BMS Integrated Machine 12V/24V BMS

• Customization: Available

Product Description

 

                       <

BMS Integrated machine    

User's Manual

 

[201802]
[V1.0]

 

 


 

 

Catalog
1 Product introduction 3
2 main features 3
3 Product Appearance Chart 4
4 technical parameter 4
5 Interface definition 5
5.1  Description of P1(2*8) Joint Definition 5
5.2  Description of P2(2*10) Joint Definition 6
5.3  Description of P4(2*12) Joint Definition 7
5.4  Definition of P3(2*14) Joints 8
5.5,Description of P5(2*3) Joint Definition 9
6 Installation of Products 10
6.1 Product Installation Dimension Diagram 10
6.2 Principle diagram of product wiring 11












 

 

1 .Product introduction

BMU01 is a battery management system integrated with collector voltage acquisition, temperature acquisition, current acquisition, charge and discharge control and communication. It has the advantages of strong anti-interference ability and small size. It can be applied to lithium batteries with different chemical properties, such as ternary materials, lithium iron phosphate, etc. It is used in various electric low-speed vehicles, field vehicles, motorcycles and other occasions.

2 .main features

• Small size and low power consumption.
• Support 32 series lithium battery voltage sampling and management.
• Support 32 series lithium battery passive equalization.
• Support 8-channel temperature acquisition.
• High-precision charging and discharging current sampling.
• Software and Hardware battery overvoltage, undervoltage, overtemperature protection.
• The battery SOC is estimated intelligently according to the battery voltage and current.
• Supports two-way CAN communication and can communicate with motor controller or charger.
• It supports one RS485 communication, one of which is used to communicate with the host computer.
• There are four relays with low side output.
• There are two trunk outlets.
• Two-way switch signal input.
• Supporting fast charge, slow charge gun and temperature detection

3.Product Appearance Chart

 

4technical parameter

parameter	Typical	Min	Max.	Unit
Power supply voltage	12V/24V	9	36	V
Power waste	1.5	/	1.8	W
Acquisition of Battery Series Number	32	8	32	strand
Acquisition of temperature sensitive circuit number	8	1	8	road
DC fast charging temperature	2	0	2	road
AC slow charging temperature	2	0	2	road
Voltage Collection Range of Single Core	/	2.5	5.0	V
Voltage Accuracy of Single Core	±10	0	±20	mv
Temperature acquisition range	/	-40	110	ºC
Accuracy of temperature acquisition	±1	0	±2	ºC
SOC	5	0	8	%
Accuracy of current acquisition	1	0	2	%
Balanced current	100	/	/	mA
Precharge	Support	/	/	/
Equilibrium Failure Protection	Support	/	/	/
Working temperature range	/	-35	75	ºC
Storage temperature	/	-40	85	ºC
relative humidity	/	10	95	%
Anti-EMI Range	/	150KHZ	1000MHZ	HZ

5.Interface definition

5.1  Description of P1(2*8) Joint Definition

  


 

Introduction of P1(2*8) pin function Plug type: molex 35563-1615     Type of crimping terminal: molex 50654-1001
NO.	PN.	direction	Function description	parameter
8	POWER+	Input	Host power supply interface	Input Voltage Range 8V~36V
16	POWER-	Input
1	CAN1_H	\	Vehicle CAN Communication Interface Matched 120_Resistor	CAN_H
2	CAN1_L	\		CAN_L
9	CAN2_H	\	Charger CAN Communication Interface Matched 120_Resistor	CAN_H
10	CAN2_L	\		CAN_L
3	LCD_P+	Output	Power Supply Output of Display Screen	\
4	LCD_P-	Output		\
11	LCD485-A	/	Touch screen (PC) RS485 Communication Interface	RS485_A
12	LCD485-B	/		RS485_B
6	GND	Output	Power Supply to Current Sensor Current Sensor Output Signal Ground of Current Sensor	power supply
7	IBAT	Input		0.5V~4.5V
8	Vcc	Output		power supply (+5V)
13	ON	Input	Start Switch Signal Detection Interface	+12V
14	READY	Input	CHARG_READY	Can be used as CAN-free communication charger ready signal 12V
15	CHG_P+	Input	Charger + 12V	Power supply

5.2  Description of P2(2*10) Joint Definition

  
 

Introduction of pin function of BMU01 P2(2*10)  Plug type: molex 35564-2015       Type of crimping terminal:molex 50654-1001
NO.	PN.	direction	Function description	parameter
1	CC2	Input	DC Charging Gun Connection Detection DC Charging Gun Temperature Sensor 2 Interface	4 V ~7 V
2	T3+			NTC (25ºC10K 1%)
3	T4+
4	T3-/T4-
5	K6COM	Output	Passive output of relay Permissible Charging: Closed No Charging: Disconnect	Charger Enablation
6	K6ON
7	K5COM	Output	Passive output of relay Allowed Motor Controller: Closed No Motor Controller: Disconnect	Motor Controller Enablation
8	K5ON
9	K3ON	Output	Active output of relay Permissible Charging: Closed No Charging: Disconnect	Pre-charging relay control POWER-(12V/24V)
10	K1ON	Output	Active output of relay Permissible Charging: Closed No Charging: Disconnect	Charging Relay Control POWER-(12V/24V)
11	AC-CP	AC Charging Gun: Input	PWM detection interface; Connection detection interface;	<=1KHZ
12	AC-CC			1 V ~9V
13	T3+		Charging Gun Temperature	NTC (25ºC10K 1%)
14	T4+
15	T3-/T4-
16	SW2_G	Input	Input Switch Signal 2 Detection Ground
17	SW1_G	Input	Input Switch Signal 1 Detection Ground
18	SW1,SW2	Input	High Detection of Input Switch Signal
19	K4ON	Output	Active output of relay Permissible Charging: Closed No Charging: Disconnect	Heating and refrigeration Control Relay POWER-(12V/24V)
20	K2ON	Output	Active output of relay Permissible Charging: Closed No Charging: Disconnect	Discharge relay control POWER-(12V/24V)

