Mechanical vs Electronic overspeed protection.
Mechanical vs Electronic overspeed protection.
(OP)
Hello everybody:
The debate over Mechanical Overspeed vs. Electronic Overspeed protection is still over the discussion table.
I understand what Electronic Overspeed protection is and how it differs from the traditional Mechanical Bolt Overspeed protection. The specialized literature addresses the issue of electronic overspeed protection, primarily oriented for use in steam turbines.
My concern is, is it reliable to use this protection in hydraulic turbines?
What are the pros and cons of these systems when used in hydraulic turbines?
Thanks in advance for your comments.
The debate over Mechanical Overspeed vs. Electronic Overspeed protection is still over the discussion table.
I understand what Electronic Overspeed protection is and how it differs from the traditional Mechanical Bolt Overspeed protection. The specialized literature addresses the issue of electronic overspeed protection, primarily oriented for use in steam turbines.
My concern is, is it reliable to use this protection in hydraulic turbines?
What are the pros and cons of these systems when used in hydraulic turbines?
Thanks in advance for your comments.
El que no puede andar, se sienta.





RE: Mechanical vs Electronic overspeed protection.
Johnny Pellin
RE: Mechanical vs Electronic overspeed protection.
Thank you Johnny for your valuable point of view.
El que no puede andar, se sienta.
RE: Mechanical vs Electronic overspeed protection.
RE: Mechanical vs Electronic overspeed protection.
RE: Mechanical vs Electronic overspeed protection.