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Panduit PLT2I-M0 Locking Cable Ties are designed to satisfy the needs of general applications, while delivering consistent performance and reliability. Featuring a curved tip to allow for easy pick up from flat surfaces and faster initial threading. Intermediate cross section, 8.0” (203mm) length. For Indoor/Outdoor use, made of Weather Resistant Nylon 6.6, are black in color and come in packages of 1000.

Ideal for harsh environments where a cable tie material is required to hold up to chemical or radiation exposure
Non-conductive material that is excellent for high temperature applications up to 500 deg F
High strength properties over a wide range of temperatures
Lowest threading force of any single piece cable tie in the industry
One-piece locking wedge for consistent performance and reliability
Low thread force and high loop tensile strength
Curved tip is easy to pick up from flat surfaces and allows faster initial threading to speed installation
Greater resistance to damage caused by ultraviolet light

Specifications:

Product Type	Premium Cable Tie
Color	Black
Environment	Indoor/Outdoor
Material	Nylon 6.6
Resistance Properties	UV-Resistant, Weather-Resistant
Overall Length (In.)	8
Overall Length (mm)	203
Body Width (In.)	0.142
Body Width (mm)	3.6
Body Thickness (In.)	0.045
Body Thickness (mm)	1.1
Maximum Bundle Diameter (In.)	2
Maximum Bundle Diameter (mm)	51
Minimum Bundle Diameter (In.)	0.06
Minimum Bundle Diameter (mm)	1.5
Minimum Loop Tensile Strength (N)	178
Minimum Loop Tensile Strength (lb)	40
Maximum Operating Temperature (°C)	85
Maximum Operating Temperature (°F)	185
Minimum Operating Temperature (°C)	-60
Minimum Operating Temperature (°F)	-76
Minimum Installation Temperature (°C)	-20
Minimum Installation Temperature (°F)	-4
Standards Met	CSA Certified, UL Recognized (File #E56854), UL 62275 Compliant (Type 2, 21), RoHS Compliant
For Use With	GTS-E, GS2B-E, PTS, PPTS, STS2
Part Features	One-piece locking wedge for consistent performance and reliability. Low thread force and high loop tensile strength.