Brief: Need quick answers about practical use? This video highlights the essentials. Watch as we demonstrate the 15-25 Hp Variable Frequency Drive for cranes, showcasing its multi-stage speed settings and S-curve acceleration for smooth operation. See how it handles harsh environments and provides precise motor control in applications like manufacturing and oil drilling.
Related Product Features:
Features a protection rating of IP20 for reliable performance in harsh environments.
Offers quick torque response of ≤5ms in Vector Control Mode for precise motor control.
Supports multiple control modes including V/F, OLVC, and CLVC for operational flexibility.
Includes multi-stage speed settings and S-curve acceleration for smooth load handling.
Accepts input power frequency of (50Hz/60Hz)±5% for versatile global applications.
Provides anti-shake function to prevent load swinging during acceleration or deceleration.
Comes with relay output featuring 1-channel Form C Contact (NO+NC) for control integration.
Designed for cabinet installation with optional accessories like encoder and communication cards.
Les questions:
What types of motors is this variable frequency drive compatible with?
The Variable Frequency Drive for Crane is compatible with both asynchronous and synchronous motors, providing flexibility for various industrial applications.
How does the S-curve acceleration benefit crane operations?
The S-curve acceleration provides smooth speed transitions, reducing mechanical stress and preventing significant swinging of the load during acceleration and deceleration, which enhances safety and operational stability.
What protection features does this frequency drive offer?
It includes comprehensive protections against short circuit, overcurrent, overload, overvoltage, undervoltage, phase loss, overtemperature, and external faults, ensuring reliable and safe operation in demanding conditions.
What input voltage range does this drive support?
The drive supports an input voltage range of 380V (-15%) to 480V (+10%) three-phase, accommodating various power supply conditions.