IT9115-CUV4Y

Heilind Number:PANIT9115-CUV4Y
Manufacturer:Panduit
Manufacturer Number:IT9115-CUV4Y
Datasheet:Drawing
ECAD Model:
3D Model

Description:

Panduit Belt-Ty in line locking ties are easy to use thanks to low-profile snag-free heads and a belt-like parallel entry lock. Plus, with weather-resistant Nylon 6.6 material, they're ideal for indoor and outdoor environments and harsh UV light. Light-heavy cross section, 15.3in, Tensile strength: 552, yellow, 100pc.

More >>

Specifications

AttributeValue
Product Category:
Manufacturer:Panduit
Manufacturer Part Number:Panduit IT9115-CUV4Y
Color:Yellow
Maximum Operating Temperature:185 °F, 85 °C
Minimum Operating Temperature:-60 °C, -76 °F
Overall Width:14.1 mm, .56 in
Overall Length:15.3 in, 388.6 mm
Material:Nylon 6.6
Maximum Bundle Diameter:115.1 mm, 4.53 in
Tensile Strength:124 lb, 551.57 N
Environment Application:Indoor/Outdoor
Minimum Bundle Diameter:.33 in, 8.4 mm
SKU:PANIT9115-CUV4Y

Detailed Description

Upgrade your cable management game with Panduit Belt-Ty™ in line locking ties. Designed for convenience, these ties feature low-profile snag-free heads and a unique belt-like parallel entry lock, making them a breeze to use. Crafted from weather-resistant Nylon 6.6 material, they are perfect for both indoor and outdoor environments, withstanding harsh UV light exposure. With a light-heavy cross section and a generous length of 15.3 inches, they offer ample flexibility for various applications. These ties in vibrant yellow come in a pack of 100, ensuring you have plenty on hand for your projects. With a high tensile strength of 552, they provide reliable durability. Operating smoothly in temperatures ranging from -60°C to 85°C, they are suitable for a wide range of conditions. The overall width of 14.1mm and maximum bundle diameter of 115.1mm accommodate sizable cable bundles. Whether you're organizing cables indoors or securing them outdoors, these RoHS-compliant ties deliver performance and reliability. Upgrade your cable management setup with ease and efficiency.