Alpha Wire Alpha Essentials Data & Bus Cable Series Data Cable, 1 Pairs, 0.462 mm², 30 m, Black Sheath Polyvinyl

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Sous-total (1 bobine de 30 mètres)*

119,39 €

(TVA exclue)

144,46 €

(TVA incluse)

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le mètre*
1 +119,39 €3,98 €

*Prix donné à titre indicatif

N° de stock RS:
749-1627
Référence fabricant:
6453 BK005
Fabricant:
Alpha Wire
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Marque

Alpha Wire

Number of Pairs

1

Product Type

Data Cable

Cross Sectional Area

0.462 mm²

Cable Length

30m

Jacket Colour

Black

Jacket Material

Polyvinyl Chloride

Minimum Operating Temperature

-20°C

Maximum Operating Temperature

60°C

Standards/Approvals

UL, CE, CSA

Fire Behaviour

Fire Resistant

Series

Alpha Essentials Data & Bus Cable

Conductor Material

Tetron Cotton

Belden Alpha Wire 1 Twisted Pair RS-485 Data Cable, 0.462mm² CSA - Alpha Essentials Series - 6453


Relay information between devices without the risk of crosstalk with this data cable from Belden's Alpha Wire range. Its twisted-pair design minimises disruption from EMI (electromagnetic interference) to deliver a reliable data connection. The tinned-copper conductors are resistant to corrosion, making this cable ideal for use in damp or humid conditions. It also benefits from a combination of aluminium mylar foil and braided tinned-copper shielding, which gives extra protection against the external EMI (electromagnetic interference) often found in heavily automated applications.

Features & Benefits


• PVC cable jacket protects against friction and wear in heavy-duty applications

• Operating temperature range between -20°C and +60°C for use in demanding conditions

• Comes on a reel for convenient handling and neat storage

Applications


• Control and automation systems

• Automotive industry

• Packaging and logistics

How do twisted-pair cables reduce disruption from EMI?


When a wire carries an electric current, it generates an electromagnetic field that causes EMI. A twisted-pair design helps reduce this effect by making the paired wires carry signals in opposing directions, meaning the two magnetic fields generated cancel each other out.

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