HellermannTyton WIC2 Snap-On Cable Marker, White, Pre-printed "5", 3.8 mm Cable Green, 2.8 mm Cable, 561-02655

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TWD371.00

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TWD389.55

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RS庫存編號:
408-4620
製造零件編號:
561-02655 WIC2-5-PA66-GN
製造商:
HellermannTyton
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品牌

HellermannTyton

Marker Type

Pre-Printed

Product Type

Cable Marker

Fixing Method

Snap-On

Legend

5

Series

WIC2

Maximum Cable Diameter

3.8mm

Minimum Cable Diameter

2.8mm

Legend Colour

White

Length

3mm

Printable

No

Material

Polyamide

Marker Colour

Green

Minimum Operating Temperature

-40°C

Maximum Operating Temperature

85°C

Fire Behaviour

UL 94 V-0

Standards/Approvals

No

Resistance Features

Vibration Resistant

COO (Country of Origin):
FR

HellermanTyton WIC2 Series Cable Marker, 5.6mm Width, Green - 561-02655 WIC2-5-PA66-GN


This cable marker is a pre-printed green identification tag designed for organised wiring in industrial environments. It provides fixed-legend labelling for straightforward cable identification where temperature extremes and mechanical stress are present, and is intended for use in control panels, wiring looms and electrical installations within automation, electronics and mechanical systems.

Features & Benefits


• Polyamide construction offers chemical and wear resistance
• UL94 V-0 material rating limits flame propagation risk
• Withstands temperatures from -40 to 85°C for broad environments
• Vibration-resistant design maintains legibility in motion
• Pre-printed legend inch5 inch enables immediate, consistent identification

Applications


• Suitable for marking wiring in automation control panels
• Ideal for cable runs in manufacturing plant equipment
• Used with electrical distribution cabinets and junction boxes
• Can be used for wire identification in instrumentation racks

What material property ensures long-term durability in harsh settings?


The marker is formed from a polyamide compound that sustains mechanical and chemical exposure common in industrial installations.

How does the marking perform under vibration and movement?


Its construction resists loosening and abrasion, so the printed character remains intact during sustained vibration.

Are the markers suitable for high-temperature wiring routes?


They operate across a range from -40 to 85°C, covering typical hot and cold operating conditions encountered in machinery and plant environments.

What standards govern the marker’s electrical identification suitability?


It conforms to recognised component marking standards referenced for electrical component designation and coding.

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