[Dsg-rich] R: Stiffening Tool RFQ questions

Fri Apr 7 16:16:51 EDT 2017

Hello Marco,

We are still waiting on one set of material pricing in order to complete the Stiffening tool quote.  I expected to have the pricing by this morning but it still has not arrived.  If I receive it later this afternoon I will complete and send the quote, otherwise I hope to get the quote finished and sent to you on Monday.  I apologize for the delay in completing this quote.

Regards,

Chris

Christopher M. Anton, Ph.D.
Project Manager

Meyer Tool & Manufacturing
4601 W. Southwest Highway
Oak Lawn, IL 60453
P:  (708) 425-9080    F:  (708) 425-2612

-----Original Message-----
From: Marco Mirazita [mailto:Marco.Mirazita at lnf.infn.it] 
Sent: Monday, April 03, 2017 8:58 AM
To: Christopher Anton <c.anton at mtm-inc.com>
Cc: 'Marc McMullen' <mcmullen at jlab.org>; 'dsg-rich' <dsg-rich at jlab.org>; e.bonnema at mtm-inc.com
Subject: Re: [Dsg-rich] R: Stiffening Tool RFQ questions

Dear Chris,
we can wait the end of this week for the quote.
Thank you
Marco

Il 2017-03-30 23:14 Christopher Anton ha scritto:
> Hi Marc,
> 
> I do not think Monday is doable if a firm quote is required.  I am 
> still working on modeling the piece parts as I could not pull 
> individual components out of the provided .step file.  Then I have to 
> make sketches and send the sketches out to our laser cutting vendors 
> for quoting.  We may need until near the end of next week to get the 
> quote finalized, as it usually takes several days to get the cutting 
> quotes back in.  Is this timeframe acceptable?
> 
> Best,
> 
> Chris
> 
> Christopher M. Anton, Ph.D.
> 
> Project Manager
> 
> Meyer Tool & Manufacturing
> 
> 4601 W. Southwest Highway
> 
> Oak Lawn, IL 60453
> 
> P:  (708) 425-9080    F:  (708) 425-2612
> 
> FROM: Marc McMullen [mailto:mcmullen at jlab.org]
> SENT: Thursday, March 30, 2017 3:57 PM
> TO: Christopher Anton <c.anton at mtm-inc.com>; 'dsg-rich'
> <dsg-rich at jlab.org>
> SUBJECT: Re: R: [Dsg-rich] Stiffening Tool RFQ questions
> 
> Hi Chris,
> 
> Do you think you will have the quote by Monday?
> 
> Thanks,
> 
> Marc
> 
> On 3/30/2017 10:17 AM, Christopher Anton wrote:
> 
>> Hi Marc,
>> 
>> Thank you for the feedback, I will proceed with getting a quote 
>> together for this project.
>> 
>> Regards,
>> 
>> Chris
>> 
>> Christopher M. Anton, Ph.D.
>> 
>> Project Manager
>> 
>> Meyer Tool & Manufacturing
>> 
>> 4601 W. Southwest Highway
>> 
>> Oak Lawn, IL 60453
>> 
>> P: (708) 425-9080 F: (708) 425-2612
>> 
>> FROM: Marc McMullen [mailto:mcmullen at jlab.org]
>> SENT: Thursday, March 30, 2017 7:48 AM
>> TO: Christopher Anton <c.anton at mtm-inc.com>; dsg-rich 
>> <dsg-rich at jlab.org>
>> SUBJECT: Fwd: R: [Dsg-rich] Stiffening Tool RFQ questions
>> 
>> Chris,
>> 
>> Our collaborator from INFN (Italy) have responded to your questions.
>> Please let us know if you have any further questions. Additionally, 
>> please keep in mind that the components of the design can be modified 
>> to fit materials which would keep the cost low. Please let us know 
>> what changes should be made to achieve this. When quoting please 
>> itemize as much as possible and keep in mind that the hoist rings do 
>> not need to be included. We have access to 5000lb capacity,
>> 3/4 inch thread hoist rings.
>> 
>> What ever the standard tolerances for manufacture should be good 
>> enough. Please let us know what "standard" would normally be.
>> 
>> Thanks
>> Marc
>> 
>> -------- Forwarded Message --------
>> 
>> SUBJECT:
>> 
>> R: [Dsg-rich] Stiffening Tool RFQ questions
>> 
>> DATE:
>> 
>> Thu, 30 Mar 2017 10:37:14 +0200
>> 
>> FROM:
>> 
>> dario.orecchini at gmail.com
>> 
>> TO:
>> 
>> Marc McMullen <mcmullen at jlab.org>, c.anton at mtm-inc.com 
>> <c.anton at mtm-inc.com>, Tomassini Sandro 
>> <sandro.tomassini at lnf.infn.it>
>> 
>> Hi Marc,
>> 
>> On following the information requested.
>> 
>> - The structure to realize is a carpentry with the aim to give 
>> stiffnes to the “RICH Module” and at the same time to allow it’s 
>> lifting.
>> 
>> All the connections between the components of the structure will 
>> realized by screws through slots, made in cross directions (see the 
>> attached picture) in order to absorbe the dimensional and geometrical 
>> deviations.
>> 
>> So, not stringent tolerances have been foreseen (general class of 
>> tolerances can be intend as coarse).
>> 
>> In any case, the components are to be considered as "carpentry 
>> products made with care", the maximum obtainable without subsequent 
>> machining operations (with the aim to contain unnecessarily high 
>> costs).
>> 
>> - Attacched the requested step file.
>> 
>> Hoping to have satisfied the requested clarification …
>> 
>> Best regards
>> 
>> Dario Orecchini
>> 
>> Inviato da Posta [1] per Windows 10
>> 
>> DA: Marc McMullen
>> INVIATO: mercoledì 29 marzo 2017 21:11
>> A: Christopher Anton; dsg-rich
>> OGGETTO: Re: [Dsg-rich] Stiffening Tool RFQ questions
>> 
>> Hi Chris,
>> 
>> I will pass your questions on to the collaboration. They will be able 
>> to provide an answer.
>> 
>> Marc
>> 
>> On 3/29/2017 2:14 PM, Christopher Anton wrote:
>> 
>>> Hello Marc,
>>> 
>>> Ed has passed this quote on to me to work on, and I have a couple of 
>>> question after reviewing the drawings.
>>> 
>>> * Would you happen to have .step files of these components that you 
>>> could share? I need to generate some sketches of the various 
>>> brackets and tubes in order to get piece part pricing quoted.
>>> * Do you know what kind of tolerances are required for this 
>>> assembly? The drawings do not have a tolerance block, and they only 
>>> specify a tolerance in a couple of places. The most economical way 
>>> to build this assembly would be to have all of the brackets laser / 
>>> waterjet cut to size and then weld the parts together.
>>> 
>>> Thanks for your help,
>>> 
>>> Chris
>>> 
>>> Christopher M. Anton, Ph.D.
>>> 
>>> Project Manager
>>> 
>>> Meyer Tool & Manufacturing
>>> 
>>> 4601 W. Southwest Highway
>>> 
>>> Oak Lawn, IL 60453
>>> 
>>> P: (708) 425-9080 F: (708) 425-2612
>> 
>> --
>> 
>> Marc McMullen
>> 
>> Detector Support Group
>> 
>> 757-269-7738
> 
> --
> 
> Marc McMullen
> 
> Detector Support Group
> 
> 757-269-7738
> 
> 
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