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No. | Name | Explain | matters needing attention |
1 | B+ B- | Power port connected to battery side total positive and total negative | Terminal MPC120 |
2 | P+ P- | Power port connected to charging equipment (UPS) or DC bus | Terminal MPC120 |
3 | AC 220V | The municipal power supply signal input port must be taken from the ups output side | When the Municipal power is on, BMS starts up; Municipal power off, BMS Shutdown (ensure that BMS and mains power are switched on and off synchronously to save BMS's self consumption of battery) |
4 | ON OFF | On: the circuit breaker is closed; Off: the circuit breaker is disconnected | When the handle of the circuit breaker is in the tripping state in the middle position, it needs to be turned to Off before it can be closed. |
5 | D1 D1 D2 D2 | Two dry contact output reserved | No charge, no discharge, dry contact output |
6 | DC Start | DC start button: start RBMS system by taking power from the battery side. | The system is connected to the battery. After the circuit breaker is closed, press and wait for the light to light up, indicating that the system is powered on. |
7 | Status | System status indicator | System normal: the green light is always on System alarm: the yellow light is always on Self test failure and protection status: the red light is always on Charging: the green light flashes Discharge: red light flashing Self checking: red and green flashing alternately Pre-charging: yellow flashing |
8 | 1 2 4 8 | ID allocation: when multiple RBMs are used in parallel, the ID is allocated by setting the dial switch. You must start with 1 | The dial switch has 4 bits in total and supports up to 15 RBMs Parallel machine 1 ON: ID+1 2 ON: ID+2 3 ON: ID+4 4 ON: ID+8 |
9 | LAN | RBMS upper computer system software can be connected to PC through network cable | The network cable standard is CAT5 or above, and can be connected by cross line or straight line. The line sequence can be according to the standard tia-586A or tia-568B |
10 | CAN-R 485-R | Setting description of terminal matching resistance during can and 485 communication: (120R), on is effective | For parallel application, only the last one needs to be set; Single machine should be used flexibly according to the site conditions (interference, communication distance, etc.) |
11 | COM1 COM2 | RBMs external communication port: In parallel application: communicate with SBMS In stand-alone application: communicate with UPS / PCS external equipment | The randomly configured twisted pair shielded harness must be used. See the harness label for the definition of wire sequence |
12 | GND 24V | For supplying power to SBMS | |
13 | BMU | Communication interface with BMU | communication with BMU level |
14 | RBMS cabinet ground point | It must be reliably grounded and the grounding resistance is less than 1 ohm |
Basic parameters | Max Current | 125A |
Max voltage | 350V.600V(Optional) | |
Power consumption | ≤15W | |
Current sampling accuracy | 1%FSR | |
Insulation withstand voltage | 2800VDC <1mA 1min | |
Protection level | IP20 | |
Dimension(W*H*D) | 482*132*500(mm) | |
Net Weight | ~15Kg | |
Communication Port | Communication port with BMU | CAN |
Communication port with UPS | RS485/CAN | |
Communication port with SBMS | RS485/CAN | |
Communication with monitoring software | Ethernet | |
Basic Function | Battery charge&discharge Management | available |
Battery Temperature Management | available | |
IAP Upgrade | available | |
System protection parameter setting | available | |
Short circuit protection | available(20KA 20ms) | |
Pre-charge function | available | |
Parallel circulation control | available | |
Event record | Available 5000pieces | |
DC power Start | available (battery powered, municipal power as on / off signal) | |
Functions Optional | Insulation detection | Applicable to system voltage ≧300V |
HMI display | 3.5 inches display (embedded inside the cabinet) | |
Stand-alone or parallel function | Set up before leaving the factory | |
Dry contact | Maximum 2 dry contact outputs (optional) | |
Others | Appearance, Color | RAL9005 Black sand grain |
Installation method | Suitable for standard 19- inch cabinet installation | |
Incoming and outgoing line mode | Front side in and front side out. | |
Operating ambient temperature | -20℃~60℃ | |
Operating ambient humidity | 5%~75%RH | |
Comply with National standards | GB/T 16935.1 GB/T 17626.2 GB/T 17626.5 | |
Safety Certification | Comply with CE certification standards |


1 | Advanced Battery Management System --- The highly integrated battery management system enables seamless monitoring. |
2 | perfect self-test and operational status detection, with HMI display, system operation information at a glance. |
3 | perfect and reliable system control and protection strategies to fully protect the battery safety, extend the life of the battery escort. |
4 | Modular design, configurable, scalable --- flexible combination of multiple energy storage unit can be expanded to a larger energy storage system, the maximum can support 272 (lead-carbon battery 400) battery series. |
5 | Rich communication interface --- multiple RS485, CAN, Ethernet, dry contact input and output interfaces, support for most of the market with PCS, monitoring server communication. |
6 | Flexible communication interface protocol --- The company comes with the company's communication protocol, but also according to customer needs to adapt to PCS of different manufacturers. |
7 | Capacity is large --- Built-in large-capacity memory chips can store a large number of key operational data, but also can install an SD card for offline access. |
8 | PCS has a protocol control function, the choice of circuit breaker version . |
9 | PCS without protocol control function, the choice of contactor + breaker version |
10 | Automatic circulation control and automatic parallel machine \\ offline control can easily realize the parallel connection of battery packs. |



