Introducing the HL5000 Series Inverter: Unleash Your Power!
Prepare to revolutionize your automation experience with the HL5000 Series Inverter from Qingdao Hailing Electric Co., Ltd. Known for unparalleled quality and reliability, this series is designed to meet your every need. Its remarkable performance and robust functions will elevate your industrial capabilities to new heights.
Industries such as textile, papermaking, and wire drawing will find the HL5000 Series indispensable. Its advanced motor parameter self-learning feature promises precise control and seamless operation, allowing you to achieve superior control accuracy and response speed, thus granting you unparalleled command over your machinery.
But there's more! The HL5000 Series offers both rotary and static self-learning options, catering to a wide array of applications. Regardless of the situation, this inverter is your reliable partner.
Let's dive into the technical prowess of the HL5000 Series. With a power range spanning from 0.4 KW to 630KW and voltage choices of single-phase 220V, three-phase 220V, and three-phase 380V, it's a true powerhouse. It features high output torque, robust starting torque, and an impressive 150% force boost at 1HZ output. Operating at a carrier frequency of up to 16K, it ensures quiet operation, ideal for noise-sensitive environments.
The HL5000 Series is synonymous with versatility. It provides multiple control modes to suit various scenarios, ensuring consistent optimal performance. Its compact size, powerful functionality, and built-in PID PLC make it a formidable tool. Additionally, it features a standard RS485 interface, facilitating easy integration into centralized control systems.
Why wait? Unleash unparalleled power with the HL5000 Series Inverter from Qingdao Hailing Electric Co., Ltd. Experience the pinnacle of precise control, reliability, and performance. Embrace this groundbreaking technology and upgrade to the HL5000 Series today!
Installation Instructions
HL5000-2R2G-T4 |
Voltage |
380V |
Control Mode:SVC,V/F |