PSI64C0.781-W1

Product Description:

The PSI64C0.781-W1 is a frequency inverter drive designed for industrial automation applications. It is engineered to perform in various conditions, providing stable and efficient operation, like in assembly lines and automated machinery. Featuring an air cooling technique, this inverter handles heat from processes through the working environment, all while maintaining stable operation. The inverter accepts a 3-Phase input voltage of 230 V, which is a common industrial standard; it is a crucial component in systems needing speed and torque control. Weighing 6 kg and with dimensions of 80 x 398 x 200 mm, the design balances between functionality and space efficiency. This makes the device suitable for integration within constrained spaces without affecting overall performance because it is not as large. The rated load is 2 HP reflecting the inverter's capacity to handle average application demands. The frequency range supported is 50/60 Hz letting it be compatible with different power standards.

Expanding on its capabilities, this frequency inverter provides important features for easy integration and smooth functionality. It allows for control and flexibility within industrial settings. With an EMC Compliance of Level Class A, the device is built to minimize electromagnetic interference as the machine is being created using the parts through the shop. With a rated leakage current of 35 mA, this inverter maintains safety and operational efficiency through all performance aspects. The power loss is kept to 25 W, therefore it helps to reduce energy usage and running expenses. Its maximum operating temperature is 45°C, ensuring that it can adapt to settings which helps maintain consistent operation, through the system's components because it can be challenging. This unit's sturdy construction and planned design will help it provide long-term reliability that is suitable for continuous operation.

The type is specifically categorized as a Frequency Inverter Drive, which means drives are suited to applications needing precise motor management. The components incorporate the correct frequency, voltage, phase in the environment and the area where it is located because of the different settings. The inverter uses a 3-Phase system to deliver constant power, thus bettering productivity and the performance of linked equipment. With multiple settings available and many power options, users are allowed to adjust how the inverter is operating to the needs of the application through the settings, so the machine is in top condition. The attributes along with the certifications and the compliance mean that the inverter not only meets standards, plus it is also ready for different setups