SHED’s (Sealed Housing Evaporative Determination) sind Umweltprüfkammern sowohl in Minioder Mikrogröße mit manueller oder automatischer Steuerung, die häufig mit einem SHED FID zur Bestimmung der Ausgasungskonzentrationen des VOC-Gehaltes der eingebrachten Teile ausgestattet sind. Mikro oder Mini SHED werden üblicherweise zur Prüfung auf toxische VOC Bestandteile eines Prüflings verwendet. In größeren Prüfkammern werden komplette Fahrzeuge zur Permeationsprüfung von Kraftstoffsystemkomponenten verwendet, um die Verdunstungskonzentration bestimmen zu können als auch zur Überwachung von Fahrzeuginnenmaterialien.

The Model VE 155-15

Modell 155-15: Dieser beheizte FID Analysator ist für kleine Testkammern mit einem Volumen von 1 Kubikmeter bis runter zu einem Volumina von 0,3 Kubikmetern ausgelegt. Dieses Gerät verfügt über einen Messgasdurchsatz von 15 ml pro Minute Messgasdurchfluss. Durchflussraten zwischen 12 und 80 ml/min sind machbar.

The Model VE 5

The VE 555: Dieser beheizte FID SHED Analysator ist für SHED Kammern in Drive-In Größe von 50 Kubikmetern bis zu LKW-Größen ausgelegt. Der VE 555 leistet 3 Liter pro Minute Durchfluss und kann für so genannte Closed-Loop Anwendungen eingesetzt werden.

The VE 335: This heated FID analyzer is the lower cost alternative of our model VE 555. It is analytically 100% identical to the VE 555. Features 3 liter per minute flow through and closed loop applications. No zero and span gas valves.

The Model 155-400: This heated FID Analyzer is designed to be used for smaller test chambers like a Mini SHED with 6 cubic meters of volume. Features a standard 400 ml per minute for sample flow through or closed loop operation. Chose between 350 and 800 ml per minute sample flow through. Zero and span gas valves.

The Model VE3-500

The Model 135-400: This heated FID analyzer is the lower cost alternative of our model 155-400. It is analytically 100% identical to the model 155-400, Features a standard 400 ml per minute for sample flow through or closed loop operation. Chose between 350 and 800 ml per minute sample flow through. No zero and span gas valves.

The Model VE3-500

The Model 135-15: This heated FID analyzer is the lower cost alternative of our model 155-15. It is analytically 100% identical to the model 155-15. Features a standard 15 ml/min sample flow through. Chose between 12 and 80 ml/min sample flow through capability. No zero and span gas valves.

The Model W600

The Model W600 -15: This heated FID Analyzer is designed to be directly installed on the side wall of the SHED to realize shortest possible response times by using very short sample lines. Features a standard 15 ml per minute sample flow through capability. This analyzer is designed to be used for small test chambers like a 1 cubic meter Micro SHED or smaller test chambers in the 0.3 cubic meter volume category. With internal zero and span gas valves. Sample flow through rates between 12 and 80 plus ml per minute can be chosen.

Heated FID Analyzers for Various TVOC Test Chamber Applications

Large Car Drive in Chamber 50 Cubic Meter and above
6 Cubic Meter and above
1 Cubic Meter and above
0.20 Cubic Meter and above

Suggested FID analyzers to be used for above applications

VE 555
VE 135
Mod 155-400
Mod 135-400
Mod 155-15
Mod 135-15
Mod W-600-15
Mod 155-15 with 12 ml/min Module
Mod 135-15 with 12 ml/min Module
Mod W-600-15 with 12 ml/min Module

About us / Über uns

J.U.M. Engineering has been manufacturing fast responding, high quality heated total hydrocarbon FID analyzers and non methane hydrocarbon FID gas analyzers for industrial, environmental, stack testing, OEM, aeronautic, research and medical applications since 1973.
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J.U.M. worldwide

J.U.M. worldwide

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J.U.M. Engineering Ges.mb.H.
Heated FID, Heated FID Analyzer, Hydrocarbon Analyzer, Total Hydrocarbon Analyzer, FID Monitor, Continuous Emissions Monitoring System, CEM FID, VOC Analyzer, J.U.M. Engineering GmbH - VOC Monitoring, TVOC Monitoring, HFID, HFID Hydrocarbon Analyzer, Rack Mount FID Analyzer, Portable FID Analyzer, Continuous Emissions Monitoring, Volatile Organic Compound, Flame Ionization Detector, Heated Flame Ionization Detector, Emissions Monitoring System, Continuous Emissions Monitor, Gas Chromatography Method, Gas Chromatography, Flame Ionization

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