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Cryo offers Superconducting Magnet Systems that integrate innovative design with magnetic fields that range from 2 Tesla up to 19 Tesla (depending on design), you select the magnetic field. Magnet configurations available include Vertical Field Solenoid or Horizontal Field Split Coil magnets.

Systems are available in both Stainless Steel and Aluminum/Fiberglass construction.

All complete Superconducting Magnet Systems include:

• Superconducting magnet: you select the field

• Removable room temperature bore or variable temperature insert (VTI

• Programmable reversing bipolar magnet power supply

• Integral energy absorber

• Temperature controller

• Temperature sensor(s)

Cryo Industries’s ‘performance by design’ Superconducting Magnet Systems offers many field tested and proven designs throughout the scientific community. Cryo is able to offer continued technical support for the life of the system.

Liquid Helium (Wet) Superconducting Magnet Systems

Model SM6:Split-Coil SM6 Dewar w/Magnet Re-Entrant Bore Tubes

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The SM6 is an Extra Efficient liquid nitrogen shielded liquid helium stainless steel dewar with integrated superconducting magnet and Variable Temperature Insert.

This ultra high efficiency dewar can be configured to meet your experimental needs: you specify the magnetic field, sample environment, optical access requirements and storage volumes for LHe and LN2.

Model SM6: Extra-Efficient Superconducting Magnet System with

Integrated Variable Temperature Insert (VTI)

SM6 Split-Coil Superconducting Magnet System with Optical Access

Custom SM6 Superconducting Magnet System with Beryllium Windows for X-ray Diffraction

SM6 Solenoid Superconducting Magnet System

Model SM6 High Efficiency Nitrogen Shielded Liquid Helium Dewar with Integrated VTI Features:

• Split Coil - large access ports (optical) or Solenoid (tubular) configurations available

• Extra Efficient Liquid Helium Dewar with Liquid Nitrogen Shielding

• Sample in dynamic flow, static exchange gas or vacuum

• Changeable sample inserts - large sample tubes, helium3

• LHe Static Loss rate <0.165 l/hr (standard system)

• Customizable- you select the magnetic field!

Solenoid or Split Coil

Solenoid (Non-Optical) Design

Split-Coil (Optical) Design

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Solenoid

Aluminum/G-10 Dewar with Superconducting Magnet Support Assembly and VTI

Liquid Helium Reservoir Dewar with Variable Temperature Insert (VTI) and

Superconducting Magnet Insert AssemblyCRYO’s liquid helium reservoir dewar with a magnet support assembly and variable temperature insert is a popular, economical choice for a Liquid Helium based Superconducting Magnet System.

CIA’s LHe research dewars are characterized by a large direct opening to liquid helium. Superconducting magnets and other large inserts are introduced into liquid helium from the top.

Aluminum Fiberglass Liquid Helium Dewar: Vapor shielded aluminum fiberglass is the most popular style for bucket dewars. Liquid nitrogen shielding is available as optional feature for improved dewar efficiency.

Variable Temperature Insert: The Variable Temperature Insert (VTI) fits into the bore of superconducting magnet and provides variable temperatures from <0.3 K to 325 K (depending upon insert selected). Inserts are supported and sealed by the dewar’s top flange.

Superconducting Magnet Support Assembly: Includes the superconducting magnet, high current superconducting magnet leads and full integration and wiring of the superconducting magnet. The assembly bolts to the dewar top flange.

Vapor Shielded LHe Dewar w/VTI and Superconducting Magnet Support

TITLE:

VAPOR SHIELDED LIQUIDHELIUM 'BELLY' DEWAR

CRYOIndustries of America, Inc.11124 S. Willow Street, Manchester, N.H. 03103

WITH NW25 FLANGEEVACUATION PORT

BURST DISKPRESSURE RELIEF

LIQUID HELIUM RESERVOIR'BELLY'=APPROX. 55 LITERS

MULTI-LAYERED INSULATION

7.12 I.D. ALUM.

20.19 O.D. ALUM.

(3) LIFTINGLUGS

7.00 I.D. G-10

16.00 O.D. ALUM.

15.94

21.94

47.75

51.75

MULTIPLE VAPOR COOLEDSHIELDS

VACUUM MAINTENANCESYSTEM

PROPRIETARY INFORMATIONTHE INFORMATION CONTAINED IN THIS DRAWINGIS THE SOLE PROPERTY OF CRYO INDUSTRIESOF AMERICA, INC., 11124 S WILLOW STREETMANCHESTER, N.H. 03103. ANY REPRODUCTIONIN PART OR WHOLE WITHOUT THE WRITTENPERMISSION OF CRYO INDUSTRIES IS STRICTLYPROHIBITED

DEMOUNTABLE VALVE)(RE-PUMP REQUIRES A 6.88 I.D.

APPROX.

(8) 1/4-20 TAPPED HOLESEQ. SP. ON A 8.00 DIA. B.C.

