Terminaux sur module de contrôle Statox 501 / Terminals Controlmodule Statox 501

3.4Raccordement à tout autre contrôleur ou PCS Si vous reliez le Statox 501 IR à tout autre dispositif de commande ou PCS, merci d’observer les caractéristiques techniques au chapitre 9.

3.4Connection to any other Controller or a PCS

If you connect the Statox 501 IR to any other control device or PCS, observe the technical data in chapter 9.

4.Démarrage et Menu

Après avoir été relié à l’alimentation 24 V, le Statox 501 IR affiche la version du logiciel et le code du gaz (liste 4.5). Après le préchauffage, il entre dans le mode de détection et affiche la concentration du gaz en % LIE.

Pour accéder au menu utilisateur, reliez l’adaptateur de calibration au détecteur. Il y a deux boutons qui peuvent être utilisés sur l’adaptateur. Le bouton Enter ↵ vous permet de vous diriger vers le prochain point du menu ou de sélectionner le code menu. Le bouton Reset R vous ramène toujours au mode de mesure.

Appuyer sur le bouton Enter ↵ pour accéder au menu. Le premier chiffre commencera à alterner. Choisissez le code désiré en pressant le bouton enter ↵ dès que le premier chiffre est correcte. Le second chiffre commencera à alterner de la même manière. Choisissez le second chiffre en poussant le bouton enter ↵ quand le code sera correcte. Un diagramme illustré du menu est disponible dans ce document..

4.1Réglage du zéro et du span avec un gaz étalon Sélectionner le menu 11.

Le transmetteur est pré calibré en usine. Avant d’effectuer une calibration, laissez stabiliser le transmetteur au moins une heure. Après avoir lancer le programme de calibration, le zéro sera ajusté. Pendant ce processus “000” clignotera sur l’affichage.

Le mise à zéro doit absolument être effectuée dans une atmosphère propre. Si vous êtes incertain de l’environnement, utilisez de l’air synthétique. Pour retourner au mode de mesure et éviter la calibration, appuyez sur le bouton Reset. En appuyant sur le bouton

enter ↵ vous commencez la calibration. Le gaz étalon à utiliser doit se situer entre 30 et 70% de la LIE. Branchez le gaz étalon au raccord de l’adaptateur et commencez la procédure de calibration en apuyant sur le bouton enter ↵ Pendant la calibration “Go” s’affiche à l’écran. Après un certain temps “Go” commence à clignoter, cela indique que le gaz étalon a été détecté. Quand la calibration est réussie, l’affichage indique Con. Jusqu’à cette affichage aucune nouvelle donnée n’est enregistrée. En appuyant sur le bouton Reset, vous retournerez dans le mode de mesure et le transmetteur utilisera les anciennes données de calibration.

La dernière étape pour la calibration est d’entrer la concentration du gaz étalon. La dernière valeur utilisée s’affiche à l’écran. Si aucun changement est nécessaire, appuyez sur le bouton enter. Dès que le transmetteur est

4.Start-up and Password Menu

After being connected to the 24 V power supply, the Statox 501 IR will display the software index and then the gas code (see list 4.5). After warm up it will go into the detection mode and start displaying the gas concentration.

To access the user menu, connect the calibration adapter to the sensor head. There are 2 keys that can be used on

the calibration adapter. Pressing the Enter button ↵ will bring you to the next menu point or selects a menu code. R (Reset) always brings you back into the measuring mode.

Push the Enter button ↵ to access the password menu. The first digit will start alternating. Select the desired code by pushing the Enter button when the correct first digit appears. The second digit will start alternating in the same way. Select the secondary code by pushing the Enter button when the correct digit arrives. An illustrated menu diagram is available in this document.

4.1Zero and Span Adjustment Select code 11.

The transmitter is pre-calibrated. Before starting a calibration allow at least 1 hour to stabilize. After initiating the calibration program, the zero will be adjusted. During this process the display will flash “000”.

Zeroing must be done in a clean atmosphere. If you are unsure about the environment, use synthetic air. To return to the measuring mode and avoid the calibration procedure, press the reset button. Pushing Enter ↵ button starts a gas calibration. Span gas with a concentration from 30 to 70% LEL should be used. Connect the gas to the intake of the calibration adapter and start the procedure by pushing the Enter ↵ button.

During a calibration “Go” will appear on the display. After a while “Go” will start flashing, indicating that the calibration gas has been detected. When the calibration has been successfully finished, the display will show Con. Up to this point no new data has been stored. Pushing the Reset button will return to the measuring mode and the transmitter will use the previous calibration data.

The final step for calibration is entering the span gas concentration. The last concentration used will appear on the display. If no change is needed, push the Enter button. Once the instrument has returned to the normal detection mode, it verifies the calibration by displaying the actual gas concentration.

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Compur 501 IR manual Démarrage et Menu, Start-up and Password Menu, Zero and Span Adjustment Select code
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501 IR specifications

The Compur 501 IR is an advanced infrared gas analyzer focused on the detection and measurement of trace gases in various applications. Renowned for its precision and reliability, the Compur 501 IR provides a comprehensive solution to industries requiring data on gases such as carbon dioxide, methane, and volatile organic compounds. This state-of-the-art instrument is vital for environmental monitoring, industrial processes, and safety compliance.

One of the standout features of the Compur 501 IR is its dual-beam infrared absorption technology. This technology enhances measurement accuracy by minimizing errors that can arise from variations in temperature and pressure. The dual-beam setup allows for continuous measurement of gas concentrations, providing real-time data crucial for process control and environmental analysis. The analyzer's sensitivity enables it to detect even the slightest changes in gas concentrations, ensuring operators are alert to any potential hazardous conditions.

The Compur 501 IR is equipped with a sophisticated microprocessor-based system that facilitates user-friendly operations. The intuitive interface allows users to configure settings, view measurements, and access calibration features with ease. Additionally, the analyzer supports various communication protocols, enabling seamless integration with existing data management systems, which is critical for efficient operation and record-keeping.

In terms of durability, the Compur 501 IR boasts robust construction designed to withstand harsh operating conditions. It features a rugged enclosure that protects sensitive components from dust, moisture, and physical impact, ensuring consistent performance in challenging environments. Moreover, the device is engineered for low maintenance, with long-lasting components that reduce the need for frequent servicing.

Another key characteristic of the Compur 501 IR is its adaptability to different calibration standards. This flexibility makes it suitable for a wide range of applications, from industrial emissions monitoring to indoor air quality assessment. The capability to customize calibration settings allows the analyzer to meet specific regulatory requirements, ensuring compliance with environmental standards.

Overall, the Compur 501 IR stands out for its innovative technology, exceptional accuracy, and user-centric design. Its ability to deliver precise gas measurements in real time is invaluable for industries focused on safety, regulation, and environmental stewardship. This advanced gas analyzer exemplifies the forefront of gas detection technology, making it a reliable choice for professionals across multiple sectors.
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