Enhance your motor control system with this high-performance Variable Frequency Drive (VFD) designed to deliver exceptional torque, precise speed regulation, and reliable operation. Utilizing a unique control method, this VFD achieves a wide speed regulating range and high accuracy, making it ideal for various industrial and commercial applications requiring efficient motor management. Key Features: · Advanced Control Technology: Employs a specialized control method to provide high torque output, precise speed control, and smooth operation across a broad frequency range up to 400Hz. · Robust and Stable Performance: Features excellent anti-trip capabilities and strong adaptability to harsh environments, including fluctuations in power supply, temperature variations, humidity, and dust exposure, ensuring consistent stability and durability. · Low Noise and Electromagnetic Compatibility: Optimized PWM control technology reduces operational noise and minimizes electromagnetic interference, meeting strict user requirements for quieter and cleaner performance. · User-Friendly Installation and Operation: Equipped with convenient screw terminals for easy wiring and connection, simplifying setup and maintenance. · Efficient Heat Dissipation: Designed with a large heat sink to effectively dissipate heat, enhancing the VFD’s longevity and operational reliability. Specifications: · Model: AT3-0750X · Power Source Phase: Three-phase · Suitable Motor Power: 0.75kW · Filter: Built-in filter · DC Power Supply Type: Voltage type · Control Method: V/F closed loop · Rated Current: 3A · Max. Output Frequency: 400Hz · Size: Approx. 18 x 12.5 x 12.5 cm (7.1 x 4.9 x 4.9 in) · Weight: Approx. 1.3 kg Package Includes: · 1 x Variable Frequency Drive Note: For parameter adjustments, ensure the VFD is stopped to successfully save settings. The product may be shipped as either the new or old model type, randomly selected. Please consider this before ordering. This Variable Frequency Drive combines advanced technology with durable construction to provide efficient, stable, and precise motor control, making it an excellent choice for improving motor-driven systems in demanding environments.