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

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Home > Products > Inverter Aging Test Equipment > Energy Saving Inverter Aging Test Equipment with 85% Conversion Efficiency and Computer Monitoring

Energy Saving Inverter Aging Test Equipment with 85% Conversion Efficiency and Computer Monitoring

Product Details

Place of Origin: China

Brand Name: CPET

Certification: CE,ROHS

Model Number: CP-NB3001

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: ¥ 39800 yuan

Packaging Details: wooden case packing

Delivery Time: 30 work days

Payment Terms: T/T

Supply Ability: 30sets/month

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Product Details
Highlight:

Energy Saving Inverter Aging Test Equipment

,

85% Conversion Efficiency Burn-in Test Equipment

,

Computer Monitoring Power Supply Burn-in Test Equipment

Total Input Power:
96kW*2
Total Input Current:
150A*2
Powersupplyfrequency:
50Hz / 60Hz
Function:
Testing And Aging Of Inverters
Outputpowercapacity:
Up To 10kW
Trolley Height:
Cold Rolled Sheet
Warranty Period:
12 Months
Productname:
Inverter Aging Test Equipment
Total Input Power:
96kW*2
Total Input Current:
150A*2
Powersupplyfrequency:
50Hz / 60Hz
Function:
Testing And Aging Of Inverters
Outputpowercapacity:
Up To 10kW
Trolley Height:
Cold Rolled Sheet
Warranty Period:
12 Months
Productname:
Inverter Aging Test Equipment
Product Description
Energy Saving Feedback Inverter Energy Storage (DC To AC) Power Supply Burn-in Test Equipment
Advanced energy recovery burn-in test system for DC to AC power supply and inverter testing with high conversion efficiency and comprehensive monitoring capabilities.
Outstanding Functions
Energy Saving Inverter Aging Test Equipment with 85% Conversion Efficiency and Computer Monitoring 0
  • Software-controlled load parameters with real-time monitoring of voltage, current, and power parameters
  • CP load mode operation
  • Built-in automatic protection for overtemperature and smoke alarm
  • Programmable switch timing and load transformation functions
  • Energy saving with conversion efficiency above 85%
  • Compatible with power burn-in monitoring software
  • Multiple DC conversion board interfaces for different output requirements
  • Various laminate structures available for different product configurations
  • Optional temperature monitoring function in product area
Energy Saving Inverter Aging Test Equipment with 85% Conversion Efficiency and Computer Monitoring 1 Energy Saving Inverter Aging Test Equipment with 85% Conversion Efficiency and Computer Monitoring 2
Performance Parameters
Burn-in Cabinet Structure and Capacity
Parameter Specification
Trolley Size L2050 * W1085 * H2050mm (single cabinet)
Number of Trolley Layers 5 layers, 400mm product area depth (8 burn-in positions per layer)
Trolley Height 220mm
Trolley Structure Material Thick cold rolled sheet
Cooling Method Top turbine exhaust fan top row type
Insulation & Anti-static Epoxy insulation board with heat dissipation holes
Overall Structure Mobile burn-in split cabinet design for easy movement and combination
Energy Recovery Module Configuration
Parameter Specification
Control Mode RS485 communication, upper computer uses RS232
Module Model CP8401
Number of Modules 8 * 4CH modules per floor, 40 modules total per cabinet
Isolation Mode Photoelectric isolation for communication and power supply
Design Architecture No relay, long life design with independent intellectual property
Burn-in Capacity 40 inverters with DC inputs (10-60V/25A) and AC outputs (85-260V/30A/2.4W)
Electrical Control & Temperature Management
Component Specification
Wiring Customer specified interface with Anderson connectors
Panel Functions AC voltage display, start switch, emergency stop switch
Power Distribution 380V three-phase five-wire; computer monitoring and automatic control
Power Calculation 2400W * 40 / 0.85 ≈ 12KW per cabinet (85% efficiency)
Control Method Manual/automatic switching with real-time computer monitoring
Safety Protection Grounding protection, leakage switch, smoke alarm auto power-off
System Functions
  • Designed for inverter board and DC to AC power supply burn-in testing
  • Custom monitoring software with independent intellectual property rights
  • Programmable electronic load module for output parameter monitoring
  • Free software upgrades with powerful expansion capabilities
  • Programmable burn-in parameters, timing, and sequence editing
  • Automatic power-off at burn-in completion for unattended operation
  • Computerized quality display with multi-window management
  • Data storage and reporting with barcode scanning and MES system support
  • Photoelectric isolation for RS232 to RS485 conversion
  • Each computer can monitor up to 18 devices simultaneously
  • Comprehensive help files for immediate operational support
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