Model:531X306LCCBEG3

Manufacturer:General Electric

Type:Analog I/O Terminal Board

Weight:0.44 kg

Dimensions:W x H x D (mm)

:182 x 164 x 30

Operating Voltage Range:5-24V DC

Current Consumption:Up to 200mA

Number of Channels:4 Analog Input, 4 Analog Output

Communication Protocol:RS-485

Operating Temperature:-20°C to +70°C

Storage Temperature:-40°C to +85°C

Connection Type:DIN Rail Mounting

Material:Engineered Plastic

Environmental Compliance:RoHS Compliant

    The General Electric 531X306LCCBEG3 Analog I/O Terminal Board is specifically engineered for seamless integration into a wide range of industrial control systems, ensuring reliable and efficient data processing capabilities. Its robust design withstands the harshest industrial conditions, providing dependable performance in various applications.

    Featuring an advanced communication interface, this terminal board supports seamless data exchange with other system components, enabling real-time monitoring and control of industrial processes. Its high current consumption capability allows for direct interfacing with a multitude of sensors and actuators, enhancing operational efficiency.

    With 8 channels dedicated for analog input and output operations, this board offers unparalleled flexibility in managing diverse industrial tasks. The DIN rail mountable design ensures easy installation and maintenance, aligning perfectly with modern industrial automation standards.

    Engineered with precision and reliability in mind, the General Electric 531X306LCCBEG3 Analog I/O Terminal Board complies with stringent international safety and quality standards, including CE certification. It is meticulously crafted using premium materials to ensure longevity and optimal performance in challenging industrial settings.

    Experience enhanced productivity and reduced downtime with the General Electric 531X306LCCBEG3 Analog I/O Terminal Board. Its versatile capabilities make it an indispensable addition to any industrial automation project, driving efficiency and innovation in manufacturing processes.