Product image for Thomas & Betts TY272M 2-Piece 9 Inch 120 lb Natural Nylon Cable Tie
Image thumbnail 0
Image thumbnail 1
Email

Thomas & Betts TY272M 2-Piece 9 Inch 120 lb Natural Nylon Cable Tie

Manufacturer: Thomas & Betts | Catalog # TY272M | North Coast Part # 91302
$119.06 /c (100 ea)
Order in multiples of 500 (pack qty)
Log in or register to view your price, purchase history, and more!
Next Day Delivery not avail / contact sales for lead times & return policy
Brochure Specification Sheet
Cable Tie, Natural Polyamide (Nylon 6.6) for Temperatures up to 85 Degrees Celsius (185 F) for Indoor Applications, UL/EN/CSA62275 Type 2/21S Rated for AH-2 Plenum and as a Flexible Cable and Conduit Support, Length of 222.3mm (8.75 Inches), Width of 6.99mm (0.275 Inches), Thickness of 1.78mm (0.07 Inches), Tensile Strength Rating of 534 Newtons (120 Pounds), Bulk Pack

Technical Information

Bundle Diameter
0.236 - 1.97 in
Material
Nylon
Standard
UL E49405
Temperature Rating
-40 to 85 degrees C
Tensile Strength
120 lb
Type
Standard

Manufacturer Information

Brand
ABB
Sub Brand
Ty-Rap®

General Product Info

12-Digit UPC
786210839899
Color
Natural
GTiN
00786210839899
Product UPC
78621083989

Dimensions

Length
8-3/4 Inch
Thickness
0.07 in
Width
0.275 in
Features
  • Because there are no notches, Ty-Rap ties provide an infinite number of locking positions while fastening the tie at the precise bundle diameter needed.
  • Smooth, notchless body reduces stress concentration points under tension, making the tie stronger and lower profile than notched body ties. Ribbed and Stippled body grips the bundle and prevents slippage. Rounded edges protect insulation, preventing sharp edges from damaging cables.
  • The No-Slip Tail provides easy grip during tensioning. Ty-Rap ties feature a unique friction surface designed to reduce slippage during installation.
  • Low profile head is designed to prevent snags on uneven surfaces and easier to pull through bulkheads. Non-magnetic stainless steel locking device insures both maximum strength and the right tightness every time.
Compare