The ABB CI532V02 submodule acts as a bridge for MODBUS communication in industrial automation systems, enhancing data exchange efficiency between various control devices.
The ABB CI532V02 submodule acts as a bridge for MODBUS communication in industrial automation systems, enhancing data exchange efficiency between various control devices.
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Brand:ABB
Model Number:CI532V02
Submodule Type:MODBUS Interface
Compatibility:Industrial Control Systems
Communication Protocol:MODBUS RTU
Power Consumption:5W (max)
Operating Temperature:-20°C to +70°C
Dimensions:140mm x 70mm x 30mm
Weight:0.2kg
Connector Type:M12 Connector
Data Transfer Rate:9600 bps
Input Voltage Range:DC 12V to 24V
The ABB CI532V02 MODBUS Interface Submodule is engineered with advanced semiconductor technology to ensure reliable and stable performance under demanding industrial conditions. Its compact size allows for flexible installation in space-constrained environments, making it an ideal choice for retrofit applications.
Designed with a focus on ease of integration, this submodule requires minimal configuration, enabling quick setup without extensive technical expertise. It supports real-time data acquisition and control, significantly improving the responsiveness and efficiency of industrial processes.
Featuring robust communication capabilities, the submodule seamlessly connects with a variety of devices and systems, ensuring seamless integration within existing infrastructure. This compatibility extends to a wide array of protocols, making it a versatile solution for diverse industrial settings.
Built to withstand harsh industrial environments, the submodule boasts a durable construction capable of withstanding the rigors of continuous operation. Its IP20 protection rating ensures adequate protection against dust and minor water splashes, guaranteeing reliable performance in a range of settings.
The submodule is compatible with a broad spectrum of automation software and hardware platforms, offering compatibility with leading brands in the industry. This compatibility enhances the modular approach to automation, allowing for the creation of scalable and adaptable control systems tailored to specific needs.
