LM9013LY

PRODUCT DATASHEET Legend Laser Tie-On Cable Labels Information must be read in conjunction with pages 2 & 3 of this datasheet. BENEFITS Our LegendA4 polyester label sheets offer by far the easiest and fastest way to produce tie- Easy to use and apply on cable labels. No special equipment needed. Pre-perforated for rapid removal from sheet Use with a standard office laser printer. Removing the labels is easy too, just fold Apply to any cable from backwards and forwards along the perforation OD 10mm - unlimited lines. Print up to 60 labels in just 15 seconds Available in packs of 10 or 100 sheets. TECHNICAL DATA APPROVALS Authorised for use by Standard Laser Printer Printing Method London Underground Registration No. 1707 Material Polyester Thickness 175 microns A4 Sheet Size Standard Colours White, Yellow, Blue, Red, Green, Orange PRINTING METHOD 60 x 13mm, 90mm x 13mm, 90mm x 20mm Standard Sizes RoHS Compliant RoHS (EU 2002/95/EC) Standard Laser Printer PRODUCT TESTING Test Method Moisture Resistance MIL-STD-202G Method 106G LABACUS INNOVATOR Low Temperature 72 hours -40C MIL-STD-810F Method 502.4 SOFTWARE High Temperature 2000 hours 70C to 100C* MIL-STD-202G Method 108A Standard Hydrogen Sulphide H S Sour Gas Exposure (2% H S) 2 2 Advanced UV Weathering 2000 hours ISO 4982 Part 3 Method A Cycle 1 Professional Salt Mist Spray IEC60068-2-52 Test Kb Salt Mist (Cyclic) Chemical / Solvent Resistance See overleaf * Samples were subjected to 500 hours 70C, followed by 500 hours 85C followed by 1000 hours 100C T: +44 (0) 1707 37 37 27 W: www.silverfox.co.uk R5.3 Page 1 of 3 E: sales silverfox.co.uk 2013 Silver Fox Limited E: support silverfox.co.uk PRODUCT DATASHEET Legend Laser Tie-On Cable Labels Information must be read in conjunction with pages 1 & 3 of this datasheet. PRODUCT TESTING Chemical/Solvent Resistance: Samples of Silver Legend Standard Laser Tie-on Cable labels were printed* with a standard laser printer. Samples were then conditioned for 24 hours at room temperature. Testing* con- sisted of 5 cycles of 10-minute immersions in the specified chemical/solvent followed by a 30- minute recovery period. After the final immersion, the samples were then rubbed ten times with a cotton swab dipped in the test fluid. Visual observations on the print quality are listed in the table below. Chemical/Solvent No Rub After Rub Loss of Density Loss of Density Methyl Ethyl Keytone (MEK) (Complete colour removal (Complete colour removal on label) on label) No Effect (Colour faded No Effect (Colour faded Isopropyl Alcohol on label) on label) No Effect (Colour faded Toluene Complete Removal on label) Jet Fuel No Effect Loss of Density Diesel No Effect No Effect Petrol (UK) Loss of Density Complete removal SAE 30 Oil No Effect No Effect De-ionised Water No Effect No Effect 3% Alconox Detergent No Effect No Effect 10% Hydrochloric Acid No Effect No Effect 10% NaCI Salt Solution No Effect No Effect Mineral Spirits No Effect No Effect Alcohol Mix Complete Removal Complete Removal 10% Sodium Hydroxide Solution No Effect No Effect DOT 4 Brake Fluid Loss of legibility/removal Complete removal Mineralised Methylated Spirit Complete Removal Complete Removal Ethylene Glycol No Effect No Effect WD-40 No Effect No Effect Turpentine Substitute No Effect No Effect *Tested in-house T: +44 (0) 1707 37 37 27 W: www.silverfox.co.uk R5.3 Page 2 of 3 E: sales silverfox.co.uk 2013 Silver Fox Limited E: support silverfox.co.uk