A 128 fiber Slit-Plate assembly, Kinematic mount

Slides:

Advertisements

Similar presentations

1 FO Small Distributors The interface between the public and the private network.

Advertisements

1 R&M FO Patch Panels Splice Version The convincing way to terminate fibers.

2x2 module & stave layouts. 2 options “Small chip” “Big chip” Boundary between “small” and “big” is determined by the 6” sensor wafer layout that must.

CALICE Dave Bailey. Aims and Objectives Develop the technology to build a high- resolution tracking calorimeter for ILC experiments Main thrusts: –Testbeam.

Ion source maintenance on the MAT 253

Copyright 2008 Kenneth M. Chipps Ph.D. How to Terminate a Corning Unicam Connector Last Update

Solenoid Pressure Regulator Check Valve Hand-turn Valve Pipe Clamp L-Bracket Mounting Block Plastic Tubing AN Fitting AN T-Fitting Pressure Sensor Base.

C T A Camera Mechanics Rich Northrop University of Chicago 1 Design Review Argonne May 9, 2014 Final.

1 IBL Stave & loading tools University of Geneva: G.Barbier, F.Cadoux, A.Clark, D.Ferrère, C.Husi, P. Iacobucci, M. Weber The main goal for today…  Review.

Fiber Distribution Point for Underground VSOF-CS403A-SD Connector type Fiber Distribution Point.

ICE CUBE Shake test Mounting fixture workups Proposed test set up –06 Robin Lafever 03 June

V. Carassiti - Princeton (USA) 9-13/01/ BABAR IFR UPGRADE DETECTOR ASSEMBLING AND MOUNTING.

AMS-02 tracker mechanics status of assembly and integration at UniGe Outer planes: - Tests of evaporator (cooling loop) integration - Tools to develop.

AMS-02 tracker mechanics status of assembly and integration Inner tracker integration completion: - Assembly and cabling - Temperature and magnetic field.

MTF SLIT COMPONENTS Adjusting Blocks and Mounting Plate Steel Blocks

Diamonds & R&D on Pigtails Howard Budd Sep

Stave core assembly Stephanie Yang WP4 face to face meeting, Lancaster University 20 Feb 2014.

Mechanical Work Plan Discussion Bill Cooper Fermilab.

Carbon-Epoxy Composite Base Plates for the PHOBOS Spectrometer Arms J.Michalowski, M.Stodulski The H.Niewodniczanski Institute of Nuclear Physics, Krakow.

Single PET-module Design Update 1 TRIMAGE Meeting Munich, Dec. 12,2014 WP 3 Design and optimization of PET-system Andreas Seebacher, raytest.

9/13/2015Robin Lafever BigBoss1. Fiber and Ferrule 9/13/2015Robin Lafever BigBoss2 Typical fiber and Ferrule: My current model is out of date. Jerry Edelstein.

Belle-II iTOP readout: production HV board and front board iTOP Electro-opto-mechanical working group Virginia Tech, 7/3/2013 Gerard Visser Indiana.

Thomas Jefferson National Accelerator Facility Page 1 IPR October Independent Project Review of 12 GeV Upgrade Jefferson Lab October 18-20,

NSQP MEETING Valery AKHNAZAROV January 20th 2011 ISP PP0 Board Bonding Procedure Type 1 Type 3 Type 4peek Type 4 Assembly Name: ISP ASM Parts.

1-Meter Cross-Coil Prototype The mechanical design was driven by two primary requirements; to Improve the mechanical precision in the placement and alignment.

GLAST LAT ProjectDOE/NASA Mechanical Systems Peer Review, March 27, 2003 Document: LAT-PR-0XXXX Section 5.1 Grid Box Design 1 GLAST Large Area Telescope:

November 16, 2001 C. Newsom BTeV Pixel Modeling, Prototyping and Testing C. Newsom University of Iowa.

Design Progress Allen Ellis 18-September

This is a fold-down clothes bar that will hold up to 12 plastic clothes hangers or even more wire hangers. As I don’t have a trailer wall to put it on,

M. Gilchriese Module Assembly and Attachment at LBNL M. Gilchriese for F. Goozen April 2000.

BTeV Pixel Substrate C. M. Lei November Design Spec. Exposed to >10 Mrad Radiation Exposed to Operational Temp about –15C Under Ultra-high Vacuum,

Design Discussion of Mechanical / Electrical Interfaces Bill Cooper (Fermilab) (Layer 1) VXD.

1 1. EMR production status 2. EMR simulations (FEA studies) 3. RAL 1. EMR production status 2. EMR simulations (FEA studies) 3. RAL Teleconf.

Nov. 8, 2001M. Garcia-Sciveres -- PP0 & Service Panels1 PP0 & Service Panels 1.Introduction 2.Technical Status 3.Goals for 2002.

11/30/20151Robin Lafever The existing 300 K Flange This is certainly an older version but is useful to illustrate The proposed modifications.

November 12, 2001 C. Newsom BTeV Pixel Modeling, Prototyping and Testing C. Newsom University of Iowa.

Robin Lafever For Russell wilcox Fiber Synch System Basic Box Fit-up 25mm and 50mm deep boxes installed in 17” chassis 12/1/20151Robin Lafever LBNL.

