double flash, Flash, and Permanent light modes.
  • Modern and clean white housing (WH) design with a 72mm diameter.
  • Advanced connectivity options featuring a Digital entrance and USB interface.
  • Flexible installation with support for both Base mounting and Tube mounting.
  • Ready for integration into smart factory environments and sophisticated automation systems.

Applications

The Werma eSIGN 9 Segments WH is optimized for high-demand industrial sectors including:

  • Automated assembly lines requiring multi-state process visualization.
  • Packaging and logistics hubs for throughput and fill-level monitoring.
  • Clean-room environments and medical laboratories requiring hygienic, modern aesthetics.
  • Electronics manufacturing facilities where precise status signaling is required.
  • Machine tool building for clear operator feedback in complex operational modes.