—LOW VO LTAG E AC D R I V E S

Solar pump drives
0.37 to 45 kW

2L O W V O LTA G E A C D R I V E S , S O L A R P U M P D R I V E S 0 . 3 7 TO 4 5 K W—
Solar pump drive
Harnessing sun’s energy tomaximize pump delivery
Why solar pump?
There are still regions in the world which do nothave wide coverage to grid electricity, or where
the availability of electricity is uncertain. In manycases these regions are hot and dry, so it isvital to obtain clean water.

Built-in MPPTMaximum power point
tracking functionality
ensures that you get themost power output possible
from your solar panel andmaximizes the performanceof your pump throughout
the day.

Meanwhile solar panels are becoming
less expensive and there are more andmore useful applications for them.
The ABB solar pump drive is designed
to effectively use that energy.

Remote monitoring
With the addition ofoptional modules you canmonitor and configure drive
and application parametersfrom anywhere via Modbus
RTU, Modbus TCP, Profinet
and Ethernet IP protocols.

DCAC

Best off-grid solution
Where electricity is very
erratic and unpredictable,
farmers need not to dependon grid electricity for theiragricultural requirements.

Advanced control panel
The multilingual assistantcontrol panel ensureseasy drive programming.
Real-time clock enables
accurate fault logging andautomatic start and stopof the drive when there isenough power available.

A B B S O L A R P U M P D R I V E H A R N E S S I N G T H E S U N ’ S E N E R G Y TO M A X I M I Z E P U M P D E L I V E R Y—ABB solar pump drive is an innovative solutionthat uses solar power as a reliable energy sourcefor pumping water.

Multiple pump motors
with a single drive control
Standard asynchronous
motors as well as more
efficient permanent
magnet motors.

Pump-specific protection
Built-in flow measurement andsensorless flow calculation.
Dry run detection can be configured
to pause the pumping to protect
the pump. Pump cleaning in reversing
method can be programmed tomaximize the pump operation.

Low-carbon economy
With utilization of solarpower,
ABB drives help in reducing yourcarbon footprint. The installedbase of ABB’s variable speed drives
saved about 445 TWh in 2014 andreduced CO2 emissions by370 million tons.

34L O W V O LTA G E A C D R I V E S , S O L A R P U M P D R I V E S 0 . 3 7 TO 4 5 K W—
Environmentally friendly
off-grid solution
Save in energy costs andmaximize productivity
ABB solar pump drives ensure reliable power
supply throughout the day with on and off-gridcompatibility.

Reduce maintenance costs
The drives can be equipped with remotemonitoring options, reducing maintenance trips
to the site.

Save environment
Harnessing the power of sun provides anenvironmentally friendly pumping without
producing any CO2 emissions.

Reduce operational risk
Embedded pump-specific features such as dry
run detection and pump cleaning in reversing
method protect the pump.

E N V I R O N M E N TA L LY F R I E N D LY O F F - G R I D S O LU T I O N

5

6L O W V O LTA G E A C D R I V E S , S O L A R P U M P D R I V E S 0 . 3 7 TO 4 5 K W—Selection and ordering

Type designation:

ACS355-

0XX-

XXAX-

X+

N827+

XXX

ACSM1-

04AS-

XXXA-

X+

N5400+

N3400

Product series
Constructions
Ratings and types
Voltages
Solar pump software
Options / Solar pumptechnology library

Type designation code
This is the unique reference number to identify
your drive by power rating and frame size and canbe used to determine the drive dimensions.

Construction“01E” within the type code varies depending uponon the drive phase and EMC filtering. Choose one
from options on the next page.

Voltages
The ACS355 is available in two voltage ranges:

ACS355 0.37 to 18.5 kW
01 = 1-phase
03 = 3-phase
E = EMC filter connected, 50 Hz

2 = 125 to 400 V DC or 200 to 240 V AC
4 = 250 to 800 V DC or 380 to 480 V AC
ACSM1 available in one voltage:
4 = 270 to 800 V DC or 380 to 480 V ACInsert either “2” or “4”, depending upon yourchosen voltage, into the type code shown.

