MTP6H-E6-C

Heilind Number:PANMTP6H-E6-C
Manufacturer:Panduit
Manufacturer Number:MTP6H-E6-C
Datasheet:Drawing
ECAD Model:
3D Model

Description:

The multiple tie plate in natural color supports six bundles and is used with miniature, intermediate, standard, heavy-standard, light-heavy, and heavy cable ties. It uses #6 (M3) screws and is made of nylon 6.6, which increases mechanical strength, heat and wear resistance, and stiffness. It is designed for indoor environments and comes in packages of 100.

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Specifications

AttributeValue
Product Category:
Manufacturer:Panduit
Manufacturer Part Number:Panduit MTP6H-E6-C
Color:Natural
Maximum Operating Temperature:85 °C, 185 °F
Minimum Operating Temperature:-40 °C, -40 °F
Overall Width:.62 in, 15.7 mm
Overall Height:9 in, 228.6 mm
Overall Length:9.59 in, 243.6 mm
Material:Nylon 6.6
Mount Hole Thread Size:#6
Width:0.62 in, 15.7 mm
Flammability Rating:UL94V-2
Product:Cable Tie Mounts
Product Type:Cable Tie Mount
Part Aliases:MS3339-11-9
SKU:PANMTP6H-E6-C
Environment:Indoor
Standards Met:UL Recognized: E136577,CE Compliant, RoHS Compliant
Application:Low Profile Multiple Tie Plates Used to Secure Closely Spaced Wire Bundles

Detailed Description

The MTP6H-E6-C is a versatile multiple tie plate designed for efficient cable management in various environments. Constructed from durable nylon 6.6 with a UL94V-2 flammability rating, this natural-colored plate ensures reliable performance. It accommodates up to six bundles of miniature, intermediate, standard, heavy-standard, light-heavy, and heavy cable ties, providing ample support for organizing cables. With a maximum operating temperature of 185°F and a minimum of -40°C, it is suitable for indoor use in a wide range of applications. Each package includes 100 plates, each measuring 15.7mm in width, 228.6mm in height, and 243.6mm in length. Compatible with #6 (M3) screws and also known by the alias MS3339-11-9, this cable tie mount is RoHS compliant, guaranteeing its environmental sustainability. Upgrade your cable management system with the MTP6HE6C for efficient organization and enhanced durability.