58 739-65-57
biuro@atsystems.pl
polski
Switchboards are manufactured in accordance with the documentation provided by the customer, or based on diagrams prepared by our designers. We also manufacture switchboards based on incomplete technical documentation, which is supplemented by our engineers.
All our products meet the currently applicable standards and reliably perform the tasks assigned to them. Each switchboard undergoes quality control, including electrical measurements, and upon passing the tests successfully, it receives a CE conformity declaration.
Switchboards can be modular, allowing for easy expansion with additional sections and components.
The main switchboards are designed for power supply, distribution of electrical energy and protection of electrical devices against the effects of short circuits and overloads.
They are used in the power supply of buildings such as schools, kindergartens, shopping centers, hospitals, and shops.
Facility switchboards are used for the power supply and distribution of electrical energy to individual sections, administrative areas, garages, and workshops.
They are commonly used in public utility buildings and industrial facilities.
Metering switchboards are designed for the division and metering of electrical energy for individual consumers.
They are equipped with specially adapted boards for mounting meters, which enables efficient reading of energy by network operators.
Residential switchboards designed for the distribution of electrical energy. They protect against excessive current or electric shock. They also allow for control in intelligent buildings.
These boards are used to power lighting circuits, socket outlets, and electrical appliances in homes, such as induction cooktops, ovens, and dishwashers.
Construction switchboards are used for electrical energy distribution and powering external equipment.
Additionally, these boards can be equipped with receiving socket mounted on the enclosure.
They guarantee high functionality, a high level of security and network mobility.
Cable and cable-metering junction boxes are used for measuring energy consumption and distributing electrical power.
They are equipped with protective devices that safeguard against the effects of low-voltage cable overloads and short circuits.
Process switchgears are used to control technological and production processes and to supply power to end devices.
They are used in facilities such as production plants, sewage treatment plants, and water treatment plants.
Most often used in the chemical, food and environmental protection industries.
Pumping station switchboards are used for pumping and transferring media from tanks or wells.
Depending on requirements, they control the appropriate number of pumps according to an optimized technological algorithm. Using a control system and data from measurement sensors, they ensure the automatic operation of devices.
Ventilation and air conditioning switchboards control climate and ventilation systems to achieve the desired environmental conditions within a facility.
These boards are essential for energy-efficient systems.
They power ventilation and air conditioning systems and control end devices using contactors, soft starters, or frequency converters.
Automatic reserve switching switchboards enable automatic switching of the power source of facilities.
They are most often used in facilities that require uninterrupted power supply.
They can be implemented using contactor-based or disconnector-based systems.
Capacitor bank switchboards are designed for inductive reactive power compensation, allowing for a reduction in electricity costs in facilities.
They are most commonly used in industrial plants and large commercial buildings.
With the help of a controller, they automatically switch on the appropriate number of capacitors with a specified capacity based on demand.
Local control panels are responsible for local control or groups of devices in large-scale facilities.
Using control panels or operator interfaces, they enable the switching on and off of specific device.
These switchboards can communicate with other switchboards and systems through various direct communication protocols, such as Modbus RTU/TCP IP and Profibus.
Fiber optic switchboards are designed and adapted for the construction of fiber optic networks. Made in a RACK cabinet format, they are used for organizing and terminating fiber optic cables.
The use of such cabinets significantly facilitates the organization of cables used to build the network. The construction of a fiber optic network allows for faster data transmission, a significant increase in the quality and security of the signal.
LAN network panels are designed for the construction of modern telecommunication and computer networks. Active and passive devices installed in the cabinet are protected against damage and vandalism.
By using this type of panel, it is possible to create a secure LAN network in which devices can communicate with each other.
Additionally, LAN switchboards are used in the process of creating SSWiN alarm systems, CCTV video monitoring and building automation.
Electrical switchboards from the AT Systems are characterized by high functionality and a wide range of applications. Thanks to this, they can be effectively used both in modern office and residential buildings, as well as in industrial facilities. AT Systems switchboards provide an optimal solution for effective and safe management of electrical energy. Our offer includes main switchboards, residential switchgears, meter switchboards, facility and construction switchboards, cable connectors, and even cable-measuring connectors. Each of them can be installed in various ways, depending on the installation site requirements, including surface-mounted, flush-mounted, freestanding, or on a foundation, ensuring flexibility in adapting to design conditions.
By choosing AT Systems, you are investing in products that contribute to increased energy efficiency and protection of the electrical infrastructure, which is important for modern market requirements and safety standards. Thanks to their well-thought-out design and advanced technical solutions, switchboards designed and manufactured by AT Systems are a solid investment that brings benefits for many years.
The manufacturer of electrical switchboards, AT Systems company, also draws attention to the correct installation and maintenance of devices. These activities ensure the safe and efficient functioning of each electrical installation. It is important to remember that the switchboard should be installed in an easily accessible but safe place, away from the direct impact of external factors such as moisture or extreme temperatures. Maintenance includes checking the condition of insulation, terminals, and the technical condition of all components of the switchboard, such as switches, relays, and protections.
Control cabinets from the AT Systems are used in many industrial sectors, including production, processing, energy and transport.. In the production sector, control cabinets play an indispensable role in controlling production machines, assembly lines, and other complex industrial processes. They enable the integration and coordination of the work of various devices, which leads to increased efficiency, production quality, and optimization of operational costs.
In industries such as the chemical, pharmaceutical or food industry, control cabinets help monitor and regulate various processes, e.g. mixing, dosing, temperature or pressure.. They provide precise control, which is crucial for maintaining the required quality and safety standards.
Our offer also includes the execution of control cabinets, including process cabinets for ventilation and air conditioning systems, pumping stations, treatment plants, water purification stations, ATS (Automatic Transfer Switch) cabinets, capacitor battery cabinets, and local control cabinets. We approach each project with the utmost care, considering the individual needs and requirements of our clients. At AT Systems, we combine technical knowledge with experience to deliver high-quality solutions that meet the most advanced requirements in the fields of automation and electrical engineering.