MPN 3PS-1000-2-BL-S
Art.nr. W126062154
OEM 142069
Voorraadniveau
Brady's PermaSleeve™ heat shrinkable sleeves fit snugly around wires for maximum insulation protection and permanent identification. The full-circle insulating sleeves meet the rigid insulating material requirements and physical properties of MIL-DTL-23053/5 Class 1, MIL-M-81531, MIL-STD-202F, METHOD 215, and UL224 when printed with R5000 dot matrix and R4300 and R4502S (for black sleeves only) thermal transfer ribbons. These fade resistant, smudge-proof sleeves can be used with Brady's Sleeve &...
Lees de volledige beschrijving3:1 heat shrinkable sleeve fit snugly around wires for maximum insulation protection and permanent identification
Fade-resistant and smudge-proof for superior aesthetic appearance
Cold resistant and flame-retardant with an operating temperature of -67°F to 275°F (-55°C to 135°C)
Meets SAE-AMS-DTL-23053/5C (Class 1), SAE-AS-81531, MIL-STD-202;RoHS Compliant;and UL Recognized
A ribbon is required to print this material. Use Part Number IP-R6600 or IP-R6700-WT for the BradyPrinter i5100 or BRADY IP® Series Label Printer; use R6600 or R6700-WT for a different printer
Thermal transfer
SAE-AMS-DTL-23053/5C (Class 1), SAE-AS-81531, MIL-STD-202
Polyolefin
-55 - 135 °C
Blue
UV resistant
100 stuk(s)
Yes
15,9 cm
0,37 kg
12,3 cm
16,8 cm
0,27 kg
5,08 cm
4,22 cm
5,08 cm
RoHS
1 Ja(a)r(en)
7,62 cm
Brady's PermaSleeve™ heat shrinkable sleeves fit snugly around wires for maximum insulation protection and permanent identification. The full-circle insulating sleeves meet the rigid insulating material requirements and physical properties of MIL-DTL-23053/5 Class 1, MIL-M-81531, MIL-STD-202F, METHOD 215, and UL224 when printed with R5000 dot matrix and R4300 and R4502S (for black sleeves only) thermal transfer ribbons. These fade resistant, smudge-proof sleeves can be used with Brady's Sleeve & Datab™ Printers, as well as Thermal Transfer printers.
*Bovenstaande productgegevens zijn aangeleverd door Icecat. EET kan hiervoor niet aansprakelijk gehouden worden.