FUJI ELECTRIC FRN002G11W-4UX Variable Frequency Drive 2 Hp 380-480v

• Output Phase AC (3)

Working Mechanism:

• This Fuji variable frequency drive operates on dynamic torque vector control, a mechanism that accurately calculates power based on the motor's load. It converts AC power into variable-frequency AC power, allowing precise control of the motor's speed.

Features:

• Fuji Electric FRN002G11W-4UX variable frequency drive features dynamic torque vector control, precisely calculating power based on the motor's load for efficient and tailored performance in constant-torque applications.
• This variable frequency drive has a maximum output power of 2 hp.
• It comes with a versatile range of input and output specifications, including a three-phase AC input and output voltage of 480VAC and 460VAC, respectively.
• This VFD offers a wide output frequency range from 50 to 60 Hz, allowing for adaptable motor speed control in various industrial applications.
• It is equipped with a totally enclosed enclosure, protecting environmental factors.
• This variable frequency drive supports multiple control methods, including V/f Control (Sinusoidal PWM Control), dynamic torque-vector control (Sinusoidal PWM Control) and Vector Control with PG.
• It has auto reset, ground fault detection, motor overload protection and short-circuit prevention, enhancing the reliability and safety of the industrial machines it controls.

Compatible Accessories:

• V1K KDRULA1L Input Line Reactor: It reduces harmonics and suppresses voltage spikes on the input side, enhancing power quality and protecting the VFD from electrical disturbances.

Frequently Asked Questions:

Q. How does Fuji Electric FRN002G11W-4UX VFD address rapid voltage changes and electromagnetic interference in motor control systems?

A. It addresses rapid voltage changes through dynamic torque vector control, minimising electromagnetic interference and ensuring a stable power supply for motor control systems.

Q. What maintenance considerations should be taken into account for this VFD to ensure longevity and optimal performance?

A. Regular maintenance, including checking for overheating and monitoring input / output parameters.