供应ESAB TAF801焊接电源

　　供应ESAB TAF801交流埋弧焊接电源及配件，欢迎咨询洽谈。

　　ESAB TAF801交流焊接电源，凭借其独特的方波技术，适用于多种交流焊接需求。TAF801支持连续焊接操作，并允许预设电弧电压，同时具备可靠的方波引弧技术。此外，它还提供了电弧电压或电流的反馈机制，优化了开路电压，并能补偿主电源电压波动和超长焊接电缆的压降。这款电源具有高功率因数，确保低功耗运行，且维护简便。其安全控制电压为42V，支持双电源使用接线法（Scott connection）进行连接。

　　ESAB的TAF801方波交流焊接电源通过可控硅控制整流桥装置，将次级电压的正弦波转换为方波电弧电压，确保了出色的起弧和焊接性能。对于需要高负载能力的大直径实芯焊丝埋弧焊，TAF801方波焊接电源利用交流电源的优势，包括：1）避免电弧偏吹现象；2）通过多电极系统实现高效的生产力。

　　TAF801焊接电源的设计使其能够与全数字式的PEK控制器无缝配合使用。在自动化应用中，通讯系统至关重要。因此，TAF801采用了标准的TCP/IP (LAN)协议、Anybus、Profibus、CAN总线以及与PLC的直接通讯方式。根据所选用的不同协议，可能需要额外选配相应的通讯模块装置。

　　The ESAB TAF801 AC Welding Power Supply, featuring its unique square wave technology, is designed to meet diverse AC welding requirements. This model supports continuous welding operations with preset arc voltage settings and incorporates reliable square wave arc initiation technology. It provides feedback mechanisms for arc voltage/current adjustment, optimizes open-circuit voltage, and compensates for mains voltage fluctuations as well as voltage drops in ultra-long welding cables. With a high power factor ensuring low-power operation and simplified maintenance, the power supply features a safety control voltage of 42V and supports dual power supply configurations through Scott connection. The ESAB TAF801 square-wave AC welding power supply employs a thyristor-controlled rectifier bridge device to convert the secondary voltage's sinusoidal waveform into a square-wave arc voltage, ensuring exceptional arc initiation and welding performance. For submerged arc welding with large-diameter solid-core electrodes requiring high load capacity, the TAF801 square-wave welding power supply leverages the advantages of AC power supply through: 1) preventing arc blow-off; 2) achieving high productivity via a multi-electrode system. The TAF801 welding power supply is engineered to seamlessly integrate with fully digital PEK controllers. In automation systems where communication infrastructure plays a critical role, the TAF801 features standard TCP/IP (LAN) protocols, Anybus, Profibus, CAN bus, and direct PLC communication capabilities. Depending on the specific protocol selected, users may need to install additional communication modules as required.