Brief: Join us for a close-up look at this solution and see it in action. In this video, we demonstrate the COENG HV 610 Variable Frequency Drive specifically engineered for crane applications. You'll see how its 600Hz output frequency, high starting torque, and comprehensive protection features ensure smooth, efficient operation in demanding environments like ports, steel mills, and manufacturing plants.
Related Product Features:
Delivers a 600Hz output frequency with a straight-line V/F curve for precise crane motor control.
Offers robust overload capacity of 150% for 1 minute and 180% for 10 seconds to handle heavy loads.
Provides high starting torque with 150% at 0.5Hz (OLVC) and 200% at 0Hz (CLVC) for smooth startup under load.
Features 5 programmable digital input terminals (DI1-DI5) with optocoupler isolation for flexible control.
Includes comprehensive protections against short circuit, overcurrent, overload, overvoltage, and phase loss.
Supports multiple frequency setting methods including panel, terminals, multi-stage speed, and communication.
Designed for cabinet installation with a fast torque response of ≤5ms in vector control mode.
Offers optional accessories like encoder, communication, and IO expansion cards for enhanced functionality.
สอบถาม:
What is the overload capacity of this crane VFD inverter?
The VFD inverter is designed with a robust overload capacity of 150% for 1 minute (or 5 minutes) and 180% for 10 seconds (or 5 minutes), ensuring reliable operation under demanding crane lifting conditions.
What types of input signals does the VFD support for control?
It features 5 programmable digital input terminals (DI1-DI5) with optocoupler isolation, compatible with drain/source inputs. DI5 supports high-speed pulse input up to 100kHz, and it also has analog input terminals AI1 and AI2 for 0-10V or 0(4)-20mA signals.
In which industrial applications is this frequency drive typically used?
The COENG HV 610 VFD is specifically designed for crane drives and is ideal for use in shipyards, ports, steel mills, manufacturing plants, and other scenarios requiring precise control of hoisting equipment.