FISD036PK

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The FISD036PK application field is moving platforms, and it\'s unique working principle is based on ceiling-mounted dynamic infra-red track control.

FISD036PK is a motion control system developed specifically for the purpose of moving platform control. It combines a track-based system with dynamic infra-red tracking to provide a controlled means of moving platforms. The main operational principle of FISD036PK is based on the use of ceiling-mounted dynamic infra-red sensor, which detects the motion of the platform on a continuous basis and sends signals back to the controller which is programmed to produce the desired motion.

The main feature of this system is that the tracking is performed without relying on any physical track infrastructure, and all the data required for motion control is transmitted wirelessly. This makes it possible to control the motion of the platform without excessive cabling requirements. Additionally, the system does not require any external power source, which makes it even more cost-effective.

The FISD036PK system is able to detect and respond to both static and dynamic elements. The tracking technology utilizes motion and acceleration sensors that measure the direction and speed of the platform while the controller interface allows the user to set the desired motion parameters in terms of maximum speed, acceleration, distance, etc.

Moreover, the system features various safety measures, such as detecting any abrupt changes in direction or motion, and automatically stopping the platform if any irregularities occur. This prevents accidents due to improper operation and helps ensure the safety of all personnel in the area.

The FISD036PK system provides a cost-effective and reliable way to control the motion of moving platforms, and is becoming increasingly popular in various applications. It is especially beneficial to those with limited budgets, as the system eliminates the need for a complex track infrastructure while still providing a reliable way to control the motion of platforms.

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