10000Watt 20000Watt Power Inverter VFD/VSD/AC Drive

Item

Specification

Control

Control mode

V/F Control

Open-loop Vector Control (SVC)

Closed-loop Vector Control (VC)( Invalid CDI-E100 Series)

Frequency Resolution

Digital: 0.02%

Analog: 0.1%

V/F curve

Linear, square root, random V/F

Overload Capability

G Model: 60s for 150% of the rated current; 3s for 180% of the rated current;

P Model: 60s for 120% of the rated current; 3s for 150% of the rated current;

Start

Torque

G Model: 0.5Hz/150% (SVC);  0Hz/180% (VC)

P Model: 0.5Hz/100%

Speed Regulation  Range

1:100(SVC)

1:1000(VC)

Stable Speed Accuracy

±0.5%(SVC)

±0.02%(VC)

Torque Control Accuracy

±5%(VC)

Torque Compensation

Manual torque compensation (0.1%~30.0%), automatic torque compensation

Configuration

Control power supply P24V

E100

Max. Output Current 300mA with current-limiting protection

E102

Max. Output Current 300mA without current-limiting protection

E180

Max. Output Current 300mA with current-limiting protection

Input Terminal

E100

6-way Digital Input Terminal (DI1~DI6), in which D16 can access to high-speed Impulse Input (both built-in and external power supply are available).

2-way Analog Input Terminal (VF1, VF2), which can be used as voltage (0V~10V) or current (0/4mA~20mA) input. It can be used as Digital Input Terminal through reference.

E102

5-way Digital Input Terminal (DI1~DI6), in which D16 can access to high-speed Impulse Input (only internal power supply is available)

2-way Analog Input Terminal (VF1, VF2), which can be used as voltage (0V~10V) or current (0/4mA~20mA) input. It can be used as Digital Input Terminal through reference.

E180

6-way Digital Input Terminal (DI1~DI6),in which DI6 can access to high-speed Impulse Input. Through external I/O expansion card, it can be expanded to 4-way(DI7~DI10).

2-way Analog Input Terminal (VF1, VF2), which can be used as voltage (0V~10V) or current (0/4mA~20mA) input. It can be used as Digital Input Terminal through setting

NOTE: Both internal power supply and external power supply can be used for DI1~DI6, only internal power supply can be used for DI7~DI10.

Item

Specification

Configuration

Output Terminal

E100

2-way Analog Input Terminal (FM1, FM2), which can not only be used as output voltage (0V~10V),but output current (0mA~20mA)

1-way open collector output (YO), DC 48V 50Ma below

1-way Impulse output (FMP), Frequency Range between 0.01kHz~100.00kHz

2-way Relay Output (T1, T2), DC 30V/3A below and AC 250V/3A below

Note: YO and FMP are common YO/FMP terminal, but only one can be used at the same time.

E102

1-way Analog Input Terminal FM1, which can not only be used as output voltage (0V~10V),but output current (0mA~20mA).

1-way Relay Output T1, DC 30V/3A below and AC 250V/3A below

E180

2-way Analog Input Terminal (FM1, FM2), which can not only be used as output voltage (0V~10V),but output current (0mA~20mA)

1-way open collector output (YO), DC 48V 50Ma below. Additional 2-way open collector output (YO1, YO2) can be added through external IO expansion card.

1-way Impulse output (FMP), Frequency Range between 0.01kHz~100.00kHz

2-way Relay Output (T1, T2), DC 30V/3A below w and AC 250V/3A below

Note: YO and FMP are common YO/FMP terminal, but only one can be used at the same time.

Running

Operating mode

Keyboard, terminal, RS485 communication

Frequency Source

14 kinds of main frequency sources and 14 kinds of auxiliary sources. Adopt various combination modes to switch. Diversification to Each Frequency Source Input Mode: keyboard potentiometer, external analog, digital reference, impulse reference, Multiplex Directive, simple PLC, communication, arithmetic results, etc.

Torque Source

14 kinds of Torque Sources, including digital reference, external analog, impulse reference, Multiplex Directive, communication, arithmetic results, etc.

Acceleration and Deceleration Time

Four groups of straight lines (select the terminal to switch through acceleration and deceleration time), S Curve 1 and S Curve 2

Emergency stop

Interrupt output of frequency inverter.

Multiplex Speed

16 speed is allowable to set at most and use various combination of multiplex directive terminal to switch

Simple PLC Function

Continuously run 16-phase speed and independently set acceleration and deceleration time and running time

Jogging Control

Independently set Jogging frequency and jogging acceleration and deceleration time, additionally, set the unit under running state and confirm whether the jogging is preferential

Rotating Speed Tracking

Frequency inverter starts operation by tracking the load speed

Fixed-length and Fixed-distance Control

Realize fixed-length and fixed-distance control function through Impulse Input

Item

Specification

Running

Control mode

Realize counting function through Impulse Input

Wobbulating Function

Apply for textile winding equipment

Built-in PID

Realize process control closed loop system

AVR Function

When the gird voltage fluctuates, ensure constant output

DC Braking

Realize fast and stable shut-down

Slip Compensation

Compensate the speed deviation caused by the increase of load

Hopping Frequency

Prevent resonance from occurring with load

Sagged Function

Balance the load of multiple motors with same load

Timing Control

Be able to realize automatic shutdown of the frequency inverter when reaching given time

Built-in Virtual Delay Relay

Realize simple logic Programming to multi-functional output terminal function and digital input terminal signal, the logic results can not only be equivalent to digital input terminal function, but can be output through multi-functional terminal output

Built-in Timer

Build in 2 timers and acquire the timing input signal to realize timing signal output. Use alone or in combination

Operation Module

Built-in Operation Module

One built-in 4-way Operation Module to realize simple addition, subtraction, multiplication and division, size judgment and integral operation

Communication

E100

The control panel is directly equipped with RS485 Communication Interface and supports Standard MODBUS Protocol

E102

The control panel is not equipped with built-in RS485 Communication Interface, so external communication expansion card is required. It supports Standard MODBUS Protocol (External Connection of E102-485 Expansion Card)

E180

The control panel is not equipped with built-in RS485 Communication Interface, so external communication expansion card is required. It supports Standard MODBUS Protocol (External Connection of E180-485 Expansion Card)

Encoder

E100

Be able to connect the encoder through Terminal DI5 & DI6 on control panel, such an encoder connection method can realize simple closed-loop control through PID Control and used for occasions without high requirements to control accuracy.

E102

Only connect to 1-way pulse signal of encoder (DI6)

E180

The control panel is not equipped with encoder interface, so external encoder expansion card is required. It supports ABZ Incremental Encoder, UVW Incremental Encoder and Rotary Transformer. This encoder connection method can realize high-performance closed-loop vector control and be used for occasions with high requirements to control accuracy.

Type of Motor

E100

Only be equipped with asynchronous motor

E102

Only be equipped with asynchronous motor

E180

Not only be equipped with asynchronous motor, but synchronous motor