TECHNOSOFT DRIVE & AUTOMATION PVT LTD.

Dum Dum, Kolkata, West Bengal

The use of electrical rooms is minimized and cabling costs reduced as the drive can be installed as close to the motor as possible. A protective vent ensures pressure inside the drive is equalized with the surrounding environment. It acts as a barrier against condensation, dust and dirt to ensure reliable drive operation and to prevent the rubber seals from wearing down.

VACON 20 X is quick to install and easy to keep clean. And the built-it PLC functionality makes custom-made software solutions possible.

All sections are grouped depending on their functionality, making it possible to plan each installation phase according to your requirements. The engineered sections slot in alongside each other allowing you to arrange integrated transport splits to save space. Alternatively, you can add extra transport sections to speed up installation. All larger modules have slide-out mechanics for easier set-up and maintenance.

The VACON NXP System Drive is built to last. Items such as busbar systems and high/low power devices are separated into individual compartments away from each other. This means that, if an issue occurs, it is compartmentalized and doesn’t cause widespread failure helping to reduce lifetime and maintenance costs.

Heat loss in AC drives can often affect surrounding machinery, particularly in compact drives that are mounted in tight spaces with insufficient airflow. With VACON 20 Cold Plate’s unique cooling system, heat loss can be reduced in two ways. Attach the drive to a heat sink with large cooling ribs to create a fully passively cooled drive, or mount the drive on a plate which is cooled by liquid to create a liquid-cooled solution. With no heat fins, VACON 20 Cold Plate requires less mounting depth. It fits in the tightest of places saving space and costs related to panel size.

Cabinets can be sealed making VACON 20 Cold Plate ideal for very harsh and demanding environments with high temperatures, dust or moist conditions. It supports asynchronous induction as well as permanent magnet synchronous motors. And the built-in PLC functionality allows the creation of application-specific software and solutions.

Integrated RS485 and Ethernet interfaces support all major industrial protocols making VACON 100 INDUSTRIAL easy to incorporate into all major control systems. The built-in PLC functionality enables integration of new functionality into the drive. Functional safety is improved with Safe Torque Off, which prevents the motor from generating torque on the motor shaft, Safe Stop 1 and ATEX-certified motor over-temperature protection.

The wall-mountable drive modules are easy to install and operate, and the enclosed drives are provided with a wide range of integrated options.

The drive contains all modules necessary for compliance with EMC standards. The integrated, scalable RFI filter minimizes electromagnetic interference, and the integral DC link chokes reduce harmonic distortion in the mains network. As these features are built in to the drive in the factory, cabinet space can be reduced. Efficient EMC mitigation also enables the use of cables with small cross sections which reduces installation costs.

The built-in RS-485 interface provides a cost-effective and simple serial-control interface for the drive. With optional modules, VACON 20 can be connected to almost any fieldbus system based on RS-485 or Ethernet, including Profibus DP, CANOpen, DeviceNet, Profinet I/O, EtherCAT, Modbus TCP/IP and Ethernet IP.

Available in all common voltages and in a wide power range, VACON 20 optimizes the performance of, for example, vertical-movement, packaging, material-handling and flow-control applications in various process industries around the globe. 

The drives provide optimized motor control for both induction and permanent magnet motors, and gearless drive applications and paralleling solutions for high-power motors. Fast fieldbus options and exceptional programming flexibility ensure the drives are easily integrated into any plant’s automation system. Engineering time and costs can be saved due to the high number of standardized options and reduced system complexity.

Specifically designed features include Multipump solutions and application selection menus. They enhance pump performance and protect pipes and equipment to ensure reliable operation. Standard PID control uses a sensor to control pump speed instead of an external controller. This helps the drive to quickly react to fluctuations in demand for accurate process control and optimized energy savings.