Electrostatic Dissipative (ESD) Polyester Labels for M610, M611, BMP61, M710 (with media adapter) and BMP71 (with media adapter)
Part Number: 174199
£84.91
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About this Product
Printable, static dissipative polyester labels for thermal transfer printers.| Order Reference | M6-16-473 |
|---|---|
| Dimensions Metric | 25,40 mm (W) x 9,53 mm (H) |
| Height Metric | 9.53 mm |
| Labeltape Size Metric | 9.53 mm H x 25.40 mm W |
| Vertical Repeat Metric | 12.70 mm |
| Web Width Metric | 33.32 mm |
| Width Metric | 25.40 mm |
| Adhesive Type | Static Dissipative Permanent Acrylic |
| Brady Material Number | B-473 |
| Compatible Surface Types | High Surface Energy |
| Finish | Gloss |
| Indoor Or Outdoor Use | Outdoor Use |
| Label Properties | Harsh Environment;Heat Resistant;Permanent Adhesive |
| Material | Static Dissipative Polyester |
| Material Type | Polyester |
| Maximum Service Temperature C | 180 °C |
| Minimum Service Temperature C | -40 °C |
| Performance Characteristics | Fuel/Oil resistance;High heat resistance;Low temperature resistance;Solvent/Chemical resistance |
| Service Temperature Range C | -40 °C - 180 °C |
| Surface | For smooth surfaces |
| Thickness Metric | 0.09 mm |
| Application |
Circuit board labelling Electrical labelling General identification |
| Board Application | Through Hole Technology - Top;After Process;Static Dissipative |
| Colour | White |
| Continuous Or Die Cut | Die-cut |
| Corner Type | Rounded Corners |
| Max Lines Of Text | 3 |
| Maximum Characters Per Line | 24 |
| Print Technology | Thermal Transfer |
| Printer And Label Applications | Circuit Board |
| Printer Compatibility |
M610 M611 M710 (with media adapter) BMP61 BMP71 (with media adapter) |
| Printer Supply Or Pre Printed | Printer supply |
| Quantity Per Roll | 500 |
| Quantity Per Row | 1 |
| Recommended Ribbon Series | R6000HF |
| Ribbon Series | R6000HF |
| Shape | Rectangle |
| Smart Cell | Yes |
| Surface Mount Technology Smt | No, this material does not work with this application |
| Through Hole Technology | Top: Yes. In extreme high temperatures, testing of this material is recommended, Bottom: No |