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Product Detailed Parameters
- Description:LVM5552 LOAD VOLUME M
- Series:*
- Mfr:SICK, Inc.
- Package:Box
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Overview
The SICK I10-E0233 is a safety locking device designed for industrial automation environments. It functions as an electromechanical interlock to secure machinery access points, ensuring personnel safety by preventing operation while guards are open. The unit integrates mechanical locking and electrical monitoring contacts within a robust housing suitable for harsh factory conditions.
Feature Summary
- Provides positive mechanical locking of guard doors to prevent unauthorized entry during hazardous machine cycles
- Integrates monitored safety contacts to verify the locked state and transmit status to control systems
- Engineered with a rugged housing structure to withstand industrial vibration and environmental stress
Applications
- Securing access gates on automated assembly lines
- Interlocking protective covers on packaging machinery
- Safety integration for robotic cell enclosures
Procurement Notes
Verify that the specific order matches the official SICK part number I10-E0233. Confirm compatibility with existing mounting hardware and wiring interfaces before procurement. Ensure the component meets the required safety integrity level for the intended application. Cross-reference technical drawings for dimensional accuracy.
Selection Notes
Select this model when a dedicated safety lock with integrated monitoring is required. It is suitable for applications needing reliable mechanical retention combined with electrical feedback. Consider the operating environment and required force ratings. Ensure the design supports the necessary safety category standards.
Part Context
This component belongs to the SICK I10 series of safety locking devices. The series provides standardized solutions for guarding machinery in industrial settings. These devices are engineered to complement other safety sensors and controllers within a comprehensive safety architecture.
Replacement Considerations
Consult SICK documentation for direct equivalents. Verify functional compatibility with existing safety circuits. Check dimensional fit for replacement installations.
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