PSI63C0.762-L1
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The PSI63C0.762-L1 frequency inverter delivers precise power control with a clock frequency of 1 kHz. It supports fieldbus communication for seamless integration, ensuring efficient and reliable operation in demanding industrial applications.
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Product Description:
The PSI63C0.762-L1 Frequency Inverter is a modular power electronics unit designed for recessed mounting in industrial automation applications. It is a 3-phase MF inverter designed by Bosch Rexroth Indramat for efficient power conversion.
The PSI63C0.762-L1 frequency inverter features frame terminals that support a maximum cable cross-section of 50 mm² for secure clamping. The module integrates seamlessly with automation systems through fieldbus interfaces that enable robust communication and control. The inverter requires a tightening torque of 6 to 8 Nm that ensures secure electrical connections. The PSI frequency inverters series model supports a maximum secondary current of 7 kA. This makes it suitable for applications that require high-performance power regulation. The connection terminals facilitate a robust power supply and transformer connection with a minimum required cross-section of 35 mm². With a clock frequency of 1 kHz, the inverter delivers stable and efficient operation for industrial processes that demand consistent power output. The unit’s switch cabinet basic losses are 69 W that contributes to its overall energy efficiency. The design prioritizes ease of installation and integration with existing electrical infrastructures that support effective power transmission and control. The maximum cooling losses reach 360 W that ensure the inverter maintains operational stability.
The PSI63C0.762-L1 frequency inverter weights approximately 20 kg and is built for recessed mounting that optimizes space utilization in industrial applications. The integration of fieldbus interfaces allows for streamlined communication with automation networks that require accurate power modulation. The unit is equipped with advanced power management capabilities that ensure precise current control. The inverter ensures precise and reliable energy management in demanding environments. The product is designed to meet stringent electrical requirements that makes it a reliable component for industrial power distribution.
Frequently Asked Questions about PSI63C0.762-L1:
Q: What is the purpose of the 1 kHz clock frequency in the PSI63C0.762-L1 frequency inverter?
A: The 1 kHz clock frequency ensures stable power conversion and precise energy regulation. It optimizes performance in industrial applications that require consistent and efficient operation.
Q: How does the fieldbus communication in the PSI63C0.762-L1 enhance system integration?
A: The fieldbus interfaces enable seamless connectivity with automation networks. This ensures real-time data exchange and precise control for improved efficiency in industrial processes.
Q: Why does the PSI63C0.762-L1 frequency inverter require a tightening torque of 6–8 Nm?
A: The required tightening torque ensures secure and stable electrical connections. This prevents power loss and enhances reliability in high-current applications.
Q: What advantage does the 50 mm² frame terminal provide in the PSI frequency inverter?
A: The 50 mm² frame terminal allows for efficient power transmission and secure connections. It supports high-current applications by minimizing resistance and power loss.
Q: Why does the PSI63C0.762-L1 frequency inverter require a minimum 35 mm² connection cross-section?
A: The minimum 35 mm² cross-section ensures optimal current flow and reduces overheating risks. It provides stable power transmission in high-load conditions.
