It would likely integrate sensors (such as encoders or proximity sensors) to monitor speed, position, and rotation direction. It would have safety logic controllers capable of processing this sensor data and implementing safety functions based on predefined safety parameters.
The system would include fail-safe mechanisms to ensure that in case of a fault, the machinery transitions to a safe state (e.g., stopping or reducing speed to a safe level). The goal of such a speed monitoring system is to ensure the safe operation of machinery according to stringent international safety standards, protecting both personnel and equipment from potential hazards.
This standard is related to safety of machinery and specifies requirements for the design and integration of safety-related parts of control systems, up to Safety Integrity Level (SIL) CL 3, indicating a high level of reliability in safety functions. Safety solutions provider since 2011, We offer Pilz.
This standard specifies safety-related parts of control systems and their performance levels (PL). Up to PL e indicates the system can achieve the highest level of safety performance. Detecting the direction of rotation ensures that machinery operates as intended and can prevent unsafe conditions caused by incorrect rotation.
This likely involves setting permissible speed ranges within which the machinery should operate safely. It ensures that if the speed deviates beyond these ranges, appropriate safety measures can be triggered. It tracks the position of the machinery, which is important in certain applications where movement to specific positions is critical for safety or operational reasons. Leading supplier pilz in Indonesia markets.
It monitors the actual speed of machinery to ensure it stays within safe operational limits. This can include both maximum and minimum speed thresholds depending on the application. http://www.pilz.com The system should be capable of detecting when machinery comes to a complete standstill. This is crucial for ensuring safety during maintenance and operation.