Product Description
The PSI61C0.751-L1 Frequency Inverter designed by Bosch Rexroth Indramat is a highly reliable device with durable material. It is designed with a water-cooled capacity for industrial automation specifically in welding applications. It supports high current loads and is compatible with modern quality control systems. It meets the standard demands of resistance seam and projection welding up to 120kA. The compact design and efficient mounting options offer to fit seamlessly into limited spaces increasing flexibility in industrial setups.
The PSI61C0.751-L1 Frequency Inverter is practical for changing and difficult welding tasks with options to connect up to three units in parallel and increase the current output of 360kA. It has approximately 21kg weight supporting straightforward installation. The inverter is adaptable to various positioning needs due to its compact design and integrated mounting brackets. The water cooling connectors are positioned for easy access during setup and maintenance. The PSI61C0.751-L1 Frequency Inverter is compatible with the PSQ 6000 quality control system adding a layer of real-time monitoring and quality assurance. It helps operators process control and ensure consistent and effective results. This inverter supports better decision-making in the production line due to data capture and diagnostics. The inverter also features critical safety and protection. Overheating is protected by integrated thermal overload protection guards while short-cut safety ensures effective performance even at high current levels.
The fault detection and diagnostic indicators in the PSI61C0.751-L1 Frequency Inverter provide quick troubleshooting to reduce downtime and increase operational efficiency. The inverter aligns with standard safety measures for welding equipment, allowing a secure and flexible solution for industrial systems. It can expand current capacity as needed making it a highly demanding choice for welding setups. It blends precise control with safety flexibility for consistent performance.