INOMAX ACS 580 880 Catalog

AC DRIVE
CATALOG
SHENZHEN INOMAX TECHNOLOGY CO.LTD

www.inomaxtechnology.com
A BOUT US
Inomax technology Co.Ltd has been concentrating on industry automation and
solar energy since its foundation in 2012 and is committed to “build your trust of
technology from China and let the world benefit of technology from China”.
We succeed by creating superior value.

We push the boundaries of technology to drive performance to new levels.
We energize the transformation of society and industry to achieve a more
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At Inomax, we are passionate about creating success. This starts with our
customers – we enable them to reach new levels of performance. Their success
translates into success for all our stakeholders: employees, partners and
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Innovation has been in our DNA since we were founded.
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lead by example by embedding sustainability in everything we do. Our solutions
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and humane behavior to contribute to better lives for people across the globe.
INOMAX ACS series AC drive 1

C ONTENTS
Company & Product Profile 01-02
Direct Torque Control Tech 05-06
Reliability, safety 07-10
Technical data 11-12
Ratings, types and voltages 13-17
ACS drive for dynamometer system 18-25
Mechanical Dimensions 26-26
Extension Options 27-27
2 Build your trust of technology from China

UNPARALLELED PERFORMANCE
UNCOMPROMISING QUALITY
What is required of inverters in this constantly changing world?
At Inomax technology, we have pursued the answer to this question through constant innovation and evolution.
Introducing our extensive range of high-value,
next-generation inverters delivering outstanding drive performance in any environment,
and a wealth of functionality covering startup to maintenance.
Bulid your trust of technology,let’s the world benefit from technology in China!
We are on the way!

ACS Series AC Drives
Best For Your Applications
Perfect Drive & High Efficient Energy Saving
ACS Series Drive Profile
Servoand motioncontrol Multidrives/AFE/Regenerative
High performanceDTC drives
drives Drives
Photos
Model Series ACS580 ACS880 ACSM0ACSM1 ACS880
Power Range 380V-690V 1.5KW-450KW 380V 1.5KW- 450KW 380V-690V 4KW-2300KW
-Industrial transmission -Precision machinery -Industrial transmission

-Lifting/Crane -Precision machine tools -Lifting
-Curl application -Precision winding -Curl application
-Oil pump out -Multi-axis coordination -Oil pump out
-Precision machine tools -Motion control -Drilling equipment
-Printing and packaging equipment -Electronic cam -Plastic machinery and equipment
-Multi-speed feedback control -Fixed-length chase -Multi-speed feedback control
-Permanent magnet synchronous -Position control -Permanent magnet synchronous
motor application -Textile equipment motor application
Application -Alternative places for DC motors -Precision printing and -Alternative places for DC motors
industires -Electromagnetic or mechanical packaging equipment -High-speed centrifuge
stirring -Dynamometer test bench
-High-speed centrifuge -Power generation and supply device
-Dynamometer test bench -Ship drive
-Power generation and supply device -Steel smelting equipment
-Ship drive/Winch Need high-power energy free flow
-Woodworking Dynamic medium and large
-Food processing transmission
-Textile equipment
-Optional standard four-quadrant

-Easy and fast debugging -Optional standard four-quadrant
regeneration
-Can be adapted to third-party operation
-Excellent energy efficiency
servo motors -High-power multi-transmission
performance
-High control accuracy and high flexible configuration
-Excellent open loop control
dynamic performance -Excellent open loop control
performance
-Multi-machine collaboration performance
-Support all kinds Acmotors
-High power density -Strong short-time overload
-Higher control accuracy and
-Support almost all speed and capacity
Main features dynamic performance
position feedback encoders -Higher control accuracy and
-Advanced permanent magnet
dynamic performance
synchronous drive
-Advanced permanent magnet
-High reliability, multiple protection
synchronous drive
functions
-High reliability, multiple protection
-Support mainstream high-speed
functions
fieldbus
-Support mainstream high-speed
-Excellent high speed and weak field
fieldbus

Technical Features /Product advantages
Direct torque control (DTC) : A motor control technique for all seasons
Excellent magnetic flux optimization technology Magnetic flux optimization technology(induction
is adopted to realize industry leading energy motor):Always adjust the magnetic flux at its
saving effect. best to minimize motor losses for higher energy
savings while reducing motor noise.
For example: 25% motor load can increase 10% of

the total efficiency , 50% load can increase 2% for
the total efficiency.
It can be used to realized direct drive control on

low-speed industrial equipment with permanent
IM Motor
magnet synchronous motor without decelerating
device, saving cost and optimizing process iron loss
control.
Smooth and efficient drive permanent magnet Copper IPM Motor
loss1
motor with more energy saving(including iron loss
permanent magnet motors that are not equipped Copper
Copper
with speed or rotor position sensors) loss2
loss1
Direct drives are available on low-speed
industrial equipment for higher energy Comparison of consumption
efficiency and better control performance.
It doesn't need a sensor to realize excellent

AC Drive
driver performance and speed feedback or
position feedback in 95% application. It can Mains current Senorless
Power Circuit
save the installation of expensive encoders or sensing Motor
other feedback devices and improve the
reliability of transmission equipment . Senorless
Encoder
Control
Always maintain stator and rotor magnetic field unit
angle vertical, minimize the useless power loss
in motor operation. Senorless
It has better control performance in driving

induction motor, permanent magnet motor, Synchronous motor
servo motor ,synchronous magnet resistance Induction motor
motor and magnetic levitation motor to realize
higher energy efficiency .
Servo motor
PMSM motor
Ie2 induction motor loss Ie4 synchronous motor Magnetic Levitation Motor

Excellent Performance
Better optimize the production process control, improve the production quality, quality
consistency and production efficiency of industrial equipment.
Quick torque response, high torque linearity.

Torque response time lower than 5 ms for sensorless applications (0 step to the rated torque).The torque
repeatability is 1% . It is equal to the closed-loop vector or dc device.
It can significantly improve the production process control ,product quality and consistency in the curly application
of industrial equipment which reduce the investment on sensor using and increase the reliability of the equipment
especially in paper, textile, wire, all kinds of ductility tape products.
It can be used to replace dc motor with permanent magnet synchronous motor and save the workload and cost of
equipment maintenance.
Fast Dynamic Response, High Speed Accuracy
The speed loop's dynamic response accuracy is 0.7% s.

The speed accuracy of the sensorless application is less than 0.5%, and the sensor is not needed in 95% fo
applications.
The maximum operating frequency can reach 500Hz.
Low Frequency High Torque, Super Smooth Operation

200% torque at 0Hz speed without sensor control, no mechanical lock, smooth switch between driver and
brake, to help equipment to realize safer and more convenient operation.
Fast Acceleration and Deceleration

It can realize acceleration, deceleration and switching between forward-rotating and reverse in the shortest
time without mechanical restriction, optimize the control of production process and improve production
efficiency.

The all-compatible drives

Rich extension function to support almost all ac motor control, can handle harsh application environment easily
and improve product suitability.
Flexible connectivity to automation networks.Standard built-in :MODBUS-RTU,CANopen,Optional :PROFIBUS-DP,

ProfiNET.
Built-in design of brake chopper, reduce wiring and save space.<=22/30kw standard with built-in brake unit, 30-
250KW optional with built-in brake unit,C3 specifications and above models standard with built-in DC reactor and
most drive integrated common filter on ouput, effectively suppress harmonics.
ACS series products all meet the EU directives related to CE requirements
Speed feedback Standard built-in C3 (EN 61800-3 2 Adopt medium and small
interfaces for precise class environment C3) EMC filter. power for tower type long
process control strip, medium and large
C3 and above products built-in DC power for book blade
Can be connected to copper reactor to improve the power structure, to save space and
various feedback devices, factor, reduce harmonic distortion. reduce the cost of electric
such as cabinet in order to
TTL pulse encoder ~Ip21 enclosure design effectively maximize convenient for
SinCos absolute reduce the influence of harsh system electrical design,
Resolver, TTL pulse environments, especially applied in complete set of cabinet,
HTL pulse encoder cables, machine tools, textiles, installation and debugging,
ceramics where the site environments equipment maintenance
is dusty or humid. and repair.
rectifier DC reactor Cap.
Inverter
Brake
chopper
Resistor MOTOR

Rich Functions & Easy to use
The system is fully functional designed to better meet the different needs of AC drives in various industries.
With large-size Chinese / English multi-language LCD interfaces, it helps you to identify transmission
information and control drives more intuitively, conveniently, quickly and comprehensively.
The applicationmacros help set parameters for various functions

including: Removable memory unit
− Basic setup for input/output control and fieldbus control The removable memory unit stores the software
− Hand/auto control for local and remote operation that includes
− PID control for closed loop processes user settings, parameter settings and motor data.
− Sequential control for repetitive cycles Situated on
− Torque control the control unit, the memory unit can easily be
− Four user sets, for saving multiple drive configurations removed for
The drives are equipped with direct torque control (DTC), maintenance, update or replacement purposes.
DTC allows high overloadability, gives highstarting torque This common
and reduces stress on mechanics. type of memory unit is used throughout the ACS
The energy optimizer mode ensures the maximum series.
torque per ampere, reducing energy drawn from the supply.
Additional software features include:
− Access levels
− Adaptive programming
− Automatic reset
− Automatic start
− Constant speeds
− Critical speeds and frequencies
− DC hold
− DC magnetizing
− Diagnostics
− Drive-to-drive link for master-follower control
− Flux braking
− Jogging
− Maintenance timer and counters
− Mechanical brake control
− Motor potentiometer
− Output phase order selection, switches rotation direction of
the motor
− Oscillation damping
− Power loss ride-through
− Process PID control with trim function
− Programmable and pre-programmed protection functions
− Programmable inputs and outputs
− Scalar control with IR compensation
− Speed controller with auto tuning
− Startup assistants
− User adjustable load supervision/limitation
− User selectable acceleration and deceleration ramps
− Variable slope

Reliability, performance and safety.
We always put reliability and safety in first in product design and manufacturing.
Comprehensive Design of Heat Dissipation
The IGBT junction temperature real-time monitoring technology(which is first in China) is used to accurately
measure IGBT junction temperature and more effectively protect IGBT module.
Comprehensive temperature monitoring of application environment to achieve system-level comprehensive

thermal management and rapid overheating checking.
High efficiency and accurate thermal simulation software and the most stringent industry limit test standard are
adopted to effectively guarantee the thermal reliability of the whole machine.
Complete seal machine design and independent cooling air duct to reduce the
influence of harsh environments on the electronic devices
Typical Diagram of AFE and Multi-drives with Power Flow
Rigorous Machine Quality Testing.

All products under high temperature aging testing with 120% load at 50 ℃
which is first in China and can effectively guarantee the product quality.
Comprehensive Protection of the System.

Driver: short circuit, over current, over voltage, under voltage,
input / output phase loss, overload, overheat protection
Motor: overload, motor overheat protection
Brake loop: brake tube overload, brake tube straightway,
brake resistance protection, etc.
Output non-stop function when momentary power outage:
power loss across,
transmission without tripping,
du/dt Filter Without(Left) With(Right)

In the system design of this series of products, many of the features and functions are built-in standard.
Ease of your design and selection, these extensive options can optimize and enhance your drive to meet different application
needs. To choose the right driver for your specific application, please
Referring to the product overview, technical data, model list, optional parts list and other chapters in this catalog, the selected
driver has a unique model identification, structural shape, power and voltage range and other information. Or contact our sales
office or representative in your location to let them know more about your needs.
1- Product family 5- Voltage class

2- Product family 6- Built-in brake
AXX XXX XXX XXAX 3B XX 3- Model and appearance and structure
Model No. 4- Rated capacity or current
1 2 3 4 56 7 7- Various options and functions
Note: The current product family mainly includes AFE/DCDC/PTi/PTo/AFEL, etc.
Main power connection Product Specification

Voltage range PH AC 1/3P 220V(-15%/+10%),max 260V - CE
PH AC 3P 380V(-15%/+10%),max 490V - Low Voltage Directive 2006/95/EC
PH AC 3P 660V(-15%/+10%),max 750V - Mechanical Directive 2006/42/EC
- Electromagnetic Compatibility
Frequency ~ Directive 2004/108/EC
Power factor ，approx = 1@ when AFE applied

Efficiency
DC connection Based on 380/690V hardware, can support DC 760-1100-1350V
Brake connection
Ourput voltage DC is used for buck regulation, AFE can be used for a certain boost
Braking Unit RX,X2X,X3X size are as standard,X4X-X8X as optional built-in.
Product series Direct Torque Control Technology Products
Motor connection Braking resistor Externally optional for all power
AC induction motors, permanent magnet motors and
Motor Type synchronous reluctance motors Optional communication CANopen、EtherCAT、ProfiNET（optional）
Output voltage 3phase output voltage,0 to Un2/Un3/Un6
Modbus-RTU
Output frequency ~
（standard）
Motor control Direct torque control
Torque control Torque response time

Environmental
Open loop Related torque < 5 ms Ambien
temperature
Close loop Related torque < 5 ms
Transportation
Nonlinearity
Storage
Open loop Related torque 4% Running
Close loop Related torque 3%
Speed Control Static precision
Open loop 10% of motor slip
Close loop 0.01% of motor related speed
Dynamic accuracy
Open loop 0.3-0.4% per second at 100% torque step
Close loop 0.1-0.2% per second at 100% torque step

