The 5069-L306ERM is a high-performance, mid-range controller from the CompactLogix 5380 family by Rockwell Automation. Designed for modern industrial applications, it provides increased processing power, high-speed I/O throughput, and integrated motion control capabilities. It is particularly well-suited for machine builders requiring precision, scalability, and enhanced security within the Logix 5000 ecosystem.
Key Technical Specifications
| Parameter |
Specification Details |
| Model |
5069-L306ERM |
| Brand |
Allen-Bradley (Rockwell Automation) |
| User Memory |
0.6 MB |
| Integrated Motion |
Up to 2 CIP Motion axes |
| Ethernet Nodes |
Supports up to 16 Ethernet/IP nodes |
| Local I/O Modules |
Supports up to 8 local 5069 I/O modules |
| Communication Ports |
2 Ethernet (Gigabit) / 1 USB (Programming) |
| Power Supply |
Module requires external 5069-RTB22 or similar for DC power |
| Programming Software |
Studio 5000 Logix Designer (v28 or later) |
Core Functionalities
1. Integrated Motion on EtherNet/IP
The "M" in the model name signifies Integrated Motion capability. The 5069-L306ERM supports up to 2 axes of coordinated motion, allowing for precise control of Kinetix drives and motors over a standard Ethernet cable without the need for dedicated motion hardware.
2. Dual Gigabit Ethernet Ports
This controller features two 1-Gigabit Ethernet ports that can be configured in two modes:
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Dual-IP Mode: Assign separate IP addresses to each port to isolate plant-floor traffic from the enterprise network.
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Linear/DLR Mode: Allows for Device Level Ring (DLR) topologies, providing network resiliency so that a single cable break does not stop the system.
3. 5069 I/O Platform
It utilizes the 5069 Compact I/O platform, which offers significantly faster backplane speeds compared to older generations. This results in reduced latency and more deterministic I/O performance for high-speed counting or sensing applications.
Technical FAQs
What is the difference between the 5069-L306ER and the 5069-L306ERM?
The ER version is a standard controller with no integrated motion capability. The ERM version includes support for CIP Motion, making it capable of controlling synchronized servo axes.
Does the 5069-L306ERM require a battery?
No. Like most modern Logix controllers, it uses internal non-volatile memory and energy storage (capacitors) to back up the user program and data during a power loss, eliminating the need for periodic battery replacement.
Can I use 1769-series I/O modules with this controller?
No. The 5380 series is only compatible with the 5069 I/O platform for local modules. To use 1769 modules, you would need to connect to them as remote I/O via an Ethernet adapter (e.g., 1769-AENTR).
Engineering & Installation Guide
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Power Architecture: The controller requires two separate DC power inputs: MOD Power (for the controller and module electronics) and SA Power (for field-side power to the I/O). These must be connected via a removable terminal block (RTB).
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Security Features: The 5069-L306ERM includes controller-based security features, such as digitally signed firmware and role-based access control, to help protect against unauthorized modifications and cyber threats.
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Mounting: It is designed for standard DIN rail mounting. Ensure adequate clearance (approx. 50mm) above and below the module to allow for passive convection cooling, as this series can run warm during high-load processing.
Engineering Advantages
The 5069-L306ERM stands out for its Low-Latency Performance. With a Gigabit backplane and high-speed task execution, it can handle complex logic and motion tasks with minimal jitter. It serves as an ideal entry-point for motion applications that don't require the massive memory or high axis count of the 1756 ControlLogix line, but still demand the reliability and precision of the Allen-Bradley brand.