PSI63C0.660-L1
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The PSI63C0.660-L1 Frequency Inverter delivers precise frequency resolution of 0.01 Hz for accurate motor control. It features RS-485 communication for seamless connectivity, ensuring reliable data exchange and system integration.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The PSI63C0.660-L1 Frequency Inverter from Bosch Rexroth Indramat is engineered for accurate motor control tasks that demand exceptional efficiency and dependability. The unit is developed for various control systems and industrial automation frameworks that require precise frequency control and consistent operation.
The PSI63C0.660-L1 frequency inverter series module delivers a precise frequency resolution of 0.01 Hz that allows fine tuned motor speed control. It is equipped with four output channels that operate with a switching voltage of 24 VDC. The output current per channel is rated at 0.5 A. This Bosch model incorporates advanced protection mechanisms that enhance operational reliability. The integrated isolation ensures electrical safety that protects connected components. The built-in overload protection safeguards the system from excessive loads that could compromise performance. The product meets CE, EAC and other international certifications and ensures compliance with global standards. The module is designed with a primary side current rating of 800 A. Its real time temperature monitoring continuously assesses thermal conditions that optimize efficiency and prevent overheating. It also features shock resistance that allows stable operation during mechanical impacts. The RS 485 communication interface enables streamlined data exchange that supports automation and monitoring processes. The storage temperature range of - 40°C to 85°C provides durability in various conditions. The isolation feature enhances safety that prevents electrical disturbances from affecting the connected system. The PSI63C0.660-L1 frequency inverter includes an environmental protection design that minimizes energy consumption and overall impact. The precise frequency resolution allows accurate motor speed adjustments that enhance operational control. The tightening torque requirement is specified at 6 to 8 Nm that ensures secure installation and electrical connections. The robust design and compliance with industry standards make the product a reliable choice for frequency control and automation applications.
Frequently Asked Questions about PSI63C0.660-L1:
Q: How does the integrated real-time temperature monitoring benefit the PSI63C0.660-L1 Frequency Inverter?
A: The real-time temperature monitoring ensures optimal thermal management that prevents overheating and enhances efficiency. It continuously assesses temperature conditions that allow stable operation under varying load conditions.
Q: Why is the 0.01 Hz frequency resolution important in the PSI63C0.660-L1 Frequency Inverter?
A: The 0.01 Hz frequency resolution enables precise motor speed adjustments that allow better process control. This ensures improved efficiency and accuracy in applications requiring fine-tuned frequency management.
Q: How does the RS-485 communication interface improve the functionality of the PSI63C0.660-L1 module?
A: RS-485 communication provides reliable serial data transmission that allows seamless connectivity with automation systems. It ensures stable data exchange and reduces signal interference in long-distance connections.
Q: What is the significance of the 800 A primary side current in the PSI63C0.660-L1?
A: The 800 A primary side current rating ensures sufficient power handling for demanding applications. It supports stable and efficient operation without compromising electrical performance.
Q: Why is isolation an essential feature in the PSI63C0.660-L1 Frequency Inverter Output Module?
A: The integrated isolation enhances electrical safety by preventing interference and protecting connected components. It ensures stable operation by minimizing electrical disturbances in the system.