Aluminum Fiberglass LHe Dewar Variable Temperature Insert (1.4 K - 325 K) Superconducting Magnet Support

• Aluminum/Fiberglass reservoir (open neck) Liquid Helium Dewar

• Efficient- low cryogen consumption (liquid nitrogen or vapor shield designs available)

• Removable, separate superconducting magnet insert

• Removable, exchangeable variable temperature insert(s). 0.3 K - 325 K sample operating temperature range (depending upon VTI selected)

• Customizable- you select the variable temperature insert and magnetic field!

LN2 Shielded LHe Dewar w/VTI and Superconducting Magnet Support

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• 2 or 5 Tesla magnetic field available

• Operating temperature range: <2 K to 325 K

• Low LHe loss rate

• Fits any storage dewar

• Easy Top-Loading sample change

• Sample probe is customizable to meet your specifications

• Sample in static exchange gas - excellent temperature stability

DStat: Storage Dewar Insert

The ‘Dstat’ is a versatile storage dewar insert (leg is in the dewar and cryostat with the superconducting magnet sits outside on top of the storage dewar).

The sample top loads into the variable temperature static exchange gas sample tube. The superconducting magnet is in a separate (dynamic flow) tube, allowing variable temperature operation when the magnet is energized.

2T DStat Superconducting Magnet Insert installed in standard LHe Storage Dewar

2.00 O.D. [49 mm I.D.] S/SFLOWING VAPOR REGION

COPPER VAPORIZER WITH25 OHM HEATER AND SILICON DIODECONTROL SENSOR

0.75 O.D.

VALVE WITH FILTERLIQUID HELIUM FLOW

CRYOPUMPACTIVATED CHARCOAL

LINEHELIUM TRANSFER

3.00 O.D. S/S

VAPOR COOLEDRADIATION SHIELD

COPPER SAMPLE MOUNT WITHTEMPERATURE SENSOR(1) 1/4-28 TAP ON CENTERFOR ATTACHING SAMPLEHOLDERS

STORAGE DEWARINSERT LEG

VALVE CONTROLKNOB

WITH NW40 FLANGEVAPOR PUMPING PORT

SLIDING SEAL WITHDEWAR FLANGE ADAPTER

1.60

48.0ORAS

DESIRED

ELECTRICAL FEEDTHRUFOR VAPORIZER HEATERAND CONTROL SENSOR

EVACUATIONVALVEWITH NW25FLANGE

(2) 10 PIN ELECTRICALFEEDTHROUGHS

COMPOUND PRESSURE GAUGE0.20

EXCHANGE GAS HEADER WITH3-WAY VALVE, PRESSURE RELIEFAND COMPOUND PRESSURE GAUGE

NW25 QUICK CONNECTFOR SAMPLE ACCESS

HTS(HIGH TEMPERATURE SUPERCONDUCTOR)CURRENT LEADS

SAMPLE AJDUSTER(LINEAR & ROTATABLE)

.75 O.D. [0.71 I.D., 18 mm]STATIC EXCHANGE GAS SAMPLE ZONE

SUPERCONDUCTING MAGNET

2.75

0.20

3.00

2.50

17.00

TITLE:PROPRIETARY INFORMATIONTHE INFORMATION CONTAINED IN THIS DRAWING IS THE SOLE PROPERTY OF CRYO INDUSTRIES OF AMERICA, INC.11124 S WILLOW STREETMANCHESTERN.H. 03103. ANY REPRODUCTION IN PART OR WHOLE WITHOUT THE WRITTENPERMISSION OF CRYO INDUSTRIES ISSTRICTLY PROHIBITED

CRYO INDUSTRIESof America Inc.

11124 S. Willow St., Manchester N.H. 03103WWW.CRYOINDUSTRIES.COM

VARIABLE TEMPERATURESTORAGE DEWAR INSERT

WITH SUPERCONDUCTING MAGNET

2.50

0.20

0.20

2.13

Cryo Dwg.: SM-2248-DC

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MicroMag: Compact Tabletop Room Temperature Bore

Micromag provides a 2 or 5 Tesla magnetic field in a Room Temperature Bore (RTB). A compact table top design that mates to the microscopy cryostat and offers easy of operation and ultra low vibration.

The Micromag can be separated from the microscopy cryostat providing independent operation and a high magnetic field in a 1.875” [47.6 mm] room temperature bore. For use with many other different experiments. An EZ install ‘sample extender kit’ is available to position the sample in the center of the magnetic field.

The magnetic bore can be orientated horizontally or vertically.

A versatile design allows magnet and microscopy cryostat to be used together or independently. The magnetic field can be added to the microscopy cryostat now or later.

