HellermannTyton TM1SF9M4 Wire Mangement Clips and Clamps

Push-Button Cable Tie Mount 0.25" Hole Dia 0.13" Max Panel 0.2" Max Tie Width PA66 Natural 1000 per Package

Features

• Push Mounts, when used with standard cable ties, provide a permanent bundling solution.
• The low profile style head is ideal for space constrained areas and is easily inserted through a pre-drilled hole.
• Product Type: Push Mounts

Technical Specifications

• Material: Polyamide 6.6 (PA66)
• Operating Temperature: -40°F to +185°F (-40°C to +85°C)
• Color: Natural (NA)
• Storage Conditions: Store in a sealed package. Avoid direct heat sources and sunlight. Ideal storage conditions: 73°F (22.8°C), 50% RH
• Use Conditions: For Indoor Use Only
• Cable Tie Width Max. (Imperial): 0.2"
• Fixation Method: Arrowhead
• For Cable Ties: T18 - T50
• Height H (Imperial): .18"
• Height H (Metric): 4.60 mm
• Height H2 (Imperial): .18"
• Height H2 (Metric): 4.60 mm
• Length L (Imperial): 0.62"
• Length L (Metric): 15.75 mm
• Mounting Hole Diameter D (Imperial): 0.25"
• Mounting Hole Diameter D (Metric): 6.3 mm
• Mounting Hole Diameter D Max. (Metric): 6.35 mm
• Mounting Hole Diameter D Min. (Metric): 6.35 mm
• Mounting Hole Shape: Round
• Panel Thickness (Imperial): 0.13"
• Panel Thickness (Metric): 3.4 mm
• Panel Thickness Max. (Metric): 3.40 mm
• Panel Thickness Min. (Metric): 3.40 mm
• Recommended Application Tool: 110-05005; 110-80003
• Width W (Imperial): 0.4"
• Width W (Metric): 10.2 mm
• CE Certified: Yes
• CSA Certified: No
• Flammability: UL 94 V-2
• Prop65 Warning: No
• REACH Conformity: No
• ROHS Compliant: Yes
• UL-File Number + Logo: E64139 [C_RU_US_62275_Type11]
• UL Listed (US): No
• UL Listed (US and Canada): No
• UL Recognized (US): Yes
• UL Recognized (US and Canada): Yes
• UV Resistant (Yes/No): No
• UPC: 089306097891

Overview

HellermannTyton push mounts are used with our standard cable ties and offer a permanent bundling solution for quick installation by pushing the mount through a pre-drilled hole. The low profile head is suitable in space constrained areas.