1 hp (0.75 kW) VFD, 3 Phase 230V/480V Input & Output

1 hp (0.75 kW) VFD, 3 Phase 230V/480V Input & Output

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Model: PEACO-FC100P-4T-0.7GB

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$195.67

Ex Tax: $195.67

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3 Phase Input & Output Voltage

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1 hp VFD with 3-phase features input and output 220/240/380/400/415/440/460/480V, full protection such as overload, over-heat, etc. The AC drive supports open-loop vector control (SVC) and the V/f control method for better performance. Peaco Support VFD is a cost-efficient motor controller drive to control the motor.

Navigation: Motor Controls > Variable Frequency Drives > Three Phase VFD > 1 hp (0.75 kW) VFD, 3 Phase 230V/480V Input & Output

Technical Specifications

Basic Features	Model	PEACO-FC100P-4T-0.7GB
	Code	G: Constant torque and P: Pump motor
	Rated capacity	1 hp (0.75kW)
	Rated input current	8.2A(200V~240V), 3.4A(380~480V)
	Rated output current	4.0A(200V~240V), 2.1A(380~480V)
	Input/output rated voltage*	220V,240V,380V,440V,460V and 480V
	Input rated frequency	50/60Hz
	Output frequency	Vector control: 0~300 Hz, V/F control: 0~500 Hz
	Adoptable motor type*	Squirrel cage induction motor, asynchronous motor (Contact us for Permanent Magnet Motor)
Control Features	Control mode	Open-loop vector control (SVC) and V/f control
	Speed setting resolution	Digital setting: 0.01 Hz, Analog setting 1%*maximum frequency
	Speed setting method	Digital setting/pulse setting, communication setting
	Torque control response	<200ms (SVC)
	Start-up torque	150% rated torque/0.5Hz (SVC)
	Overload capacity	150% rated current 60s, 180% rated current 2s
	PID adjustment function	Built-in process PID module
	Simple PLC function	Built-in simple PLC module, which can realize timing and multi-segment frequency output
Individualized and safety function	Overvoltage stall	Bus voltage automatic control to prevent overvoltage faults
	Automatic current limiting protection	Output current is automatically limited to prevent over-current faults
	Overload pre-alarm	Overload early warning and protection
	Input and output phase loss protection	Input and output phase loss automatic detection and alarm function
	Overvoltage and overflow stall control	Automatically limit the current and voltage during operation to prevent frequent over-current and over-voltage trips
	Output short-to-ground protection	Output to ground short-circuit effective protection function
	Output phase-to-phase short circuit protection	Output interphase short circuit effective protection function
	Textile wobble control	Built-in textile swing frequency function module
	Water supply function	Built-in constant pressure water supply parameter macro
	Engraving machine function	Built-in engraving machine high-frequency parameter macro
	Fire mode	Built-in European fire mode parameter group
Running command sources	Running command sources	Three channels: operation panel, control terminal, and serial communication port. They can be switched over between these sources in various ways.
	Frequency sources	Digital setting, analog voltage setting, analog current setting, pulse setting, serial communication port setting, etc. They can be switched over these sources in various ways.
	Relay output and MODBUS communication	TA/TB/TC and RA/RB/RC: Contact capacity 250VAC/3A or 30VDC/1A, RS485 communication mode (A+, B-)
	Input terminal	5-Digital Input terminal, where DI5 is compatible with high-speed pulse input
	Input terminal	2-Analog Input terminal 0-10V/0-20mA. Used either voltage or current input.
	Output terminal	2-Digital output terminals A02 and FM.
		FM can be selected as high-frequency pulse signal output and AO2 can be selected as digital output signal or analog output signal.
		2-Analog output terminal. AO1 is used either as voltage or current output and AO2 is used for voltage output 0-10V when not functioning as a digital output signal.
Display and keyboard	LED display	5-digit double LED digital tube, set frequency, output frequency, output voltage, output current, motor speed, output torque, digital terminals, status parameters, programming menu parameters and fault codes, etc
	Indicator light	3-unit indicators, 4-status indicators
	Protection function	Short circuit detection, input and output phase loss protection, overcurrent protection, overvoltage protection, under-voltage protection, overheat protection, and overload protection.
	Brake unit	Build-in brake unit
Environment	Installation location	Indoor, free from direct sunlight, dust-free, corrosive gases, combustible gases, oil smoke, vapor, dripping water or salt, etc.
	Altitude	<1000m, derating is required for more than 1000m
	Ambient temperature	-10°C~ +40°C (ambient temperature is 40°C-50°C, please de-rate use: output current derated by 2% for every 1°C)
	Humidity	< 95 % RH, no water droplet condensation
	Vibration	3.5m/s2 at 2-9Hz
	Storage temperature	-40℃～＋70℃
	IP level	IP20
	Pollution grade	Class-2 (dry,non-conductive dust pollution)
External Accessories*	Matched optional Brake resistance, input EMC filter, output EMC filter, input AC reactor, output AC reactor, energy regenerated reactor, harmonic filter, and sine wave filter (excluding VFD price).
Certificate	CE, RoHS, and ISO9001
Warranty	1 year

