KSK DEVELOPMENTS SP. Z O.O.

Wireless parking spaces' occupancy detector is dedicated for the use on on road car parks, in particular, located in the dense urban infrastructure. Each parking space is equipped with a wireless sensor mounted directly in the existing surface. Based on the continuous measurement of natural magnetic field of the Earth, the sensor is recording field disturbance caused by a vehicle. Information about the state of the actual occupancy of a parking space is obtained as the current register and immediately transferred by radio to a base station using a private or a public IoT network.

Wireless parking spaces' occupancy detector is dedicated for the use on on road car parks, in particular, located in the dense urban infrastructure. Sensor to glue to different surfaces. No maintenance needed. Core exchangeable without removing the base from the ground. As to surface-mount sensors, the requirements are much more complex. It needs to be quite thin for vehicle and pedestrian safety reasons. And the casing should be able to withstand heavy mechanical loads.

A wireless sensor for counting the number of vehicles and measuring speed from KSK Developments transmits accurate data and can be used in various fields. If you need to measure a busy parking entrance or a dirt road in the forest, our sensor will help you do it quickly, economically and accurately. Low power consumption of our device and 3-x Lithium batteries 3.6V 19Ah allow over 2 years of life time. Collect data in all directions on the selected lance using a single Traffic Tracker KSK-GR001 device. Magnetic Sensor This detects vehicles by measuring the change in the earth's magnetic field as the vehicles pass over the detector. Radar Sensor Radar is capable of detecting distant objects and determining their position and speed of movement. With vehicle detection, a device directs high frequency radio waves at the roadway to determine the time delay of the return signal, thereby calculating the distance to the detected vehicle.

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. 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.

The measuring probe is in the form of a lance 1000 mm long and contains an oxygen sensor. The end of the lance driven into the compost has a rounded head, so that the compost components encountered "on the way" do not stick into it. The probe is powered by direct current with a rated voltage of 12VDC or 24VDC, while the data on measurements are transmitted, depending on the version of the device, by wired or wireless. The oxygen probe in the version with wireless data transmission can be equipped with two network interfaces depending on the demand. In the wired version, the data signal is realized in the analog 4-20mA or digital form via the CAN bus. The second solution is to transfer data directly to the cloud via the LoRa network. This type of transmission allows you to cover a huge area with a radius of several kilometers in a star topology with one base station or through the public network.

The measuring probe lance is in the form of a length of 2000 mm and includes the three temperature sensors: - on the tip of the lance - at a distance of 750 mm from the tip and - at a distance of 500 mm from the end of the lance The lance tip has a rounded head, so when pushing into the pile it does not poke through encountered "in the way" compost components. The probe in wireless version is powered by a battery. Measurements and data are transmitted, depending on the version of the device, by wire or wireless.

The measuring probe is in the form of the lance (KSK-I01a) with a length of 2000 mm and includes a single oxygen sensor at the tip of the lance pushed in compost. The lance tip has a rounded head, so as pushed in, it does not poke through compost components. Oxygen sensor implemented on the basis of ZrO2. The device also available mounted on a ventilation duct compost pile (KSK-I01b with a length of 197 mm) The sensor mounted in this version using the threaded flange M18x1.5.

The device can perform water pressure measurements in the water supply network and temperature measurement in 2 places - on the sensor itself and in the device housing. The sensor is produced in two versions - IP54 (possible replacement of the battery on the user's side on the object) or IP68 (battery replacement only in the manufacturer's service) The sensor measures at intervals of 1 min to detect sudden pressure increases. It is possible to set an alarm threshold, the exceeding of which triggers the immediate sending of data frames. In normal operation mode, reading reporting takes place with an interval of 15 minutes every 6 hours from the last 24 hours.

The garbage collection sensor for litter bins is an innovative device that allows you to easily and conveniently monitor the filling of litter bins. The sensor based on radar detection is resistant to changing environmental conditions, dirt, etc., therefore it guarantees a very high detection efficiency ensuring the service life of the device at least 2 years. The management system can monitor its fill level conducting in real time an effective and informative policy of use.

Our LoRaWAN® ZHAGA KSK-LK01 Controller is a smart lighting solution that follows ZHAGA standards for seamless integration. With LoRaWAN® connectivity, it enables remote management, energy efficiency, and secure communication. Easy to install and scalable, it's a future-proof choice for efficient, interoperable, and intelligent lighting control systems. ZHAGA controller typically includes various input and output ports, such as power supply input, communication input, and output for controlling the LEDs. It receives signals from the driver or control system, interprets them, and translates them into commands that can be understood by the LED module. The controller also monitors the operating conditions of the LEDs, such as temperature and current, and adjusts the performance accordingly. It ensures that the LEDs operate within their specified parameters and protects them from overvoltage, overcurrent, and overheating.