Gateway is designed to enable flexible communication between Modbus-based Slave devices for in industrial automation systems. It supports advanced Modbus networking scenarios where standard master–slave communication is not sufficient.
GW BMS SS
Key Features & Benefits
1. Supports Modbus RTU and Modbus TCP communication
2. Enables Modbus Slave–Slave communication
3. Supports up to 100 Modbus TCP slave devices
4. Can function as a data concentrator for Modbus networks
5. Supports up to 62 Modbus RTU devices across two RS-485 ports
6.Supports up to 1500 data points by default
7. System performance depends on the number of data points written
8.Powered by a BTL-Certified BACnet Chipset
PRODUCT CATEGORIES
Designed for stable data acquisition in industrial BMS networks
GW BMS 01
RS232/RS485 communication for efficient battery monitoring integration.
GW BMS 01 02
Engineered for reliable multi-node connectivity in Battery Management Systems
GW BMS 02
Enhanced stability and fail-safe operation for critical BMS applications
GW BMS 02 02 R
Supporting high-speed RS485 links for large battery clusters
GW BMS 05 A
Optimized for multi-drop BMS communication and low-latency data transfer
GW BMS 05B
Enhanced BMS gateway with extended port configuration for robust and scalable battery monitoring
GW BMS 05 C
RS485 communication module supporting high-noise immunity for demanding BMS environments
GW BMS N2
High-capacity serial device aggregation with robust Ethernet communication.
GW BMS A
Designed to support multi-string battery data acquisition networks.
GW BMS 05D
Supporting parallel data channels for distributed battery systems
GW BMS MM
Communication for medium-scale BMS deployments
GW BMS 04B-02
Flexible channel options and strong EMC performance for industrial setups
GW BMS 04 A/ B / C / D
Communication between battery clusters and monitoring units
GW BMS 02 02
Key Features & Benefits
- Supports Modbus RTU and Modbus TCP communication
- Enables Modbus Slave–Slave communication
- Supports up to 100 Modbus TCP slave devices
- Can function as a data concentrator for Modbus networks
- Supports up to 62 Modbus RTU devices across two RS-485 ports
- Supports up to 1500 data points by default
- System performance depends on the number of data points written
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PRODUCT CATEGORIES
Designed for stable data acquisition in industrial BMS networks
GW BMS 01
RS232/RS485 communication for efficient battery monitoring integration.
GW BMS 01 02
Engineered for reliable multi-node connectivity in Battery Management Systems
GW BMS 02
Enhanced stability and fail-safe operation for critical BMS applications
GW BMS 02 02 R
Supporting high-speed RS485 links for large battery clusters
GW BMS 05 A
Optimized for multi-drop BMS communication and low-latency data transfer
GW BMS 05B
Enhanced BMS gateway with extended port configuration for robust and scalable battery monitoring
GW BMS 05 C
RS485 communication module supporting high-noise immunity for demanding BMS environments
GW BMS N2
High-capacity serial device aggregation with robust Ethernet communication.
GW BMS A
Designed to support multi-string battery data acquisition networks.
GW BMS 05D
Supporting parallel data channels for distributed battery systems
GW BMS MM
Communication for medium-scale BMS deployments
GW BMS 04B-02
Flexible channel options and strong EMC performance for industrial setups
GW BMS 04 A/ B / C / D
Communication between battery clusters and monitoring units
GW BMS 02 02
Introduction
The GW BMS SS is designed for applications where Modbus RTU slave devices need to communicate with other slave devices. It allows slave-to-slave data sharing by acting as an intelligent intermediary, enabling seamless communication between serial and Ethernet Modbus networks. Both gateways support CSV-based configuration and flexible RS-485 port roles, but they are differentiated by the type of Modbus device.
Standards
Modbus RTU, Modbus TCP, HTTPS, DHCP Client
Performance
Serial Port: Up to 115Kbps
Ethernet Port: 10/100 Mbps
Points: Default 1500 supported
Ethernet Port: 10/100 Mbps
Points: Default 1500 supported
Interface
Serial Port: 2 x RS-485 (2 wire), Two of 3-pin screw type terminal blocks
Ethernet Port: 1 x 10/100 Ethernet, RJ45 Connector
Ethernet Port: 1 x 10/100 Ethernet, RJ45 Connector
Indicators
LEDs for Tx, Rx, Power
Cables Distance
Subject to standard RS-485 limitations. A 485 Repeater may be required.
Electrical Characteristics
PPower: 24V AC/DC (Range: 18 to 30 V)
Consumption: 100mA @ 24V
Connector: 3-pin screw type
Consumption: 100mA @ 24V
Connector: 3-pin screw type
Physical Characteristics
Dimensions: 46.5 x 84.5 x 106.5 mm
Mounting: DIN Rail
Mounting: DIN Rail
Environment
Operating Temperature: -40°C to 85°C
Relative Humidity: 5-90% RH, non-condensing
Relative Humidity: 5-90% RH, non-condensing
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