Input/Output DCDC / AFE series product
output Note: The upper limit of the output voltage depends on the input voltage value
output precision <=0.1%FS Degree of -IP20, UL Type 1 (for room/cabinet use only)
protection
Source & Load Effects <=0.1%FS
Ripple(Vrms) <=0.2%FS Shell colour
Response time <=5ms (10-100% sudden load, input voltage fluctuation within ±5%)
Feedback Feature (AFE) Note: The upper limit of the output voltage depends on the input voltage value
Input voltage DC760V, DC1100V, depends on the DC voltage and hardware)
Response characteristics <=within 5ms (-100% to +100% sudden switching)
Feedback power Support full-scale full power feedback (related to the selected hardware power size)
Feedback THD 0-3% (depending on local grid capacity)
Feedback THD <=3% (100% power feedback & suitable grid capacity)
safety features Note: Associated with selected hardware voltage system class C = chemically active substance
S = mechanically active substance
Insulation resistance >=20MΩ (reinforced insulation)
1. For higher working output frequency, please contact the sales representative.
Withstand voltage characteristics 2000VDC test 60S, no arcing, breakdown
Ground resistance <=100mΩ

ACS 880 frequency drive selection list
ACS880 series Wall-mounted single drives [ Industrial / Servo Drives ]

B Frame
Un = 400V (340-500V) The rated power is valid at the rated voltage of 400V (1.5-450-
1400kW) * According to the rated and peak load current selection
B2-CON
Note): ASMX series high-performance servo drives and other products have stronger technical and application expertise, their related
technologies, models and other information will be explained separately on the basis of this booklet.
1) Optional built-in brake chopper, B=with optional built-in brake chopper function, this model should be marked with a suffix of -3 or -3B
when ordering
UN = 690 V (range 525 to 750 V). The power ratings are valid at nominal voltage 690 V
B2
PN:Typical motor power in Nominal load use. In:Rated current aviailable continuously without overload at 40 ° C.
Imax:Max.current , Available for 10 seconds at start,then as long as allowed by drive temperature .
B8 ILD:Continuous current allowing110% ILD for 1 minute every 5 minutes at 40 ° C,for typical motor power in light-overload use.
IHD:Continuous current allowing150% IHD for 1 minute every 5 minutes at 40 ° C,for typical motor power in heavy-duty use.
The ratings apply at 40 ° C ambient temperature.At higher temperatures(Up to 55 ° C) the derating is 1%/1° C. 1).125% overload.

ACS 880 frequency drive terminal wiring diagram
This B series drives is integrated variety of I/O interfaces, high-speed fieldbus, the following figure is an example for application.
Please refer to the manual for more information or contact our
representative to further clarify your needs. 1 BUS+
XD2D:Drive to Drive link to communication or linkage control
2 BUS- Logic and protection controls
3 GND
Xmodbus Ports
4 B+ Modbus ports :EIA-485
Frame 5 A-
High speed fieldbus,Protocol configuration reference manual
The wiring should with GND wire, A / B twisted pair, and
6 GND shielded to enhance electromagnetic anti-interference
XCANopen Ports
B 6
7
8
9
CANH
CANL
GND
CANopen ports:EIA-CAN Terminal R ON/OFF by parameter
Protocol configuration refer to manual The wiring should with
GND wire, A / B twisted pair, and shielded to enhance
electromagnetic anti-interference
XPWOut port as power output from Drive
ACS880 10 GND Signal ground
11 +24V Only external low-power sensors，+24V DC Max.400mA
ACSM3
12 +10V Analog reference power supply，R=1k~10kohm
etc.
13 GND Signal ground
XPT Ports for temperature sensor in from motor / choke or others
14 PT+ Sensor as KTY84、PT100、PT1000、PTC etc, configuration
15 PT- parameter and cable with twisted&Shield&Strong insulation
XAO Ports Analog outputs
BCU Control Unit
Bus+ 1 AO1
X891
16
Panel
Main features: Type with 0-20mA RL<500 ohm,Voltage:0-10V DC

XD2D
Ctrl.
Bus- 2 17 AO2 It is used to configure the speed, torque, current and other .
GND 3 18 GND Easily interfered ,be with twisted pair, shielding, grounding, etc.
1. Enhanced
XAI Ports Analog inputs
Direct Torque B+ 4
XModbus
A- 5 R 19 AI1 AI1/2：Current: -20~+20mA ,0~20mA, Rin=100kohm

X851
IN
Control GND 6 20 AI2 AI1/2：Voltage: 0 ~+10V，-10~+10V，Rin=500ohm

21 AI3 AI13：Only Voltage:0 -10V Rin=100ohm。all by parameter.
CANH 7
XCANopen
2.High dynamic
选配端口
Easily interfered ,be with twisted pair, shielding, grounding, etc.

Optional
CANL 8 22 GND
response, high GND 9 XD24V Ports Auxiliary voltage output, digital input interlock
position accuracy
Shield+Double twisted wire
GND 23 +24VD DI reference supply ,+24V DC 0-200mA,or for external sensors
10
X852
24 DICOM Digital signal input/output ground

XPWOut
+24V 11
OUT
and precise XDI Digital and high-speed pulse input , with rich and flexible functions
+10V 12
torque GND 13 25 DI1 (As default) = D I1:Stop (0)/Start (1), DI2
PT+ 14 26 DI2 : Forward (0)/Reverse (1)or for other function by parameters.
XPT
3.2 / 3/4 encoder

X863
DI3
LAN
PT- 15 27 DI3/4/5/6，Define its functions by parameters and pointers

interfaces, AO1 16 28 DI4 DI1/2/3:ON/OFF input only.
XAO
AO2 17 29 DI5 DI4/5/6:ON/OFF or Plus input,f<=100kHz,or HTL encoder A、

support absolute
18 30 DI6 B、Z signal input，by paramete to NPN/PNP、encoder、etc.
GND
value, COM
Ext.
DC 24V XDO Digital and high-speed pulse output , with rich and flexible functions
DO1
XSTO
magnetoresistive S2 31 ON/OFF output(I<0.5A)

Finishing wire
S1 and binding 32 DO2 or Pulse output(f<=120kHz)
resolver, etc. K
S+ 33 GND by paramete to switch NPN/PNP、pluse output、etc.
AI1 19
4.Various high- XRO Ports of Relay output
AI2 20
34 NC1
XAI
Running，or others by parameters

speed fieldbus AI3 21
DB Ports 35 CM1 RO1 250V AC / 30V DC
Port X839 GND 22
communications NO. PC tool
Max.200mA 36 NO1 3A
1 AO+
+24VD 23
XD24
NC2
X839
2 AO-
3 BO+
37 Faulted，or others by parameters
NCS/DCS/PLC
5.STO Safe Torque 4 BO-

DICOM 24 CM2
5 ZO+ 38 RO2 250V AC / 30V DC
Interrupt Function
6 ZO-
7 AO
DI1 25 39 NO2 3A
8 BO DI2 26 40 NC3
9 ZO Ready，or others by parameters
6.3 analog inputs,
10 0V
DI3 27
XDI
11 CW+
12 CW-
41 CM3 RO3 250V AC / 30V DC
DI4 28 3A
3 relay outputs
13 CCW+
14 CCW- 42 NO3
15 +5V DI5 29 XD24V External power supply input
Port X831/X832
30
1
DI6
7.External 24V NO. Absolute SinCos TTL
1 A+/COS+ A+ /
+24VI 43 +24VI External input: DC24V 1A-2A
Encoder
DO1 31 Can parameterize and debug Drives in mains power missing

2 B+/SIN+ B+ /
GND 44 GND
X831
XDO
power supply 3 CLOCK+ / A+

4 0V
5 +5V
0V 0V
+5V +5V
DO2 32 Xjamper Jamper for function switch
6 A-/COS- A- / GND 33 45 J20 ON/OFF for GND to Pe，by EMC EMC interference level
8. Electronic 7 B-/SIN- B- /
8 CLOCK- / A-
EnDat/RS485/BiSS
J14
TTL/SinCos/Abs.
9 / Z+ Z+ 46 ON/OFF for DICOM to PE，by EMC EMC interference level

function 10 / Z- Z-
External
11 PT+ PT+ PT+ NC1 34 DC 24V XSTO Safe torque off
XRO1
12 +8V / /
switching, 13 DATA+ /
14 DATA- /
B+
B-
CM1 35 51 COM Safe torque off. Both circuits must be closed for the drive to start.
Umax 250VAC 30VDC Imax 3A Relay output
15 PT- PT- PT-

parameterized NO1 36 52 S2 Corresponding more hardware and power configuration forms,
instructions for use, ON/OFF safe torque function and more details
Encoder
NC2 37 53 S1
X832
control Use Shield Cable

Please refer to manual for interrupt function
XRO2
and Grounding K
Refor to manual
for more Infor.
CM2 38 54 S+
2
9. Professional NO2 39 Fieldbus communication、Encoder Feedback

NC3 40 61 X891 Panel port，Max.30m extension by cable and External EMC
XRO3
application 62 X893 SD storage card，parameter , firmware upgrade, etc.

Port X833 CM3 41
NO. Resolver
macros such as 1 PT+ NO3 42 63 X863 Ethernet for remote monitoring, computer online, etc.
2 EXC- 14211014
motion control 3 SIN- 64 X851 Rj45*2 to in&out port,EtherCAT、ProfiNET

Resolver
X833
XPOW
4 COS+
43
DC24V 1A
+24VI
5 0V
65 X852 EhterNET/IP，etc. shall be optional
6 EXC+
and electronic GND 44 X839 Three-row DB15 pin male seat, to PLC / CNC for speed or pulses
7
8
SIN+
COS- 66
9 PT-
cam (GND) J20
(DICOM)J14
PE
PE
67 X831 Three rows of DB15 sockets, 1st&2nd encoder signal and motor
X893 temperature input , TTL, SINCOS, Various absolute encoders
Finishing wire
and binding left shift to off noise
68 X832
69 X833 Db9 hole female, rotary transformer / multi-pole magnetoresistive

ACS880 E series frequency drive selection list
ACS880 series Wall-mounted single drives [ Industrial / Servo Drives ]

Un = 400V (340-500V) The rated power is valid at the rated voltage of 400V (1.5-
E Frame 450-1400kW)
Air flow
PN IN Imax ILD PLD IHD PHD

kW kW kW
1.5 3.3 4.1 3.1 1.5 2.4 0.75 45 50 25 ACS880-E22-03A3-3B >=72Ω
2.2 5.6 6.8 5.3 2.2 4.0 1.5 45 76 30 ACS880-E23-05A6-3B >=72Ω
4.0 9.5 12 8.8 4.0 5.6 2.2 45 97 40 ACS880-E24-09A8-3B >=72Ω
E2
(W100
5.5 12.9 16 12 5.5 9.4 4.0 45 472 50 ACS880-E25-12A6-3B >=72Ω H300
7.5 17 21 17 7.5 13 5.5 45 210 55 ACS880-E26-017A-3B >=39Ω D230)
11 25 30 24 11 17 7.5 45 325 60 ACS880-E27-025A-3B >=39Ω

15 32 42 32 15 25 11 57 500 100 ACS880-E32-032A-3B >=20Ω E3
18.5 38 54 37 18.5 32 15 57 550 125 ACS880-E33-038A-3B >=20Ω (W145
H400
22 45 64 45 22 38 18.5 57 660 145 ACS880-E34-045A-3B >=20Ω D270)
30 61 76 58 30 45 22 59 890 200 ACS880-E42-061A-3 /B1) >=10Ω E4
37 72 104 71 37 61 30 59 1114 250 ACS880-E43-072A-3 /B
1)
>=8Ω (W250
H400
45 87 122 85 45 75 37 59 1140 290 ACS880-E44-087A-3 /B1) >=8Ω D300)
55 115 148 110 55 91 45 59 1200 320 ACS880-E52-105A-3 /B1) >=5.2Ω
E2-CON 1)
E5
75 145 179 143 75 112 55 59 1440 340 ACS880-E53-145A-3 /B >=5.2Ω (W290
1)
90 182 247 176 90 150 75 67 1940 400 ACS880-E54-169A-3 /B >=3.3Ω H680
D350)
110 226 287 212 110 184 90 67 2200 550 ACS880-E62-206A-3 /B1) >=2.3Ω
132 246 350 241 132 225 110 67 3300 650 ACS880-E63-246A-3 /B1) >=2.3Ω
E6
160 293 418 283 160 266 132 68 3850 680 ACS880-E72-293A-3 /B1) >=1.7Ω E7
200 363 498 355 200 293 160 68 4100 700 ACS880-E73-363A-3 /B1) >=1.7Ω (W425
H900
250 487 545 450 250 387 200 68 4600 720 ACS880-E74-487A-3 /B1) >=1.7Ω D390)
280 546 628 526 280 480 250 68 5100 950 ACS880-E83-546A-3 /B1) >=1.7Ω
1)
>=1.7Ω
E8
315 624 718 615 315 546 280 68 5782 1100 ACS880-E84-624A-3 /B (W380
1)
400 760 874 727 355 568 315 68 6252 1200 ACS880-E85-760A-3 /B >=1.7Ω H1660
1)
>=1.7Ω D535)
450 865 1080 865 450 675 355 68 7860 1350 ACS880-E86-865A-3 /B
UN = 690 V (range 525 to 750 V). The power ratings are valid at nominal voltage 690 V
Air flow

