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SGD 910.58 /unit (inc. GST)
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Product Specifications:
Item
Variable Frequency Drive
Adjustable Acceleration Time
0.01 sec. to 6000 sec.
Adjustable Deceleration Time
0.01 sec. to 6000 sec.
Depth
5.63"
Digital Readout
Yes
Display Type
LED
Displays
Drive Voltage
Dynamic Braking
Internal Brake Chopper Circuit
Height
5.51"
Input Phase
3
Key Pad Lockout
Yes
Max. Hp
3 hp
Max. Output Amps
5A
Output Frequency
0-400 Hz
Start/stop Control
Programmable
Starting Torque
150%
Torque @ 1 Hz
150%
Width
4.33"
Shipping Info:
Ship weight (kg)
0.85
Ship height (cm)
14
Ship length (cm)
14.3
Ship width (cm)
11
Country of Origin
TW
Product Details:
Fuji Electric FRN0006E2S-4GB variable frequency drive (VFD) is used in industrial automation to control electric motors' speed and torque. It uses conveyor systems, pumps, fans and HVAC equipment for accurate motor control.
Features:
It features programmable start / stop control for customising motor start-up and shut-down sequences, enhancing operational flexibility.
This variable frequency drive accepts remote contact input signal for easy integration with external control systems.
It comes with a remote keypad control for an easy user interface from a distance where the drive is not easily accessible.
This VFD is equipped with a brake chopper for rapidly decelerating the load by dissipating the kinetic energy of the motor.
Frequently Asked Questions:
Q. How does Fuji Electric FRN0006E2S-4GB variable frequency drive ensure system security?
A. It has a keypad lockout using password lockout to prevent unauthorised changes, ensuring system security and integrity.
Q. How to optimise Fuji Electric FRN0006E2S-4GB variable frequency drive?
A. This variable frequency drive offers system operation displays and associated value conversion that provides real-time feedback and data analysis directly on the device to monitor and optimise performance.
Q. What is the significance of dynamic braking in this three-phase 1.5kW electric inverter?
A. Dynamic braking enhances the control over motor deceleration and stopping.
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