Alpha Wire Hookup Wire PVC 2.1 mm² Röd Kopplingstråd, riktlinjer 41/0.25 mm, 600V 14 AWG, 30 m Polyvinylklorid

RS-artikelnummer:: 842-5589
Distrelec artikelnummer:: 300-83-133
Tillv. art.nr:: 3079 RD005
Tillverkare / varumärke:: Alpha Wire

Alpha Wire Hookup Wire PVC 2.1 mm² Röd Kopplingstråd, riktlinjer 41/0.25 mm, 600V 14 AWG, 30 m Polyvinylklorid

Antal (1 rulle med 30 meter)*

602,26 kr

(exkl. moms)

752,82 kr

(inkl. moms)

Lagerinformation är för närvarande otillgänglig - kom tillbaka senare

Rulle(ar)	Per rulle	Per meter*
1 +	602,26 kr	20,075 kr

*vägledande pris

RS-artikelnummer:: 842-5589
Distrelec artikelnummer:: 300-83-133
Tillv. art.nr:: 3079 RD005
Tillverkare / varumärke:: Alpha Wire

Specifikationer

Datablad

Lagstiftning och ursprungsland

Produktdetaljer

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Välj alla	Attribut	Värde
	Varumärke	Alpha Wire
	Produkttyp	Kopplingstråd
	Tvärsnittsarea	2.1mm²
	Färg på mantel	Röd
	Amerikansk tråddimension	14AWG
	Kärntrådar	0.25mm
	Kabellängd	30m
	Utvändig diameter	3.51mm
	Spänning	600V
	Maximal arbetstemperatur	105°C
	Ledarmaterial	Förtent koppar
	Undertyp	3079 anslutningskabel
	Mantelmaterial	Polyvinylklorid
	Minsta arbetsstemperatur	-40°C
	Kabeltyp	Enkel kärna
	Standarder/godkännanden	AWM I A/B, AWM/STYLE 1230, CE:EU Low Voltage Directive 2006/95/EC, CSA International TEW-105, FT1, MTW, TW, UL AWM/STYLE 1015
	Brandbeteende	Flamdämpande
	Serie	Hookup Wire PVC
	Antal trådar	41

	Välj alla
	Varumärke Alpha Wire
	Produkttyp Kopplingstråd
	Tvärsnittsarea 2.1mm²
	Färg på mantel Röd
	Amerikansk tråddimension 14AWG
	Kärntrådar 0.25mm
	Kabellängd 30m
	Utvändig diameter 3.51mm
	Spänning 600V
	Maximal arbetstemperatur 105°C
	Ledarmaterial Förtent koppar
	Undertyp 3079 anslutningskabel
	Mantelmaterial Polyvinylklorid
	Minsta arbetsstemperatur -40°C
	Kabeltyp Enkel kärna
	Standarder/godkännanden AWM I A/B, AWM/STYLE 1230, CE:EU Low Voltage Directive 2006/95/EC, CSA International TEW-105, FT1, MTW, TW, UL AWM/STYLE 1015
	Brandbeteende Flamdämpande
	Serie Hookup Wire PVC
	Antal trådar 41

Belden Hook-up Wire PVC Series Hook Up Wire, 2.1mm Cross Sectional Area, 30m Length - 3079 RD005

This hook-up wire is designed for a variety of applications in automation, electronics, and electrical fields. Measuring 30m in length, it features a red PVC sheath, providing visibility and easy identification. The wire's 14 AWG specification ensures compatibility with various systems, making it a reliable choice for high-performance wiring needs.

Features & Benefits

• High temperature resistance of up to +105°C enhances durability

• Flame retardant properties contribute to safety in installations

• Chemical resistant design offers protection against oil and solvents

• Tinned copper construction improves conductivity and reduces oxidation

• Voltage rating of 600V ensures suitability for a range of applications

• Single core construction simplifies connections and reduces installation time

Applications

• Utilised in high-temperature environments for reliable connections

• Suitable for various electrical installations in residential and commercial setups

• Commonly used in control panel wiring for automation systems

• Ideal for automotive wiring due to its chemical resistance

What are the benefits of using tinned copper in this wire?

Tinned copper significantly enhances the wire's resistance to corrosion and oxidation, ensuring improved longevity in various environments. This is particularly beneficial in applications where exposure to moisture or other corrosive elements is a concern.

How does the insulation contribute to the wire's overall performance?

The PVC insulation provides reliable electrical properties, including a voltage rating of 600V, while also ensuring protection against mechanical wear and environmental factors. This aids in maintaining electrical integrity over time.

What technical specifications should be considered for optimal use?

It is important to consider the wire's maximum operating temperature of +105°C and its pull tension of 32 lbs, ensuring it meets the specific demands of your wiring application to prevent failure during operation.