Preparing your secure checkout page...
Warranty
Wake Industrial Warranty
To Speak to a sales representative for pricing and lead time:
Product Description
The PSI63C0.757-W2 is a frequency inverter used in industrial automation. It is manufactured by Bosch Rexroth Indramat which enables good motor control within a complex situation. This enables the control process to work well in different operations.
This PSI63C0.757-W2 Frequency Inverter has a feasible supply voltage of 500V-690V with a rated main current of 110V. It supports air-cooled as well as water-cooled operations to suit the operational conditions of the environment into which it is installed. The primary AC current of this inverter is 800 A, and the secondary AC current reaches 36 kA. This indicates that it will work effectively in critical conditions. For installation purposes, the unit should possess a connection cross-section of not less than 35 mm². The inverter has been designed to work with both 50 Hz and 60 Hz frequency power systems around the world. The highly configurable PSI63C0.757-W2 Frequency Inverter comes with I/O cards and field bus connections capability in its design. These features provide a convenient way to monitor and operate other devices and systems from a distance. This provides convenience for the user’s interaction with any devices or systems. It is designed in a way that it can fit into tiny or even extensive industrial systems enhancing its performance in all situations.
The cooling options available in PSI63C0.757-W2 Frequency Inverter are air-cooled options and water-cooled options. This makes it possible to have solutions depending on the requirements of the system and the conditions of the environment. With a weight of 25 kg, this frequency inverter is strong and designed for heavy use in many industries. Its high current capacity, wide voltage range, and the additional possibility of forced air and forced oil cooling. These features make it suitable for all kinds of control and power applications like motor control and power distribution.