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Helium transfer tube

Helium transfer tube

The insulated pipelines designed with the structure of high-vacuum multi-layers effectively eliminates the convection, conduction and radiation of heat.

The insulated pipelines designed with the structure of high-vacuum multi-layers effectively eliminates the convection, conduction and radiation of heat.

Specifications

JPP - H

Type

Regulating valve

Vacuum interface

Liquid helium dewar end

Outer pipe :

Inner pipe :

Inner pipe :

User magnet end

Outer pipe :

Inner pipe :

Inner pipe :

Vacuum

Leak rate

U-shaped, L-shaped

Manual

KF25

304 / 316

Φ6 - Φ32mm

Φ3 - Φ16mm

M8 - M12 x 1 external thread

304 / 316

Φ6 - Φ32mm

Φ3 - Φ16mm

M8 - M12 x 1 external thread

< 1.0 x 10 - 4Pa

< 1.0 x 10 - 10 Pa m³/s

JPP - H

Type

Regulating valve

Vacuum interface

Liquid helium dewar end

Outer pipe :

Inner pipe :

Inner pipe :

User magnet end

Outer pipe :

Inner pipe :

Inner pipe :

Vacuum

Leak rate

U-shaped, L-shaped

Manual

KF25

304 / 316

Φ6 - Φ32mm

Φ3 - Φ16mm

M8 - M12 x 1 external thread

304 / 316

Φ6 - Φ32mm

Φ3 - Φ16mm

M8 - M12 x 1 external thread

< 1.0 x 10 - 4Pa

< 1.0 x 10 - 10 Pa m³/s

A multi-layer structure is used between the inner and the outer pipes, and reflective-screen aluminum foil is used to minimize the impact of radiation heat transfer caused by thermal radiation on the low-temperature liquid in the inner pipe.

Support and bushing rings are used between the inner and the outer pipes of the high-vacuum multi-layer insulated pipelines; special head plates are used between each transfer pipeline and this corridor-style structure effectively prevents heat conduction between the inner and the outer pipes.

A multi-layer structure is used between the inner and the outer pipes, and reflective-screen aluminum foil is used to minimize the impact of radiation heat transfer caused by thermal radiation on the low-temperature liquid in the inner pipe.

Support and bushing rings are used between the inner and the outer pipes of the high-vacuum multi-layer insulated pipelines; special head plates are used between each transfer pipeline and this corridor-style structure effectively prevents heat conduction between the inner and the outer pipes.

Helium level meter

Helium level meter

The ACL Superconducting Liquid Helium Level Meter is engineered to provide precise and real-time monitoring of liquid helium levels in cryogenic systems. Designed for stability and reliability, this instrument ensures optimalperformance and safety in your operations.

Key Features

High Precision Measurement

Offers a measurement range of 0 – 1000 mm with an accuracy of ±0.5% Full Scale (FS) and a resolution of 1 mm, ensuring precise monitoring of liquid helium levels.

Real-Time Sampling

Continuously samples and displays liquid helium levels, providing up-to-date information for effective system management.

User-Friendly Display

Equipped with an LCD dot-matrix or photoelectric cell dot-matrix display, facilitating easy reading of measurements.

Robust Construction

Built to withstand the demanding conditions of cryogenic environments, ensuring durability and longevity.

Specifications

Liquid helium level meter

Material

Material

Measurement medium

Measurement temperature

Measuring OD

Measuring rod length

Actual measurement range

Measurement accuracy

Controller dimensions

Outlet signal

Sampling method

Temperature resistance

Plug type

Input voltage

Fuse

Output voltage

Output current

0.2mm NbTi superconducting wire

LHe

4K

Φ 6mm

100 - 1000mm

0 - 500mm

± 3%

± 3%

150 x 430 x 300 mm

RS232

Manual

4K

4 - electrode

220V 50Hz

2 x T250V~, 0.8A;

0 - 60V

0 - 500mA

Liquid helium level meter

Material

Measurement medium

Measurement temperature

Measuring OD

Measuring rod length

Actual measurement range

Measurement accuracy

Controller dimensions

Outlet signal

Sampling method

Temperature resistance

Plug type

Input voltage

Fuse

Output voltage

Output current

0.2mm NbTi superconducting wire

LHe

4K

Φ 6mm

100 - 1000mm

0 - 500mm

± 3%

150 x 430 x 300 mm

RS232

Manual

4K

4 - electrode

220V 50Hz

2 x T250V~, 0.8A;

0 - 60V

0 - 500mA

Contact Us

support@acl-cryogenic.com

+1 604 343 1844

4211 Kingsway -4 Floor-Vancouver-British Columbia -Canada-V5H 1Z6

Copyright © 2025 ACL CRYOGENIC Ltd.

All Rights Reserved

|

Contact Us

support@acl-cryogenic.com

+1 604 343 1844

4211 Kingsway -4 Floor-Vancouver-British Columbia -Canada-V5H 1Z6

Copyright © 2025 ACL CRYOGENIC Ltd.

All Rights Reserved

|

Contact Us

support@acl-cryogenic.com

+1 604 343 1844

4211 Kingsway -4 Floor-Vancouver-British Columbia -Canada-V5H 1Z6

Copyright © 2025 ACL CRYOGENIC Ltd.

All Rights Reserved

|

Contact Us

support@acl-cryogenic.com

+1 604 343 1844

4211 Kingsway -4 Floor-Vancouver-British Columbia -Canada-V5H 1Z6

Copyright © 2025 ACL CRYOGENIC Ltd.

All Rights Reserved