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Shenzhen CPET Electronics Co., Ltd. sales05@szcpet.com 86-0755-23427658

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Home > Products > EV Charger Burn In Chamber > Energy Saving EV Charger Burn In Chamber with 450mm Trolley Height and RS485 Communication Mode for 22KW Charging Pile

Energy Saving EV Charger Burn In Chamber with 450mm Trolley Height and RS485 Communication Mode for 22KW Charging Pile

Product Details

Place of Origin: China

Brand Name: CPET

Model Number: CP-CDQ03

Payment & Shipping Terms

Minimum Order Quantity: 2

Price: 8600dollars/set

Packaging Details: Wooden case packing

Delivery Time: 30 work days

Payment Terms: L/C

Supply Ability: 30sets/month

Get Best Price
Product Details
Highlight:

Energy Saving Burn In Cabinet

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AC EV Charging Gun Burn In Cabinet

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burn in testing

Warranty Period:
One Year Free Warranty
Trolley Size (mm):
L2100*W1500*H1800mm (size Of A Single Burn-in Cabinet)
Trolley Height:
450mm
Warranty Period:
One Year Free Warranty
Trolley Size (mm):
L2100*W1500*H1800mm (size Of A Single Burn-in Cabinet)
Trolley Height:
450mm
Product Description
AC EV Charging Gun Series Energy Saving Burn In Cabinet
High-efficiency energy-saving burn-in cabinet designed for AC EV charging gun series testing, featuring advanced energy recovery technology and modular design.
Architecture Diagram
Energy Saving EV Charger Burn In Chamber with 450mm Trolley Height and RS485 Communication Mode for 22KW Charging Pile 0 Energy Saving EV Charger Burn In Chamber with 450mm Trolley Height and RS485 Communication Mode for 22KW Charging Pile 1
Performance Parameters
Energy Saving EV Charger Burn In Chamber with 450mm Trolley Height and RS485 Communication Mode for 22KW Charging Pile 2
Burn-In Cabinet Structure
Specification Details
Trolley Size L2100 * W1500 * H1800mm (single cabinet dimensions)
Trolley Layers 2 layers with 450mm product area depth (6 burn-in positions per layer)
Trolley Height 450mm
Construction Material Cold rolled sheet
Heat Dissipation Top turbine exhaust fan (easy ambient temperature control)
Insulation Method Epoxy insulation board with surface heat dissipation holes
Overall Structure Mobile burn-in split cabinet - aesthetically designed for easy movement and combination
Energy Recovery Module Configuration
  • Control Mode: RS485 communication with RS232 upper computer interface
  • Burn-In Process: Relative drag method for product testing
  • Energy Modules: 4 installed load modules
  • Load Isolation: Isolated load design
  • Module Architecture: Relay-free, long-life design (proprietary technology)
  • Capacity: 24 units of ≤22KW charging piles per cabinet (compatible with lower power units)
  • Connection Standards: Supports National, European, American, and Tesla regulations