ACSM1 5.5 to 45 kW
04 = 3-phase
Product compliance• UL, cUL, CE, C-Tick and GOST R approvals• Low Voltage Directive 73/23/EEC withsupplements• EMC Directive 89/336/EEC with supplements• Quality assurance system ISO 9001
• Environmental system ISO 14001• RoHS compliant

L O W V O LTA G E A C D R I V E S , S O L A R P U M P D R I V E S 0 . 3 7 TO 4 5 K W

7—Ratings, types and voltages

Ratings for ACS355 IP20

PN
(kW)

PN
(hp)

Ratings for ACSM1 IP20I 2N(A)Type designation

Framesize

1-phase AC supply, 125 to 400 V DC or 200 to 240 V ACPN
(kW)

PN(hp)I 2N(A)Type designationFramesize

3-phase AC supply, 270 to 800 V DC or 380 to 480 V AC

0.370.5

4.7

ACS355-01E-04A7-2

R15.5

7.5

14

ACSM1-04AS-012A-40.75

1.06.7

ACS355-01E-06A7-2

R1

7.5

1018

ACSM1-04AS-016A-4

B

1.1

1.5

7.5

ACS355-01E-07A5-2

R2

111527

ACSM1-04AS-024A-4

C

1.5

2.0

9.8

ACS355-01E-09A8-2

R2

152035

ACSM1-04AS-031A-4

C

18.5

2544

ACSM1-04AS-040A-4C

3-phase AC supply, 125 to 400 V DC or 200 to 240 V AC

B

0.370.53.5

ACS355-03E-03A5-2

R0223050

ACSM1-04AS-046A-4

C0.55

0.75

4.7

ACS355-03E-04A7-2

R1304065

ACSM1-04AS-060A-4

D0.75

1.06.7

ACS355-03E-06A7-2

R1375080

ACSM1-04AS-073A-4

D

1.0

1.5

7.5

ACS355-03E-07A5-2

R1456093

ACSM1-04AS-090A-4

D

1.5

2.0

9.8

ACS355-03E-09A8-2

R2

2.2

3.0

13.3

ACS355-03E-13A3-2

R2

3.0

4.0

17.6

ACS355-03E-17A6-2

R2

4.0

5.0

24.4

ACS355-03E-24A4-2

R35.5

7.531.0ACS355-03E-31A0-2

R47.5

10.046.2

ACS355-03X-46A2-2

R43-phase AC supply, 250 to 800 V DC or 380 to 480 V AC
0.370.5

1.9ACS355-03E-01A9-4

0.55

0.75

2.4ACS355-03E-02A4-4R0
R10.75

1.0

3.3

ACS355-03E-03A3-4

R1
R11.1

1.5

4.1

ACS355-03E-04A1-4

1.5

2.0

5.6

ACS355-03E-05A6-4

R1

2.2

3.0

7.3

ACS355-03E-07A3-4

R13.0

4.08.8

ACS355-03E-08A8-4

R1

4.0

5.0

12.5

ACS355-03E-12A5-4

R35.57.5

15.6

ACS355-03E-15A6-4

R3

7.5

10.0

23.1

ACS355-03E-23A1-4

R3

11.0

15.0

31.0

ACS355-03E-31A0-4

R415.020.0

38.0

ACS355-03E-38A0-4

R4

18.5

25.0

44.0

ACS355-03E-44A0-4

R4L O W V O LTA G E A C D R I V E S , S O L A R P U M P D R I V E S 0 . 3 7 TO 4 5 K W

8—Dimensions
All solar pump drives are IP20 modules that need to be installed
in an enclosure withstanding the local weather conditions.

ACS355 Cabinet-mounted drives (IP20/UL Open type)
Framesize

IP20 / UL open
H1(mm)

H2(mm)

H3(mm)

W(mm)

D(mm)

Weight(kg)

R0

169

202

239

70161

1.2

R1169

202

239

70

161

1.2

R2169

202

239

105

165

1.5

R3169

202

236

169

169

2.5

R4181

202

244

260

169

4.4

H1 = Height without fastenings and clamping plate
H2 = Height with fastenings but without clamping plate
H3 = Height with fastenings and clamping plate
W = Width
D1 = Standard depth

H1 H2 H3

D1W

ACSM1 Cabinet-mounted drives (IP20 / UL Open type)
Framesize

IP20 / UL open
H(mm)

W(mm)

D(mm)

Weight(kg)B380100223

5C467

165

225

10D467

220

225

17H

W
D1Connection representation
Representation of the typical connection of the drive.

Applications
Typical applications are irrigation, community water supply,
fish farming and agriculture.

