Product image for Brady B30EP-171-593-SL B30 Series Raised Panel Polyester Labels, 0.49" H x 1.06" W, Roll of 500 Labels, Silver
Image thumbnail 0
Image thumbnail 1
Image thumbnail 2
Image thumbnail 3
Image thumbnail 4
Image thumbnail 5

Email

Brady B30EP-171-593-SL B30 Series Raised Panel Polyester Labels, 0.49" H x 1.06" W, Roll of 500 Labels, Silver

Manufacturer: Brady Worldwide, Inc. | Catalog # B30EP-171-593-SL | Cooper Electric Part # 1479009

$250.99/ea
ea
Log in or register to view your price, purchase history, and more!
Out of stock, please contact your sales representative for availability, pricing and lead times
CA Prop65 Warning CA Prop65 Warning Product Spec Sheet
Raised panel Adhesive-Taped Polyester (B-593) labels are designed for patch panel identification, external push-buttons, switches and internal connection points.

Technical Information

Adhesive Type
Permanent Acrylic, Foam Adhesive
Applications
For Engrave Plate Substitutes For Panel ID, Outdoor Use
Material
Polyester
Max Temperature
100 degrees C
Min Temperature
-20 degrees C
Temperature Rating
-4 to 212 degrees F
Type
Abrasion, Chemical, Corrosion, Humidity-Resistant, Unprinted, Rectangle, Roll

Packaging

Standard Packaging Qty
500/Pack

Manufacturer Information

Brand
Brady Corporation
Sub Brand
B30 Series

General Product Info

12-Digit UPC
754473211035
Color
Silver
Finish
Gloss
GTiN
00754473211035
Product UPC
75447321103
Shape
Rectangle
Used With
Powder Coated, Smooth, BBP®30 Label Printer, BBP®31 Sign and Label Printer, BBP®33 Label Printer, BBP®35 Multi-Color Sign and Label Printer, BBP®37 Color and Cut Sign and Label Thermal Transfer Printer

Dimensions

Height
0.49 Inch
Length
12.5 mm
Thickness
0.0256 in
Width
1.06 in

Certifications and Compliance

CA Prop65 Warning
N
Features
  • Can be used as rating and serial plates using alphanumerics that require nameplate quality
  • Aggressive adhesive and solvent resistance makes them a great replacement for engraved tags
  • UL approved
  • Service temperature of -4 to 212° F (-20 to 100° C)



Compare