00 — GENERAL PURPOSE INVERTER

IDEEI 3030 General Purpose Inverter 0.75-160kW | 230V/400V Motor VFD

0.75kW1.5kW2.2kW4kW5.5kW7.5kW11kW15kW18.5kW22kW30kW37kW45kW55kW75kW90kW110kW132kW160kW

In Stock Price on Request MOQ 1 UNIT

High-performance general purpose inverter for 230V and 400V industrial motor systems. The 3030 series combines sensorless vector, V/F and torque control with PID, 16-step PLC, RS485 communication and broad machinery compatibility from 0.75kW to 160kW G-type ratings.

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F01Sensorless vector, V/F and torque control modes
F02230V and 400V voltage-class options
F03Output frequency range from 0 to 400Hz
F04150% overload for 60 seconds and 180% for 10 seconds
F05PID control and 16-step simple PLC operation

DOC DS-DESCSERIES GENERAL PURPOSE INVERTERREV 2026-A

IDEEI 3030 General Purpose Inverter

The IDEEI general purpose inverter provides flexible speed and torque control for industrial motors in manufacturing, pumping, ventilation and material-processing equipment. With 230V and 400V voltage classes, sensorless vector control, V/F control, PID and programmable multi-step operation, the 3030 series supports both standalone machines and automated production systems.

0.75-160kW G Type
230V / 400V
0-400Hz Output
RS485 Automation

3030 General Purpose Inverter Features

⚡ Flexible Motor Control

Sensorless vector control, V/F control and torque control provide adaptable performance for constant-torque and variable-torque machinery.

🔧 Programmable Operation

PID control, 16-stage simple PLC, multi-step speed control and traverse control support standalone machine sequences without a separate controller in many applications.

🛡️ Industrial Protection

Overcurrent, overvoltage, undervoltage, overload, phase-loss and overheating protection help protect the inverter and connected motor.

🔌 Automation Integration

Seven programmable digital inputs, three analog inputs, relay and analog outputs, plus RS485 communication provide flexible control-system connections.

Core Technical Specifications

Item	Specification	Notes
Voltage classes	230V ±15% / 400V ±15%	Select by exact model and site supply
Input frequency	47-63Hz	Confirm local grid conditions
Output frequency	0-400Hz	Motor limits still apply
Control modes	V/F, sensorless vector, torque control	Complete motor auto-tuning before vector use
Overload capacity	150% for 60s; 180% for 10s	Based on rated current
Speed range	1:100 in SVC	Match motor and load requirements
Carrier frequency	1-16kHz	Derating may apply at higher settings

Model Range and Selection

Voltage Class	Verified G-Type Motor Range	Typical Model Suffix
Single-phase 230V	1.5kW, 2.2kW	-S2
Three-phase 230V	0.75kW to 55kW	-2
Three-phase 400V	0.75kW to 160kW G type	-4

Selection input: provide motor power, rated current, input voltage, load type, duty cycle, maximum frequency, acceleration time, braking demand and communication requirements.

Configuration note: G-type and P-type ratings are not interchangeable. Braking units, braking resistors, reactors and EMC filters depend on model power and application conditions.

Typical Applications

Textile machinery, metal processing, woodworking, paper making, printing, plastic machinery, conveyors, mixers, fans, pumps, compressors and general production automation.

Installation: rated operation applies at or below 1,000m altitude and from -10°C to 40°C. The manual requires derating above 1,000m and 4% output-current derating for every 1°C above 40°C, with a 50°C maximum.

Frequently Asked Questions

Which input voltage should I select?

Match the inverter voltage class to the actual site supply and motor nameplate. The series includes single-phase 230V, three-phase 230V and three-phase 400V models.

Can the 3030 control pumps and fans?

Yes. V/F and PID functions support variable-torque loads. Confirm the correct P-type or G-type rating before ordering.

Does it support automatic sequences?

Yes. The manual provides simple PLC and multi-step speed control with up to 16 stages, together with PID and traverse functions.

Is a braking resistor included?

Braking configuration depends on the selected model and deceleration duty. Send the motor and load data so the correct braking unit and resistor can be confirmed.

Get 3030 Model Selection and Pricing

Send the motor nameplate, power supply, load type, quantity and destination country for a model recommendation and quotation.

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