AS 20057112 TEST DI QUALITÀ DEL VUOTO ASSEMBLAGGIO RILEVATORE DI PERDITE DI ELIO, Rivelatore + Camera
Oerlikon Leybold Rilevatore di perdite Preamplificatore Collettore di ioni per Phoenix L200 o L300 (o altri vedi sotto) + Gruppo magnetico della camera
1. Preamplificatore rilevatore di perdite e collettore di ioni AS 20057112 (senza cavi)
2. Gruppo magnetico della camera in acciaio inossidabile
Flange di collegamento: DN 40 ISO-KF
Marchio: Oerlikon Leybold Heraeus
Usato, rimosso dalle apparecchiature funzionanti
Reso accettato dalla Francia in assenza di danni (l'acquirente paga tutti i prezzi di restituzione)
Nessun ritorno da altri paesi (il prezzo è molto basso (prezzo delle parti) per sostenere costi aggiuntivi)
Per gli acquirenti internazionali: le tasse di importazione locali (se presenti) sono a carico dell'acquirente
AS 20057112 VACUUM QUALITY TEST HELIUM LEAK DETECTOR ASSEMBLY, Detector + Chamber
Oerlikon Leybold Leak Detector Preamplifier Ion Collector for Phoenix L200 or L300 (or others see below) + Chamber magnetic assembly
1. Leak detector Preamplifier and Ion Collector AS 20057112 (without cables)
2. Stainless steel chamber magnetic assembly
Connection flanges : DN 40 ISO-KF
Brand: Oerlikon Leybold Heraeus
Used, It was installed on working equipment
Return accepted from France if no damages (buyer pays all return prices )
No returns from other countries (price is very low (parts price) to bear additional charges)
For international buyers: Local import taxes (if any) are on buyer charge
Fits for Vacuum Leak Detectors
• Leak Tracer
• L200, L300, Phoenix Series
• Many Inficon and Leybold Leak Detectors
The Ion Collector is composed of tube shaped suppressor and the collecting plate. The suppressor carries a positive potential which is slightly less than the anode potential. It is the purpose of the suppressor to prevent scattered ions which have lower nominal energy from arriving at the collector. This improves resolution at low detection rates.
The electronic amplifier amplifies the current which is generated on the ion collector of the Mass Spectrometer (leak detector). The detection limit in the most sensitive range is approximately 1x10-15 A. Amplifier also monitors its own temperature.
Spray Probe: Provides Maximum Sensitivity
For this technique, the leak detector is hooked directly to the system under test and the inside of the system is evacuated. Once an acceptable vacuum is achieved, helium is sprayed discreetly on the outside of the system, with particular attention being paid to any suspect locations. Any leaks in the system, including defective welds (caused by cracks, pin holes, incomplete welds, porosity, etc.), flawed or missing gaskets, leaks due to loose clamps, or any other defect will allow helium to pass and be readily detected by the machine. The source of any leaks can then be accurately pinpointed and repaired.
The spray probe process is used to achieve the highest level of sensitivity. The equipment being used dictates the maximum sensitivity achievable; in Jurva Leak Testing’s case it is 2x10-10 std cc/sec. This technique does require that the system being tested is relatively leak tight prior to testing, as an ample vacuum is required for testing. However, by using special throttling devices a gross test can typically be performed. The gross test should eliminate any major leaks, permitting the use of increased sensitivity.
The following are examples of systems that we test using the spray probe technique:
· A-bar furnaces
· E-beam systems
· Laser systems
· Metal deposition equipment
· Distillation systems
· Vacuum systems
For more information, click [view offer] to the right side.