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

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Shenzhen CPET Electronics Co., Ltd.

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

Name: EV Vehicle Motor Controller BMS Battery Management System Board Burn In Test
Brand: CPET
Price: 9500 USD

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

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

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

Scope of application

This equipment is mainly used for high temperature burn-in test of BMS board of vehicle motor controller.

Performance parameters

Skills requirement	Burn-in cabinet size(mm)	L1600W1100H1600
	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

Product Tags:

bms burn in test

bms burn in equipment

motor controller burn in test

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

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