Heat shrink marker, thermal transfer print, ladder-style, 38.1mm/13mm, W=48.26mm, yellow, 150pcs.
Art.-No. 553-50225 | HFST39-13YE-PO-X-YE | Details

Slide Slit and optional center slits for easy wire insertion.
Smooth surface for clean and legible printing.
Supplied on a ladder style carrier so that markers can be kitted after printing.
A 3:1 shrink ratio means fewer skews as each marker covers a wider range of wire diameters.

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Application	Shrinkable markers by thermal transfer. Ideal for applications where dialing cannot take up space or run on the cable. HellermannTyton ShrinkTrak Markers make it easy to identify wires, cables and other components. These markers are made with cuts in the side, which make it easy to apply to the cables. All ShrinkTrak labels are homologated for military use (American Standard).
Chem. Material Properties	Resistant to solvents and chemicals when printed with the recommended HellermannTyton ribbon and printing system.
Colour	Yellow (YE)
Material	Polyolefin, cross-linked (PO-X)
Mech. material properties	Flexible, flame retardant heat shrinkable tubing with side slit for easy marker removal.
PART DESCRIPTION	HFST39-13YE-PO-X-YE
Pack Cont.	150pcs.
Package Content packed in	box
Printable	Yes
Product Family	ShrinkTrak
Product Group	Shrinkable Wire Markers: "Ladder Style", thermal transfer
Shrink Ratio	3:1
Type	HFST39-13YE
Variant	Thin-Wall
With inner glue (Yes/No)	No

Abrasion Resistance	Medium
CE Certification	No
CSA Certified	No
Dielectric Strength	19.7kV/mm
Flammability	UL 224 VW-1
Halogen-free	Yes
Min. Shrink Temperature - °C	+90 °C
Operating Temperature	-55 °C to +135 °C
ROHS compliant	Yes
Recommended Ribbon Type	TTDTHOUT, TTDTHOUTSM, TT822OUT, TT822OUTSM
Reel Variant	ladder-style
Solvent Resistance	Good
Specifications	SAE - AMS - DTL-23053/5 Class 1 and 3, SAE - AS81531, UL 224 125 °C 600V VW-1
Specifications
UL Listed (US and Canada)	No
UL Listed (US and Canada)	No
UL Recognized (US and Canada)	No
UL Recognized (US and Canada)	No
US Gov. Designation	SAE-AMS-DTL-23053/5 Class 1 and 3, MIL-STD-202G Method 215K, SAE-AS81531
UV-Stabilised	No