Phoenix Contact, 1532 GB/T Electric Vehicle Connector, 500 mm Cable, 32A

Subtotal (1 pack of 10 units)*

£1,955.24

(exc. VAT)

£2,346.29

(inc. VAT)

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Pack(s)
Per Pack
Per unit*
1 +£1,955.24£195.524

*price indicative

RS Stock No.:
521-668
Mfr. Part No.:
1532126
Brand:
Phoenix Contact
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Brand

Phoenix Contact

Product Type

Electric Vehicle Connector

Series

1532

Current

32A

Connector Type

GB/T

Number of Contacts

5

Wire Size

0.5 mm²

Operating Voltage

480 V

Application

Flush Cut of

Termination Type

Connector

Minimum Operating Temperature

30°C

Maximum Operating Temperature

50°C

Height

91.71mm

Depth

87.95mm

Standards/Approvals

IATF 16949, EU RoHS, ISO 9001, IEC 62196-2

Width

75 mm

Colour

Black

Mount Type

Rear Panel

IP Rating

IP44

Cable Length

500mm

Contact Material

Silver

Housing Material

Plastic

For Use With

Charging Electric Vehicles (EV)

Contact Resistance

37.1Ω

Pin Diameter

1.60mm

RoHS Status: Exempt

COO (Country of Origin):
DE
The Phoenix Contact Infrastructure charging socket engineered for electric vehicles. This charging solution adheres to the Type 2 standard and is capable of delivering robust power with an exceptional charging capacity for both commercial and public applications. Designed with versatility in mind, this model supports installation at various charging stations, ensuring compatibility and reliability. The product boasts a sleek black housing and comes equipped with a protective cover to shield the connections from environmental factors, thereby enhancing durability. The incorporation of advanced locking mechanisms ensures secure connections during operation, fostering user confidence in its safety features.

Designed to facilitate efficient three phase AC charging for electric vehicles

Incorporates a protective cover to prevent damage from external elements

Utilises pulse width modulation for improved signal transmission

Built to comply with stringent international standards for electrical safety

Self locking mechanism for enhanced security during charging

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