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A$2,361.61 /unit (inc. GST)
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Product Specifications:
Item
Variable Frequency Drive
Accepts Input Control Signal
0-10VDC, 4-20mA
Adjustable Acceleration Time
0.01 to 6000 sec.
Adjustable Deceleration Time
0.01 to 6000 sec.
Depth
6.22"
Digital Readout
Yes
Display Type
LED
Displays
Drive Voltage
Dynamic Braking
Internal Brake Chopper Circuit
Enclosure
NEMA 1
Height
9.05"
Input Frequency
50/60Hz
Input Phase AC
3
Input Voltage
460 VAC
Key Pad Lockout
Yes
Max. HP
10
Max. Output Amps
17.5
Output Frequency Range
0 to 400 Hz
Output Voltage
460 VAC
Protection
IP20
Start/Stop Control
Programmable
Starting Torque
150%
Torque @ 1 Hz
150%
Width
7.09"
Shipping Info:
Ship weight (kg)
4.43
Product Details:
Fuji Electric FRN0022E2S-4GB variable frequency drive is used in systems requiring efficient energy consumption and tailored motor performance. It is ideal for conveyors, pumps, fans or other machinery to optimise operations by adjusting the frequency and voltage supplied to the motor.
Working Mechanism:
Fuji Electric FRN0022E2S-4GB variable frequency drive operates using dynamic torque vector control and a mechanism that calculates & adjusts power based on the motor's load.
This dynamic control ensures precise and efficient motor performance. The VFD supports various operating modes, including V/F control, dynamic torque vector control and sensorless vector control, providing flexibility for different motor control applications. Adjustable acceleration and deceleration times allow customisation, whereas the brake chopper enhances control during deceleration, ensuring efficient braking.
Features:
Fuji Electric FRN0022E2S-4GB variable frequency drive features dynamic torque vector control, optimising power based on the motor's load for precise and efficient performance.
This variable frequency drive has a range of operating modes, including V/F control, dynamic torque vector control and sensorless vector control, offering flexibility for various motor control applications.
It offers an adjustable acceleration and deceleration time ranging from 0.00 to 6000 seconds, allowing customised control for specific operational requirements.
This variable frequency drive offers a maximum output power of 10 hp, making it suitable for applications requiring substantial motor power.
It features a brake chopper, enhancing control during deceleration and ensuring efficient braking capabilities.
The drive includes a remote keypad and communication option adapter for convenient control and monitoring, allowing users to customise settings and access real-time data.
It accepts input control signals through remote contacts, providing flexibility in external control integration and features key pad lockout with password protection for enhanced security and control access.
Frequently Asked Questions:
Q. How do adjustable acceleration and deceleration times contribute to customising the Variable Frequency Drive?
A. Adjustable acceleration and deceleration times allow users to customise the speed at which the motor ramps up or down. This customisation is essential for adapting the drive to specific operational needs and preventing sudden jolts or stops.
Q. How does the VFD process input control signals and contribute to integrating external control?
A. The VFD accepts input control signals through remote contacts, providing flexibility for external control integration and seamless integration with other systems or external controllers for coordinated operation.
Over breaking, Overvoltage, Under voltage, Motor Thermal Overload, Drive Thermal Overload, Phase to Phase or Phase to Ground Short Circuit, Phase Failure
Over breaking, Overvoltage, Under voltage, Motor Thermal Overload, Drive Thermal Overload, Phase to Phase or Phase to Ground Short Circuit, Phase Failure
Over breaking, Overvoltage, Under voltage, Motor Thermal Overload, Drive Thermal Overload, Phase to Phase or Phase to Ground Short Circuit, Phase Failure
Over breaking, Overvoltage, Under voltage, Motor Thermal Overload, Drive Thermal Overload, Phase to Phase or Phase to Ground Short Circuit, Phase Failure
Over breaking, Overvoltage, Under voltage, Motor Thermal Overload, Drive Thermal Overload, Phase to Phase or Phase to Ground Short Circuit, Phase Failure
Over breaking, Overvoltage, Under voltage, Motor Thermal Overload, Drive Thermal Overload, Phase to Phase or Phase to Ground Short Circuit, Phase Failure
Over breaking, Overvoltage, Under voltage, Motor Thermal Overload, Drive Thermal Overload, Phase to Phase or Phase to Ground Short Circuit, Phase Failure