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ACS880 2.2KW DTC Variable Frequency Drive 380V 3 Phase

Brand Name:	Inomax
Model Number:	ACS880-B23-05A6-3B
MOQ:	1
Price:	$521

Detail Information

Product Description

Detail Information

Place of Origin:

China

Certification:

Size:

167.5*185.8*80mm

Control Mode:

Direct Torque Control

Rated Power:

2.2kw

Nominal Voltage:

380v

Power Phase:

Power Range:

0.75KW-5000KW

Voltage Range:

220v,230v,240v,380v,400v,440v,480v,500v,520v,600v,660v,690v

Protocol Type:

Modbus,CanOpen,Profibus, Profinet,Ethercat,Ethernet

Torque Response:

Less Than 5 Ms

Speed Accuracy:

Less Than 0.5%

Speed Response:

0.7% S

Frequency Range:

0~1000Hz

Frequency Resolution:

0.01Hz

Input THDi:

<5%

Tension Control:

Less Than 1%

Highlight:

ACS880 2.2KW variable frequency drive

380V 3 phase VFD

DTC variable frequency drive

Product Description

Inomax High Level AC Drive ACS880 2.2KW for Complex Applications

Product Specifications

Attribute	Value
Type	Frequency Inverter
Size	167.5185.880mm
Control Mode	Direct Torque Control
Rated Power	2.2KW
Nominal Voltage	380V
Power Phase Number	3
Customized	Yes
Warranty	18 months

Product Overview

Key Features

Direct Torque Control (DTC) technology equivalent to ABB
Compatible with all sine wave AC motors including IM/PM/SynRM/Servo motors
Four-quadrant inverter with energy feedback capability
Supports stack type or multi-drive module configurations
Wide voltage range: 380V-690V (0.75KW-5000KW)
Built-in EMC filters, DC reactors, and braking units
Supports multiple communication protocols: Modbus, Profibus, ProfiNET, EtherCAT, Ethernet
2x torque at zero speed without sensor control
Torque response time <5ms for sensorless applications

Advanced Performance

The ACS880 delivers exceptional speed control with dynamic response accuracy of 0.7% and sensorless speed accuracy <0.5%. Its intelligent temperature-controlled fan extends drive lifespan while saving energy. Built-in application macros simplify setup and reduce commissioning time.

Industrial Applications

The ACS880 excels in demanding industrial environments including steel, cement, chemical, oil & gas, power generation, mining, and marine applications. Its robust design and advanced control capabilities make it ideal for complex automation systems.

Project Experience

Metallurgy: Converter Steelmaking Plant

Implemented at Henan Yaxin Iron and Steel Plant, our solution addressed the complex requirements of converter tilting with 4 synchronized 90KW motors. The master/slave control system ensures precise positioning and torque sharing, eliminating "nodding" and "shaking" issues.

20-Roll Reversible Mill Project

Our regenerative drive system powers this demanding application with 4 motors (1900kW main winding, 2x2000kW winding, and 250kW unwinding). The solution achieves <1% tension control accuracy at 600m/min maximum rolling speed.

Mine Hoist System

Selected by SIEMAG TECBERG group for shaft hoisting technology, our drives meet stringent requirements for low harmonics and high torque at low frequencies, ensuring safety in critical mining operations.

Motor Test Bench Project

Our 4-quadrant regenerative drive system enables comprehensive motor testing with features including durability testing, temperature rise analysis, and real-time performance monitoring.

Marine Winch Control System

Implemented on the Xiangyanghong scientific research ship, our solution delivers <3% harmonics for sensitive marine electronics while providing precise multi-machine torque coordination for 10,000m cable winches.

Oil Field Applications

Our drives power critical oil field equipment including top drive systems and drilling pumps, delivering reliable performance in demanding environments.

Product Packaging

Frequently Asked Questions

What is direct torque control?

Direct Torque Control (DTC) is an advanced motor control method that directly controls torque and flux without requiring complex coordinate transformations. It provides faster response times and better dynamic performance compared to traditional control methods.

What are the benefits of direct torque control?

Rapid torque and flux response to reference changes
High efficiency with minimized switching losses
No overshoot in step response
Simplified control without need for PI current controllers
Automatic compensation for DC voltage variations
Low audible noise due to random switching spectrum

What type of motor is compatible with inverters?

Our inverters are compatible with three-phase AC induction motors. For optimal performance, we recommend using inverter-grade motors with appropriate voltage insulation (800V for 200V class, 1600V for 400V class).

How do you select a VFD?

Key selection criteria include matching the VFD to your motor's power rating and voltage, considering the application requirements (torque, speed range, precision), environmental conditions, and any special features needed (regeneration, communication protocols, safety functions).

Tags:

Regenerative AC Drive

Variable Frequency Drive

Low Voltage Drive

Liquid Cooling Drive

Multi Module Drive

AC Servo Drive

Solar Pump Inverter

AC Soft Starter

Low Harmonic VFD

IP54 IP55 IP65 VFD

VFD For Dynamometer

Crane AC Drive

Passive Harmonic Filter

Regenerative AC Drive

Variable Frequency Drive

Low Voltage Drive

Liquid Cooling Drive

Multi Module Drive

AC Servo Drive

Solar Pump Inverter

AC Soft Starter

Low Harmonic VFD

IP54 IP55 IP65 VFD

VFD For Dynamometer

Crane AC Drive

Passive Harmonic Filter

products details

ACS880 2.2KW DTC Variable Frequency Drive 380V 3 Phase

ACS880 2.2KW DTC Variable Frequency Drive 380V 3 Phase

ACS880 2.2KW variable frequency drive

380V 3 phase VFD

DTC variable frequency drive