Accuformnmc WS2 Write-on Scoreboard Wall Mount 28in

Product Description

The ACCUFORMNMC WS2 is a write-on scoreboard designed for wall-mount installation in facilities that require a durable, manually updated tracking display. At 28 inches tall and just 0.04 inches thick, this board is lightweight and low-profile. It supports both countdown and count-up formats, making it a flexible option for tracking scores, safety metrics, or production goals. The surface is chemical resistant and UV resistant, which extends its usable life in industrial, commercial, and outdoor-adjacent environments. Installation requires no electrical connection, keeping setup simple for facility managers or maintenance personnel.

This scoreboard is suited for warehouses, manufacturing floors, gyms, and similar facilities where a visible, surface-written display is preferred over an electronic unit. Its manual write-on format allows staff to update numbers quickly without programming or power requirements. The countdown and count-up capability makes it adaptable to shift-based tracking, safety day counters, or event scoring. The UV and chemical resistance ratings make it appropriate for areas exposed to cleaning agents or indirect sunlight.

Key Features

• Write-on surface supports both countdown and count-up formats
• Chemical resistant surface withstands exposure to common cleaning agents
• UV resistant construction reduces fading in bright or outdoor-adjacent environments
• Low-profile at 0.04 inches thick for flush, unobtrusive wall mounting
• No electrical connection required - no programming or wiring needed

Compatibility

Designed as a wall-mount write-on scoreboard for general facility use in industrial, commercial, and institutional settings.

Installation Notes

Installation is handled by facility maintenance personnel or a qualified installer. Secure the board to a solid wall surface using appropriate fasteners for the wall material. No electrical work or low-voltage wiring is required for this write-on unit. Confirm the mounting surface can support the board and that the display height is readable from the intended viewing distance before finalizing placement.