5.3 . Description of P4(2*12) Joint Definition

  





 

Introduction of pin function of acquisition module P4(2*12) Plug type:JAE  MX34024SF1     Type of crimping terminal:M34S75C4F1
NO.	PN.	direction	Function description	parameter
24	B-	Input	The negative pole of the first battery corresponding to this module	/
23	B1+	Input	Section 1 Positive Electrodes of Batteries	/
12	B2+	Input	Section 2 Positive Electrodes of Batteries	/
11	B3+	Input	Section 3 Positive Electrodes of Batteries	/
10	B4+	Input	Section 4 Positive Electrodes of Batteries	/
9	B5+	Input	Section 5 Positive Electrodes of Batteries	/
8	B6+	Input	Section 6 Positive Electrodes of Batteries	/
7	B7+	Input	Section 7 Positive Electrodes of Batteries	/
6	B8+	Input	Section 8 Positive Electrodes of Batteries	/
5	B9+	Input	Section 9 Positive Electrodes of Batteries	/
4	B10+	Input	Section 10 Positive Electrodes of Batteries	/
3	B11+	Input	Section11 Positive Electrodes of Batteries	/
2	B12+	Input	Section 12 Positive Electrodes of Batteries	/
1	B13+	Input	Section 13 Positive Electrodes of Batteries	/
13	B14+	Input	Section 14 Positive Electrodes of Batteries	/
22	T1+	Input	Temperature Sensor 1 Interface	NTC (25ºC10K)
21	T1-
20	T2+	Input	Temperature Sensor 2 Interface	NTC (25ºC10K)
19	T2-
18	T3+	Input	Temperature Sensor 3 Interface	NTC (25ºC10K)
17	T4-
16	/
15	/
14	/

5.4 . Definition of P3(2*14) Joints

 

Introduction of P3(2*14) pins Plug type:JAE  MX34028SF2          Type of crimping terminal:M34S75C4F1
NO.	PN.	direction	Function description	parameter
27	B15+	Input	Section 15 Positive Electrodes of Batteries	/
28	B16+	Input	Section 16 Positive Electrodes of Batteries	/
14	B17+	Input	Section 17 Positive Electrodes of Batteries	/
13	B18+	Input	Section 18 Positive Electrodes of Batteries	/
12	B19+	Input	Section 19 Positive Electrodes of Batteries	/
11	B20+	Input	Section 20 Positive Electrodes of Batteries	/
10	B21+	Input	Section 21 Positive Electrodes of Batteries	/
9	B22+	Input	Section 22 Positive Electrodes of Batteries	/
8	B23+	Input	Section 23 Positive Electrodes of Batteries	/
7	B24+	Input	Section 24 Positive Electrodes of Batteries	/
6	B25+	Input	Section 25 Positive Electrodes of Batteries	/
5	B26+	Input	Section 26 Positive Electrodes of Batteries	/
4	B27+	Input	Section 27 Positive Electrodes of Batteries	/
3	B28+	Input	Section 28 Positive Electrodes of Batteries	/
2	B29+	Input	Section 29 Positive Electrodes of Batteries	/
1	B30+	Input	Section 30 Positive Electrodes of Batteries	/
15	B31+	Input	Section 31 Positive Electrodes of Batteries	/
16	B32+	Input	Section 32 Positive Electrodes of Batteries	/
17	T8-	Input	Temperature Sensor 8 Interface	NTC (25ºC10K)
18	T8+
19	T7-	Input	Temperature Sensor 7 Interface	NTC (25ºC10K)
20	T+
21	T6-	Input	Temperature Sensor 6 Interface	NTC (25ºC10K)
22	T6+
23	T5-	Input	Temperature Sensor 5 Interface	NTC (25ºC10K)
24	T5+
25	T4-	Input	Temperature Sensor 4 Interface	NTC (25ºC10K)
26	T4+

5.5,Description of P5(2*3) Joint Definition

 

Introduction of P5(2*3) pins  Plug type:molex 39-01-2030      Type of crimping terminal:molex 39-00-0039
NO.	PN.	direction	Function description	parameter
1	HV2+	Input	Charging total	/
2	HV1+	Input	Total load	/
3	BAT_HV+	Input	Battery pack alignment	/
4	BAT_HV-	Input	Total negative battery pack	No connection.
5	/	/	/	/
6	PG	Input	Frame	No connection.

 

6 .Installation of Products

6.1  Product Installation Dimension Diagram

 

6.2  Principle diagram of product wiring