Réglage

Puissance ventilation

Cette fonction vous offre les alternatives suivantes pour le fonctionnement des ventilateurs de refroidissement après l’extinction du projecteur. (p.20)

L1 . . . . . . fonctionnement normal

L2 . . . . . . plus lent et moins bruyant que le fonctionne- ment normal (L1), mais le projecteur met plus longtemps à se refroidir.

Remarque:

Réglage “Commande du ventilateur” à On1 ou On2 touche L2 opération dans le “Puissance ventilation”.

Commande du ventilateur

Le projecteur dispose d’une fonction de commande du ventilateur dans le menu des réglages.

Sélectionnez la vitesse de fonctionnement des ventilateurs de refroidissement à l’aide des options suivantes, en fonction de l’altitude à laquelle vous utilisez le projecteur.

Off............. Vitesse normale.

On1........... Plus rapide que le mode Off. Sélectionnez

ce mode lors de l’utilisation du projecteur à haute altitude (environ 1,200 mètres ou plus au-dessus du niveau de la mer), là où l’effet de refroidissement des ventilateurs est plus réduit.

On2........... Plus rapide que le mode On1. Sélectionnez ce

mode lors de l’utilisation du projecteur à des altitudes plus élevées que ci-dessus, là où l’effet de refroidissement des ventilateurs est plus réduit.

Remarque:

Le ventilateur est plus bruyant en mode On1 et On2.

Commande du ventilateur

Commande du ventilateur

55

Page 55
Image 55
Fisher PLC-XW60 manual Puissance ventilation, Commande du ventilateur, Le ventilateur est plus bruyant en mode On1 et On2

PLC-XW60 specifications

Fisher PLC-XW60 is an advanced control system designed for industrial applications that require precision, reliability, and versatility. This controller is particularly well-suited for process automation, featuring a robust architecture that allows it to efficiently manage complex operations across various industries.

One of the standout features of the Fisher PLC-XW60 is its scalability. Users can start with a basic configuration and expand the system by adding modules as their needs grow. This modular design not only helps in optimizing initial investment but also enables easy upgrades in response to evolving operational demands. The PLC supports a wide range of I/O configurations, accommodating both digital and analog signals, ensuring compatibility with numerous sensors and actuators.

The PLC-XW60 is powered by advanced processing technology, delivering high-speed data processing capabilities. Its CPU is designed to handle multiple tasks simultaneously, which is vital for real-time applications where quick decision-making is crucial. With a fast scan time, the PLC ensures minimal latency, allowing seamless communication across the network and timely execution of control commands.

In terms of connectivity, the Fisher PLC-XW60 features multiple communication protocols, including Ethernet/IP, Modbus TCP/IP, and others. This allows for versatile communication with other devices, facilitating integration into existing control networks. The ability to connect with different protocols enhances interoperability, which is essential for modern automated environments.

The built-in diagnostic and troubleshooting capabilities help to minimize downtime and optimize performance. The system provides real-time monitoring and fault detection features, allowing operators to quickly identify and rectify issues before they escalate into significant problems. Coupled with an intuitive user interface, managing and operating the PLC becomes streamlined, requiring less training for personnel.

Moreover, the Fisher PLC-XW60 is designed for durability, featuring an industrial-grade construction that can withstand harsh environmental conditions. With wide temperature ranges and protection against dust and moisture, the PLC is suitable for deployment in various settings, from manufacturing plants to outdoor installations.

Overall, the Fisher PLC-XW60 combines advanced technologies, robust performance, and extensive flexibility, making it a premier choice for industries seeking reliable automation solutions. Its design reflects a deep understanding of the complexities of modern industrial operations, ensuring that businesses can achieve optimal efficiency and productivity.