High Frequency Drive - Matrix 880 - Darwin Motion
Darwin Motion
We are Dealer, Wholesaler, Supplier, Exporter, Trader of Darwin Motion Drive Matrix 880, High Frequency Drive Matrix 880, Darwin Motion DR Matrix 880, Darwin Motion DR Matrix 880 regenerative VFD drives from Pune, Maharashtra, India.
Introduction
In the pursuit of efficiency and sustainability, Darwin Motion DR Matrix 880 regenerative drives have emerged as a transformative technology in the realm of industrial automation. These innovative drives offer the capability to convert kinetic energy into electrical energy during braking or deceleration, thereby reclaiming and recycling energy that would otherwise be dissipated as heat. In this article, we delve into the functionalities, advantages, applications, and future prospects of regenerative drives in driving forward sustainable industrial practices.
Key Features :
- Closed or open loop vector control for outstanding regulation and torque
- Programming Backup though Keypad only
- High Frequency Drives Version Also Available.
- Safe Torque Off
- Integrated DC Reactor (30kW ND and above)
- TTL Encoder feedback
- Reduced set-up time with an intuitive keypad, navigation and start-up wizards
- Keypad with 4 parameter backup function, real time clock, data logger and copy unit. Communication Profibus / CAN OPEN / Profinet / Ethercat /Modbus.
- Feedback _ Encoder, Resolver / Sincos & Many More
Advantages :
- Free selection of the network pressure :The network pressure can be adjusted between 5 and 13 bar
- Constant network pressure: Independent of the air demand the network pressure can be kept constant through the speed variation In this way the maximum pressure can be reduced and energy can be saved Example: A reduction of the maximum pressure of about 1 bar gives energy reductions of about 6-8 % in relation of the total power consumption of the compressor
- Energy Saving By Drawin drives - Energy savings are achieved through: Avoiding unload operation and resultant energy wastage
- Constant near unity power factor resulting in lesser peak kva demand Optimum efficiency of motor operation resulting in energy saving
- No starting and Delta/Start switch over currents resulting in lesser stress on electrical system
- Exact delivery volume resulting in smooth operation as required
- Free selection of the network pressure resulting in flexibility Constant network pressure resulting in system efficiency