Helium Consumption1.0 l/hr vertical1.3 l/h horizontal1.0 l/h horizontal with gas flow pump

Weight 10 kg

MicroMag: 2T or 5T Compact RTB

Microscopy cryostat with extended sample “snout”

MicroMag coupled w/microscopy cryostat with sample extender

MicroMag RTB

• Large magnetic field- select 5 Tesla or 2 Tesla

• Tabletop RTB mates to Microscopy Cryostat

• Demounts from the sample microscopy cryostat and is capable of independent operation for other experimental applications

• Magnetic Bore can be operated horizontally or vertically

• Ultra-low vibration design

Compact Tabletop Room Temperature Bore (2T or 5T)

• Large RTB (1.87”)

• Magnet cryostat does not need to be physically coupled to sample cryostat

• The magnetic filed and magnet bore can be orientated horizontally or vertically, relative to the floor

• Full microscopy sample cryostat operating temperature range: 3.2 K to 325 K

4.00

APPROX.

A

25.00

3.00

FOR MOUNTINGWITH TAPPED HOLESCOPPER MAGNET MOUNT

0.75 O.D.

WITH FILTERFLOW CONTROL VALVE

FEEDTHROUGH19 PIN ELECTRICAL

INSTRUMENTATION HOUSING

A

WITH NW25 HELIUM VENT

FLANGE

SECTION A-A

LIQUID HELIUM VALVECONTROL TUBE

CRYOPUMPACTIVATED CHARCOAL

HELIUM TRANSFERLINE

50.00

KNOBVALVE CONTROL

INSERT LEG ANDSTORAGE DEWAR

RELIEFSAFETY PRESSURE

0.75 I.D. S/S FLEXHOSE X 72 LG

EVACUATION VALVEWITH NW25 FLANGE

1.37 O.D.

1.875 I.D.

SUPERCONDUCTING

9.69

TITLE:

CRYO INDUSTRIESof America Inc.

11124 So. Willow St., Manchester N.H. 03103

BORE SUPERCONDUCTING MAGNETMODEL XE102 ROOM TEMPERATURE

CRYOGENIC WORKSTATION

(SEE SECTION A-A)

WITH NW25 FLANGEEVACUATION VALVE

SAFETY PRESSURERELIEF

(2) HIGH CURRENTLEADS

5.50 O.D.

6.00

MAGNET

3.06

FIELD CENTER

TRANSFER LINE/WORKQUICK DISCONNECT FOR

STATION SEPARATION

ADJUSTERCOMPRESSION

PROPRIETARY INFORMATIONTHE INFORMATION CONTAINED IN THIS DRAWINGIS THE SOLE PROPERTY OF CRYO INDUSTRIESOF AMERICA, INC., 11124 S WILLOW STREETMANCHESTER, N.H. 03103. ANY REPRODUCTIONIN PART OR WHOLE WITHOUT THE WRITTENPERMISSION OF CRYO INDUSTRIES IS STRICTLYPROHIBITED

2.38

APPROX.

A

22.003.00

WITH HEATER AND

BOTTOM END VIEWCRYOGENIC WORKSTATION

SAMPLE OPTICAL MICROSCOPYMODEL XE102 EXTENDED

FRONT TOP VIEW

(1) 0.76 DIA.

PROVISION FOR

COPPER0.56 DIA.

CLEAR VIEW

TEMPERATURE SENSOR

0.50 O.D.

FLOW CONTROL VALVE

COPPER COLD PLATE

FEEDTHROUGH19 PIN ELECTRICAL

AND SAFETY PRESSUREWITH EVACUATION VALVEINSTRUMENTATION HOUSING

ARELIEF

WITH NW25 HELIUM VENT

ADAPTER

SECTION A-A

LIQUID HELIUM VALVECONTROL TUBE

CRYOPUMPACTIVATED CHARCOAL

HELIUM TRANSFERLINE

50.00

KNOBVALVE CONTROL

INSERT LEG ANDSTORAGE DEWAR

RELIEFSAFETY PRESSURE

TRANSFER LINE/WORKQUICK DISCONNECT FOR

STATION SEPARATION

(1) BLANKPORT

0.75 I.D. S/S FLEXHOSE X 72 LG

EVACUATIONVALVE WITH

1.37 O.D.

4.75

5.69

2.25

1.50

2.38

2.38

(1) 0.93 DIA.CLEAR VIEW3.000.25 0.13

EXTENDEDCFQ WINDOW

1.16(29.5mm)

1.09

TITLE:

CRYO INDUSTRIESof America Inc.

11124 So. Willow St., Manchester N.H. 03103

SUPRASIL WINDOW

SAMPLE MOUNT

(SHOWN ROTATED 90°)

ADJUSTERCOMPRESSION

NW25 FLANGE

2.63

PROPRIETARY INFORMATIONTHE INFORMATION CONTAINED IN THIS DRAWINGIS THE SOLE PROPERTY OF CRYO INDUSTRIESOF AMERICA, INC., 11124 S WILLOW STREETMANCHESTER, N.H. 03103. ANY REPRODUCTIONIN PART OR WHOLE WITHOUT THE WRITTENPERMISSION OF CRYO INDUSTRIES IS STRICTLYPROHIBITED

2 or 5T Superconducting Magnet System with Room Temp Bore Microscopy Cryostat with Extended Sample Mount

11124 South Willow StreetManchester, NH 03103

Ph: 603-621-9957www.cryoindustries.com

cryo@cryoindustries.com

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