Integration of IDCA coolers - Thales Cryogenics · The cooler is filled with helium using one of...

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Integration & replacement performed by customer Cost & time saving Limited training required Affordable & transportable capabilities Check on proper cooler functioning Thales Cryogenics support to make it easy and secure Approved by leading companies Integration of IDCA coolers

Transcript of Integration of IDCA coolers - Thales Cryogenics · The cooler is filled with helium using one of...

Page 1: Integration of IDCA coolers - Thales Cryogenics · The cooler is filled with helium using one of the previously mentioned tools, VM0003 or RT0009 Helium leak test is achieved: under

Integration & replacement performed by customer

Cost & time saving

Limited training required

Affordable & transportable capabilities

Check on proper cooler functioning

Thales Cryogenics support to make it easy and secure

Approved by leading companies

Integration of IDCA coolers

Page 2: Integration of IDCA coolers - Thales Cryogenics · The cooler is filled with helium using one of the previously mentioned tools, VM0003 or RT0009 Helium leak test is achieved: under

Do the integration or replacement of your cooler yourself ?

Principle of IDCA integration

IDCA (Integrated Detector Cooler Assembly) cooler is delivered with a bare displacer (1) covered by a transport cap. The cold finger -internal part of the dewar- will “close” the cooler after integration (2,3)

Dis pla c e r

1

Dis pla c e r

1

The process described below is identical for both initial integration and replacement, also identical training and capabilities apply (see page 4)

The cold finger (standard products delivered by Thales Cryogenics) must have appropriate dimensions, compliant with the displacer.

The thermal losses of the dewar are measured for performance analysis afterwards, e.g. using our thermal measurement equipment

The protective cap of the cold finger is removed (1)

The dewar build around specific cold finger will receive the bare displacer. (2)

The dewar is bolted to the cooler using the cold finger flange (3) and an integration kit.

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Dewar check before integration

Mechanical integration

3

What does IDCA mean ?

Detector

Dewar ;vacuum

Dewar bore :“Cold finger”

Displacer

Helium

Metal seal

2

Page 3: Integration of IDCA coolers - Thales Cryogenics · The cooler is filled with helium using one of the previously mentioned tools, VM0003 or RT0009 Helium leak test is achieved: under

Filling process

Helium leak test

Performance Test

This process consists of removing particles in the cooler, using :- Conditioning and filling tool VM0003 for all IDCA coolers, with conditioning by vacuum pumping- Filling tool RT0009 for the RM3 cooler only, with conditioning by dilution method

The cooler is filled with helium using one of the previously mentioned tools, VM0003 or RT0009

Helium leak test is achieved: under the bell, the leak tester (5) can identify if there is a leak. Once identified, the tester can locate the leak using the “sniffer” mode (6).

If He tightness is confirmed, cryogenic performance can be checked directly into the system of the customer, with standard equipment or with an automatic bench (can be provided by Thales Cryogenics)

If He tightness is not confirmed, the integration has to be started again.

Bell

Conditioning process

Sniffer

5 6

4

Helium bottle is connected to

Conditioning and filling tool; used

for filling only

Conditioning and filling tool

VM0003, delivered with

the 2 connectors (for con-

nection to helium bottle

3

IDCA cooler

Page 4: Integration of IDCA coolers - Thales Cryogenics · The cooler is filled with helium using one of the previously mentioned tools, VM0003 or RT0009 Helium leak test is achieved: under

www.thales-cryogenics.com e-mail : [email protected]

Thales Cryogenie s.a.s4 Rue Marcel Doret - BP 7002231701 BLAGNAC - CEDEXFRANCETel. +33 56 274 58 00Fax. +33 56 274 58 58

What capabilities do you need ?

Training program

How much does it save ?

Our experience

Helium leak testerClean workshop (e.g. with laminar flow hood) Optional : Dewar thermal loss measurement equipmentOptional : Performance test bench or standard equipment

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You will need to follow a training program usually consisting of 2 parts, typically 4 to 5 days each :1st part : At Thales Cryogenics site to learn and practice with Thales’ support. 2nd part : At customer’s site, to improve the experience of complete integration.

••

All together, it will save money: you buy the coolers directly from Thales Cryogenics and replace them yourself.

The operability of the system is improved by huge reduction of the TAT of the repair cycle.

Many customers in countries all over the world were trained by us, using our conditioning & filling tool (e.g. China, India, Russia, Spain, England, France).

Experienced engineers for rotary and or linear integration & maintenance Various user supports can be proposed

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Please contact us to discuss your specific project needs

Thales Cryogenics b.v.Hooge Zijde 14 - PO box 6034NL 5600 HA EINDHOVENTHE NETHERLANDSTel. +31 40 250 36 03Fax. +31 40 250 37 77

Released October 2010; Revision May 2011

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Type Number of coolersat one time

Compatible with Conditioning process

VM0003 1 All IDCA coolers Vacuum pumping

RT0009 1 RM3 cooler only Dilution method

Bench several All IDCA coolers or RM3 cooler only

Vacuum pumping or dilution

Conditioning and filling tool, one of the following :•