#Product System Overview
#Product Feature
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 and expandable---multiple energy storage units can be flexibly combined to expand into a larger energy storage system, which can support up to 256 cells (400 cells for lead-carbon batteries) in series. |
5 | Rich communication interfaces---multi-channel RS485, CAN, Ethernet, dry contact input and output and other interfaces, support communication with most PCS and monitoring servers on the market. |
6 | The communication interface protocol is flexible---the factory comes with the company's communication protocol, and can also adapt to the PCS of different manufacturers according to customer needs. |
7 | The capacity is big---the built-in large-capacity storage chip can store a large amount of key operating data, and an SD card can be added to store the historical data of the battery cells |
8 | Automatic circulation control and automatic parallel/offline control can easily realize parallel connection of battery packs. |
No. | Name | Description | Precautions |
1 | B+ B- N | Power port connected to battery side total positive, total negative, and neutral | Recommend to connecting bolt M10*16, torque 12-20N m |
2 | P+ P- N | Power port for connection to charging equipment (UPS) or DC bus | Recommended connecting bolt M10*16, torque 12-20N m |
3 | AC Input | The municipal power supply input port must be taken from the UPS/Inverter output side | 85~264VAC 1A max |
4 | ON OFF | ON: The circuit breaker is ON. OFF: The circuit breaker is disconnected | When the handle of the circuit breaker is in the trip state in the middle position, it needs to be turned OFF before it can be closed again. |
5 | D1 D1 D2 D2 | Two dry contact output reserved | Not yet open for use |
6 | Start | DC start button: start the RBMS system bytaking power from the battery side | The system is connected to the battery, after the circuit breaker is ON, press and wait for the light to turn on, indicating that the system is turned on |
7 | System | System status indicator | System normal: Green Alarm: yellow light Self test failure and protection status: red light Charging: 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 are allocated by setting the DIP switch. Must start at 1 | There are 4 DIP switches in total, supporting up to 15 RBMS in parallel 1 ON: ID+1 2 ON: ID+2 3 ON: ID+4 4 ON: ID+8 |
9 | TCP/IP | The RBMS host computer system software can be connected to the PC through the network cable | Network cable standard CAT5 or above, crossover cable or straight cable can be used, the line sequence can be according to the standard TIA-586A or TIA-568B |
10 | T-CAN T-485 | Terminal matching resistance setting during can and 485 communication Setting Description: (120R), on is valid | In parallel application, only the last one needs to be set. In stand-alone application, it can be used flexibly according to site conditions (interference, communication distance, etc.). |
11 | COM-IN COM-OUT | RBMS external communication port: When multiple RBMS in parallel: Communication with SBMS When RBMS Stand-alone: communicate with UPS/PCS external devices | The shielded twisted-pair cable harness must be used randomly. The cable sequence is defined in the cable harness label |
12 | GND HMI-B HMI-A 24V | 1.For external display connection 2.For powering SBMS | Please connect the display screen according to the silk screen sequence |
13 | BMU-OUT | Communication interface with BMU | Cascaded communication between BMU |
14 | ![]() | RBMS chassis ground | Must be grounded, and the grounding resistance is less than 1Ω |