Model:1769-L33ERM
Brand:Allen-Bradley
Dimensions:5.4 x 0.9 x 4.2 inches (138 x 22 x 105 mm)
Weight:0.39 pounds (175 g)
I/O Modules:16
Ethernet/IP Nodes:40
Memory Capacity:1 MB
Ports:1 x USB Programming/Downloading, 2 x EtherNet/IP
Power Supply:24V DC
Inputs:(16) 24V DC Digital Inputs
Outputs:(16) 24V DC Digital Outputs
Analog Inputs:(4) Universal Analog Inputs
Analog Outputs:(2) Universal Analog Outputs
Counters:(4) High-speed Counters
Expansion:(4) I/O Expansion
Ethernet IP Nodes:16
Motion Control:4 Axis CIP motion with Kinematics function
The Allen-Bradley 1769L33ERM Ethernet Input/Output Module is a cornerstone component in modern industrial control systems, engineered for high performance and reliability. Its robust design ensures seamless integration with various control systems, enabling efficient data exchange and control operations.
Equipped with dual Ethernet ports, this module supports up to 40 Ethernet/IP nodes, facilitating a scalable network infrastructure that meets the demands of complex manufacturing environments. It is ideal for applications requiring extensive connectivity and high-speed data transfer.
With its comprehensive I/O configuration, the 1769L33ERM offers a flexible solution for managing digital and analog signals, including (16) 24V DC Digital Inputs, (16) 24V DC Digital Outputs, (4) Universal Analog Inputs, and (2) Universal Analog Outputs. This versatility allows it to adapt to a wide range of industrial automation tasks.
The module’s advanced motion control capabilities, featuring 4 Axis CIP Motion with Kinematics function, provide precise control over motors and actuators, ensuring smooth operation and enhanced productivity in robotic and machine automation applications.
Crafted with durability and reliability in mind, the Allen-Bradley 1769L33ERM is equipped with a 1MB memory and supports a compact yet robust power supply system, ensuring uninterrupted operation under demanding conditions. Its lightweight design and small footprint make it easy to integrate into existing systems without compromising on functionality.
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