Mounting & Alignment Malcolm Guthrie

Slides:



Advertisements
Similar presentations
Minimizing Micro-Cracks in Solar Cell Interconnections Paul Wood Advanced Product Applications Manager.
Advertisements

Solomon William KAMUGASA
HFT PXL Mechanical WBS 1.2 March 2010 Howard Wieman LBNL 1.
Stephen Gibson, ATLAS Offline Alignment, 2 nd July Incorporating FSI with the Offline Alignment Overview ATLAS Group, University of Oxford Stephen.
World Health Organization
Alignment of DB and MB quadrupoles Hélène MAINAUD DURAND 17/11/2011 With a lot of input from Sylvain GRIFFET.
Wed 15 Jul 2009 ATF2 weekly meeting Oxford MONALISA 1 MONALISA at ATF2 First installation report 15 July 09.
Geoff Pile LCLS Fixed support IDR 12 th January 2006 LCLS Fixed Support IDR Introduction and History Are special fixed supports needed?
Instrument Engineering ARCS Review Engineering Design Ralph Niemann Don Ghilardi Robb Williams.
MICE Collaboration Meeting March 29 - April 1, CERN MICE alignment, tolerances and supports Tuesday March 30 Room Edgar Black/IIT March17-
Linac Coherent Light Source Stanford Synchrotron Radiation Laboratory Stanford Linear Accelerator Center LCLS Undulator Physics.
Robert Ruland Intra Girder Assembly and Alignment - October 20, 2005 Internal LCLS Undulator Alignment and Motion Review 1 Intra.
MICE Alignment and Support Structure Tony Jones and Yury Ivanyushenkov Engineering Department RAL.
Pre-alignment solutions applied to girders 1/19 Sylvain GRIFFET, 06/07/2010.
© NMISA 2010 Multilateration Laser Tracker Systems Speaker : Pieter Greeff
Status of vacuum & interconnections of the CLIC main linac modules C. Garion TE/VSC TBMWG, 9 th November 2009.
Tilt meter fiducial Guide rail Abstract This poster covers the survey and alignment techniques selected for installation of the SPIRAL2 accelerator devices.
Grzegorz Jablonski, Technical University of Lodz, Department of Microelectronics and Computer Science XFEL-LLRF-ATCA Meeting, 3-4 December 2007 XFEL The.
TPAC1.1 Testing JC/Feb 6th. Laser Scan: Test Pixel Test pixels were mounted specially in centre of pcb hole 2um spot 4um steps 50 measurements/pt  Before:
Refurbished Booster RF John Reid October 24, 2012.
Scope Development Component Specification Concept Development Design, Mockup, Engineering Prototyping Production This project timeline template is customizable.
Validation Validation: A systematic study which ensures that systems, facilities and processes are working adequetly and precisely. Validation is an integral.
Survey, Alignment and Metrology Fabien Rey Pawel Garsztka ESS Survey, Alignment and Metrology Group.
1 03/21/2006 GLAST CU Beam Test Workshop Scanning Table.
Monolith design update – Emphasis on Neutron beam extraction design
SLAC ESA T-474 ILC BPM energy spectrometer prototype Bino Maiheu University College London on behalf of T-474 Vancouver Linear Collider.
Design of a Precision Robot Wrist Interface
Optomechanics Lab Presentation OPTI 521L, Fall 2015 Daniel Millstone Kerry Nierenberg.
IPD Technical Conference February 19 th 2008 Flat Ribbon Cable Ends.
ESS Bunker A concept for a common beamline interface. ISIS Engineering Group, February 2015 For illustration purposes a conceptual CAD model of the VOR.
This material is based upon work supported by the U.S. Department of Energy Office of Science under Cooperative Agreement DE-SC Michigan State.
Survey for SPL Dominique Missiaen BE-ABP/SU. Outline 12/11/2008 Dominique Missiaen BE-ABP-SU, Survey for SPL 2  Scope & Main Parameters  Technical Description.
Readiness for RF capture Cavities – all 16 cavities commissioned with RF feedback loops closed klystron polar loop still to commission on 2 cavities 2.
Control System Tools for Beam Commissioning Timo Korhonen Controls Division Chief Engineer April 8, 2014.
Date of download: 11/12/2016 Copyright © ASME. All rights reserved. From: Natural Frequencies of Plate Supported Thermowells J. Pressure Vessel Technol.
Tutorial On Fiducialization Of Accelerator Magnets And Undulators
DT-LHCb coordination meeting 18 April 2016
News and Introduction from CERN June 15th, 2005
CLAS12 Forward Tracking: Status and Challenges
Cryomodule test stand at ESS site
Glen White, SLAC Jan th ATF2 Project Meeting, KEK
List of changes and improvements for the next generation CLIC module
BCTW calibration status and future
Background With new accelerators delivering beams always smaller and more energetic, requirements for very precise beam alignment become more and more.
Proton Source and LEBT Luigi Celona & Lorenzo Neri
Preliminary Design Review
Optimum cryomodule length at the ESS
Manufacturing Engineering (ME)
PMP – PN sub 23nm Route to transfer from ‘in case of urgent need’ into planned delivery into regulations PMP-48 Presentation from Technical Secretary.
PN-PEMS Progress update
Alignment of Main Linac Cryomodule (MLC)
ESS Freia Scope Setting ESS - Lund - 17/10/2016.
ESS Concrete Pit Lids.
Cryomodule Assembly Plan
Secondary Spectrometer, Motion Control, Infrastructure
PN Counting from Raw Exhaust via Fixed Dilution and PMP Round Robin Project JRC and ACEA.
Bunker Internal Review Welcome & Charge
Mounting & Movement Stages, Motion Stacks & ESS Requirements
MEBT FC, WS, SC and EMU Status
Primary Spectrometer & Sample Environment
Senad Kudumovic Design engineer
The Mechanical Engineering & Technology (MET)
Undulator Tuning Status
APTM and GRID interface requirement PBIP and PBW
Technical Updates Gábor László NSS Lead Instrument Engineer
Fixed Support Design & Testing
Alignment Diagnostic System Status
Measurement System Analysis
Alignment, Scanning Malcolm Guthrie
Presentation transcript:

