× Have a question on lubricants, wire drawing, quality, testing, ISO, environmental? Post your question here to get the answer!
Non-Contact Concentricity Measurement
- Archived Forum Admin
- Topic Author
- Offline
- Platnium Boarder
Less More
11 years 10 months ago #1958 by Archived Forum Admin
Replied by Archived Forum Admin on topic Re: Non-Contact Concentricity Measurement
Re: Proton Products
I know John Kyriakis well, consider him a good friend and was very pleased when he resurfaced in the wire and cable industry.
None the less, a quick review of the web site shows that Proton Products still offers neither the equipment for sensing jacket eccentricity nor the integration electronics necessary for combining those readings with readings from a XY laser diameter monitor.
Best Regards,
Peter Stewart-Hay
Principal
Stewart-Hay Associates
www.Stewart-Hay.com
I know John Kyriakis well, consider him a good friend and was very pleased when he resurfaced in the wire and cable industry.
None the less, a quick review of the web site shows that Proton Products still offers neither the equipment for sensing jacket eccentricity nor the integration electronics necessary for combining those readings with readings from a XY laser diameter monitor.
Best Regards,
Peter Stewart-Hay
Principal
Stewart-Hay Associates
www.Stewart-Hay.com
Please Log in to join the conversation.
- Archived Forum Admin
- Topic Author
- Offline
- Platnium Boarder
11 years 10 months ago #1959 by Archived Forum Admin
Replied by Archived Forum Admin on topic Re: Non-Contact Concentricity Measurement
On-line measuring systems are essential tools in any extrusion line. When it comes to accurate determination of concentricity and wall thicknesses, however, they do not provide the highest possible accuracy needed to minimize compound consumption. More and more companies determine their wall thicknesses, concentricity, ovality etc. utilizing digital off-line measuring and data collection systems such as the KSM manufactured by ACM AB (www.acmab.com) of Sweden.
The most important item to understand is that the OFF-Line measurements are by no means a way to replace ON-Line measurements. The main difference between the 2 systems are the amount of measurements which are conducted and to what detail each system can accurately determine the true insulation values. On-Line equipment uses only 2-3 axes to measure the insulation, and it averages values over a set of readings. The offline version takes an infinitely more accurate digital image of the actual sample slice, utilizing an average of 300, or more, measurements to obtain a detailed and precise result of the sample, no matter how complex the shape may be.
Willy Hauer
www.howarequipment.com
The most important item to understand is that the OFF-Line measurements are by no means a way to replace ON-Line measurements. The main difference between the 2 systems are the amount of measurements which are conducted and to what detail each system can accurately determine the true insulation values. On-Line equipment uses only 2-3 axes to measure the insulation, and it averages values over a set of readings. The offline version takes an infinitely more accurate digital image of the actual sample slice, utilizing an average of 300, or more, measurements to obtain a detailed and precise result of the sample, no matter how complex the shape may be.
Willy Hauer
www.howarequipment.com
Please Log in to join the conversation.
- Archived Forum Admin
- Topic Author
- Offline
- Platnium Boarder
11 years 10 months ago #1960 by Archived Forum Admin
Replied by Archived Forum Admin on topic Re: Non-Contact Concentricity Measurement
Thanks Willy,
Your advice re off-line measurement is right on the money!
Cheers and best regards,
Peter Stewart-Hay
Principal
Stewart-Hay Associates
www.Stewart-Hay.com
Your advice re off-line measurement is right on the money!
Cheers and best regards,
Peter Stewart-Hay
Principal
Stewart-Hay Associates
www.Stewart-Hay.com
Please Log in to join the conversation.
Moderators: Erik A Macs, Peter J Stewart-Hay
Time to create page: 0.089 seconds