1. Evaluate the Application Environment
Start by analyzing the working environment. Consider exposure to dust, moisture, oil, vibration, and extreme temperatures. For harsh environments, connectors with IP67 or IP68 ratings are essential.
2. Select the Correct Pin Configuration
Pin count determines how many signals or power lines can be transmitted.
3–4 pins: standard sensors
5 pins: moderate complexity systems
8 pins: advanced automation applications
3. Verify Electrical Requirements
Ensure the connector’s voltage and current ratings match your system requirements to prevent overheating or failure.
4. Choose the Right Coding
Coding prevents mismating between incompatible connectors and improves installation safety, especially in complex systems.
5. Consider Mechanical Design
Choose between straight and right-angle connectors depending on available space. Right-angle connectors are ideal for compact installations.
6. Select Cable Material
Cable material affects durability and flexibility:
PVC: suitable for general indoor use
PUR: ideal for robotics and harsh environments
7. Ensure Reliable Locking
Threaded locking mechanisms provide strong vibration resistance and ensure long-term stable connections in industrial applications.