The i+D3 ultrasonic sensor is designed to make parking easier for users, reducing the time it takes from entry to parking, and easing the traffic congestion typically generated when searching for an available space, thereby reducing pollution and noise.The main advantage of this parking sensor model is the combination of two devices into one. The ultrasonic sensors and the LED indicator are integrated into the same body, offering a more economical installation and improved maintenance.
The sensor uses ultrasound to detect whether a space is free or occupied. When the status changes, it reports the information to the guidance system and the built-in LED shows the corresponding signal.
It is installed above the space, usually at a height of between 2 and 3 metres.
Detection depends on the position, distance and geometry of the object, so in special configurations it is worth reviewing the installation.
Detection is carried out by ultrasound rather than by image, so ambient lighting is not the principle used to detect occupancy. Light can, however, affect how visible the LED indicator is.
Yes. It uses RS485 communication and can form part of a guidance system with zone controllers, information panels and space control software. Specific integration with other systems should be reviewed for each installation.
The RGB LED can represent different states of the space, such as free, occupied or reserved for a specific use, depending on how the system is configured.