L O W V O LTA G E A C D R I V E S , S O L A R P U M P D R I V E S 0 . 3 7 TO 4 5 K W

9—Cooling
The ACS355 and ACSM1 drives are fitted with cooling fans as standard.
The cooling air must be free from corrosive substances.

ACS355 and ACSM1 are drive modules that need to be built
into a cabinet or electrical panel. Following typical heatdissipation values (peak losses at rated power) can beused to design the cabinet cooling.

More accurate design values can be found fromthe respective user’s manual.

Cooling air flow

Cooling air flow

Type designation

Frame
size

Heat
dissipation(W)

Air flow

Type designation

3Framesize(m /h)

1-phase AC supply, 125 to 400 V DC or 200 to 240 V ACHeat
dissipation(W)

Air flow3(m /h)3-phase AC supply, 270 to 800 V DC or 380 to 480 V AC

ACS355-01E-04A7-2

R17224

ACSM1-04AS-012A-4

B250

ACS355-01E-06A7-2

R19724

ACSM1-04AS-016A-4

B

318

48

ACS355-01E-07A5-2

R210121

ACSM1-04AS-024A-4

C375142

ACS355-01E-09A8-2

R2124

21

ACSM1-04AS-031A-4

C485

142

ACSM1-04AS-040A-4

C541

200

3-phase AC supply, 125 to 400 V DC or 200 to 240 V AC48

ACS355-03E-03A5-2

R054– 1)

ACSM1-04AS-046A-4

C646

200

ACS355-03E-04A7-2

R16424

ACSM1-04AS-060A-4

D840

290

ACS355-03E-06A7-2

R18624

ACSM1-04AS-073A-4

D1020

290

ACS355-03E-07A5-2

R18821ACSM1-04AS-090A-4

D1200290

ACS355-03E-09A8-2

R2111

21ACS355-03E-13A3-2

R2140

52

ACS355-03E-17A6-2

R218052

ACS355-03E-24A4-2

R3285

71

ACS355-03E-31A0-2

R4328

96

ACS355-03E-46A2-2

R4488

96

3-phase AC supply, 250 to 800 V DC or 380 to 480 V AC
R0ACS355-03E-02A4-4
ACS355-03E-03A3-4
ACS355-03E-04A1-4

R169

13ACS355-03E-05A6-4

R190

19ACS355 frames R0 to R424ACSM1 frames B to D

ACS355-03E-07A3-440– 1)

R15013R160

13Free space requirements
Inside the cabinet following free space distances need to be
met to ensure correct heat exchange.

ACS355-03E-01A9-4

R1107

ACS355-03E-08A8-4

R1127

24

ACS355-03E-12A5-4

R3

161

52

ACS355-03E-15A6-4

R320452

ACS355-03E-23A1-4

R3301

71

ACS355-03E-31A0-4

R4408

96

ACS355-03E-38A0-4

R4498

96

ACS355-03E-44A0-4

R4588961)

Frame size R0 with free convection cooling

Enclosure typeSpaceabove(mm)Spacebelow(mm)Space onleft/right(mm)75750200300010L O W V O LTA G E A C D R I V E S , S O L A R P U M P D R I V E S 0 . 3 7 TO 4 5 K W—FusesUse standard fuses with ABB solar pump drives.

An optional AC side gG fuse is mention if drive isoperated from the grid instead of PV cells.

Each parallel string connected to ABB solar pump drives
should be protected by the gPV fuses to prevent damage
to the solar panels and to the panel cabling. Fuses should
be dimensioned according to the panel manufacturer
recommendations.

For input fuse connections in DC side UR or gG, seethe table below. It is recommended to use ABB E90 PV
fuse disconnectors in solar pumping applications.

Standard DC fuses can be used in solar pump drive input
to prevent excess damage in case of the drive internal shortcircuit. For DC side fuse connection see the table below.
With UR fuses, determine the rating by the maximum
instantaneous DC current because fuses work rapidly.
In practice, select fuses that are about twice the DC current
calculated from the solar pump drive rated power.
With gG fuses take one size smaller rating.
Fuse selection table
Type description

With UR fuses, determine the rating by the maximum
instantaneous DC current because fuses work quickly.
In practice, select fuses for a current about two times
higher than the DC current calculated from the nominal
power. With gG fuses, take a rating one size smaller.
An optional AC side gG fuse is also mentioned if thedrive is operating in grid mode.

