909646R

Overview

The Lumberg Automation 909646R is a circular connector assembly designed for industrial automation environments. It features a robust metal housing with a threaded coupling mechanism to ensure secure connection under vibration and mechanical stress. The unit typically integrates shielded cables to maintain signal integrity in electrically noisy settings, adhering to standard industrial interface protocols.

Feature Summary

• Threaded metal coupling for high mechanical stability
• Shielded cable construction for noise immunity
• Industrial-grade durability for harsh environments

Applications

• Factory automation control systems
• Sensor and actuator connections
• Industrial machinery interconnects

Procurement Notes

Verify the specific mating counterpart compatibility before procurement. Confirm that the cable length and pin configuration match the system requirements exactly. Ensure the environmental sealing rating meets the installation site conditions. Cross-reference the official datasheet for precise dimensional tolerances and material specifications to avoid integration errors.

Selection Notes

Select this component based on its specific form factor and shielding requirements. Evaluate the need for threaded versus push-pull coupling mechanisms relative to the maintenance frequency. Consider the operating temperature range and ingress protection level required for the specific deployment location to ensure long-term reliability.

Part Context

This part belongs to Lumberg Automation's series of circular connectors, which are widely used in process and factory automation. These components are engineered to provide reliable data and power transmission in demanding industrial settings, often replacing older proprietary interfaces with standardized solutions.

Replacement Considerations

Check for direct cross-references from manufacturers like Murrelektronik or Phoenix Contact if equivalent standards apply. Verify pinout compatibility and housing dimensions to ensure physical interchangeability without modifying existing cabling infrastructure.