中国のビデオ チャネル SENDEN TECH LIMITED
チャット お問い合わせ
ホーム ビデオ 再生リスト Website

Starting Torque Dust Proof 380V-480V Vfd 3 Phase Variable Frequency Drive Cabinet System For Crane

クレーン用変頻駆動
November 26, 2025
Category Connection: クレーン用変頻駆動
チャット お問い合わせ
Tags:
#クレーン変頻駆動 #クレーン用変頻駆動 #25 hp 変速駆動
Brief: Need quick answers about practical use? This video highlights the essentials. Watch as we demonstrate the Starting Torque Dust Proof 380V-480V VFD 3 Phase Variable Frequency Drive Cabinet System for Crane, showcasing its precise frequency resolution, flexible control modes, and robust dust-proof construction for demanding industrial environments.
Related Product Features:
  • Delivers high starting torque with OLVC at 150% (0.5Hz) and CLVC at 200% (0Hz) for reliable crane motor operation.
  • Features precise frequency resolution of 0.01Hz for both digital and analog settings, ensuring accurate speed control.
  • Offers multiple control modes including V/F, Open Loop Vector Control (OLVC), and Closed Loop Vector Control (CLVC).
  • Provides a wide output frequency range from 0Hz to 600Hz to accommodate various crane operational requirements.
  • Includes optocoupler isolated digital input terminals (DI1-DI5) with DI5 supporting high-speed pulse input up to 100kHz.
  • Equipped with comprehensive protections against short circuit, overcurrent, overload, overvoltage, and phase loss.
  • Designed with IP20 protection rating and dust-proof construction for installation in cabinet systems.
  • Supports flexible frequency setting via operation panel, UP/DOWN terminals, multi-stage speed, or communication.
FAQ:
  • What control modes does this Variable Frequency Drive for Crane support?
    It supports V/F control, Open Loop Vector Control (OLVC), and Closed Loop Vector Control (CLVC), allowing you to choose the optimal mode for precise speed and torque management in crane applications.
  • How does the dust-proof feature benefit crane operations?
    The dust-proof construction and IP20 protection rating ensure reliable performance in industrial environments where dust and particulate matter are present, reducing maintenance needs and extending equipment lifespan.
  • What is the starting torque capability of this VFD system?
    In Open Loop Vector Control mode, it provides 150% starting torque at 0.5Hz, while Closed Loop Vector Control delivers 200% starting torque at 0Hz, ensuring powerful and smooth crane motor starts.
  • What input voltage range is compatible with this drive system?
    It operates with a three-phase input voltage range from 380V (-15%) to 480V (+10%), making it suitable for various industrial power supply configurations.
Related Videos
Crane Variable Frequency Drive With Anti Shake Function For Accurate Load Control 00:04

Crane Variable Frequency Drive With Anti Shake Function For Accurate Load Control
クレーン用変頻駆動
November 26, 2025
600Hz Frequency VFD Inverter For Crane Drive Induction Motor Variable Frequency Drive 00:08

600Hz Frequency VFD Inverter For Crane Drive Induction Motor Variable Frequency Drive
クレーン用変頻駆動
November 26, 2025
15 Hp 25 Hp Variable Frequency Drive 3 Phase Induction Motor Multi Stage Speed Settings S Curve Acceleration 00:03

15 Hp 25 Hp Variable Frequency Drive 3 Phase Induction Motor Multi Stage Speed Settings S Curve Acceleration
クレーン用変頻駆動
November 26, 2025
Solar Energy Battery Storage DC Charger ESS EV Car Charging Station Portable 00:05

Solar Energy Battery Storage DC Charger ESS EV Car Charging Station Portable
Renewable Energy Storage EV Charging Station
November 26, 2025
Power Vector Frequency Inverter VFD Frequency Drive V/F Control 200-240V 1PH/3PH Input Voltage Low Vibration 00:09

Power Vector Frequency Inverter VFD Frequency Drive V/F Control 200-240V 1PH/3PH Input Voltage Low Vibration
ベクトル周波数インバーター
November 26, 2025
SMK 00:30

SMK
雑種の太陽インバーター
June 24, 2025
GM6200 00:19

GM6200
雑種の太陽インバーター
June 24, 2025
VFD 00:34

VFD
他のビデオ
June 19, 2024
HV510 変速周波数駆動ベクトルインバーター VFD ベクトル周波数変換器 00:37

HV510 変速周波数駆動ベクトルインバーター VFD ベクトル周波数変換器
頻度ドライブ インバーター
May 28, 2025
M11000T 00:23

M11000T
雑種の太陽インバーター
June 24, 2025