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HARTING 32 A Mode 3, Type 2 to Type 2, EV Charging Cable 7.5m

View all EV Charging Cable
Discontinued

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RS Stock No.:
234-5796
Mfr. Part No.:
08914090102A0
Brand:
HARTING
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Brand

HARTING

EV Charging Cable Type

Type 2 to Type 2

Cable Length

7.5m

Current Rating

32 A

Phase

Three Phase

Terminated/Unterminated

Terminated

Voltage Rating

480 V ac

EV Charging Mode

Mode 3

IP Rating

IP44

Sheath Colour

Black

Better World Product

Yes

Better World Claim

Renewable energy solution

Power Rating

22kW

Minimum Operating Temperature

-30°C

Maximum Operating Temperature Range

+50°C

Standards Met

IEC 62196-2, IEC 62893

COO (Country of Origin):
RO

HARTING EV Charging Cable, Type 2 to Type 2 Connection, 7.5m Cable Length - 08914090102A0


This EV charging cable is designed for electric vehicles and is suitable for three-phase charging. The cable features a Type 2 connector on both ends, with a generous length of 7.5m, allowing for flexible installation and use in various charging scenarios.

Features & Benefits


• Supports 32A current for optimal charging speed
• Compliant with IEC 62196-2 standards for quality assurance
• IP44 rating ensures protection against dust and moisture
• High power rating of 22 kW enables faster charging times
• Durable TPU insulation enhances flexibility and resilience
• Copper alloy construction provides excellent conductivity

Applications


• Used with electric vehicles equipped with Type 2 connectors
• Ideal for residential and commercial EV charging stations
• Suitable for electric fleet vehicles requiring fast charging
• Perfect for temporary charging setups at events

What is the maximum voltage rating that this cable can handle?


The cable has a voltage rating of 480 V AC, enabling safe and efficient EV charging while supporting various power requirements.

How does the insulation material contribute to the cable's performance?


The thermoplastic polyurethane (TPU) insulation provides flexibility, durability, and protection against environmental factors, ensuring longevity in various conditions.

What advantages does the three-phase design offer for EV charging?


The three-phase configuration allows for faster charging rates and improved efficiency, making it ideal for high-demand applications and commercial settings.

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