BT5LH-C

Dome-Top® barb ty cable tie, light-heavy cross section, 18.1 (460mm) length, nylon 6.6, natural, bulk package.

The Dome-Top® barb ty cable tie, designed for heavy-duty applications with its light-heavy cross section. This 18.1-inch nylon 6.6 tie in natural color comes in a bulk package for convenience. With a maximum operating temperature of 185°F and a minimum of -60°C, it ensures durability in various environments. The .52-inch width and 18.1-inch length cater to secure cable management, with a 120 lb tensile strength for reliable bundling. Suitable for plenum use, it accommodates bundle diameters ranging from .19 to 5 inches, meeting RoHS compliance for environmental responsibility. Upgrade your wire and cable organization with this efficient and robust solution.
AVAILABILITY
Immediate Shipment:NA
Stock Location:In Stock
Factory Stock:Call for Stock
Factory Lead:
Unit Of Measure:
Minimum/Multiple:1/1
Pricing
CALL:866.649.2022
Invalid quantity value
Product Category:
Manufacturer:Panduit
Manufacturer Part Number:Panduit BT5LH-C
Color:Natural
Maximum Operating Temperature:185 °F, 85 °C
Minimum Operating Temperature:-60 °C, -76 °F
Overall Width:13.2 mm, .52 in
Overall Length:18.1 in, 459.7 mm
Material:Nylon 6.6
Maximum Bundle Diameter:127 mm, 5 in
Tensile Strength:120 lb, 533.78 N
Environment Application:Plenum
Minimum Bundle Diameter:.19 in, 4.8 mm
SKU:PANBT5LH-C
Supplier Product:Standard Cable & Wire Ties
Overall Thickness In:0.07 (In.)
Overall Thickness mm:1.6 (mm)
Maximum Installation Temperature C:0 (°C)
Resistance Properties:Heat Resistant
Minimum Installation Temperature F:-4 (°F)
For Use With:GTH-E, GS4H-E, GS4EH-E, STH2, ST3EH, STHV
Minimum Installation Temperature C:-20 (°C)
Standards Met:UL 62275 (File E56854), CSA-C22.2 No. 62275 (File 31212), Cert 05968/C0, BV File ACE 14/601/01 Product Code: 2535H, 89/60111 (E3), 11130200, QPL-AS23190, RoHS Complaint
Maximum Installation Temperature F:32 (°F)

Environmental Initiative Details

Environmental Initiative:RoHS
Compliant:Unknown
Date of this Information:Unknown
Notes: