






Cognex In-Sight 7000 9000 24V Power IO Cable M12 ACoded 12 Pin Female To Flying Lead For Checker 201 DataMan Vision System Sensor Camera Encoder Automation 1m
✔️ M12 12-pin A-coded female to flying leads, 1m shielded for industrial sensors
This 1-meter power IO cable connects vision systems, cameras, and sensors in industrial automation setups, making it ideal for factories and assembly lines.
âś… M12 12-pin female connector with thread locking for secure, anti-vibration links âś… Braided shielded layer for EMC protection against electromagnetic interference âś… Gold-plated contacts on a nickel-plated brass shell, waterproof and durable design âś… 23AWG wires in a high-flex, oil-resistant PVC sheath, heat and torsion resistant âś… Customizable options available for specific automation needs, like power and RS-232 signalsđź’ˇ What role does shielding play in cables for industrial sensors? Shielding in power IO cables boosts signal reliability in tough spots. - Blocks electromagnetic noise to keep data transmissions steady - Prevents issues in high-vibration environments for smoother operations - Lowers the risk of downtime by protecting against interference hits
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Product Information
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Shipping & Returns
Description
✔️ M12 12-pin A-coded female to flying leads, 1m shielded for industrial sensors
This 1-meter power IO cable connects vision systems, cameras, and sensors in industrial automation setups, making it ideal for factories and assembly lines.
âś… M12 12-pin female connector with thread locking for secure, anti-vibration links âś… Braided shielded layer for EMC protection against electromagnetic interference âś… Gold-plated contacts on a nickel-plated brass shell, waterproof and durable design âś… 23AWG wires in a high-flex, oil-resistant PVC sheath, heat and torsion resistant âś… Customizable options available for specific automation needs, like power and RS-232 signalsđź’ˇ What role does shielding play in cables for industrial sensors? Shielding in power IO cables boosts signal reliability in tough spots. - Blocks electromagnetic noise to keep data transmissions steady - Prevents issues in high-vibration environments for smoother operations - Lowers the risk of downtime by protecting against interference hits
