Note:

1. * Denotes the parameters are optional or customized and please select every parameter in drop-down lists to complete your order.

2. Please contact us for the external accessories catalog and close-loop vector control VFD inquiry (PEACO-FC110 series).

3. 1-hp three-phase VFD comes with a built-in brake unit. The customer must install brake resistance along with VFD when rapid deceleration is activated for the motor.

Variable Frequency Drive Wiring Diagram

AC Drive Dimension (Unit: mm)

W	H	D	W1	H1	d	Weight
89.6	197.2	139	74	187	Φ5	1.5kg

KNOWLEDGE BASE --- VFD Working Principle

VFD (variable frequency drive) converts an alternating current (AC) with constant voltage and frequency to an alternating current (AC) power source with adjustable voltage and frequency through switching on/off with an internal IGBT.

The frequency converter mainly adopts the AC-DC-AC method (VVVF frequency conversion or vector control frequency conversion). The industrial frequency AC is converted to DC through the rectifier and then the DC is changed into AC with controllable frequency and voltage to supply the motor.

Variable frequency drive is mainly composed of a rectifier (AC to DC), filtering, inverter (DC to AC), brake unit, drive unit, test unit, and micro-processing unit.

Need more information for VFD ?

Peaco support VFD User Manual

1. What is a variable frequency drive (VFD)?

A variable frequency drive (VFD) is often referred to as an inverter, is a motor controller used to control the speed of an AC motor by varying the power-supplied frequency to the induction motor. It functions in the AC-DC-AC pattern. VFD is also known as AC drive, AFD (adjustable frequency drive), ASD (adjustable speed drive), VSD (variable speed drive), variable frequency inverter (VFI), micro drive.

The first section of VFD (variable voltage control) not only converts the AC supply voltage into DC but also controls the required pulsating DC output voltage to maintain V/f constant ratio by using SCR/IGBT rectifier.
The second section of VFD (DC-Link/DC Bus) consists of inductance and capacitors to convert pulsating DC into pure direct current. Here, inductance smooths the current, and the capacitor smooths the voltage.
The third section of VFD (referred to as variable frequency control) not only converts DC voltage back into AC voltage but also controls the variable frequency to maintain the V/f ratio by using electronic devices such as SCR/IGBT transistors.

2. How to select the correct VFD for induction motor application?

Never easy to find a suitable VFD for your applications if you do not know how VFD functions and what is the requirement. Following are the basic steps to choose the correct VFD from Peaco support for your need:

1) Check the power line supply voltage and phase.

2) Check the adoptable induction motor voltage, phase, current, and frequency.

3) If both the input and output phases are three phases, then ensure the adoptable motor-rated voltage should be in the range of input power voltage +- 20%.

4) Ensure the rated current on the motor label is equal to or less than the VFD adoptable current.

5) Choose the suitable control method for your applications.

6) The final step is to proceed with the order.

7) Please contact the sales department with the motor label and power supply details to make you choose the suitable VFD for your applications.

3. Does VFD provide any savings in kWh consumption?

In industry, 80~90% of motors are induction motors. Therefore, we can save lots of power consumption by reducing the motor speed with the help of a VFD. Let us understand it with the help of the following technical formula and details:

Power = Torque*angular speed

Hence, in the VFD, torque supplied to the motor is constant within the range of operating frequency 0Hz~60Hz to the induction motor, and angular speed will decrease with decreasing the frequency and vice versa.

Now, torque is directly proportional to the total current that will remain constant in the case of VFD up to 60Hz frequency. For example, you have a 20 kW induction motor with a rated current of 30A and a rated frequency of 60Hz. Now, it supposes to be operated by the V/f control method by setting a frequency of 30Hz. Hence, the induction motor will consume nearly 50% of the rated power and rotate at half the rated speed.

4. What are the applications of variable frequency drive?

Peaco Support supplies a wide selection of VFDs, which mostly meet all requirements of customers. They are suitable to operate the three-phase motors by delivering 220V, 380V, 415V, 440V, 460V, 480V, or 690V voltage.