kW kW kW
45 49 71 47 45 42 37 59 1120 290 ACS880-E50-049A-6 /B 1) >=22Ω
E2
55 61 104 58 55 49 45 59 1295 320 ACS880-E51-061A-6 /B 1) >=13Ω
E5
75 84 124 80 75 61 55 59 1440 340 ACS880-E52-080A-6 /B 1) >=13Ω (W290
90 98 168 93 90 84 75 67 1940 400 ACS880-E53-098A-6 /B 1) >=8Ω H680
D350)
110 119 198 113 110 98 90 67 2310 550 ACS880-E54-119A-6 /B 1) >=8Ω
132 142 220 135 132 119 110 67 3300 650 ACS880-E63-142A-6 /B 1) >=6Ω
160 174 274 165 160 142 132 68 3922 680 ACS880-E72-175A-6 /B 1) >=4Ω E7
200 210 384 200 200 174 160 68 4822 700 ACS880-E73-210A-6 /B 1) >=4Ω (W425
H900
250 271 411 257 250 210 200 68 6000 720 ACS880-E74-271A-6 /B 1) >=4Ω D390)
1)
280 300 450 290 280 265 250 68 5800 950 ACS880-E82-295A-6 /B >=2.7Ω
1)
315 330 480 320 315 295 280 68 6120 1100 ACS880-E83-325A-6 /B >=2.7Ω
355 370 520 360 355 325 315 68 6800 1200 ACS880-E84-360A-6 /B 1) >=2.7Ω E8
400 430 520 420 400 415 355 68 7000 1350 ACS880-E85-420A-6 /B 1) >=2.7Ω (W380
1) H1660
450 470 655 455 450 455 400 72 7200 1300 ACS880-E86-450A-6 /B >=2.7Ω D535)
500 522 655 505 500 505 450 72 8500 1350 ACS880-E87-505A-6 /B 1) >=2.7Ω
560 590 800 570 560 515 500 2) 72 9500 1450 ACS880-E88-571A-6 /B 1) >=2.7Ω
PN:Typical motor power in Nominal load use. In:Rated current aviailable continuously without overload at 40 ° C.
Imax:Max.current , Available for 10 seconds at start,then as long as allowed by drive temperature .
ILD:Continuous current allowing110% ILD for 1 minute every 5 minutes at 40 ° C,for typical motor power in light-overload use.
E8 IHD:Continuous current allowing150% IHD for 1 minute every 5 minutes at 40 ° C,for typical motor power in heavy-duty use.
The ratings apply at 40 ° C ambient temperature.At higher temperatures(Up to 55 ° C) the derating is 1%/1° C. 1).150% overload.

ACS 880E frequency drive terminal wiring diagram
The E series drive control unit is an upgraded control unit from the B
series. Each option is modularized, supports a variety of standard interfaces,
and interfaces with mainstream high-speed fieldbus options. The following
figure shows the basic functions and basic attention of each interface based on
the standard universal For more information, please refer to the manual or
contact the relevant representative to further clarify your needs.
E Optional Field Bus Ports for EtherCAT、ProfiNET

1 X85 IN
Type labled at Flag 11
2 USB to U drive for Configture storage,FAT32 format
Xmodbus communication terminal
B+ Modbus ports :EIA-485
3 A+
High speed fieldbus,Protocol configuration reference manual
The wiring should with GND wire, A / B twisted pair, and
GND shielded to enhance electromagnetic anti-interference
1 2 3 4
4 Ter120Ω Modbus/CAN.Ter. resistor, shift left to disconnect
11 5 X891 Panel port，Max.30m extension by cable and External EMC
1 IN X85 Out 1 XD24V Ports Auxiliary voltage output, digital input interlock
+24VD DI reference supply ,+24V DC 0-200mA,or for external sensors
2 Optional parts
DiCOM Digital signal input/output ground
XPT Ports for temperature sensor in from motor / choke or others
B+ GND PT+ Sensor as KTY84、PT100、PT1000、PTC etc, configuration
XCANopen
3
XModbus
A- L- 13 GND parameter and cable with twisted&Shield&Strong insulation

GND H+ XPWOut port as power output from Drive
4 Ter120Ω GND Signal ground
Shift left to disconnect +24V Only external low-power sensors，+24V DC Max.400mA
LAN 14 +10V Analog reference power supply，R=1k~10kohm
5 X863
XAO Ports Analog outputs
X891 Type with 0-20mA RL<500 ohm,Voltage:0-10V DC
14211020 AO1
It is used to configure the speed, torque, current and other .
6 AO2 Easily interfered ,be with twisted pair, shielding, grounding, etc.
XAI Ports Analog inputs
6 15 AI1 Current type: -20~+20mA,0～20mA,Rin=100kohm
16 AI2 Voltage type: 0~+10V，-10~+10V，Rin=500ohm
XDI Digital and high-speed pulse input , with rich and flexible functions
DI1 (As default) = DI1:Stop (0)/Start (1), DI2: Forward (0)/Reverse (1)
DI2 or for other function by parameters.
DI3 DI3/4/5/6，Define its functions by parameters and pointers
DI4 DI1/2/3:ON/OFF input only.
DI5 DI4/5/6:ON/OFF or Plus input,f<=100kHz,or HTL encoder A、
DI6 B、Z signal input，by paramete to NPN/PNP、encoder、etc.
XDO Digital and high-speed pulse output , with rich and flexible functions
DO1 ON/OFF output(I<0.5A),or Pulse output(f<=120kHz)
DO2 by paramete to switch NPN/PNP、pluse output、etc.
XRO Ports of Relay output
NC1 Running，or others by parameters
CM1 250V AC / 30V DC
7 NO1 3A
17 NC2 Faulted，or others by parameters
7 CM2 250V AC / 30V DC 3A
NO2
8 1234 LED indicator to Encoder of prot.631/632/633/634
9 631
Resolver/TTL/HTL/SinCos/Abs/EnDat/Biss/Rs485
Encoder Adapter Port.X Signal types supported by each port 10 632
Type 631 632 633 634
Resolver Abs./EnDat
TTL / HTL Biss/Rs485
11 Lable EtherCAT or ProfiNET type showon
TTL / HTL
Use Shield Cable and Grounding TTL/SinCos/Abs.
Refor to manual for more Infor. EnDat/Biss/Rs485
XCANopen Ports
X631 X632 X633 X634
14211022
GND CANopen ports :EIA-CAN Terminal R ON/OFF by parameter
13 L- Protocol configuration refer to manual The wiring should with
GND wire, A / B twisted pair, and shielded to enhance
8 H+ electromagnetic anti-interference， 1939 type in coming soon
LAN EtherNET/IP,TCP/IP,Modbus-TCP,Remote debugging, multi-Drive
14 X863 linkage control to Host computer hub
15 AI Ai Jumper, move up current type, move down voltage type
16 AO AO Jumper, move up current type, move down voltage type

9 18
17 PT+ /AO2 PT+/Ao2 jumper , move up by PT+, down by Ao2 function
19
10 20 18 634
Resolver/TTL/HTL/SinCos/Abs/EnDat/Biss/Rs485
21 20 633
19 GND/DICOM to PE connection switch cap,Depending on the
J5/PE/J6
21 level of EMC interference and the required switching

ACS580 series frequency drive selection list
C Frame
ACS580 series Wall-mounted single drives [General Drives/Servo]
UN = 3phase- 220 V (range 200 to 240 V). The power ratings are valid at nominal voltage 220 V
ACS580-R13-04A0-2B
ACS580-R16-05A6-2B
R1 ACS580-R17-08A0-2B
W
ACS580-C25-12A9-2B
ACS580-C27-025A-2B
ACS580-C32-032A-2B
ACS580-C34-045A-2B
ACS580-C35-061A-2B
H
ACS580-C43-072A-2 /B
ACS580-C44-087A-2 /B
ACS580-C45-105A-2 /B
ACS580-C53-145A-2 /B
ACS580-C54-169A-2 /B
D
ACS580-C55-206A-2 /B
C2 ACS580-C63-246A-2 /B
Un = 380V(range 340V to 500V).The power ratings are valid at nominal voltage 400V
C3
C4
1) 101-105% Overload,The target is non-long-term, but intermittently work above >80% load and no more than 101-105%.
Ratings
Typical motor power in Nominal load use.
Nominal continuous current at 40 ° C, At higher temperatures (up to 55 °C)the derating is 1%/1 °C..
Max.current
C5/6/7 Max.current,the length of time depends on the Heatsink temperature of Drives.

ACS580 series are equipped with a series of analog and digital interfaces, a variety of encoder card slots and communication slots. Please refer to the notes
below for function details.
Note:>=2 Drives common DC- bus,It is necessary to consider the soft start between units and
the current sharing capacity at the rectifier side
C
Resistor
C
Resistor
Options R
Power Brake Chopper
unit
（R1-C2-4）
supply Du/dt EMC
MCCB MC
DCN(-) DCP(+) PB
Rector Filter Motor
L1/R U
R/L1 U
L2/S S/L2
Power V Filter
V
M
L3/T T/L3 circuit W
W Slot3 Slot4
(>=C2X) (>=C2X)
Frame module
Slot5 Slot6
(R1X) (R1X)
encoder
C
communication
card
SLOT 1 SINK/NPN SINK
+24V/200mA
SLOT 2 port
card port
mode
1.CANH (default) B24V Instructions and Notes
A+/485+
2.CANL 1. Please pay attention to using
A-/485- COM the power within the allowable
3.NC
specifications of the driver
GND 4.GND SOURCE (voltage level, single or three
DI1
5.GND phase, voltage fluctuation,
fieldbus CANH J8 voltage imbalance, etc.)
6.GND
protocols CANL 7.A- DI2 2. Due to the driver input and
RJ45 Port
MODBUS 8.A+ SINK SOURCE the high-speed switch
485 CANopenTermination Digital NPN PNP electronic inversion
resistorsJ15 “NO” default DI3
input characteristics, please choose
CANopen is not connected a circuit breaker or Fuse or
J15
DI4
leakage protection switch that
Bus NC NO complies with the electrical
M3 specifications.
+
Bus 2*2.5
Hole J12 DI5 3. Appropriate AC reactor on
-
GN Ports the output side can effectively
CAN RS485 suppress the higher-order
D DI6 harmonics on the input side
and improve the power factor
Standard analog input (types with DC reactors can
and output module Standard digital input reduce this requirement,
Motor Temp.PT and output module depending on use or industry
Motor +24V
KTY84 PT+ experience)
Temp J14
PT100 Input COM 4. Noise filters and common
PT-
PT1000 (default) KTY84 PT100 mode inductors (magnetic
DIO1 loops) on the input and output
(default) DIO1/DIO2
sides can effectively reduce
as in the influence of conducted
Digital DIO2 radiation between the drive
+10V J17 Input system and external electrical
1KΩ SINK:COM components. It can be
Analog | PT+/AI3 0～+10V SOURCE :+24V DIO1 support designed to improve the
input 5KΩ High pulse input stability and reliability of the
PT- Optional PT AI3 DIO1
3 system in different application
GND
function Max.DC24V/5 COM DIO2 support scenarios and so on.
0mA High pulse output 5. AC output reactor (Du / Dt)
J18 DIO2 measures, etc., are used to
Digital Max. suppress the resonance peak
AO1 0～+10V/0～ AO1
Analog 20mA ＶＩ input DC24V/50mA COM
J11 voltage generated on the
motor side when the motor
output AO2 0～+10V/0～
J16
Output Pulse output DIO1 DI7 cable is too long (such as more
20mA 0～50KHZ than 100 meters) to protect the
Or J12 motor coils and drive the old
GND AO2 3rd Relay NC1 and other coil windings It is
ＶＩ DIO2 DI8
COM1 especially necessary to
J4 RO(Relay)： evaluate this carefully when
NO1
J10 the insulation performance is
AC250V >10mA&<3A degraded or poor. This
NC2
+10V
+10 +24 DC30V >10mA&<1A GND
measure can also help reduce
V V COM2 PE
1KΩ J11 3rd RO by replace DIO EMC the leakage from the motor
jumper wire to ground due to the
| AI1 -10～+10V/-20～20mA AI1 terminal in Optional NO2 Cap
ＩＶ distributed induction
5KΩ Remove it if with EMC interference capacitance.
AI2 -10～+10V/-20～20mA J13
Analog 6. The standard strong and
input GND J10
AI2 weak current separation
ＩＶ wiring, good standard
1-2 *Updated AIO/DIO design support I/O features
:
PE GND grounding, weak control signal
line GND follow and twisted
1.+10V and +24V can be switched
Legend Cap EMC Jumper pair, power contactor coil
Remove it if with EMC interference
2.PT port use to AI3 with voltage input installation of arc
extinguishing components and
3.CAN and RS485 mode change by switch other measures will effectively
Shield cable 4.AI1&AI2 with negative V/A input switch by parameter
. improve the electrical
reliability of the drive system.
3P jumper
5.DIO1/DIO2 support input by SINK and SOURCE mode 7.Good grounding at the site,
Twisted *R type drives I /O 2x analog（only positive）input、1x and standardized electrical
Shield cable RJ45 Standard with layout, wiring, and design for
Control output，Digital（only SINK）output x(5+1)、output x1
EIA/TIA568B cooling air inlet and outlet will
Switch Panel RO relay x1，no PT/RJ45 port. greatly improve the stability
and life of the driver.
6.3xRelay replace the DIO terminal of DI module in Optional

