Brady Scafftag Microtag Inserts Electrical Identification – Next Test Date Black on White 30mm x 47mm

Whats in the box:

• 20x Scafftag Microtag Next Test Date 30mm x 47mm (inserts only)

Features:

• Application: Electrical Identification
• Legend: Next Test Date
• Material: Polypropylene
• Colour: Black on White
• Max service temperature: 90C
• Min service temperature: -10C

Increase inspection efficiency with Scafftag reliable holders and inserts that can communicate the safety status of any type of equipment at the point of use. Scafftag is a high performance visual tagging system designed for on the spot identification.

Scafftag holders and inserts can communicate best practice inspection procedures on the equipment that needs inspection. Both the holders and removable inserts are highly customisable and can support the standardisation of inspection procedures. A QR code can also be printed on the inserts or holders to activate a digital inspection flow via a smartphone and Safetrak software, complete with inspection planning management and automatic inspection report generation.

When properly used and applied on equipment and in plain view, Scafftag can always communicate the latest equipment status to anyone who wants to use a specific piece of equipment. Tags are available for almost any tool or equipment, including ladders, scaffolds, drills, vehicles and engines. Inspection records on the tags insert will show when equipment was considered fit for use. When equipment fails inspection, the inspector can remove the insert to show a clear Do not use message on the tag’s holder. In this way, Scafftag helps prevent costly workplace accidents resulting from the use of unfit equipment.

Scafftag holders and inserts are designed to last in extreme outdoor conditions. Holders are made of ABS or Nylon and will rarely break. The polypropylene inserts can withstand water, oil and dirt while still being easy to write on. Both the holder and insert can resist prolonged UV exposure in order to stay legible in construction sites.