Phone
+86 13230709299
Plastic Molded EV Charger Enclosure
Detailed Specifications
|
Body Material |
High-strength insulating flame-retardant engineering plastic |
|
Molding Process |
Injection molding, lightweight with flexible styling |
|
Electrical Insulation |
Excellent double insulation and UV aging resistance |
Process
Laser Cutting
Dedicated nitrogen cutting ensures zero oxidation layer on every workpiece.
CNC Bending
Advanced equipment guarantees precision at every step.
Automated Welding
Standardized welding robots deliver 10x manual efficiency with higher, more stable quality.
Surface Finishing
Options include as-machined, coating, surface treatment, heat treatment, and custom finishes.
Custom Logo
Customer-supplied logos can be printed directly on product surfaces.
Learn More
F.A.Q
01
What information is required to customize an EV charger enclosure?
Provide charger type, power rating, current, connector count, module dimensions, display size, mounting method, cable entries, cooling needs, target IP rating, materials, quantity, and operating site. For triple-gun or portable units, include cable lengths, weight limits, and mobility or maintenance requirements.
02
Do EV charger enclosures require thermal management and protection?
Yes. Power modules and electrical components generate heat, requiring fans, heatsinks, vents, filters, or other thermal structures. Outdoor units also demand dust, water, drainage, sealing, and cable gland protection.
03
What are the differences between AC Type 1 16A and Level 2 50 Amp charger enclosures?
AC Type 1 16A and Level 2 50 Amp typically feature different charging interfaces, current ratings, or standards. Differences involve connector types, input power, output current, cable specs, and regional standards, rather than model names alone.
04
What considerations apply to triple-gun 240kW EV charger cabinets?
High-power floor-standing triple-gun 240kW EV charger cabinets require verifying multiple charging connectors, output cables, connectors, power modules, cooling systems, total weight, and maintenance access. Simultaneous operation and per-gun power allocation must be confirmed per complete charging system schematics.
05
What are the differences between wall-mounted, floor-standing, and portable charger enclosures?
Wall-mounted units are designed for wall or vertical surface installation; floor-standing units stand independently to house more charging and cooling components; portable units prioritize weight, handles, cable storage, and mobility. Structural design depends on equipment dimensions and operating scenarios.
06
What are the differences between 7kW, 22kW, 30kW, and 240kW charger cabinets?
These power ratings indicate different configurations or models. 7kW and 22kW wall-mounted units require focus on wall mounting and internal space; 30kW DC cabinets require verification of power modules and cooling; triple-gun 240kW cabinets require checking multi-connector outputs, cabinet size, and cable management. Final power ratings should follow complete system specifications.
07
What components are mainly installed inside the charger enclosure?
It accommodates charging modules, control boards, connectors, displays, metering components, circuit breakers, terminals, cables, and cooling parts. Specific layouts depend on the charging system model and equipment list.
08
What products are included in the EV charger enclosure series?
The series includes 7kW Wall-Mounted EV Charger Cabinets, 30kW EV DC Fast Charger Cabinets, High-Power Floor-Standing Triple-Gun 240kW EV Charger Cabinets, Plastic Molded EV Charger Enclosures, AC Type 1 16A EV Charger Enclosures, 22kW Wall-Mounted EV Charger Cabinets, Level 2 50 Amp EV Charger Enclosures, and 3.3kW Portable EV Charger Cabinets.
Why Trust KNT
Our sheet metal fabrication services benefit numerous industries, businesses, and projects. Here are our key advantages.
One-Stop Precision Manufacturing
High Precision · Multiple Materials
Custom Expertise · Quality Assurance
Request a Quick Quote