Introducton for Multi-module drive/AFE/Regenerative drive
Big-power single/multi-motor drive module kit, ACS880-(04),

power module type [industrial drive / common DC bus]
Inomax drive modules make cabinet assembly easy and economical. Based on the compact and
tight cabinet design, it can save a lot of floor space and is easy to maintain. It has a flat structure
similar to a bookshelf, and has a wheeled base, which can be equipped with output or parallel
power reactors. The common DC bus terminals are all located on the top of the module, and the
three-phase incoming and outgoing wires of the basic rectifier and motor drive modules are
located at the bottom of the module. The central layout greatly facilitates the formation of
cabinets and the connection with power distribution components.
BLM, ALM, and SMM modules can be equipped with a built-in brake chopper, which greatly
facilitates the design of dynamic braking and cabinet formation in multi-machine transmission,
which can shorten the engineering design time and the cost of cabinet assembly. Rectifier Inverter
(BLM or AFE) (SMM)
-04, -X04 (Note: 04 represents the general name of the component, subject to the actual
detailed model) High-power transmission module kit includes parallel R series inverter module
(SMM) and R series semi-controlled diode rectifier with thyristor charging function Module, or
through the combination of AIM+ALM=AFE module to form IGBT very low harmonic rectifier, its
power range can be up to 2300kW, and the voltage range is 380-690V.
The multi-drive module is suitable for building multi-drive devices, which can be used in
metallurgy, oil and gas, mining, ships, offshore operations, material handling, pulp and paper,
automobiles, food and beverage, cement, electricity, clean water and sewage treatment
industries.
They can control many applications, including cranes, profile and flat tying, conveyor belts,
winches, dynamometer test stands, production lines, paper machines, pumps and fans.
Multi-drive modules can meet all the needs of a complete set of transmission equipment,
including rectifiers, inverters, filters, brake choppers (built-in optional), various communication
options, and various speed feedback interface options. With the highly accurate motor control
platform-direct torque control technology, the drive can control the motor either in an open loop
or in a closed loop.
>>>>>>>>>>>>>>> Hardware and Functional brief of Multi-Drive Moudules >>>>>>>>>>>>>>>>

* 1. The power module type multi-motor drive is an AC-DC-AC multi-motor drive based on the public DC bus system. First, determine the rectification method according to
the load demand. The judgment basis is derived from the configuration of the user side, such as the grid capacity/ Phase-shifting transformer/power transformer/quick
braking/dragging, etc. If the overall energy of the drive needs to be fed back to the grid side, use basic rectification plus braking resistor, AFE active rectification or feedback
rectification. If there is no energy feedback, Then choose the basic rectification method, and then choose the rectification and inverter motor modules of different power
levels according to the number and performance level of the required drive motors. Due to the adjustment of the English abbreviation, the ALM in this article has the same
function as the SLM in the manual before this edition.
*2. The system-level logic control of soft start, thermal and electric energy limit protection linkage between functional modules is realized through terminal wiring or
communication connection. Please refer to the manual or consult.
*3. It is also possible to achieve 12-pulse or higher multi-pulse rectification to reduce harmonics through single or multi-transmission models with different forms and front-
end phase-shifting transformers. SIM&AIM rectifier front-end interface module is not recommended and supports parallel use due to principle restrictions, SMM motor
inverter module can realize power increase and turn through paralleling.
The following figure shows the main electrical topology diagram of each functional module and the basic introduction of each functional module. The main components of the
power module include:
Hole Hole
Wide Hight Depth depth diameter screw Weight
width
Size W H D W2 H2 d2 size M Filter BLM DC-Bus SMM
(mm) (mm) (mm) (mm) (mm) (mm) (kg) Fuse
R8 240 977-1) 577-

1) 3) 15 0 900 12 M12 21
M12 800
Fuse
240 1395 600 63 MCB
MCCB DC-Bus
BRK
Harmonic distortion typically ALM rectifier feedback
3 types SIM SLM
AFE SMM motor drive
DCDC power Power
3% BLM Basic Rectification infeed
Pti/Pto supply/take power supply Motor
AIM ALM
Harmonic reduce 97%
1. Basic Line Modules (Basic Line Modules):

It is only designed for pure rectification, and the interior is composed of thyristor
diodes and DC incoming line reactors.
Electricity needs to be equipped with a brake module.
2. Feedback rectifier SLM module (Smart Line Module): [Not recommended]
Composed of IGBT and DC smoothing capacitor, it can rectify power supply and feed
energy back to the grid. There must be a suitable front-end interface reactor SIM(L) for
feedback. The DC bus voltage cannot be constant and adjustable. Usually under rated
load, the typical value of grid-side current harmonic THDi<30-35%
3. Active rectifier ALM module (Active Line Module): [Recommended and preferred
use]
Composed of IGBT and DC smoothing capacitor, it has the function of feedback and
rectification, and can also be controlled intelligently.
Control and maintain the bus voltage. The actual current effect produced on the power
supply side is close to a sine wave, thereby suppressing harmful harmonics. This
rectifier module must use a matching AIM incoming module.
At this time, the typical grid-side current and voltage harmonics under rated load
THDi/u<3-5%.
4. Front-end interface AIM module (Active Interface Module):
AIM is installed between the power grid and ALM, and it integrates a filter, a pre-
charging circuit, a smooth wave absorption LCL circuit, etc., compared to its SIM, it
may only reduce the inductance of the reactor.
5. Motor inverter (SMM) module (Single Motor Module):
It is a self-commutated inverter with IGBTs, which drives the motor with controlled
L8 L9【液冷型】 R7 R8B/R8M energy through a common DC bus, or transfers the energy generated by the motor to
the bus. High-power transmission and machine need to be equipped with special
control components.

List of multi-drive series modular drives - Note: L-liquid cooling, M&R-forced air cooling
NO. M1 U1 U2 U3 R7 R8 L8 R9 AIM U1A-R8A

Outline diagram
In-built BLM: BLM: BLM: BLM: BLM: BLM: In-built BLM: BLM: AFE:
380-415Vac 380-415Vac 380-415Vac 380-415Vac TBA 380-415Vac 380-415Vac TBA AIM
Pn:45kW
Power Range
Max.22kW Pn:90kW Pn:132kW Pn:160-560kW Pn:90-250kW 380-415Vac

BRK： 660-690Vac 660-690Vac Pn:15-400kW
SMM: SMM:
300-760Vdc SMM: SMM: 450-1280A Pn:160-700kW Pn:90-450kW 660-690Vac
300-760Vdc
1.5-7.5kW 1.5-45kW 300-760Vdc 300-760Vdc Pn:15-400kW
SMM: SMM:
2x[1.5-7.5] 1x[1.5-45] 55-90kW 110-132kW SMM: SMM:
2x[7.5-15] 300-760Vdc 300-760Vdc
3x[1.5-7.5] 600-1200Vdc 300-760Vdc 300-760Vdc R8A\690Vac needs
4x[1.5-5.5] *with DC 160-250kW 560-1000kW
45-132kW 280-560kW 90-630kW to be connected
*with DC soft soft start 600-1200Vdc 600-1200Vdc
*with DC *with DC soft 600-1200Vdc 600-1200Vdc to 220Vac auxiliary
start
soft start 160-280kW 630-1100kW power supply
start 280-560kW 90-1100kW
Function Weight Dimension
VFD BLM BLM BLM - DCDC BLM DCDC VFD DCDC - DCDC - LC (sinewave filter)
SMM SMM SMM SMM SMM PTi/o SMM PTi/o SMM PTi/o SMM PTi/o - M1-2 U2-3 External LC
ALM ALM ALM ALM ALM ALM ALM ALM AIM (Built-in soft start charging)
BLM:12kg BLM:25kg BLM:35kg - BLM:95kg - - -10kg to

Max.6kg
-10kg -20kg -25kg -35kg -65kg -65kg -95kg -200kg
100x420x320 (mm) 200x420x320 300x420x320 190x900x535 240x977x600 200x1000x535 570x900x535 -
WxHxD WxHxD WxHxD WxHxD WxHxD WxHxD WxHxD 240x1400x600
Topology diagram of multi-module drive

Part Number Description 41-Medium power 71-High power brake
single axis inverter chopper
75-220Vac auxiliary power supply 16-Single axis inverter (with soft start) 42 - Output Filter 72-Energy consumption
76-24Vdc auxiliary power supply 17 - Speed feedback 43-IM/PM motor braking resistor box
12-Basic rectification + braking 22-6/12 pulse rectifier 51/2-High-power 83-DCDC DC power supply
31-AFE(AIM) Active Interface Module single-axis inverter 89-DC battery/load
14-2/3/4 axis inverter
53-Multi-machine 77- host computer PLC, etc.
15-1/2 axis inverter 32-AFE(ALM)Active Line Module
synchronous drive 78 -
61-Parallel control unit Commissioning/Controlling
79 PCU Computer
62- Parallel inverter 79-Common operation panel
76 77 78
power module 74-Linkage between
63- Parallel current rectifier/inverter
sharing inductor PL 73 - High Speed Fieldbus
64-High power motor
75
Common Dc-Bus DCP+ /DCN-
74
61 73
14 15 16
71
51 52
31 62 62 62
32 41 83
22
12 3 R+
17 63
42
Y R-
53 89
64
9 43
72

Multi-Module drive, power supply module selection list
BLM [AC-DC] basic rectifier power supply module, Air cooling, ACS880, 380V/ 690V
Three-phase input Un= 400V(380-500V) The rated power is valid when the voltage is 400V (55-132-560-4000kW) *
According to the rated and peak load current selection
Air flow
Basic Rectification (BLM)
Rectification
BLM Power supply kW kW kW
55 115 148 110 55 91 45 59 1200 320 ACS880-U13-105A-3B+BLM U1 [W=100]
90 182 247 176 90 150 75 67 1940 400 ACS880-U23-169A-3B+BLM U2 [W=200]
132 246 350 241 132 225 110 67 3300 650 ACS880-U33-246A-3B+BLM U3 [W=300]
160 293 418 283 160 266 132 68 3850 680 ACS880-R80-293A-3+BLM Note:
160-250kW
can also choose
200 363 498 355 200 293 160 68 4100 700 ACS880-R81-363A-3+BLM the smaller
modules in parallel
250 487 545 450 250 387 200 68 4600 720 ACS880-R82-487A-3+BLM
SMM 280 546 628 526 280 480 250 68 5100 950 ACS880-R83-546A-3+BLM R8
315 624 718 615 315 546 280 68 5782 1100 ACS880-R84-624A-3+BLM (W245*
H1000*
400 760 874 727 355 568 315 68 6252 1200 ACS880-R85-760A-3+BLM D600
450 865 1080 865 450 675 355 68 7860 1350 ACS880-R86-865A-3+BLM -650)
560 1050 1265 1000 560 874 450 68 8625 1580 ACS880-R87-950A-3+BLM
Three-phase input Un= 660V(525-690V) The rated power is valid when the voltage is 690V (45-132-630-4000kW)
315 330 480 320 315 295 280 68 6120 1100 ACS880-R83-325A-6+BLM
400 430 655 420 400 415 355 72 7000 1350 ACS880-R85-420A-6+BLM R8
500 522 800 505 500 505 450 72 8500 1350 ACS880-R87-505A-6+BLM (W245*
H1000*
630 650 820 630 630 565 560 72 10500 1650 ACS880-R88-571A-6+BLM
D600
710 739 900 721 710 598 630 73 12400 1980 ACS880-R8A-721A-6+BLM -650)
800 864 1160 820 800 711 710 74 13600 2250 ACS880-R8B-800A-6+BLM
*More bigger power modules is achieved by parallel connection
Regenerative drive module packages

AIM/ALM【AC-DC】AFE Low Harmonic Active Rectification Feedback Power Supply Module
Combination,Forced Air Cooling, 380/690V
Air flow Model Number AIM+ALM

Active Front End (AFE) =AFE
XXX=AIM / ALM
PN IN Imax ILD PLD IHD PHD Frame Size
AFE=AIM+ALM
kW kW kW (mm)
AIM
7.5 7 21 17 7.5 13 5.5 45 210 55 ACS880-U1F-017A-3+XXX
U1A
ALM 11 24 30 24 11 17 7.5 45 325 60 ACS880-U1G-025A-3+XXX
+
15 32 42 32 15 25 11 57 500 100 ACS880-U1H-032A-3+XXX
U1/M1
18.5 37 54 37 18.5 32 15 57 550 125 ACS880-U1J-038A-3+XXX
[W=100x2]
22 45 64 45 22 38 18.5 57 660 145 ACS880-U1K-045A-3+XXX
30 58 76 58 30 45 22 59 890 200 ACS880-U1N-061A-3+XXX
U2A+U1
37 71 104 71 37 61 30 59 1114 250 ACS880-U1P-072A-3+XXX
[W=200+100]
SMM 45 85 122 85 45 75 37 59 1140 290 ACS880-U1R-087A-3+XXX
55 115 148 110 55 91 45 59 1200 320 ACS880-U22-105A-3+XXX
75 145 179 143 75 112 55 67 1440 340 ACS880-U23-145A-3+XXX U2A+U2
[W=200x2]
90 182 247 176 90 150 75 67 1940 400 ACS880-U24-169A-3+XXX
110 226 287 212 110 184 90 67 2200 550 ACS880-U36-206A-3+XXX U3A+U3
132 246 350 241 132 225 110 67 3300 650 ACS880-U37-246A-3+XXX [W=300x2]
160 293 418 283 160 266 132 68 3850 680 ACS880-R80-293A-3+XXX Note:
160-250kW
200 363 498 355 200 293 160 68 4100 700 ACS880-R81-363A-3+XXX can also choose
the smaller
modules in parallel
250 487 545 450 250 387 200 68 4600 720 ACS880-R82-487A-3+XXX
280 R8A + R8
546 628 526 280 480 250 68 5100 950 ACS880-R83-546A-3+XXX (W245* (W245*
315 H1400* H1000*
624 718 615 315 546 280 68 5782 1100 ACS880-R84-624A-3+XXX D600 D600
400 -650) -650)
760 874 727 400 675 355 68 6252 1200 ACS880-R85-760A-3+XXX
160 174 274 165 160 142 132 58 3750 600 ACS880-U38-175A-6+XXX U3A+U3
315 330 480 320 315 295 280 68 6120 1100 ACS880-R83-325A-6+XXX
R8A+R8
400 430 655 420 400 415 355 72 7000 1350 ACS880-R85-420A-6+XXX
*More bigger power modules is achieved by parallel connection

1. Compared with drives that provide standard diode-powered solutions (BLM), the extremely low harmonic AFE intelligent rectifier feedback power supply generates
fewer harmonics. The compact AIM+ALM module combination produces particularly low harmonics in the drive line and can be achieved without external filters or multi-
pulse transformers. Through the management and control of harmonics, the power factor of the drive system where it is located has reached a power factor of
approximately 1.
The AFE power supply can boost the output voltage, guarantee the rated output of the motor even when the supply voltage is lower than the nominal value, and has
excellent dynamic performance, ensuring real-time fast bidirectional flow of energy. Adjustable and controlled current and voltage, It can also improve the energy
Note: ALM supports liquid cooling, efficiency of the system.
the model is L8X 2. Benefit to direct torque control technology, there is no need for physical real-time voltage monitoring of the public AC power grid in the ALM hardware, which greatly
improves and guarantees the operation stability of the power supply module, and only needs to be connected to the subsequent power module. The electrical logic linkage
and interlock can be completed by connecting a very small number of I/O or communication cables.

