Complex electric drive systems creation

One of the main specialties of Driveka is development, production and implementation of complex drive systems. They are cabinet systems made for control of electric motors of different units and also for solving other auxiliary tasks of measuring, visualization and control. Depending on the task systems can be made both on the base of inverters or softstarters and DC drives or high precision servo systems.

 Implementation of such control systems for electric drives in production will undoubtedly provide the following advantages:

• Reduction of energy consumption by electric motors of the units and mechanisms (for pumps and blowers up to 40%)
• Soft start and stop of electric motors
• Automatic PI(D) control of any parameter of the technological process (rotation speed, temperature, pressure, consumption etc.)
• Automatic control of actuators and synchronizing of its work (multiaxial systems)
• Centralized control of the technological processes

According to your technical specification our developing systems can be equipped by drive technology and other industrial automation devices (PLC, HMI etc.) which approaches solution of the task in the optimal.

At your desire we can make computation of the economic benefit which you get after implementation of such systems.

Complex drive systems integration with existing on your enterprise control systems can be made almost without stopping of the controlled technological process. The systems can easily modify and adapt according to all the aspects of its application.

The systems can easily modify and adapt according to all the aspects of its application. In our projects we use drive equipment and industrial equipment of the leading producers such as  Control Techniques, Leroy Somer, Invertek, Sprint-Electric, Siemens, Omron-Yaskawa, Danfoss, Schneider, Electric, Vacon.

Our specialists have wide experience in deploying of complex drive systems in such industries as:

• Petroleum and gas industry (automation of pump units, compressors, air-cooling devices, ventilating systems)
• Food production (position control system for shearing lines, automation of production lines, ventilating systems)
• Plastic production (control of extruder drive)
• Power engineering (control of series of pump units, cooling units systems)
• Cement industry (implementation of inverters for control of cement rotating kiln speed)
• Pulp and paper industry (automation of chip mills and pump units)
• House and communal services (development and deploying the control stations for sewage pumping units, water pumping units, lifting units pumps etc.)