Shenzhen CPET Electronics Co., Ltd.

Manufacturer from China
Verified Supplier
2 Years
Home / Products / New Energy Solutions /

EV Vehicle Motor Controller BMS Battery Management System Board Burn In Test

Contact Now
Shenzhen CPET Electronics Co., Ltd.
Visit Website
City:shenzhen
Country/Region:china
Contact Person:MissEllian Deng
Contact Now

EV Vehicle Motor Controller BMS Battery Management System Board Burn In Test

Ask Latest Price
Video Channel
Brand Name :CPET
Model Number :CP-BMS02
Place of Origin :China
MOQ :2sets
Price :9500dollars/set
Payment Terms :L/C
Supply Ability :30sets/month
Delivery Time :45 work days
Packaging Details :Wooden case packing
Trolley size (mm) :L1600*W1100*H1600
Warranty :1 year
weight :400kg
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

EV Vehicle Motor Controller BMS (Battery Management System)Board Burn-In Test

Scope of application
EV Vehicle Motor Controller BMS Battery Management System Board Burn In Test
This equipment is mainly used for high temperature burn-in test of BMS board of vehicle motor controller.
Performance parameters
EV Vehicle Motor Controller BMS Battery Management System Board Burn In Test
Skills requirement Burn-in cabinet size(mm) L1600*W1100*H1600
Rated working voltage 380Vac
Rated insulation voltage 690Vac
Rated frequency 50Hz
Rated working current 32A
Power frequency withstand
voltage for 1 minute
2500Vac
UUT input specifications 12VDC/5Amax*36passageway
UUT output specifications Static burn-in without load
Number of burn-in stations 36 (6 layers * 6, hierarchical control)
Burn-in temperature requirements

Product area (50 ℃ ~ 85 ℃) can be set, ± 3 ℃ precise control

Temperature rise

Requires a temperature rise from room temperature to 85 ° C within 15 minutes. When the internal temperature is high,the surface temperature of the burn-in cabinet is below 35 °

Temperature rise

Circulation air control, hot air is prohibited to be discharged directly to the workshop
environment

Master switch Route 1 32A
Branch switch 6 way 10A/30mA/3P or 1P
Noise <70dB (measured at a distance of 1m from the device)
Structural requirements Dimension(mm) 1600(W)*1100(D)*1600(H)
In and out line Support next in and next out
Installation method Floor installation
Burn-in slot layout requirements 6 layers, 6 burn-in (3 before 3) slots per layer; each layer is individually powered on
Docking method Cable flexible connection
Cabinet door Front and rear double doors
Maintenance method Front, back, left and right maintenance
Monitor and indicate Monitoring requirements

Touch screen displays the power-on state and sensor state of each slot

Safety requirements

1.With power supply, product and other key components short-circuit, over-current field energy analysis
2.With energy analysis under over-temperature, smoke and liquid leakage scenarios
3.The control circuit has a leakage protection
function
4.Possess the ability to detect and operate ground faults and leakage faults
5.PLC control, real-time monitoring of burn-in cabinet status

Panel instructionsv Status indicator of each slot
Inquiry Cart 0