ENTRETIEN ET UTILISATION

REPLACEMENT DU TIROIR

AVERTISSEMENT

Lorsque le tiroir est retiré, l'élément chauffant est exposé. N'allumez jamais l'appareil en l'absence du tiroir. Ne laissez jamais les enfants jouer à proximité du chauffe-plats ou le toucher lorsqu'il n'est pas installé de façon sécuritaire. Pour éviter tout risque d'accident, repoussez les glissières dans le boîtier lorsque le tiroir a été retiré.

1.Pour remettre le tiroir en place, pousser les coulisses complètement à l'intérieur.

2.Placer le tiroir devant la cavité et aligner les coulisses (Fig. 07).

3.Une fois les coulisses alignées, enfoncer complètement le tiroir à l'intérieur (Fig. 08).

REMARQUE :

Une fois le tiroir remis en place, les coulisses seront peut-être rigides et difficiles à enfoncer. Ceci est normal. Sortir le tiroir en le tirant pour réaligner les roulettes. Le tiroir devrait maintenant fonctionner régulièrement et librement.

Fig. 07

Fig. 08

AJUSTAGE DU LOQUET

Le loquet peut être repositionné verticalement en ajustant les deux vis Torx. La force nécessaire pour ouvrir et fermer le tiroir peut être modifiée en ajustant les deux vis tête plate (Fig. 09).

Flathead

Torx screws

screw

 

Flathead screw

Fig. 09

9

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DCS WDT-30, WDTI manual Replacement DU Tiroir, Remarque, Ajustage DU Loquet
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WDTI, WDT-30 specifications

The DCS WDT-30 and WDTI are advanced temperature monitoring instruments designed to meet the exacting demands of industries where precise temperature measurement is crucial. These devices are particularly favored in sectors such as pharmaceuticals, food processing, and environmental monitoring.

The WDT-30 model focuses on offering extensive features for temperature data logging and monitoring. Equipped with high-precision sensors, the WDT-30 ensures real-time temperature readings with accuracy that significantly reduces the risk of errors in critical applications. Its intuitive user interface allows operators to easily navigate the various functions, making it accessible even for those without extensive technical training.

One of the standout characteristics of the WDT-30 is its data logging capabilities. The device can store a significant amount of data, which can be retrieved for analysis. The logging interval is customizable, giving users the flexibility to adjust it according to their specific needs, whether they require high-frequency logging for fast-changing environments or longer intervals for stable conditions.

In addition to the WDT-30, the WDTI model takes temperature monitoring a step further by integrating wireless connectivity. This technology allows for seamless data transfer to cloud-based platforms, enabling remote monitoring and analysis. Users can access real-time data from anywhere, making it easier to react to temperature fluctuations that could compromise product quality or safety.

Both models feature robust construction that ensures durability in demanding environments. They are often designed to resist dust and moisture, complying with IP standards that make them suitable for use in various production and storage facilities. The incorporation of digital displays provides quick visual feedback on temperature readings, while alert systems can notify users of any deviations from pre-set limits.

In conclusion, the DCS WDT-30 and WDTI are essential instruments for industries reliant on precise temperature monitoring. With high accuracy, extensive data logging features, and advancements in wireless technology, these devices significantly contribute to operational efficiency and product safety. Their durable design further ensures that they can withstand the challenges posed by industrial environments, making them a reliable choice for professionals.
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