Fuse selection table
Framesize

IEC fuses
AC side (A)Fuse typegG

DC fusePV side (A)Type description

Framesize

Fuse typeURgG

1-phase AC supply, 125 to 400 V DC or 200 to 240 V AC

IEC fuses
AC side (A)DC fusePV side (A)Fuse type

Fuse typegG

gG

3-phase AC supply, 270 to 800 V DC or 380 to 480 V AC

ACS355-01E-04A7-2

R1161010

ACSM1-04AS-012A-4

B

2032

ACS355-01E-06A7-2

R1161010ACSM1-04AS-016A-4

B

2532

ACS355-01E-07A5-2

R2201610

ACSM1-04AS-024A-4C2563ACS355-01E-09A8-2

R2251616ACSM1-04AS-031A-4

C3263ACSM1-04AS-040A-4C40100501003-phase AC supply, 125 to 400 V DC or 200 to 240 V AC
ACS355-03E-03A5-2

R0101010ACSM1-04AS-046A-4

CACS355-03E-04A7-2

R1101010ACSM1-04AS-060A-4

D63100ACS355-03E-06A7-2

R1161010ACSM1-04AS-073A-4

D80160ACS355-03E-07A5-2

R1161610ACSM1-04AS-090A-4

D100160

ACS355-03E-09A8-2

R2161616

ACS355-03E-13A3-2R2252525ACS355-03E-17A6-2

R2253525ACS355-03E-24A4-2

R3633535ACS355-03E-31A0-2

R4805050ACS355-03E-46A2-2R410080633-phase AC supply, 250 to 800 V DC or 380 to 480 V AC
ACS355-03E-01A9-4

R0101010ACS355-03E-02A4-4

R1101010ACS355-03E-03A3-4

R1101010ACS355-03E-04A1-4

R1161010ACS355-03E-05A6-4

R1161010ACS355-03E-07A3-4

R1161610ACS355-03E-08A8-4

R1202516ACS355-03E-12A5-4

R3252516ACS355-03E-15A6-4R3353525ACS355-03E-23A1-4R3505035ACS355-03E-31A0-4R4806350

ACS355-03E-38A0-4

R41008050

ACS355-03E-44A0-4

R41008063

L O W V O LTA G E A C D R I V E S , S O L A R P U M P D R I V E S 0 . 3 7 TO 4 5 K W

11—Options
Connectivity options
In order to improve connectivity of the solar pump drives
either to remote monitoring, or to most common dataacquistion (SCADA) applications, a set of FENA ethernet
adapters are available. Ethernet adapters can be configured
for Modbus/TCP, EtherNet/IP™ and PROFINET IO protocols.

Connectivity options
Ordering code+K466/68469422

DescriptionTypedesignation

One port ethernet adapter
for ACS355

FENA-01+K473/3AUA0000089107

One port ethernet adapter

FENA-11+K475/3AUA0000089109

Two port ethernet adapter

FENA-21

FMBA-01 adapter for ACS355 solar pump drive and FSCA-01
adapter for ACSM1 solar pump drive offer Modbus RTU
connectivity for more cost efficient monitoring setups.

+K458/68469881

Modbus RTU adapterfor ACS355

FMBA-01+K458/3AUA0000031336

Modbus RTU adapter
for ACSM1

FSCA-01

Also PROFIBUS adapter FPBA-01 is available for
PLC connections.

+K454/68469325

PROFIBUS adapter

FPBA-01

NETA-21 remote monitoring tool
The remote monitoring tool, NETA-21, gives easy accessto the drive via the Internet or local Ethernet network.
NETA-21 comes with a built-in web server. Compatible withstandard web browsers, it ensures easy access to a web
based user interface. Through the web interface, the user
can configure drive parameters, monitor drive log data, loadlevels, run time, energy consumption, I/O data and bearing
temperatures of the motor connected to the drive.

Remote monitoring options
Ordering code
3AUA0000094517

Description

Type designation

2 x panel bus interface,2 x 32 = max. 64 drives
2 x Ethernet interface
SD memory card
USB port for WLAN/3G

NETA-21—

For more information, please contact
your local ABB representative or visit© Copyright 2018 ABB. All rights reserved.
Specifications subject to change without notice.

3AUA0000158384 REV E EN 17.09.2018

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