Mounting & Alignment Malcolm Guthrie www.europeanspallationsource.se 4 July, 2019

Scope of project(s) Define standard interface for SEE at ESS All instruments All equipment Facilitate positioning of <1 mm samples Minimise lost beamtime for aligning Optimise signal-to-background

Concept: Universal Coordinates Kinematic Positioning Interface has two separable parts: High positional repeatability when they are connected: Equipment mount Instrum. mount Equipment mount Instrum. mount

Alignment protocol* (*assumes known sample position “+”) Before alignment: Calib’Standard Beam Inst. 1 Inst. 2 Inst. “n”

Alignment protocol* (*assumes known sample position!) Install standard Calib’Standard Beam Inst. 1 Inst. 2 Inst. “n”

Alignment protocol* (*assumes known sample position!) Install standard Adjust mount to align Calib’Standard Beam Inst. 1 Inst. 2 Inst. “n”

Alignment protocol* (*assumes known sample position!) Install standard Adjust mount to align Repeat on Inst 2 Calib’Standard Beam Inst. 1 Inst. 2 Inst. “n”

Alignment protocol* (*assumes known sample position!) Install standard Adjust mount to align Repeat on Inst 2 Calib’Standard Beam Inst. 1 Inst. 2 Inst. “n”

Alignment protocol* (*assumes known sample position!) Install standard Adjust mount to align Repeat on Inst 2 Etc… Calib’Standard Beam Inst. 1 Inst. 2 Inst. “n”

Alignment protocol* (*assumes known sample position!) Install standard Adjust mount to align Repeat on Inst 2 Etc… Calib’Standard Beam Inst. 1 Inst. 2 Inst. “n”

Alignment protocol* (*assumes known sample position!) Install standard Adjust mount to align Repeat on Inst 2 Etc… Calib’Standard Beam Inst. 1 Inst. 2 Inst. “n” Expect periodic recalibration (beam drift, concrete subsidence etc.) Note: Samples must be calibrated relative to “equipment” mount This can be done offline by calibrating an “alignment station” in exactly the same way as the instruments

Floor-mount system

Floor-mount system: status Prototype manufactured and installed in Utgård

Floor-mount system: status Initial testing proves basic principle Reproducibility ~ 20um On-going testing to determine tolerances Load testing: Alternative kinematic components SE integration beginning (first system PE cell)

Flange mount: Level 1 status Level 1: interface designed

Flange mount: Level 1 status Level 1: interface designed Test station also designed Delay due to lost engineering resource

Levels 2 & 3: Do we want Bucket Flanges?

Levels 2 & 3: Do we want Bucket Flanges? Higher precision greater stability less bulky equipment Poor ergonomics Would value STAP opinion!

Alignment scanning Still need to ultimately map Flanges/Kinematic mounts onto beam position… Will use beam scanning Approach is now routine at SNS (used for all samples on SNAP) Developing portable scanning station at ESS. Test on V20 (Berlin) next week