UHV Design Catalogue

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Dual Axis PowerProbe 068 Sample Transfer Tools Dual Axis PowerProbe Standard Mounting fl ange CF38 70 mm (2.75”) OD Linear coupling breakaway force 180 N (40.5 lbf) Rotary coupling breakaway torque (second shaft) 4 Nm (2.95 lbf ft) Sample weight / load capacity Max recommended internally applied load when vertically installed Dual Axis PowerProbe (DAP Series) Linear primary motion Secondary internal rotating shaft 10 x the thrust, 4 x torque of conventional probes Fully bakeable to 250 o C Retracted switch options Adjustable stop collar Maximum recommended internal load carrying capacity will be a function of probe extension, but we recommend not to exceed a moment of 50 Nm. See Figure 3 on page 056 for defl ection versus load. This is a function of the load acceleration. In a static case the load may approach the coupling break-away force, however, it would be wise to apply a sensible safety factor. Pressure range Atmosphere to 5x10 -11 mbar Bakeout temperature Bakeable to 250 o C without the removal of any components Position locking Thumbscrew The Dual Axis PowerProbe (DAP) has two concentric output shafts providing independent axes of motion. The outer tubular shaft has linear only motion provided by the linear PowerProbe magnetic coupling. The inner shaft has independent rotary motion provided by the PowerProbe rotary magnetic coupling. The DAP has a single driving thimble allowing concurrent actuation of both the linear and rotary axes. This PowerProbe variant is ideally suited to system designers who wish to employ a secondary motion to actuate an end effector mechanism, such as a sample locking system, for example. The Dual Axis PowerProbe benefi ts from our powerful magnetic coupling technology providing robust, reliable performance. Additionally the internal linear guidance system, prevents rotation of the main shaft, thus removing the need for conventional external guide bars, providing an elegant and compact solution to sample transfer. www.uhvdesign.com sales@uhvdesign.com Tel:+44(0)1323 811188
Dual Axis PowerProbe range part code generator Tel:+44(0)1323 811188 sales@uhvdesign.com www.uhvdesign.com Sample Transfer Tools Series Flange Size Linear Stroke Actuation method DAP 35 - - Example partcode: DAP35-250-H DAP - Dual Axis PowerProbe 35 - CF38 70 mm OD 250 - 250 mm travel H - Manual 250 H 304 HR 457 609 914 1219 Series Linear Stroke Actuation method DAP Dual Axis PowerProbe 250 mm (10”) H Manual Dimensional drawing overleaf 304 mm (12”) HR 457 mm (18”) 609 mm (24”) 914 mm (36”) 1219 mm (48”) Manual with bakeable limit switch for retracted position 069 Dual Axis PowerProbe
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Introduction to UHV Design to UHV D
Page 4 and 5:
Contents Section 1 Rotary Drives Ma
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Magnetic Rotary Drives 002 Magnetic
Page 8 and 9:
Selecting Rotary Drives 004 Magneti
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Selecting Rotary Drives 006 Magneti
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MD10 MagiDrive Range 008 Magnetic R
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Page 20 and 21:
Page 22 and 23: MD25 MagiDrive Range 018 Magnetic R
Page 30 and 31: MD100 MagiDrive Range 026 Magnetic
Page 32 and 33: Hollow MagiDrive Range 028 Magnetic
Page 34 and 35: MD35H MagiDrive Range 030 Magnetic
Page 42 and 43: Customised Drives 038 Magnetic Rota
Page 44 and 45: Rotary Source Shutters 040 Shutters
Page 46 and 47: Rotary Source Shutters 042 Shutters
Page 48 and 49: Viewport Shutters 044 Shutters View
Page 50 and 51: Linear Shutters 046 Shutters Linear
Page 52 and 53: Push Pull Devices 048 Push Pull Dev
Page 54 and 55: Rotary and Linear Motion 050 Push P
Page 56 and 57: Linear Guided Motion 052 Push Pull
Page 58 and 59: Linear Non-Guided Motion 054 Push P
Page 60 and 61: Sample Transfer Tools 056 Sample Tr
Page 62 and 63: Linear PowerProbe 058 Sample Transf
Page 64 and 65: Linear PowerProbe 060 Sample Transf
Page 66 and 67: PowerProbe 062 Sample Transfer Tool
Page 68 and 69: Axis Selectable PowerProbe 064 Samp
Page 70 and 71: Elevating PowerProbe 066 Sample Tra
Page 74 and 75: Dual Axis PowerProbe 070 Sample Tra
Page 76 and 77: Sample Hand-Off System 072 Sample T
Page 78 and 79: Wobble Sticks 074 Sample Transfer T
Page 84 and 85: Selecting your Linear Shift 080 Lin
Page 86 and 87: Selecting your Linear Shift 082 Lin
Page 88 and 89: Linear Shift Mechanisms 084 Linear
Page 90 and 91: Linear Shift Mechanisms 086 Linear
Page 92 and 93: Long Travel Series 088 Linear Motio
Page 94 and 95: Long Travel Series 090 Linear Motio
Page 96 and 97: Compact Linear Shift 092 Linear Mot
Page 98 and 99: Linear Shift Tilt Series 094 Linear
Page 100 and 101: Linear Shift Tilt Series 096 Linear
Page 102 and 103: Linear Shift X Travel Series 098 Li
Page 104 and 105: Port Aligners 100 Linear Motion & A
Page 106 and 107: Port Aligners 102 Linear Motion & A
Page 108 and 109: Y, XY, XYZ and Sample Manipulators
Page 110 and 111: Y-Shift Series 106 Y, XY, XYZ and S
Page 112 and 113: MultiBase XY Stages 108 Y, XY, XYZ
Page 114 and 115: MultiBase XY Stages 110 Y, XY, XYZ
Page 116 and 117: Rotatable Axis MultiBase XY Stages
Page 118 and 119: MultiStage XYZ Stages 114 Y, XY, XY
Page 120 and 121: MultiCentre XYZ Stages 116 Y, XY, X
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MultiCentre XYZ Stages 118 Y, XY, X
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Continuous Flow Cryostat 124 Y, XY,
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Closed Cycle Cryostat 126 Y, XY, XY
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EpiCentre Stages 128 Deposition Sta
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EpiCentre 100 130 Deposition Stages
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Heater Modules 146 Heater Modules H
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Heater Modules 148 Heater Modules H
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MicroProducts 150 MicroProducts Mic
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MicroFlanges 152 MicroProducts Flan
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MicroFlange Adaptors 154 MicroProdu
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MD10 MicroDrive 156 Spec box MicroP
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MicroShift 158 MicroProducts Part c
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MicroFeedthroughs 160 MicroProducts
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UHV Flanges 162 UHV Flanges UHV Fla
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UHV Flanges 164 UHV Flanges www.uhv
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Edge-Welded Bellows 166 Edge-Welded
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Edge-Welded Bellows 168 Edge-Welded
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Bellows Request Form 170 Edge-Welde
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Goniometers 172 Goniometers Goniome
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Goniometers 174 Goniometers www.uhv
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Hand-held DC Motion Controllers 176
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Stepper Motor Controllers 178 Motio
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Beam Finder/ Aligner 184 Synchrotro
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Beam Finder/ Aligner 186 Synchrotro
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Custom Solutions 188 Custom Solutio
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000 Product Index Index Adaptors ze
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