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3M 051128-87762 Remote Sensing Target, 50 yd L x 1.062 in W, Synthetic Resin, Acrylic Adhesive

MMM 7010391324

Mfr #:051128-87762

Requires Quote
3M

3M 051128-87762 Remote Sensing Target, 50 yd L x 1.062 in W, Synthetic Resin, Acrylic Adhesive

Requires Quote

MMM 7010391324

Mfr #:051128-87762

Description
A growing number of organizations are putting 3M prismatic remote sensing target 3000X to work in applications ranging from bar code reading to satellite tracking. It's easy to understand why. 3M 3000X targets make it easy to design sensing and control systems based on a range of sensors. Using 3000X targets in remote sensing systems gives you increased readability, range and accuracy and greater control. 3M 3000X target's specially designed microprismatic construction with cube-corner optics provides maximum brightness and contrast per unit area for use with a large number of polarized light sources, and laser, standard visible and infrared controllers. Its flexible, synthetic resin construction can be hand or die-cut in shapes and sizes to fit many applications, allowing for greater system design flexibility. With a pressure sensitive acrylic adhesive backing, 3000X is easy to handle and apply to most clean surfaces, reducing the need for mechanical fasteners and its impact-resistant, low profile is ideal for use in high traffic zones because it minimizes surface obstruction, reducing cost and system downtime from damaged reflectors. 3M 3000X targets are readable at large entrance angles for an improved signal with skewed containers or controllers. They are dust and dirt-resistant, and easy to clean.
Specifications
Adhesive Material
Acrylic
Color
Blue
Length
50 yd
Material Type
Synthetic Resin
Width
1.062 in
Features
  • Specially designed microprismatic construction for maximum brightness and contrast per unit area
  • Pressure sensitive acrylic adhesive backing is easy to handle and apply to most clean surfaces
  • Impact-resistant, low profile for use in high traffic zones with minimum surface obstruction
  • Readable at large entrance angles for an improved signal with skewed containers or controllers
Additional Info
UNSPSC
31201500