Single-axis motor inverter drive module selection list
SMM【DC-AC】Single motor drive module, forced air cooling, ACS880, 380V, 690V
Three-phase input Un= 400V(380-500V) The rated power is valid when the voltage is
400V (55-132-560-2800kW) * According to the rated and peak load current selection
Air flow Auxiliary power

DC=24V
AC=220V
Voltage/(W)
kW kW kW
1.5 3.3 4.1 3.1 1.5 2.4 0.75 45 50 25 ACS880-U1B-03A3-3+SMM 24V45W
2.2 5.6 6.8 5.3 2.2 4.0 1.5 45 76 30 ACS880-U1C-05A6-3+SMM 24V45W
U1 U2 4.0 9.5 12 8.8 4.0 5.6 2.2 45 97 40 ACS880-U1D-09A8-3+SMM 24V45W

5.5 12.9 16 12 5.5 9.4 4.0 45 172 50 ACS880-U1E-12A6-3+SMM 24V45W
7.5 17 21 17 7.5 13 5.5 45 210 55 ACS880-U1F-017A-3+SMM 24V45W
11 25 30 24 11 17 7.5 45 325 60 ACS880-U1G-025A-3+SMM 24V45W
15 32 42 32 15 25 11 57 500 100 ACS880-U1H-032A-3+SMM 24V45W U1
(W100
18.5 38 54 37 18.5 32 15 57 550 125 ACS880-U1J-038A-3+SMM 24V45W
H400
22 45 64 45 22 38 18.5 57 660 145 ACS880-U1K-045A-3+SMM 24V45W D320)
30 61 76 58 30 45 22 59 890 200 ACS880-U1N-061A-3+SMM 24V55W
37 72 104 71 37 61 30 59 1114 250 ACS880-U1P-072A-3+SMM 24V55W
U3 45 87 122 85 45 75 37 59 1140 290 ACS880-U1R-087A-3+SMM 24V55W

55 115 148 110 55 91 45 59 1200 320 ACS880-U22-105A-3+SMM 24V65W U2
(W200
75 145 179 143 75 112 55 59 1440 340 ACS880-U23-145A-3+SMM 24V65W
H400
90 182 247 176 90 150 75 67 1940 400 ACS880-U24-169A-3+SMM 24V65W D320)
110 226 287 212 110 184 90 67 2200 550 ACS880-U36-206A-3+SMM 24V75W U3
132 246 350 241 132 225 110 67 3300 650 ACS880-U37-246A-3+SMM 24V75W (W200)
160 293 418 283 160 266 132 68 3850 680 ACS880-R72-293A-3+SMM 220V1A R7
200 363 498 355 200 293 160 68 4100 700 ACS880-R73-363A-3+SMM 220V1A (W190
H900
250 487 545 450 250 387 200 68 4600 720 ACS880-R74-487A-3+SMM 220V1A D535)
280 546 628 526 280 480 250 68 5100 950 ACS880-R83-546A-3+SMM 220V2A
315 624 718 615 315 546 280 68 5782 1100 ACS880-R84-624A-3+SMM 220V2A R8
(W245*
R7 400 760 874 727 355 568 315 68 6252 1200 ACS880-R85-760A-3+SMM 220V2A H1000*
450 865 1080 865 450 675 355 68 7860 1350 ACS880-R86-865A-3+SMM 220V2A D600
-650)
560 1050 1265 1000 560 874 450 68 8625 1580 ACS880-R87-950A-3+SMM 220V2A
630 1140 1482 1072 630 915 500 68 9430 3000 ACS880-R92-1140A-3+SMM 220V3A
710 1250 1630 1200 710 1070 560 68 10560 3400 ACS880-R93-1250A-3+SMM 220V3A
R9
(W570
800 1480 1930 1421 800 1170 630 72 14800 3800 ACS880-R94-1480A-3+SMM 220V3A H900
1000 1760 2120 1690 900 1316 800 74 17500 4200 ACS880-R95-1760A-3+SMM 220V3A D535)
1200 2210 2880 2122 1200 1653 900 75 33700 5200 ACS880-3R86-2210A-3+PSMM+PCU+PL 3xR8
R8 2800 5130 6160 4925 2400 3837 2000 78 57000 7300 ACS880-4R95-5130A-3+PSMM+PCU+PL 4xR9
45 49 71 47 45 42 37 59 1120 290 ACS880-U32-049A-6+SMM 24V65W
55 61 104 58 55 49 45 59 1295 320 ACS880-U33-061A-6+SMM 24V65W
75 84 124 80 75 61 55 59 1440 340 ACS880-U34-080A-6+SMM 24V65W U3
(W300
90 98 168 93 90 84 75 67 1940 400 ACS880-U35-098A-6+SMM 24V65W H400
110 119 198 113 110 98 90 67 2310 550 ACS880-U36-119A-6+SMM 24V65W D320)
132 142 220 135 132 119 110 67 3300 650 ACS880-U37-142A-6+SMM 24V65W
160 174 274 165 160 142 132 68 3922 680 ACS880-R72-175A-6+SMM 220V1A R7
210 384 200 200 174 160 68 4822 700 ACS880-R73-210A-6+SMM 220V1A (W190
200
H900
250 271 411 257 250 210 200 68 6000 720 ACS880-R74-271A-6+SMM 220V1A D535)
R9 280 300 450 290 280 265 250 68 5800 950 ACS880-R82-295A-6+SMM 220V2A
315 330 480 320 315 295 280 68 6120 1100 ACS880-R83-325A-6+SMM 220V2A
355 370 520 360 355 325 315 68 6800 1200 ACS880-R84-360A-6+SMM 220V2A R8
(W245*
400 430 520 420 400 415 355 68 7000 1350 ACS880-R85-420A-6+SMM 220V2A H1000*
450 470 655 455 450 455 400 72 7200 1300 ACS880-R86-450A-6+SMM 220V2A D600
-650)
500 522 655 505 500 505 450 72 8500 1350 ACS880-R87-505A-6+SMM 220V2A
560 590 800 570 560 515 500 2) 72 9500 1450 ACS880-R88-571A-6+SMM 220V2A
800 800 1200 768 710 576 560 75 11500 1670 ACS880-R92-721A-6+SMM 220V3A R9
1030 1550 989 900 768 710 75 14200 1850 ACS880-R94-900A-6+SMM 220V3A (W570
1000
H900
1100 1170 1760 1123 1000 989 800 75 16500 1960 ACS880-R95-1160A-6+SMM 220V3A D535)
4xR8 note 1) 1600 1740 2610 1670 1600 1478 1200 76 23400 2340 ACS880-3R88-1740A-6+PSMM+PCU+PL 3xR8
Note 1: 2000 2300 3450 2208 2000 1670 1600 77 32100 2870 ACS880-4R88-2300A-6+PSMM+PCU+PL 4xR8
Typical power module parallel structure
1. Inverter power module R8/9-PSMM
2. PCU = Parallel Control Unit 3200 3420 5130 3283 3200 2746 2400 77 48700 3850 ACS880-3R95-3420A-6+PSMM+PCU+PL 3xR9
3.PL=parallel current sharing reactor 4xR9
4000 4100 6200 4000 4000 3283 3200 78 53600 4680 ACS880-4R95-4160A-6+PSMM+PCU+PL
* Select according to the rated and peak load current

Multi-axis motor drive module selection list
Multi-axis motor inverter drive module [multimachine drive/

industrial drive/common DC bus]
n...xSMM【DC-AC】Multi-motor drive module, forced air cooling, ACS880, 380V
3 phase input Un= 400V(380-500V) The rated power is valid when the voltage is 400V (0.75-5.5-18.5kW)
* According to the rated and peak load current selection
Noise Heat Air Model Number

Level Diss. flow
Auxiliary power
DC=24V
Frame
[A]=ACS880 [D]=ET11/ET12(Default) L1 inductance
(W)/(mH)
size
PN IN Imax ILD PLD IHD PHD [B]=2/3/4 [F]=EC / PN /EN (mm)
kW kW kW
1.5 3.3 4.1 3.1 1.5 2.4 0.75 45 nx50 25 [A]-[B]M1B-03A3-3+SMM+[D]+[F] 45/5.2 *Optional 2/3/4 in 1
2.2 5.6 6.8 5.3 2.2 4.0 1.5 45 nx76 30 [A]-[B]M1C-05A6-3+SMM+[D]+[F] 45/4.6 M1
(W100
4.0 9.5 12 8.8 4.0 5.6 2.2 45 nx97 40 [A]-[B]M1D-09A8-3+SMM+[D]+[F] 45/3.3
H400
5.5 12.9 16 12 5.5 9.4 4.0 45 nx172 50 [A]-[B]M1E-12A6-3+SMM+[D]+[F] 45/2.2 D320)
7.5 17 21 17 7.5 13 5.5 45 420 55 [A]-2U1F-017A-3+SMM+[D]+[F] 55/3.5 *2 in 1 model
11 25 30 24 11 17 7.5 45 650 60 [A]-2U1G-025A-3+SMM+[D]+[F] 55/3.3 U1

(W100
15 32 42 32 15 25 11 57 900 100 [A]-2U1H-032A-3+SMM+[D]+[F] 55/2.2
H400
18.5 38 54 37 18.5 32 15 57 1050 125 [A]-2U1J-038A-3+SMM+[D]+[F] 55/1.8 D320)
ALM+SMM【AC-AC】active rectifier + inverter drive module, forced air cooling, ACS880, 380V
3 phase input Un= 400V(380-500V) Rated power is valid at 400V voltage (5.5-18.5kW)
Active Front End (AFE) * Select according to rated and peak load current
Noise Heat Air Model Number

AIM Level Diss. flow
Auxiliary Frame
power (W)
[A]=ACS880 [D]=ST21/ST22 size
PN IN Imax ILD PLD IHD PHD [B]=2/3/4 [F]=EC / PN /EN
DC=24V
(mm)
ALM kW kW kW
7.5 17 21 17 7.5 13 5.5 45 420 55 [A]-U1F-017A-3+ALM+SMM 45/3.5 *With feedback
rectification
SMM 11 25 30 24 11 17 7.5 45 650 60 [A]-U1G-025A-3+ALM+SMM 45/3.3 U1

15 32 42 32 15 25 11 57 900 100 [A]-U1H-032A-3+ALM+SMM 55/2.2 (W100
H400
18.5 38 54 37 18.5 32 15 57 1050 125 [A]-U1J-038A-3+ALM+SMM 55/1.8 D320)
Note): For bigger power expansion or professional application models and more details, such as low harmonic 12-pulse
rectification or four-quadrant models with feedback function, please consult relevant personnel.
This series of all-in-one models realizes the high-speed and fast exchange of required information between multiple inverter units (SMM) through the
unique internal special operation processing circuit, so as to be competent for those requiring multi-axis high speed/position/torque precision linkage
Applications.
Its main application topology features are: the upper control system (machine) controls the driver in real time through the current mainstream high-
speed real-time fieldbus (EtherCAT/ProfiNET, etc.), and the multi-channel I/O and motor feedback form a high-dynamic drive control system.
Conventional open loop drive is also supported.
In the form of power supply, there are a variety of flexible options to match the power supply conditions and requirements of different characteristics.
Among them, the topology of BLM+ brake chopper is suitable for conventional typical applications,
However, for those applications that require more advanced motor control characteristics and frequent dynamic acceleration and deceleration of the
motor, the ALM power supply form should be preferred, which will greatly help ensure or improve control.
Effects and green energy.
In order to simplify your power networking difficulty, you only need to prepare a 24Vdc switching power supply + grid-side filter reactance + SPD anti-
surge protector + the above all-in-one driver with ALM for a typical multi-axis application to obtain four-quadrant operation. power supply + multi-axis
inverter drive system.
Mains Feedback
inductor L1 TTL/SinCos/Abs./Endat./Biss
aR Class Fuse #4 ALM #1 SMM #2 SMM #3 SMM
SPD Reactor U1
Figure 4A 4-in-1 driver (M1) with active rectification and feedback module
Mains
Input reactor TTL/SinCos/Abs./Endat./Biss
aR Class Fuse #4 BLM #1 SMM #2 SMM #3 SMM #4 SMM
Reactor U2
4-in-1 driver (M1) with basic rectification + brake chopper
Mains
TTL/SinCos/Abs./Endat./Biss
aR Class Fuse ARF #1 SMM #2 SMM #3 SMM #4 SMM
Active Front End (AFE) DC Powered All-in-One 2/3/4-in-1 Driver (M1)

