Pedestrian Touch Button KSK-P01

Modern shape of the enclosure is designed to increase the resiliance against damage, ie, changing the resultant vector of impact on the pillar on which the button is mounted via the ribbed molding directly transfers the force of the impact.

The button is equipped with LED confirmation and audible pedestrian guidance and confirmation of acceptance of different frequencies. The use of LEDs as opposed to incandescent systems for low power consumption and long life.

Pedestrian button is designed with care for people with disabilities, equipped with vibration pad and additional request signal allowing for a longer time of green signal for safe street crossing.

  • Rugged design prevents the devastation and destruction of a button
  • Designed to work with any standard power source
  • Wired and wireless data transfer
  • Disabled people friendly device
  • configuration with infrared port

Principles of the pedestrian touch (touchless) button

Check the main features of the device

Pedestrian touch button is adapted to work with any standard power source. In addition, all behavioral parameters can be modified on site by a service configuration infrared port.
The pedestrian request is based on a capacitive sensor technology, enabling removal of all the mechanical components what by far extends the life of the device.

The button is available in wired and wireless which makes its installation and replacement more versatile than any other button.

We also offer contactless functionality. Now there is no need to press the button to turn on the green light, just raise your hand.

The device contains an infrared sensor, which activates the red light – the same if you were to push the button.

pedestrian button

Capacitive sensor

Find out how the push button that does not need to be pushed works

Schemat działania sensora pojemnościowego

Capacitive sensors are areas on a PCB that have been filled with copper and then connected back to a device using a trace. The device will then measure the sensor in some manner that allows it to notice small shifts in capacitance typically caused by a user’s finger approaching the sensor. The capacitance is continuously read in software and when a change occurs, the system will register a press on that sensor.

There are three coupling paths that are affected when a user approaches a capacitive sensor. There is a change in coupling between the capacitive sensor and the board’s ground due to the close proximity of the finger. This is a localized effect and will not be affected too greatly by the power supply or board layout. The second coupling path connects the sensor and earth ground through the user’s body. It adds capacitance to the sensor and is one of the primary paths for conducted noise injection. If this is an open circuit because the user is not sharing a ground with the board, the capacitance added by this path is negligible. Finally, the third coupling path is the amount of additional capacitance to earth ground that is added to the board’s ground due to the user’s body. If the board-to-earth capacitance increases, the effect of the sensor-to-earth coupling will be seen more strongly on the sensor.

Product details:

KSK-P01a - button in wired version, directly connected to the traffic lights' controller. The button is configured using the IRDA port (to determine the level of sensitivity of the sensor, set the level of status signals)

KSK-P01b - button in wired version, connected to CPU card. The button transfers data via CAN interface

KSK-P01c - the wireless version, connected to CPU card. All buttons can be configured remotely from the controller's cabinet .

Each of these configurations can be equipped with a speaker and confirmation vibrating pad with text in braille code.

  • Capacitive sensor detection
  • LED request confirmation for pedestrian constant / pulsed mode
  • graphical display of a sequence of advertising on the LCD screen
  • Sound guidance pedestrian button (audibility to 4m)
  • wireless programming system parameters with high data throughput
  • temperature measurement with its display
  • low resistance contact mechanical application 
  • AC or DC power supply in the range of 24DC-230AC
  • request confirmation powered by AC or DC in the range of 24DC-240AC
  • signal green light powered by AC or DC in the range of 24DC-230AC
  • pedestrian request signal in the range of 24DC-230AC
    Full galvanic isolation (> 1000V) between signals
  • power consumption of 2.5W max

CPU card - the tasks of the CPU must communicate with magnetic sensors using a base station wireless 2.4 GHz.system2
Then, the CPU card provides information about the incident to the vehicles detectors card , which communicates with the main intersection controller.

 

system3

 

Push-button extension card - This device is used to collect data from pedestrians buttons, which are mounted at the intersection. The buttons can be assigned to one of three groups of output generating the output signal. Each group consists of up to 8 buttons, which have a common output. Moreover, every group is provided with a three input signals - and acknowledgment signals for red and green light, which are isolated from other signals.

Our pedestrian touch buttons are used in Gliwice and is systematically increased their number (for new and refurbished intersections). They have a positive reputation among managers of urban roads in Gliwice. With its durable and robust housing resistant to mechanical damage was not a single case of the need to replace the button because of his damaged by vandalism. Pedestrian button thanks to its slim design is an attractive element of landscape architecture and fits well with other devices of urban infrastructure. Currently Gliwice intersections is more than 400 buttons KSK-P01

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