Jiangsu Profile
Product List
3676. Advanced General Field Oriented Vector Control Drive Systems for Efficient Performance 
[Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3677. Versatile VFD for Multiple Motor Types and Applications [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3678. Versatile 18.5kw VFD for All Motor Types and Applications [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3679. Advanced 15kw Variable Frequency Drive for Optimal Performance [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3680. High-Efficiency Inverter Variable Speed Drive for Industrial Applications [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3681. Versatile Frequency Converter for All Motor Types and Applications [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3682. Advanced Three-Phase Vector Control VFD for Efficient Motor Management [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3683. High Performance Vector Control System for Precision Applications [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3684. Premium Submersible Pump Inverter for Efficient Water Management [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3685. High-Efficiency Variable Frequency Drive VFD for Electric Motors [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3686. High Efficiency 380V Vector Power Inverter for Industrial Use [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3687. Precision Variable Frequency Drive for Accurate Speed Control [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3688. Advanced Variable Frequency Drive for Paper Production Systems [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3689. High-Efficiency VFD for Textile and Mining Equipment Solutions [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
3690. Affordable VFD Units for Efficient Energy Management Systems [Jul 18, 2025]
[Jul 18, 2025] 1. Magnetic flux vector control, without self-learning, provides higher performance than ordinary V/F; 2. Aluminum alloy heat dissipation, easy disassembly of the heat dissipation fan, stable heat dissipation ...
