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Automation 7DM465.7 Digital Mixed Module

The B&R Automation 7DM465.7 Digital Mixed Module is designed for integration into advanced automation systems, offering seamless connectivity and versatile functionality.

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Automation 7DM465.7 Digital Mixed Module

Series:B&R Automation

Model:7DM465.7

Type:Digital Mixed Module

Connector Type:Compact

Input Voltage:85…264 Vac

Output Voltage:24 Vdc, 100mA

Channels:16 Inputs / 4 Outputs

Communication Interface:RS485

Operating Temperature:-20°C to +70°C

Storage Temperature:-40°C to +85°C

Protection Class:IP20

Dimensions (mm):120 x 100 x 96

Weight (kg):0.4

B&R 7DM465.7 is a high performance digital hybrid module designed for industrial automation.

Product type: digital input/output module for industrial automation scenarios, such as robot control, CNC machining, logistics automation, etc.

Input/Output Configuration: Supports 16 digital input channels and 16 digital output channels, with an input voltage of 24V DC, a response time of 1ms, and an output current of up to 0.5A.

Operating temperature range: -20°C to +70°C, ensuring stable operation under extreme conditions.

Protection level: IP20, preventing dust and water intrusion, suitable for industrial environments.

Size and Weight: Module weight is 0.4kg, compact design for easy installation and maintenance.

Communication protocol: Support RS485 standard communication protocol, strong compatibility, easy to integrate with other systems.

Application Scenario: Widely used in industrial automation, including robotics, automated production lines, medical equipment and automotive industry.

In summary, B&R 7DM465.7 digital hybrid module occupies an important position in the field of industrial automation by virtue of its high performance, reliability and flexibility, and is a key component in modern manufacturing and industrial control systems.

The B&R 7DM465.7 is a reliable and flexible industrial automation component that meets the diverse needs of modern manufacturing processes thanks to its high performance and stability.