Peaco Support VFDs are suitable to use with induction motors and are widely used for pumps, compressors, elevators, hoists, lifts, off-grid solar pumps, etc.

5. What are the environmental conditions for VFD?

To enhance the life and functionality of the AC drive, it is a good suggestion that users consider the following environmental conditions.

Cooling method-forced air.
Keep away the ac converter from corrosive gasses, liquid, moisture, and dust.
Installation location altitude below 1000m (In the case above 1000m, VFD is to be de-rated. Please contact for technical support).
Storage-temperate -20℃ to +60℃.
Ambient temperature -10℃ to +40℃ (non-condensing and not frozen).
Ambient humidity below 90% RH.
Vibration under 20Hz 9.8m/s(1G), over 20Hz 5.88m/s (0.6G).

6. Different types of variable frequency drive control methods.

The control method determines how VFDs control motors. Usually, there are four types of motor control methods for induction motors powered by using VFD:

V/f (volts per hertz) or V/hz control.
V/f with encoder or closed loop V/f (PG card).
Open loop vector control.
Closed loop vector control (PG card).

7. Difference between V/f control and vector control of VFD.

Generally speaking, a standard VFD has a V/f control mechanism. Such an AC drive is used widely due to its simplicity. It maintains a V/Hz ratio to the motor all the time. For example, a three-phase 380V AC induction motor with a frequency of 60Hz and a V/f value 6.33 (380/60) is to make run by setting a frequency of 40 Hz then the induction motor will draw only 253 V from the VFD output to maintain the same 6.33 (253/40) V/f ratio.

A vector control AC drive is applicable for empowering the more dynamic motor control. It independently controls motor speed and torque, similarly DC motor control mechanism. A Vector control VFD can generate more starting torque than a V/f control VFD. This type of VFD control method delivers high performance and is expensive too.

With encoder feedback, a PG card is introduced separately into V/f control and Vector control methods VFD to operate precisely.

8. What are the causes of motor heat and noise?

The delivered output voltage of the VFD is PWM, not pure sine wave contains a certain amount of harmonics so that the noise, temperature, and motor vibration will be more than those operated with direct grid power frequency 50/60 Hz.

9. What is PG Card?

PG abbreviates from the pulse generator. Our PG card is an optical encoder to be installed at the AC drive side for the closed-loop vector control drive method. PG card is fitted in VFD to get the feedback from an encoder for high-accuracy speed control or torque control applications such as high-speed paper-making-machine, cranes, elevators, etc. One AC drive can operate only one motor. An encoder generates the motor feedback signals for the VFD and the matching PG card receives those signals to communicate with VFD.

10. Can I run the multiple motors with a single VFD?

A V/f control method VFD can run several motors at a time. In such circumstances, Motors with VFD will start and stop simultaneously following the same speed reference. The following factors are supposed to consider for selecting the suitable VFD for your motors.

VFD capacity is to be sized more or equal to the sum of the capacity of all connected motors.
The sum of the distance between the VFD and all connected motors should be less than 500m. Introduce an output load reactor to avoid motor failure due to voltage spikes, current surges, or harmonics.
Install circuit breaker MCB or with extra protection MPCB between each motor and VFD.
The voltage of each motor should be the same and ensure the VFD adoptable current is higher than the sum of all rated currents.
Connect all motors with VFD output in parallel.

11. Does VFD output pure sine wave or PWM wave?

The output of VFD is a PWM wave, not a pure sine wave. Therefore, to enhance the service life of the induction motor. You may introduce a suitable harmonic filter externally at the output of VFD as a load reactor, filter, and sine wave filter. In case, the line supply to the VFD is not a pure sine wave and consists of harmonics that are not good for sensitive components of VFD. We recommend using a suitable line reactor to enhance the life of VFD.

12. What is the minimum frequency a VFD can operate?

Different countries have different off-grid frequency supplies. Countries like India, China, Dubai, and England use 50Hz frequency. Many other countries like the USA, Canada, Brazil, and Mexico use 60Hz frequency. Our Variable frequency drive can be easily operated with the line input frequency 47~63 Hz and marked with 50/60Hz rated frequency at VFD label.

13. Does capacitor improve power factor?

The capacitor in the DC link/DC bus of VFD not only smoothes the voltage but also supplies the reactive current to the motor whenever requires resulting in the improvement of the motor power factor. Without variable frequency drive, the motor draws the reactive current directly from the power source.

1 hp (0.75 kW) VFD, 3 Phase 230V/480V Input & Output

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