Gateway enables seamless integration of SNMP-enabled devices into BMS and automation systems. It converts SNMP data into BACnet IP Protocol, allowing efficient monitoring of IT, power, and network infrastructure.
GW BMS 05B
Key Features & Benefits
1. Flexible multi-protocol device server
2. Virtual node support for multiple OEM controllers
3. True protocol translation (no encapsulation)
4. Client / multi-server interoperability
5. Read & write data support
6. CSV-based configuration
7.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
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
Designed for harsh industrial or outdoor environments requiring rugged enclosures
GW BMS SS
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
- Flexible multi-protocol device server
- Virtual node support for multiple OEM controllers
- True protocol translation (no encapsulation)
- Client / multi-server interoperability
- Read & write data support
- CSV-based configuration
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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
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
Designed for harsh industrial or outdoor environments requiring rugged enclosures
GW BMS SS
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 05B is designed to integrate SNMP-enabled devices such as UPS systems, servers, and network equipment with serial-based building and industrial automation networks. It helps bring IT infrastructure data into control systems that operate on Modbus RTU or BACnet MS/TP over RS-485.
The gateway performs true protocol conversion, translating SNMP data and SNMP traps into Modbus RTU or BACnet MS/TP objects. This allows alarms, status, and key parameters from SNMP devices to be monitored and managed reliably by serial-based BMS or PLC systems.
Standards
BACnet IP to Modbus TCP
Performance
Max 1200 points supported
Interface
Serial Port: 1x RS485 (2-Wire / 4-wire), 5 pin terminal
Ethernet Port: 1x 10/100 Ethernet (RJ45)
Serial port included as per standard hardware configuration for the GW BMS 05 series.
Ethernet Port: 1x 10/100 Ethernet (RJ45)
Serial port included as per standard hardware configuration for the GW BMS 05 series.
Indicators
LEDs for Tx, Rx, Power
Electrical Characteristics
Power: 24V AC/DC (Range: 18 to 72V DC, ±10% for 24V AC)
Consumption: 100mA @ 24V DC
Consumption: 100mA @ 24V DC
Physical Characteristics
Dimensions (L x W x H): 46 x 70 x 111 mm
Mounting: DIN Rail
Mounting: DIN Rail
Environment
Operating Temp: -40°C to 85°C
Relative Humidity: 5-90% RH (non-condensing)
Relative Humidity: 5-90% RH (non-condensing)
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