Physical dimensions:
Net length: 4 inches
Net height: 10 inches
Net width: 8 inches
Net weight: not explicitly stated, but mentioned as a small device
Battery information:
Number of batteries: 1
Battery type: button battery
Chemical composition of battery: lithium
Battery weight: 5 grams
Other specifications:
Number of technical channels: unspecified
WEEE category: 5
Country of Origin: India (Malta)
Functional Features
Communication ability:
SPBRC410 has an Ethernet interface that supports Modbus TCP protocol, allowing seamless integration with various Ethernet based computer systems.
Support multiple communication configuration options, such as unicast, broadcast, and multicast, to meet the communication needs between different devices.
In addition to Modbus TCP interface, it may also have multiple interfaces such as RS-232, RS-485, etc., which facilitate connection and communication with various devices.
Digital signal output:
It can output various digital signals, including relay signals and TTL level signals, which can be directly used to control various industrial equipment.
The control capability of output signals enables SPBRC410 to be applied in scenarios that require precise automation control.
Programmability:
Support programmable control, users can use specific programming languages or development tools for customized programming and algorithm development to meet different application needs.
This programmability gives SPBRC410 a high degree of flexibility and adaptability.
Data processing capability:
Modules may have data processing capabilities for processing and analyzing input signals to meet specific control requirements.
Reliability and stability:
Using high-quality materials and manufacturing processes, and undergoing rigorous testing and inspection to ensure its excellent reliability and stability.
Capable of maintaining stable performance in harsh environments such as high temperature, low temperature, and high humidity.
Application scenarios
ABB SPBRC410 is widely used in various industrial fields, including but not limited to:
Energy: In the energy industry, SPBRC410 can be used to control and manage various energy equipment, such as generators, transformers, etc.
Transportation: In the field of transportation, it can be used for traffic signal control, rail transit equipment control, etc.
Manufacturing: In the manufacturing industry, SPBRC410 can be used for automation control on production lines, such as robot control, equipment linkage, etc.
Mobile systems: Automated control of mobile systems such as trains, vehicles, ships, etc.
Solar energy: In the field of solar energy, it can be used for monitoring and controlling solar power generation systems.