Fuji AC Drives FRENIC-Mini

Dynamic Torque Vector Control System

Fuji Electric Original Dynamic Torque Vector Control System Is Known For Its Top-of-the Line Performance, Delivering Stabile Torque Output Even At Low Speeds.
This Feature Has A Wide Range Of Applications, Including Conveyors And High-inertia Loads That Demand High Starting Torque.

Slip Compensation Shortens Setting Time

The Slip Compensation Controller Works With Voltage Tuning For Even More Accurate Speed Control At Low Velocity. This Reduces Speed Control Variability And Stabilizing Creep Speed For More Accurate Stopping In Conveyors And Similar Equipment.

Fastest CPU Processor In Its Class

Advanced CPU Processes Data At Twice The Speed Of Our Current Model

Standard Model

1) Three-phase 200V Series

2) Three-phase 400V Series

3) Single-phase 200V/100V Series

  1. Fuji 4-pole Standard Motors
  2. Assuming The Rated Output Voltage As 220 V For Three-phase 200 V Series.
  3. Output Voltages Cannot Exceed The Power Supply Voltage.
  4. FRN0001C2S-2A~ FRN0020C2S-2A, FRN0002C2S-4A~ FRN0011C2S-4A: The Load Shall Be Reduced So That The Continuous Operating Current Is The Rated Current In Parenthesis Or Less If The Carrier Frequency Is Set To 3kHz Or Above Or Ambient Temperature Exceeds 40°C (104°F).
  5. FRN0025C2S-2A~ FRN0060C2S-2A: The Load Shall Be Reduced So That The Continuous Operating Current Is The Rated Current In Parenthesis Or Less If The Carrier Frequency Is Set To 4kHz Or Above Or Ambient Temperature Exceeds 40°C (104°F).
  6. Interphase Voltage Unbalance [%] = (Max. Voltage [V]-Min. Voltage [V]) / (3-phase Average Voltage [V]) × 67 (Refer To IEC 61800-3:2004)
    If This Value Is 2 To 3%, Use An Optional AC Reactor (ACR).
  7. Estimated Value To Apply When The Power Supply Capacity Is 500 KVA (inverter Capacity X 10 When The Inverter Capacity Exceeds 50 KVA) And The Inverter Is Connected To The %X = 5% Power Supply.
  8. Values To Apply When A DC Reactor (DCR) Is Used.
  9. Average Braking Torque To Apply When The Motor Running Alone Decelerates From 60 Hz With The AVR Control Being OFF. (It Varies With The Efficiency Of The Motor.)
  10. Available Only For Induction Motor Drive.

 

 

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