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7kW AC Plastic Housing EV Charger

7kW AC Plastic Housing EV Charger

Detailed Specifications

Housing Material

High-grade UV-resistant flame-retardant engineering plastic (PC/ASA composite)

Insulation Performance

Superior double insulation eliminates enclosure leakage risks

Weather Resistance

Anti-yellowing and anti-aging; resists embrittlement and fading under prolonged outdoor exposure

Structural Design

Lightweight integrated injection molding; compact and highly cost-effective

Mechanical Resistance

Complies with IK10 impact resistance standard to withstand daily bumps

Process

Laser Cutting

Laser Cutting

Dedicated nitrogen cutting ensures zero oxidation layer on every workpiece.

CNC Bending

CNC Bending

Advanced equipment guarantees precision at every step.

Automated Welding

Automated Welding

Standardized welding robots deliver 10x manual efficiency with higher, more stable quality.

Surface Finishing

Surface Finishing

Options include as-machined, coating, surface treatment, heat treatment, and custom finishes.

Custom Logo

Custom Logo

Customer-supplied logos can be printed directly on product surfaces.

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F.A.Q

01

What information is required for custom EV charger enclosures?

Please provide charging type, power, voltage, current, module dimensions, connectors/cables, display, control board, mounting type, cable entry, thermal needs, target IP rating, material, order quantity, and deployment location. Specify whether you need an empty enclosure or a complete charger.

02

Do EV charger enclosures require thermal management and outdoor protection?

Yes. Modules and controls generate heat, requiring vents, fans, heat sinks, or other thermal management designs. Outdoor units also require dustproofing, waterproofing, drainage, sealing, and cable gland considerations.

03

Can EV charger enclosures be wall-mounted or floor-mounted?

Yes. Wall-mount, floor-mount, side-mount, or custom configurations are available. Wall mounts require verification of wall capacity, brackets, and weight. Floor mounts require verification of bases, anchoring, cable entries, and maintenance access.

04

What does "7kW" indicate?

It indicates the rated charging power or configuration level. Actual input voltage, current, charging speed, connectors, and electrical standards must be confirmed with the complete charging system. The enclosure itself does not define charging power.

05

What are the features of floor-standing integrated DC EV chargers?

They integrate charging modules, control systems, connectors, and components into a floor-standing cabinet. Key factors include cabinet dimensions, weight, cooling methods, cable layouts, and maintenance clearances. Specific power and output configurations depend on product specifications.

06

What applications suit the 7kW AC plastic housing EV charger?

It suits AC charging applications requiring a lightweight enclosure. Plastic grade, temperature resistance, impact rating, outdoor suitability, and IP rating must be confirmed via models, material specs, and test reports.

07

What is the difference between a 7kW home EV charger and a 7kW smart EV charger?

The 7kW home EV charger focuses on residential installation, dimensions, connectors, and operation. The 7kW smart EV charger adds communication, scheduling, remote control, metering, or status displays. Specific smart functions depend on the control system and configuration.

08

What products are included in the EV charger enclosure series?

The series includes 7kW home EV chargers, 7kW smart EV chargers, 7kW AC plastic housing EV chargers, and floor-standing integrated DC EV chargers. They differ in charging type, mounting method, material, control functions, and internal structure.

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