Schneider 140NOL91110 I/O Modules
The Schneider Electric 140NOL91110 I/O Modules are designed for advanced control system integration, ensuring seamless data exchange in industrial automation environments.
The Schneider Electric 140NOL91110 I/O Modules are designed for advanced control system integration, ensuring seamless data exchange in industrial automation environments.
Model:140NOL91110
Category:I/O Modules
Manufacturer:Schneider Electric
Input/Output Capacity:8 Input, 8 Output Channels
Power Supply:DC 24V
Communication Interface:Interbus
Operating Temperature:-20°C to +70°C
Enclosure Type:IP20
Connectivity:2 x M12 Ethernet Connector
The Schneider 140NOL91110 I/O Modules are a cornerstone of modern industrial control systems, designed with the highest standards of reliability and durability to ensure seamless operation in harsh environments.
These modules boast an impressive operating temperature range from -20°C to 70°C, making them suitable for a variety of industrial applications worldwide. They efficiently consume power, drawing up to 50mA at 24V DC, which makes them energy-efficient and cost-effective for extended operations.
Equipped with Modbus RTU communication protocol, these modules facilitate easy integration with other devices in a network, enabling efficient data exchange and control over industrial processes.
The M12 connector ensures a secure and reliable connection, allowing for quick installation and maintenance. With a total of 16 inputs and outputs, they provide ample connectivity for complex control systems, ensuring flexibility and scalability.
The modules can handle a wide range of loads, supporting up to 3A per channel, which is ideal for various industrial applications requiring high current capabilities. Their robust design and comprehensive feature set make the Schneider 140NOL91110 I/O Modules a versatile choice for enhancing efficiency and precision in industrial automation.
The Schneider Electric 140NOL91110 I/O Modules are designed for advanced control system integration, ensuring seamless data exchange in industrial automation environments.