SR NSLS prototype magnets. Dipoles 90 mm aperture dipole Pole Ends will be matched to achieve the magnetic field quality ( )

NCSX David Johnson August 18, 2004 Discussion of Co-Wound Flux Loops.

AMS-02 tracker mechanics status of construction, assembly, integration Ladder assembly Ladder installation on planes Integration details, cooling loop,

ATLAS 1 Beam Pipe Support Structure (BPSS) Services Interface and Assembly Final Design Review, April 2003 E. Anderssen, N. Hartman, A Smith, LBNL S. Coelli,

Sageon Power Module Distribution Sageon Rack Trim Pieces.

As-built 09 April 2008 Cuore concrete support structure with jack screws in place Cuore site with elevator deck ready for installation 1 Robin Lafever.

Operating procedure for POF cables Comoss Electronic Co., Ltd. Date : May-05, 2008.

Aluminum probe carrier body Aluminum drive tube -assembled in sections, this provides up/down and rotational motion control of probe Fiber optic/ electrical.

Robotics Motion Functions Alec Robertson – Department DMF – Confidential WonderWyler.

SNAP CCD packaging study Flex-fold Internal flexure frame Robin Lafever September 2003 CCD Aluminum Nitride Invar frame CRIC, Clocks Molybdenum frame CCD.

Fiber Cable/Spectrograph Interface: The Slit-Plate Slit-Plate models are coming together. Who will fab and assemble the parts, and how, will be integral.

B [OT - Mechanics & Cooling] Stefan Gruenendahl February 2, 2016 S.Grünendahl, 2016 February 2 Director's Review -- OT: Mechanics &

Baby MIND Scintillator modules 11 November 2015 Revision E. Noah.

Dan Cheng 8/27/2015 MQXFS1 Observations and Feedback from the Assembly Processes, Part II.

HQ02a Magnet Interfaces at FNAL D.W. Cheng 3/6/2013.

Scintillating Fiber BLM with PMTs

GSI, for the CBM Collaboration

Baby-MIND Modules & Services

LARP Phase II Secondary Collimator RC1

T2K Upgrade First look at TPC contraints (WAGASCI Constraints)

Basswood Lengths and Quantities 12” (305 mm) Bottom Horizontals

Assembly procedure – Inner Region

nSW Alignment Installation

HB RM prototypes Ianos Schmidt Aug 17, 2017.

Design of the He and HB ODU

iSHELL Design Review Cryostat & Optics Bench

Pixel module assembly tooling

ISO view of pipe w/ individual EC detector installed

BUILDING AN AUTONOMOUS QUADCOPTER.

Plan for completion of Task 2

Presentation transcript:

A 128 fiber Slit-Plate assembly, Kinematic mount 32 fiber Connector Cable Clamp Fiber Array (128 fibers) Cover Plate Furcation tube, 4.5 mm dia. Lenslet Fiber array Pigtail Each array contains 32 fibers Slit-Plate Body Robin Lafever SSL/LBL

A 128 fiber Slit-Plate assembly, Kinematic mount Furcation tube, 4.5 mm dia. Cable Clamp Cover Plate Fiber Array (128 fibers) Lenslet Fiber array Pigtail Each array contains 32 fibers Slit-Plate Body Robin Lafever SSL/LBL 2

A 128 fiber Slit-Plate assembly, Kinematic mount Kinematic mount features This base plate is actually part of the Base Assembly And is shown here to illustrate the Kinematic mounting features Robin Lafever SSL/LBL

Kinematic mount Magnets Sphere Parallel Bars Robin Lafever SSL/LBL

Slit-Plate bottom view Robin Lafever SSL/LBL

Slit-Plate Top view 128 fiber channels Robin Lafever SSL/LBL

Assembly sequence 1 Each ‘Pigtail’ holds 32 fibers Glue fibers into individual channels Robin Lafever SSL/LBL

Groove detail Robin Lafever SSL/LBL

Assembly sequence 2 Mechanical clamp Staking compound Epoxy bond Robin Lafever SSL/LBL

Groove detail Robin Lafever SSL/LBL

Assembly sequence 3 Cover, also grooved, is bonded in place. Tooling needed here? This surface is ground and polished to 344.94 mm Radius Robin Lafever SSL/LBL

Groove detail Robin Lafever SSL/LBL

Assembly sequence 4 Lenslet bonded in place Robin Lafever SSL/LBL

512 fiber Slit Assembly 4 Slit-plate modules (128 fibers each) make up 1 fiber slit assembly (512 fibers) Base plate shown here gets integrated into the carrier assembly TBD Robin Lafever SSL/LBL

512 fiber Slit Assembly 4 Slit-plate modules (128 fibers each) make up 1 fiber slit assembly (512 fibers) Repositional Kinematic mount features: Spheres on the Slit-plate, Parallel bars ont the base-plate Magnetic clamping Base plate shown here gets integrated into the carrier assembly TBD Robin Lafever SSL/LBL

Fitup to Spectrograph Robin Lafever SSL/LBL

Fitup to Spectrograph Robin Lafever SSL/LBL

Fitup to Spectrograph, close up Robin Lafever SSL/LBL