21
Liquid-cooled drive module selection list
Liquid-cooled wall-mounted drive module

[Multi-drive/Industrial drive/Common DC bus]
VFD【AC-AC】Single motor drive module, liquid cooling, ACS880, 380V
Three-phase input Un= 400V(380-500V) The rated power is valid at the voltage of 400V (45-250kW) * According to the rated and peak load current selection
liquid Built-in
Heat the inductance
Noise
Nominal ratings Light-overload Heavy-duty Level Diss.
cooling Model Number brake
chopper of the Frame
flow
Main liquid cooling + auxiliary air adapts to the reactor (mH) size
PN IN Imax ILD PLD IHD PHD [A]=ACS880 minimum
to the AC
cooling internal circulation type L/min. resistance
input side
(mm)
Basic Rectification (BLM) or kW kW kW value (Ω)
Inverter (SMM/ALM) 55 115 148 110 55 91 45 59 1200 10 [A]-L80-105A-3 /B >=3.3Ω ~0.21

75 145 179 143 75 112 55 59 1440 11 [A]-L80-145A-3 /B >=3.3Ω ~0.18
Standard VFD
90 182 247 176 90 150 75 67 1940 12 [A]-L80-169A-3 /B >=3.3Ω ~0.13 L8
110 226 287 212 110 184 90 67 2200 13 [A]-L80-206A-3 /B >=3.3Ω ~0.11 (W200
H1000
132 246 350 241 132 225 110 67 3300 14 [A]-L80-246A-3 /B >=3.3Ω ~0.09
D530)
VFD 160 293 418 283 160 266 132 68 3850 15 [A]-L80-293A-3 /B >=3.3Ω ~0.08
200 363 498 355 200 293 160 68 4100 16 [A]-L81-363A-3 /B >=2.3Ω ~0.06
250 487 545 450 250 387 200 68 4600 16 [A]-L82-487A-3 /B >=2.3Ω ~0.06
VFD【AC-AC】Single motor drive module, liquid cooling, ACS880, 690V

Three-phase input Un= 660V(525-690V) The rated power is valid when the voltage is 690V (90-250-500W) * According to the rated and peak load current selection
liquid Built-in
Heat the inductance
Noise
flow
[A]=ACS880
adapts to the
minimum
reactor (mH) size
PN IN Imax ILD PLD IHD PHD L/min. resistance
to the AC
(mm)
input side
kW kW kW value (Ω)
110 119 198 113 110 98 90 67 2310 550 [A]-L80-119A-6 /B >=8Ω ~0.26
132 142 220 135 132 119 110 67 3300 650 [A]-L80-142A-6 /B >=6Ω ~0.21
160 174 274 165 160 142 132 68 3922 680 [A]-L80-175A-6 /B >=6Ω ~0.18
200 210 384 200 200 174 160 68 4822 700 [A]-L80-210A-6 /B >=4Ω ~0.13
250 271 411 257 250 210 200 68 6000 720 [A]-L81-271A-6 /B >=4Ω ~0.11
L8
280 300 450 290 280 265 250 68 5800 950 [A]-L82-295A-6 /B >=4Ω ~0.09 (W200
315 330 480 320 315 295 280 68 6120 1100 [A]-L83-325A-6 /B >=3.3Ω ~0.08 H1000
D530)
355 370 520 360 355 325 315 68 6800 1200 [A]-L84-360A-6 /B >=3.3Ω ~0.06
400 430 520 420 400 415 355 68 7000 1350 [A]-L85-420A-6 /B >=3.3Ω ~0.06
450 470 655 455 450 455 400 72 7200 1300 [A]-L86-450A-6 /B >=2.7Ω ~0.05
L8 L9【liquid cooling type】 522 655 505 500 505 450 72 8500 1350 ~0.05
500 [A]-L87-505A-6 /B >=2.7Ω
BLM [AC-DC] Basic rectifier power supply module, liquid cooling, ACS880, 690V
Liquid-cooling Basic Three-phase input Un= 690V(660-690V) The rated power is valid when the voltage is 690V (55-132-800-4000kW) * According to the rated and peak load current selection
Rectifier Module (BLM) liquid Built-in
the inductance
Noise Heat
flow
[A]=ACS880
adapts to the
minimum
reactor (mH) size
PN IN Imax ILD PLD IHD PHD L/min. resistance
to the AC
(mm)
BLM value (Ω) input side
kW kW kW
55 115 148 110 55 91 45 47 1200 10 [A]-LU13-105A-6+BLM / / U2 [W=100]
90 182 247 176 90 150 75 47 1940 13 [A]-LU23-169A-6+BLM / / U2 [W=200]
132 246 350 241 132 225 110 47 3300 15 [A]-LU33-246A-6+BLM / / U3 [W=300]
400 430 655 420 400 415 355 46 7000 22 [A]-L85-420A-6 /B+BLM >=2.7Ω ~0.06
800 864 1160 820 800 711 710 46 13600 25 [A]-L8B-800A-6 /B+BLM >=2.7Ω
L8
~0.05
* Higher power can be obtained by connecting this series of modules in parallel. For more liquid-cooled derivatives or
low-power topological models, please consult relevant personnel
LX series water (liquid) cooling type driver can realize high-precision control of common induction motors and high-efficiency permanent magnet motors in the large power
range under the condition of 380...690Vac power supply. The ultra-compact structure and high power density make it especially suitable for air-cooled and heat-sensitive
applications with limited installation space and harsh environments, and has excellent performance in various extreme environmental conditions.
Compared with air cooling, the liquid-cooled drive can significantly reduce the load and floor space of the air-conditioning system in the electrical room, and achieve low noise
and more stable operation. It can be widely used in stand-alone or large-scale common DC bus systems. When properly configured, optimum performance and significant
energy cost savings can be achieved.
The standard VFD hardware structure driver must be equipped with a suitable L reactance filter to form an LC filter with the capacitance in the module. If it is in the form of AFE
rectifier power supply, it is recommended to choose an air-cooled AIM + 1 liquid-cooled ALM, and an AIM with a liquid-cooled LCL filter is also available. At this time, functional
modules such as LCL filter and power-on charging are also available. It will be supplied in component form to be assembled into a system in a cabinet.
For the L8X module of SMM/ALM with no basic rectification and only inverter topology, the DC side common mode filter is standard as default, which will make it easier for you to
form a high-power multi-transmission topology. At the same time, L8X has a built-in fan cooling /liquid -cooled heat exchange module, which will effectively control the
temperature of the circulating air in the electrical cabinet.
For liquid-cooled supply sources, air-cooled to liquid-cooled or liquid-cooled to liquid-cooled heat exchangers are optional, which can be considered in multiple dimensions
such as project cost budget, installation site conditions, corrosion resistance level, and liquid-liquid medium conditions.

Liquid-cooled drive module selection list
Liquid-cooled wall-mounted drive module

[Multi-drive/Industrial drive/Common DC bus]
+SMM/+ALM【DC-AC】Single inverter drive module, liquid cooling, [ ]880, 380V/690V
Three-phase input Un= 400V(380-415V) The rated power is valid when the voltage is 400V
(55-132-560-4000kW) * According to the rated and peak load current selection
liquid
Auxiliary
Nominal ratings Light-overload Heavy-duty Noise Heat cooling Model Number Frame
Level Diss. power (W)
flow
[A]=ACS/PTi/PTo/DCC size
DC=24V
PN IN Imax ILD PLD IHD PHD L/min. [B]=2/3/4 (mm)
AC=220V
kW kW kW
55 115 148 110 55 91 45 59 1200 10 [A]880-LU22-105A-3+SMM 24V55W
75 145 179 143 75 112 55 59 1440 11 [A]880-LU23-145A-3+SMM 24V55W U2 [W=200]
90 182 247 176 90 150 75 67 1940 12 [A]880-LU24-169A-3+SMM 24V55W
110 226 287 212 110 184 90 67 2200 13 [A]880-LU36-206A-3+SMM 24V65W
132 246 350 241 132 225 110 67 3300 14 [A]880-LU37-246A-3+SMM 24V65W U3 [W=300]
Standard VFD
160 293 418 283 160 266 132 68 3850 15 [A]880-LU38-293A-3+SMM 24V65W
200 363 498 355 200 293 160 68 4100 16 [A]880-L81-363A-3+SMM /
250 487 545 450 250 387 200 68 4600 16 [A]880-L82-487A-3+SMM /
Power Module (BLM/AFE) 280 546 628 526 280 480 250 68 5100 16 [A]880-L83-546A-3+SMM /
315 624 718 615 315 546 280 68 5782 20 [A]880-L84-624A-3+SMM /
L8
400 760 874 727 355 568 315 68 6252 20 [A]880-L85-760A-3+SMM /
(W200
450 865 1080 865 450 675 355 68 7860 23 [A]880-L86-865A-3+SMM / H1000
D530)
560 1050 1265 1000 560 874 450 68 8625 25 [A]880-L87-950A-3+SMM /
630 1140 1482 1072 630 915 500 68 9430 27 [A]880-L88-1140A-3+SMM /
SMM/ALM
710 1250 1630 1200 710 1070 560 68 10560 28 [A]880-L89-1250A-3+SMM /
800 1480 1930 1421 800 1170 630 72 14800 30 [A]880-L8A-1480A-3+SMM /
* For more liquid-cooled derivative or low-power topological models, please consult relevant personnel
Three-phase input Un= 660V(525-690V) The rated power is valid when the voltage is
690V (45-132-630-4000kW)
liquid
Auxiliary
Nominal ratings Light-overload Heavy-duty Noise Heat cooling Model Number Frame
Level Diss. power (W)
flow
[A]=ACS/PTi/PTo/DCC size
DC=24V
PN IN Imax ILD PLD IHD PHD L/min. [B]=2/3/4 (mm)
AC=220V
kW kW kW
45 49 71 47 45 42 37 59 1120 290 [A]880-LU32-049A-6+[XXX] 24V65W
55 61 104 58 55 49 45 59 1295 320 [A]880-LU33-061A-6+[XXX] 24V65W
75 84 124 80 75 61 55 59 1440 340 [A]880-LU34-080A-6+[XXX] 24V65W U3
90 98 168 93 90 84 75 67 1940 400 [A]880-LU35-098A-6+[XXX] 24V65W [W=300]
110 119 198 113 110 98 90 67 2310 550 [A]880-LU36-119A-6+[XXX] 24V65W
132 142 220 135 132 119 110 67 3300 650 [A]880-LU37-142A-6+[XXX] 24V65W
160 174 274 165 160 142 132 68 3922 680 [A]880-LU38-175A-6+[XXX] 24V65W
U3
200 210 384 200 200 174 160 68 4822 700 [A]880-LU39-210A-6+[XXX] 24V65W
[W=300]
250 271 411 257 250 210 200 68 6000 720 [A]880-LU3A-271A-6+[XXX] 24V65W
280 300 450 290 280 265 250 68 5800 950 [A]880-L82-295A-6+[XXX] /
315 330 480 320 315 295 280 68 6120 1100 [A]880-L83-325A-6+[XXX] /
L8 L9【liquid cooling type】 355 370 520 360 355 325 315 68 6800 1200 [A]880-L84-360A-6+[XXX] /
400 430 520 420 400 415 355 68 7000 1350 [A]880-L85-420A-6+[XXX] /
L8
450 470 655 455 450 455 400 72 7200 1300 [A]880-L86-450A-6+SMM / (W200
Note 1: 500 522 655 505 500 505 450 72 8500 1350 [A]880-L87-505A-6+SMM / H1000
D530)
Typical power module parallel 560 590 800 570 560 515 500 2) 72 9500 1450 [A]880-L88-571A-6+SMM /
structure
800 800 1200 768 710 576 560 75 11500 1670 [A]880-L89-721A-6+SMM /
1. Inverter power module R8/9-PSMM
2. PCU = Parallel Control Unit 1000 1030 1550 989 900 768 710 75 14200 1850 [A]880-L8A-900A-6+SMM /
3.PL=parallel current sharing reactor 1100 1170 1760 1123 1000 989 800 75 16500 1960 [A]880-L8B-1160A-6+SMM /
1400 1540 2310 1478 1400 1123 1100 76 19500 2150 [A]880-2L8A-1540A-6+PSMM+PCU+PL
1600 1740 2610 1670 1600 1478 1200 76 23400 2340 [A]880-3L88-1740A-6+PSMM+PCU+PL
2000 2300 3450 2208 2000 1670 1600 77 32100 2870 [A]880-3L8A-2300A-6+PSMM+PCU+PL
2800 2860 4290 2746 2400 2208 2000 77 40800 3150 [A]880-4L8A-2860A-6+PSMM+PCU+PL
3200 3420 5130 3283 3200 2746 2400 77 48700 3850 [A]880-3L8B-3420A-6+PSMM+PCU+PL
4000 4100 6200 4000 4000 3283 3200 78 53600 4680 [A]880-4L8B-4160A-6+PSMM+PCU+PL
* For more liquid-cooled derivative or low-power topological models, please consult relevant personnel

