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Thurston Specialties
5HP4KW Single Phase 220V-240V Input to 3 Phase 220V-240V Output Variable Frequency Drive for AC Motor Speed Control
5HP4KW Single Phase 220V-240V Input to 3 Phase 220V-240V Output Variable Frequency Drive for AC Motor Speed Control
Regular price
$230.99 USD
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$230.99 USD
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SPECIFICATIONS
Unparalleled Quality: VEVOR 4KW,18A,5HP VFD delivers unmatched quality and power. Offering a single-phase AC 220-240V input and three-phase AC 220V-240V output, it ensures soft start and stops, steady motor control, and energy efficiency. Input Frequency: 50/60Hz ; Output Frequency: 0-400Hz
- Effortless Setup & Operation: With the detailed guide, parameter adjustments are straightforward. An intuitive control panel, clear display, and frequency knob streamline operations. The detachable panel with 7.9in cable allows for convenient remote use.
- Safety & Durability Redefined: Our VFD stands out with a 10-layer protection system, guarding against overcurrent, overload, overvoltage, phase loss, and more. Combined with the triple-proof paint circuit board, we prioritize your safety and the product's longevity.
- Efficient Strength in Silence: The variable frequency drive's powerful fan ensures rapid cooling during extended use. Its multi-sided and multi-hole design promote optimal ventilation, while keeps low noise operation.
- Master of Versatility: Our VFD is ideal for driving 3-phase motors in diverse machinery, including compressors, lathes, fans, milling machines, etc. Kindly NOTE: it doesn't support external braking resistors. For heavier motor loads, please choose a higher-powered VFD for best results.
- Size Description Shown in Picture
- Installation Tips: ①Turn off power when connecting wires; never connect AC power to the motor output. ②For VFD protection, press red 'Stop' button and power off when not in use. ③External braking resistor is not supported. ④Avoid installation in humid or high-temperature environments
Stable and efficient operation relies on large cooling fans and a multi-hole heat dissipation design, preventing overheating and overloading during extended operation. Tips: Vertical installation is recommended to ensure effective heat dissipation.
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