Hello Everyone,
I have a technical question that I hope someone can help clarify.
We're currently facing an odd issue with a machine equipped with a safety relay and interlocks. The interlocks have been failing, seemingly due to an unstable or 'dirty' power supply. While the ideal solution would be to improve the power supply quality, I'd like to explore an alternative interim solution: integrating a fuse into the circuit.
This fuse would be placed in line with the interlock, between the power supply and the interlock itself. I believe this could potentially prevent the interlocks from failing and could be a more cost-effective and simpler fix than frequent interlock replacements.
I've reviewed the following standards:
The only foreseeable downside would be the inconvenience of replacing the fuse every time this issue arises. However, this still seems to be a lesser burden than replacing the interlocks themselves.
I appreciate any insights or experiences you can share on this proposed solution. Are there any potential issues I may have overlooked, or any alternative solutions you can suggest?
Thank you
I have a technical question that I hope someone can help clarify.
We're currently facing an odd issue with a machine equipped with a safety relay and interlocks. The interlocks have been failing, seemingly due to an unstable or 'dirty' power supply. While the ideal solution would be to improve the power supply quality, I'd like to explore an alternative interim solution: integrating a fuse into the circuit.
This fuse would be placed in line with the interlock, between the power supply and the interlock itself. I believe this could potentially prevent the interlocks from failing and could be a more cost-effective and simpler fix than frequent interlock replacements.
I've reviewed the following standards:
- BS EN ISO 13849-1-2015
- BS EN 60204-1-2018
- BS EN ISO 13850-2015
The only foreseeable downside would be the inconvenience of replacing the fuse every time this issue arises. However, this still seems to be a lesser burden than replacing the interlocks themselves.
I appreciate any insights or experiences you can share on this proposed solution. Are there any potential issues I may have overlooked, or any alternative solutions you can suggest?
Thank you