AFE and DC/DC power module selection list
ACS860/880 Wall-mounted Integrated AFE Active Rectifier and

Feedback Front-End Module Combination [Power Supply Module]
AFE Three-phase input Un= 400V(380-415V) The rated power is valid when the rated voltage is 400V (5.5-132kW)
* According to the rated and peak load current selection
noise Heat
Frame related value Light Duty Heavy Duty level output cool down
Air volume
Series No. size
PN IN Imax I LD P LD I HD P HD 1.XXXXX-X=ACS880-B or ACS860-C (mm)
2. Specific applications support built-in brake +[-3B]
kW kW kW
5.5 12.9 16 12 5.5 9.4 4.0 45 472 50 XXXXX-X25-12A6-3+AIM+ALM L2+C2
(W110
7.5 17 21 17 7.5 13 5.5 45 210 55 XXXXX-X26-017A-3+AIM+ALM H610
11 25 30 24 11 17 7.5 45 325 60 XXXXX-X27-025A-3+AIM+ALM D200)
15 32 42 32 15 25 11 57 500 100 XXXXX-X32-032A-3+AIM+ALM L3+C/B3
18.5 38 54 37 18.5 32 15 57 550 125 XXXXX-X33-038A-3+AIM+ALM (W145
H725
22 45 64 45 22 38 18.5 57 660 145 XXXXX-X34-045A-3+AIM+ALM D270)
30 61 76 58 30 45 22 59 890 200 XXXXX-X42-061A-3+AIM+ALM L4+C/B4
(W250
37 72 104 71 37 61 30 59 1114 250 XXXXX-X43-072A-3+AIM+ALM H700
45 87 122 85 45 75 37 59 1140 290 XXXXX-X44-087A-3+AIM+ALM D300)
L3+C3 55 115 148 110 55 91 45 59 1200 320 XXXXX-X52-105A-3+AIM+ALM

L5+C/B5
75 145 179 143 75 112 55 59 1440 340 XXXXX-X53-145A-3+AIM+ALM
L6+C/B6
90 182 247 176 90 150 75 67 1940 400 XXXXX-X54-169A-3+AIM+ALM (W290
L5+C5 > 110 226 287 212 110 184 90 67 2200 550 XXXXX-X62-206A-3+AIM+ALM H1000
D350)
132 246 350 241 132 225 110 67 3300 650 XXXXX-X63-246A-3+AIM+ALM
Note)：Bigger power models are multi-module drive,for more details please check the related person
DCC880 Integrated DC/DC Bidirectional DC Power Module Combination

DC/DC [ DC Conversion Module ]
(400Vac system) DC<=DC400/800V Comprehensive selection according to power & maximum current,
protection class: IP20; BLM input voltage: three-phase AC380-415V
Related value Input Output noise Heat cool down Model Number Frame
level output Air volume
1. The maximum voltage of DC output: -3=DC380V -4=DC780V. size
PN IN UN Uout U DC-bus 2. Special applications support built-in braking unit +-3B, built-in
kW Vdc Vdc Vdc

basic thyristor AC input rectifier AC-DC power loop +BLM. (mm)
55 100 550 24-380/780 450-800 58 1200 320 DCC880-D52-105A-3/4+DCDC+LC-100A /+BLM
D5D
75 200 375 24-380/780 450-800 58 1440 340 DCC880-D53-145A-3/4+DCDC+LC-200A /+BLM (W290
90 300 300 24-380/780 450-800 58 1940 400 DCC880-D54-169A-3/4+DCDC+LC-300A /+BLM H1120
D400)
160 600 267 24-380/780 450-800 67 3850 680 DCC880-R80-293A-3/4+DCDC+DCLC-600A
R8D
200 700 286 24-380/780 450-800 67 4100 700 DCC880-R81-363A-3/4+DCDC+DCLC-700A
250 67 4600 DCC880-R82-487A-3/4+DCDC+DCLC-800A
+
800 313 24-380/780 450-800 720
280 311 24-380/780 67 5100 950 DCC880-R83-546A-3/4+DCDC+DCLC-900A
R8M
900 450-800
315 1000 315 24-380/780 450-800 67 5782 1100 DCC880-R84-624A-3/4+DCDC+DCLC-1000A
(W500*
D5D 400 1100 364 24-380/780 450-800 67 6252 1200 DCC880-R85-760A-3/4+DCDC+DCLC-1100A H1000*
450 375 24-380/780 450-800 67 7860 1350 DCC880-R86-865A-3/4+DCDC+DCLC-1200A D630)
1200
(690Vac system) DC<=DC1200V Comprehensive selection according to power & maximum current, protection class: IP20; BLM input voltage: three-phase AC660-690V
55 100 550 24-1150 450-1200 58 1200 320 DCC880-D51-061A-6+DCDC+LC-100A /+BLM

75 200 375 24-1150 450-1200 58 1440 340 DCC880-D52-080A-6+DCDC+LC-200A /+BLM D5D
90 300 300 24-1150 450-1200 58 1940 400 DCC880-D53-098A-6+DCDC+LC-300A /+BLM (W290
H1120
100 400 275 24-1150 450-1200 58 2200 550 DCC880-D54-119A-6+DCDC+LC-400A /+BLM D400)
132 500 264 24-1150 450-1200 58 3300 650 DCC880-D55-142A-6+DCDC+LC-500A /+BLM
200 600 333 24-1150 450-1200 67 3850 680 DCC880-R81-271A-6+DCDC+DCLC-600A
24-1150
R8D
280 600 467 450-1200 67 4100 700 DCC880-R82-295A-6+DCDC+DCLC-600A
24-1150
+
355 700 450 450-1200 67 4600 720 DCC880-R83-325A-6+DCDC+DCLC-700A
315 800 24-1150 67 5100
R8M
444 450-1200 950 DCC880-R84-360A-6+DCDC+DCLC-800A
400 900 444 24-1150 450-1200 67 5782 1100 DCC880-R85-420A-6+DCDC+DCLC-900A
(W500*
450 1000 450 24-1150 450-1200 67 6252 1200 DCC880-R86-450A-6+DCDC+DCLC-1000A H1000*
500 1100 24-1150 67 7860 1350 D630)
455 450-1200 DCC880-R87-505A-6+DCDC+DCLC-1100A
Note): Bigger power are multi-module drive,for more details ,please check with related person.
PN: Typical motor power with no overload application. In: Rated current available continuously without overload at ambient 40 °C.
Imax: Maximum output current. It can last up to 10 seconds at startup, otherwise it depends on the temperature of the drive.
In: Continuous current, 120% In overload allowed for 1 min/5 min at 40 °C.
R8D+M These ratings correspond to an ambient temperature of 40 °C, if the ambient temperature is higher (up to 55 °C) a derating of 1%/1°C is required.

Application example
Printing
section
Deviation
IM sensor IM
(contactless
potentiometer)
Main speed
setter
PLC Dancer position
Main speed (0 to 10V)

Reference axis Intermediate axis
Material tension is kept constant by Dancer control

employing speed control and torque control The dancer control detects the dancer roll positions and performs
to eliminate slack and uneven winding. PID operation to keep the sheet tension constant.
By using a motor with the speed ratio Traverse function
most appropriate for the machine, the The traverse function, used for the trav erse axis of spinning mach ine,
inverter capacity can be downsized. prevents uneven winding or collapsing.
Torque accuracy
Typical industries Real sensorless vector control Vector control
Torque control range 1 : 20 1 : 50
Textile industry Steel industry Absolute torque accuracy ±20% ±10%
Repetitive torque accuracy ±10% ±5%
Pulp, paper, paper products manufacturing industries
Cranes
Inverter
Traverse motor Lift motor

IM IM
Power Traveling
regeneration wheel
converter Traveling motor Traveling motor
IM
Crane IM
Rail
Relentless operation is possible with HD

rating when lifting. And when traveling,
vibrations applied to objects being conveyed
are suppressed with anti-sway control,
facilitating efficient operation.
Lumber, wood product

manufacturing industries Steel industry
Warehousing Water transportation
Textile industry Metal products manufacturing

Application example
Enclosure Shield Machine
Cutter
PLC section
IM
R
IM
R
Inverters can be used to provide

high starting torque for digging,
and for transferring earth and sand
after digging. A lineup of products
compatible with the IP55 protective
structure is available as a separate
series.
Typical industries
Construction industry
Machine Tools
Grindstone driving motor
Jig Grindstone
Insert a workpiece
Jig driving motor
The rotation speed can be set according

to the material being processed. Stable
high-speed rotation is also possible.
Typical industries
Metal products manufacturing

Application example
IM
Feeding table
Lumber
Speed setting
IM
Inverter
Even when processing areas of varying

hardness such as lumber knots,
processing time delays are suppressed
by minimizing reductions in motor speed.

manufacturing industries Forestry
Lift
Power regeneration Fork
converter Inverter
Move
Inverter
The new series offers a wealth of

functionality suited to applications such
as high-accuracy conveyance and target enough for transporting glass substrates without damaging them.
position stoppage, which contributes to
reduction in tact time.
Typical industries
Tact time can be eliminated at conveyor lines, etc.
Steel industry Metal products manufacturing
PLC function
manufacturing industries Textile industry When a few sensors are used to check the presence of goods on a
Water transportation, conveyor and the arrival of such goods, the inverter can directly
fishing industry Warehousing

Application example
Ink roller
Water roller
Paper
The highly-accurate speed control

Real sensorless vector control Vector control PM sensorless vector control
minimizes color unevenness and Speed response 50 Hz 130 Hz 50 Hz
displaced prints. 1:200 1:1500
Speed control 1:1000
(when power drive (both driving/
range (when HD rating selected)
at 0.3 Hz to 60 Hz) regeneration)
Printing and related industries PM sensorless vector control

The speed fluctuations of the ink roller axis and water roller axis are
minimized to eliminate print unevenness.
[Speed fluctuation ratio] ±0.05% (Digital input)
"No encoder" means less trouble and higher reliability.
Compressor
Tank
Inverter

Mechanical Dimensions
DC-bus
Power grid
ASM=AIM+SLM
The diagram of Multi-drive

by Power modules Motor 1 Motor 2 Motor 3
电机2
Introduction to the basic and typical principles of interference, anti-interference
shielding, and grounding in electromechanical drive speed control systems
Motor
AC Drive Shielded Motor Cable
V
Cm ~0.5nF
W
Cc ~2.5nF
PE ground
The above figure is a typical topology diagram of a variable frequency speed regulation electromechanical system.
From left to right, it is the power supply, driver (inverter), shielded power (or signal cable), and motor. This figure
mainly illustrates the distributed capacitance for long lines. The formation of noise, the flow and processing of noise,
etc. The core points of understanding and knowing this section are:
◆ 1. Find out where the source of interference comes from? This is usually from the motor winding itself, and the C4
motor cable.
◆ 2. Find out which objects are easily disturbed? Here is usually a weak current control analog signal less than 36V,
C5/6/7
such as AI, AO, encoder feedback signal, etc.
◆ 3. How to standardize and efficiently deal with interference and interference?
Understand the relevant knowledge in principle, and standardize the electrical wiring according to the general
electrical specifications and manual instructions. The specific points are:
◆ a. Use shielded cable for the motor cable and connect the motor casing to the ground wire from the power grid
transformer.
◆ b. Use shielded wires for weak signal wires and cables that may be disturbed, and try to separate them from the
motor wires and power wires of each strong current side and keep a certain distance for wiring, and connect the
shielding layers of these weak wires to the power grid transformer. come on the ground. In order to obtain the
shielding effect of the shielding layer, it has a passage path for discharging the interference charges.
◆ c. Connect the motor casing, encoder casing (or signal line shielding layer), driver casing, etc. to the same
ground wire for common potential processing. This is the processing method in special environments with poor
grounding conditions. At this time, make sure that the absolute connection of the connected ground wire is firm and
reliable, and keep confirming that the ground stake is in a low ground impedance state and is well grounded,
otherwise the motor induced electricity will cause the risk of injury to personnel and equipment.
◆ Note: Do not directly connect both ends of the shielding layer of the cable connecting the motor temperature sensor
to the driver to the ground wire. If one end cannot add a 3.3nF capacitor between the shielding layer and the ground,
only one end should be grounded.
W
H
D5D B8
+CPSP R1 C2 C3

Mechanical Dimensions and EMC Grounding
Dimensions of keypad bracket Mechanical Dimensions

The keyboard cabinet door is directly installed, after opening 4 screw holes and 1 RJ45
seat avoidance hole, it can be locked from the back of the door panel with PT2.6*8
35 mm 4- 5mm(PT4*16) 53 mm
4- 3mm
(PT2.6*8)
78 mm
7.5 mm
30mm B2 110 410 280 80 393 5.0 M5 8.5

106 mm
8.5 mm
23 mm
30mm C2 100 290 200 55 275 5.5 M5 3.5
2)
C3/B3 145 400 230 1 20 385 7 M6 8
Figure 2 Front opening diagram for
42 mm
keyboard cabinet door installation 2)
11 77 mm C4/B4 250 400 270 200 372 9 M6 15

