Public networks - Import export

Distribution and line cables are used in broadband communication networks. Longitudinally welded high-purity copper tubes ensure optimum immunity to interference radiation as well as high stability. Made in Germany quality. They are used for signal transmission between head-end station and house connection. They can also be used in public broadband communication networks or underground installation.

Distribution and line cables are used in broadband communication networks. Longitudinally welded high-purity copper tubes ensure optimum immunity to interference radiation as well as high stability. Made in Germany quality. They are used for signal transmission between head-end station and house connection. They can also be used in public broadband communication networks or underground installation.

Distribution and line cables are used in broadband communication networks. Longitudinally welded high-purity copper tubes ensure optimum immunity to interference radiation as well as high stability. Made in Germany quality. They are used for signal transmission between head-end station and house connection. They can also be used in public broadband communication networks or underground installation.

Distribution and line cables are used in broadband communication networks. Longitudinally welded high-purity copper tubes ensure optimum immunity to interference radiation as well as high stability. Made in Germany quality. They are used for signal transmission between head-end station and house connection. They can also be used in public broadband communication networks or underground installation.

Distribution and line cables are used in broadband communication networks. Longitudinally welded high-purity copper tubes ensure optimum immunity to interference radiation as well as high stability. Made in Germany quality. They are used for signal transmission between head-end station and house connection. They can also be used in public broadband communication networks or underground installation.

Distribution and line cables are used in broadband communication networks. Longitudinally welded high-purity copper tubes ensure optimum immunity to interference radiation as well as high stability. Made in Germany quality. They are used for signal transmission between head-end station and house connection. They can also be used in public broadband communication networks or underground installation.

Distribution and line cables are used in broadband communication networks. Longitudinally welded high-purity copper tubes ensure optimum immunity to interference radiation as well as high stability. Made in Germany quality. They are used for signal transmission between head-end station and house connection. They can also be used in public broadband communication networks or underground installation.

Distribution and line cables are used in broadband communication networks. Longitudinally welded high-purity copper tubes ensure optimum immunity to interference radiation as well as high stability. Made in Germany quality. They are used for signal transmission between head-end station and house connection. They can also be used in public broadband communication networks or underground installation.

Distribution and line cables are used in broadband communication networks. Longitudinally welded high-purity copper tubes ensure optimum immunity to interference radiation as well as high stability. Made in Germany quality. They are used for signal transmission between head-end station and house connection. They can also be used in public broadband communication networks or underground installation.

The new Commander 2S is the most affordable, complete solution for public charging and charger networks. It has all the smart features offered by Wallbox and is designed for large business developments.

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.

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.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in grounds 1 3 types and in rodent infested grounds as also in cable duct systems, pipes, over bridges and overpasses, for installation in asphalt and concrete pavement.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in grounds 1 3 types and in rodent infested grounds as also in cable duct systems, pipes, over bridges and overpasses, for installation in asphalt and concrete pavement.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in grounds 1 3 types and in rodent infested grounds as also in cable duct systems, pipes, over bridges and overpasses, for installation in asphalt and concrete pavement.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in grounds 1 3 types and in rodent infested grounds as also in cable duct systems, pipes, over bridges and overpasses, for installation in asphalt and concrete pavement.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, on power lines and automatic control lines of electric railways, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, on power lines and automatic control lines of electric railways, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, on power lines and automatic control lines of electric railways, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in grounds of all types as well as for grounds subject to cryogenic deformations, in cable ducts, bridges and overpasses.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in cable duct systems, over bridges and overpasses, inside protective PE pipes (including air blowing installation).

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in grounds of all types but for grounds subject to cryogenic deformations, in cable ducts, bridges and overpasses.