logo

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

Shenzhen CPET Electronics Co., Ltd. Profil przedsiębiorstwa
produkty
Do domu > produkty > Nowe rozwiązania energetyczne > Electronic Cigarette / Notebook Lithium Battery Charging And Discharging burning-in Test Equipment

Electronic Cigarette / Notebook Lithium Battery Charging And Discharging burning-in Test Equipment

Szczegóły produktu

Miejsce pochodzenia: Chiny

Nazwa handlowa: CPET

Orzecznictwo: CE,ROHS

Numer modelu: CP-DC3001

Warunki płatności i wysyłki

Minimalne zamówienie: 1

Cena: ¥ 42800 yuan

Szczegóły pakowania: Drewniane pakowanie obudowy

Czas dostawy: 35 dni roboczych

Zasady płatności: T/T

Możliwość Supply: 30 zestawów / miesiąc

Najlepszą cenę
Szczegóły produktu
Podkreślić:
Kolor:
Czarny
Okres gwarancji:
12 miesięcy
Numer pozycji:
CPMT-DC3001
Zamiar:
test starzenia baterii
Kolor:
Czarny
Okres gwarancji:
12 miesięcy
Numer pozycji:
CPMT-DC3001
Zamiar:
test starzenia baterii
Opis produktu
Electronic Cigarette / Notebook Lithium Battery Charging And Discharging burning-in Test Equipment
Scope of Application
Electronic Cigarette / Notebook Lithium Battery Charging And Discharging burning-in Test Equipment 0
This specialized equipment is engineered for comprehensive lithium battery module burn-in testing systems, providing reliable performance validation for electric vehicle applications.
Performance Parameters
Electronic Cigarette / Notebook Lithium Battery Charging And Discharging burning-in Test Equipment 1
Parameter Specification Requirements
Burn-in Cabinet Size L2600 * W1320 * H1980 (mm)
Distribution Cabinet Size L600 * W1320 * H1980 (mm)
Electrical Design
  • Incoming line: three-phase 380V / 68A
  • Power distribution: AC output adopts three-phase five-wire system, single-phase voltage supplies power to the power module, with three-phase equalization in layers
  • Control: power output of each layer can be monitored and controlled
Cabinet Layout & Design
  • Overall layout: aging cabinet contains product area and isolation module area with complete isolation
  • Product area: 6 layers, 3 slots per layer, 1 PSU per layer, 6 isolation modules
  • Connection method: hard connection with fixed external interfaces including power supply output, load input, 485 signal, and address signal
  • Heat capacity design: 13.5kW (2.25kW * 6)
Monitoring System
  • PC: supports multiple 485 serial communication, Windows 7 system, 500GB hard disk
  • Includes 22-inch monitor, mouse, keyboard, wireless barcode gun
  • General monitoring: 1-way 485 communication with PC, 4-way downstream 485 communication with monitoring subsystems
  • PSU monitoring: monitors each power supply module through 485 serial communication
  • Load isolation module monitoring: monitors each isolation module through 485 communication
  • Power environment monitoring: individual control of each layer power supply and fan switches
Software Capabilities
  • 485 receives commands from host computer and monitors power modules through CAN
  • Implements output voltage and current limit setting commands
  • Manages voltage, current, temperature, smoke status information queries
  • Comprehensive management of power module monitoring, load isolation, cabinet environment, and product testing
  • Real-time abnormality handling, parameter adjustment, control restart/reset, and alarm recording
Safety & Protection Features
  • Cabinet smoke and over temperature protection systems
  • Heat dissipation: single load cabinet product area has 6KW heat dissipation capacity
  • Leakage protection: 30mA leakage protection circuit breaker installed on AC side
  • Comprehensive fire prevention and emergency protection functions
All specifications and safety features are designed to meet industry standards and ensure reliable, safe operation during lithium battery module burn-in testing procedures.