2)
C5/B5 290 680 305 245 655 11 M10 30
back view
side view
87 mm
2)
55 mm C6/B6 290 680 305 245 655 11 M10 38
Model No:+CPSP keypad bracket 2)
Figure 1 The appearance of the keyboard cabinet door C7/B7 425 900 350 95/370 878 11 M10 50
mounting bracket and the front opening diagram
155(W)
The 5 yellow holes in the picture above are
the installation and fixing holes that need to
C8/B8 380 1660 535 445(D) 1588 11 M10 140
be opened for the door panel
190 900 55
R7 535 100 770 11 M10
190 900 43
R8B 240 977-1) 577-
1) 3) 150 900 12 M12
M12 800
21
R8M 240 1395 600 63
R8A/D 24 0 1395 577 150 1302 12 M12 210
R9M 570 1000 535 3*100 770 11 M10 140

Note: The weight is an approximate value, please refer to the mechanical dimension drawing or
consult our representative for more dimensions and mechanical structure drawings.
About the way of power in and out: R1, C2, C3 size models are bottom in and bottom out, C4, C5,
C6, C7, C8 are top in and bottom out, multi-module drives are top in and bottom out, there are
design versions and model differences , please consult to confirm.
1) Including the height of the whole machine after the detachable base with rollers can
accommodate the input/output reactor (optional).
2) Due to the difference of the control unit, the depth of the B size needs to be increased by about
40mm based on this value C size).
3) Contains the local depth after operating the keyboard
R8-A FE R9M
【AI M+A LM)】
ALM rectifier feedback

R7M SMM motor drive
DCDC power
BLM Basic Rectification
L8 L9【liquid cooling type】 Pti/Pto power supply
R8B/R8M 【Drive Cabinet】

Option parts selection list
NO Optional parts name Model No. function description Photo
1 Digital I/O board with 3xRelay +DIR3 C type,6xDI,+24V,3xRO(Relay with 1NC+1NO) for Slot2 flag 2
2 LCD keypad +CP66 128x64 dots, assistant panel support Chinese and English language flag 5
3 High-speed differential encoder +CTTL33 9+15Pin+C type, Non-isolated,high-speed differential encoder flag 3
4 Resolver encoder +RT35 9+15Pin+C type, for resolver type encoder flag 3
(9+15Pin)DB head interface, high-precision sine cosine or high-speed differential non isolated encoder, with frequency
5 SinCos encoder +SN34 flag 3
division
6 HTL Multi-function frequency division encoder +HTL39T Pluggable screw terminal, push-pull, open collector signal input (DC12V power supply) with frequency division flag 3
7 TTL Multi-function frequency division encoder +TTL39T Pluggable screw terminal ,supports differential encoder signal input (DC 5V power supply) with frequency division flag 3
Pluggable screw terminal, differential signal input (DC12 power supply), with frequency division and disconnection
8 TTL Multi-function heavy load encoder +CTL39T flag 3
detection
9 HTL standard encoder +HTL52 9Pin Screw+R type,Screw terminal, supporting open collector encoder signal input (DC12V power supply) flag 11
9+15Pin+R type, Pluggable screw terminal, push-pull, open collector signal input (DC12V power supply) with frequency
10 HTL Multi-function frequency division encoder +HTL59 flag 10
division
11 TTL pulse encoder module +TTL59 9+15Pin+R type,supports differential encoder signal input (DC 5V power supply) with frequency division flag 10
12 DB series plug wiring by screw port type +DB15F (3-row female socket),+DB9M (2-row male Plug ), wiring by screw ports. flag 13/14
13 DB series plug wiring by soldering type +SDF15F (3-row female socket),+SDB15M (3-row male Plug ),+SDB9M (2-row male Plug) flag 15
14 Profibus-DP communication card +DP41 Profibus-DP fieldbus protocols,suitable for C type only flag 4
15 ProfiNET communication card +B2PN For B type frame ,ProfiNET fieldbus protocols flag 6
16 EtherCAT communication card +B2EC For B type frame ,EtherCAT fieldbus protocols with standard RJ45 port flag 6
17 MECHATROLINK-II communication card +B2M2 For B type frame,MECHATROLINK -II fieldbus protocols flag 6
18 Cable fixed frame (R type) +CL1PR1 Assembling to R type drive flag 9
19 Cable fixed frame (C type) +CLIPC2 Assembling to C type drive flag 8
20 Control terminals cover (C type) +C2CV Assembling to C type drive flag 7
21 Control panel surface mounting platform +CPSP For LCD panel,fixed by 4-PT4x16 screw flag16
IT/TT/TN power supply Insulation Realize the factory default settings for the leakage current of the driver and the specific requirements of ships for power
22 +MYC flag17
strengthening for vessel or island electronic products.
23 Bottom wheel fram for R8 power module +BTR8 support and quickly move the power module, can prevent dumping, and can carry suitable output reactor flag18
16
18 10

Air-cooling brake chopper module selection list
For U1, C2-C5, B/E2-8 series of standard single-drive drives, the brake chopper is a standard built-in component (some high-power machines are
Power Module (BLM/AFE) optional, please refer to each selection table for details). The design will achieve better integration in the dimensions of adjustable braking
voltage, braking response, braking power control, etc., to simplify and save your software and hardware configuration time.
The independent braking chopper system mainly includes braking chopper module, external braking resistor (box) and its temperature monitoring
and cooling system. A higher power braking system can be connected by multiple braking chopper modules in parallel. It is responsible for
processing the energy generated by the motor deceleration. The basic principle is that when the energy recovered by the motor deceleration
causes the intermediate DC link voltage of the drive to exceed the limit set by the control program, the brake chopper will be turned on and the
external braking resistor is connected to the intermediate DC circuit. The power consumption of the resistor will continuously reduce the voltage
on the intermediate DC circuit until it is lower than the programmed value. When you select the main parameters of the external braking resistor,
SMM you need to pay attention and match them. The minimum resistance value that the chopper you choose can withstand, the maximum braking
power/time of the mechanical device where it is located, and at the same time, pay attention to the treatment of the large heat generated by the
resistor during long-term braking, and have temperature monitoring to prevent fire or countermeasures.
The three-phase braking unit is dynamically controlled, designed for common DC bus drive systems, flexible installation, and the overall braking
function has higher system reliability
Brake
chopper
Module
(BRK)
+BRK External brake chopper module, air-cooled, ACS880, C760V/AC400V
3-phase input Un= 400V(380-500V) The rated power is valid when the voltage is 400V
1
Brake
braking cycle braking cycle noise cooling
Rated value (1min/5min) level air volume
Chopper
Adaptation
Frame
(10s/60s)
Brake Model Number Minimum size
Resistance
Resistor Pcont Pbrmax Imax Irms Pbr Irms Pbr Irms Value (Ω) (mm)
(R) kW kW kW kW Rmin
200 710 1090 298 610 940 710 1100 58 660 ACS880-R71-450A-3+BRK 1.2
300 1100 1635 465 910 1410 1010 1645 58 720 ACS880-R72-640A-3+BRK 0.6
R7
(W190
DCN/- DCP/+ 400 1500 2200 605 1200 1882 1400 2250 67 1350 ACS880-R73-960A-3+BRK 0.4 H900
600 2150 3250 910 1800 2868 2100 3250 67 2560 ACS880-R74-1280A-3+BRK 0.3 D535)
+BRK External brake chopper module, air-cooled, ACS880, DC1150V/AC690V

3-phase input Un= 660V(525-690V) The rated power is valid when the voltage is 690V (90-250-500W)
2
Common braking cycle braking cycle noise cooling Brake
DC Brake Rated value (1min/5min) level air volume

Chopper Frame
(10s/60s) Adaptation
Chopper Model Number Minimum size
Resistance
Module Pcont Pbrmax Imax Irms Pbr Irms Pbr Irms Value (Ω) (mm)
(BRK) kW kW kW kW Rmin
Brake
resistor 400 1210 1264 345 900 820 1210 1083 58 720 ACS880-R72-400A-6+BRK 2.72 R7
U+ (R) (W190
V+ 800 2410 2490 656 1500 1710 1610 1450 67 1350 ACS880-R73-800A-6+BRK 1.36
W H900
=P 1200 3510 3250 1246 1850 2300 2010 1860 67 2560 ACS880-R74-1200A-6+BRK 0.91 D535)
B
* For more liquid-cooled derivatives or low-power topological models, please consult relevant personnel. The heating loss of the brake
chopper is 1% of the total braking power.
3-phase dynamic brake units

DCN/-
+BRK+604 External brake chopper module, air-cooled, ACS880, DC760V/AC400V
3-phase input Un= 400V(380-500V) The rated power is valid when the voltage is 400V
3
DCP/+
Brake
braking cycle noise cooling
Rated value (1min/5min)
Chopper
Adaptation
Frame
level air volume
Model Number Minimum size
Resistance
Pcont Pbrmax Imax Irms Pbr Irms Value (Ω) (mm)
kW kW kW Rmin-Rmax
500 530 370 310 640 999 58 660 ACS880-R73-363A-3+BRK+604 1.7-2.1
3-Phase
750 800 555 465 960 1499 58 720 ACS880-R74-487A-3+BRK+604 1.2-1.4 R7
Dynamic
Brake
Chopper
Module
(BRK)
+BRK+604 External brake chopper module, air-cooled, ACS880, DC1150V/AC690V
3-phase input Un= 660V(525-690V) The rated power is valid when the voltage is 690V (90-250-500W)
4
Brake
braking cycle noise cooling Chopper
Rated value (1min/5min) Adaptation
Frame
level air volume Minimum size
U V W Model Number Resistance
Pcont Pbrmax Imax Irms Pbr Irms Value (Ω) (mm)
kW kW kW Rmin-Rmax
630 630 370 310 800 351 67 1350 ACS880-R73-800A-6+BRK+604 3.0-3.6
940 2560 2.0-2.4
R7
940 555 465 1210 527 67 ACS880-R74-1200A-6+BRK+604
* For more liquid-cooled derivatives or low-power topological models, please consult relevant personnel. The heating loss of the brake
chopper is 1% of the total braking power.
Pbr.max: Maximum short-term braking power.
Rmin: The minimum resistance value of the external resistance (box) that the brake chopper can withstand and allow.
Brake Imax: Maximum peak output current of each brake chopper during braking. The resistor is at its minimum value for maximum current and can
resistor last for 10 seconds during initial braking, otherwise the length of time depends on the temperature of the drive.
(R) Pcont: Maximum continuous braking power. A resistor placed in the correct position continues to dissipate power (heat) and the energy Er is
released within 400 seconds.
Pbr: The braking power in the corresponding load cycle: 1min/5min.=1 minute braking power is Pbr., 4 minutes no load. 10s/60s=10s braking
power is Pbr., 50s no-load.
Irms: The corresponding rms current of each chopper during the duty cycle.

Build your trust of technology from China
SHENZHEN INOMAX TECHNOLOGY CO.LTD

Address：Ideal Science and Technology Park ,
Guanlan Avenue, Longhua District, Shenzhen,
Guangdong, China
Tel：0086-75521002258
Fax: 0086-75521002258
E-mail:info@inomaxtechnology.com
Websit:www.inomaxtechnology.com

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AC DRIVE

SHENZHEN INOMAX TECHNOLOGY CO.LTD

We succeed by creating superior value.

As leading enterprise in industrial automation and electric vehicle, we help to

INOMAX ACS series AC drive 1

Direct Torque Control Tech 05-06

Reliability, safety 07-10

Technical data 11-12

Ratings, types and voltages 13-17

ACS drive for dynamometer system 18-25

Mechanical Dimensions 26-26

Extension Options 27-27

2 Build your trust of technology from China

Introducing our extensive range of high-value,

next-generation inverters delivering outstanding drive performance in any environment,

and a wealth of functionality covering startup to maintenance.

INOMAX ACS series AC drive 3

Model Series ACS580 ACS880 ACSM0ACSM1 ACS880

Power Range 380V-690V 1.5KW-450KW 380V 1.5KW- 450KW 380V-690V 4KW-2300KW

-Industrial transmission -Precision machinery -Industrial transmission

-Optional standard four-quadrant

4 Build your trust of technology from China

For example: 25% motor load can increase 10% of

It can be used to realized direct drive control on

It doesn't need a sensor to realize excellent

It has better control performance in driving

INOMAX ACS series AC drive 5

Quick torque response, high torque linearity.

Fast Dynamic Response, High Speed Accuracy

The speed loop's dynamic response accuracy is 0.7% s.

Low Frequency High Torque, Super Smooth Operation

Fast Acceleration and Deceleration

6 Build your trust of technology from China

The all-compatible drives

Flexible connectivity to automation networks.Standard built-in :MODBUS-RTU,CANopen,Optional :PROFIBUS-DP,

ACS series products all meet the EU directives related to CE requirements

rectiﬁer DC reactor Cap.

INOMAX ACS series AC drive 7

Rich Functions & Easy to use

The applicationmacros help set parameters for various functions

8 Build your trust of technology from China

Reliability, performance and safety.

Comprehensive temperature monitoring of application environment to achieve system-level comprehensive

Typical Diagram of AFE and Multi-drives with Power Flow

Rigorous Machine Quality Testing.

Comprehensive Protection of the System.

du/dt Filter Without(Left) With(Right)

INOMAX ACS series AC drive 9

1- Product family 5- Voltage class

Note: The current product family mainly includes AFE/DCDC/PTi/PTo/AFEL, etc.

Main power connection Product Speciﬁcation

Power factor ，approx = 1@ when AFE applied

Torque control Torque response time

Speed Control Static precision

Open loop 10% of motor slip

Close loop 0.01% of motor related speed

Open loop 0.3-0.4% per second at 100% torque step

Close loop 0.1-0.2% per second at 100% torque step

10 Build your trust of technology from China