Santerno SINUS PENTA Series User manual

• 15Q0102B00 •
SINUS PENTA
MULTIFUNCTION AC DRIVE
GUIDE TO THE
REGENERATIVE
APPLICATION
Issued on 21/04/2017
R. 07
Software Version 4.13x
Elettronica Santerno S.p.A.
Via della Concia, 7 –40023 Castel Guelfo (BO), Italy
Tel. [phone] –Fax [phone]
santerno.com [email protected]om
This manual is integrant and essential to the product. Carefully read the instructions contained herein
as they provide important hints for use and maintenance safety.
This device is to be used only for the purposes it has been designed to. Other uses should be
considered improper and dangerous. The manufacturer is not responsible for possible damages caused
by improper, erroneous and irrational uses.
Elettronica Santerno is responsible for the device in its original setting.
Any changes to the structure or operating cycle of the device must be performed or authorized by
Elettronica Santerno.
Elettronica Santerno assumes no responsibility for the consequences resulting by the use of non-
original spare-parts.
Elettronica Santerno reserves the right to make any technical changes to this manual and to the
device without prior notice. If printing errors or similar are detected, the corrections will be included in
the new releases of the manual.
The information contained herein is the property of Elettronica Santerno and cannot be reproduced.
Elettronica Santerno enforces its rights on the drawings and catalogues according to the law.
E n g l i s h

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GUIDE TO THE
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REVISION INDEX
The following content has been added, edited or deleted in this Regenerative Application Guide R.07, with
respect to the previous version R.06.
GENERAL CONSIDERATIONS
This version of the manual refers to the SINUS PENTA model with ES927 control board. Therefore, all the
content related to specific features of the ES927 have been edited, with respect to the previous model
ES821. Specific content related to the two redundant inputs ENABLE-A and ENABLE-B has been added.
A table has also been added for Short-Circuit Currents.
MODELS
Model 0598P has been added.
ADDITIONAL COMPONENTS
A section has been added with a general description of the external components of the regenerative drive.
UL fuse models updated according to the Installation Guide
Columns have been added for slots, terminal type and cable sections in the reactance table.
UR reactance codes have been added.
IM0128964 reactor losses changed from 510 W to 900 W.
MENU, SETTINGS, PARAMETERS
New parameter “P523 Power factor Adjustment” has been added.
Some Modbus Addresses have been fixed in the Mains Monitor Menu.
SANTERNO USER MANUALS MENTIONED IN THIS GUIDE
The following Santerno User Manuals are mentioned throughout this Guide to the Regenerative Application:
15P0102B100 SINUS PENTA - Installation Guide
15R0102B200 SINUS PENTA - Programming Guide
15W0102B500 Motor Drives Accessories - User Manual
15J0901B100 Remote Drive / Iris Control DRIVE REMOTE CONTROL - User Manual

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TABLE OF CONTENTS
REVISION INDEX.............................................................................................................................................. 2
SANTERNO USER MANUALS MENTIONED IN THIS GUIDE ....................................................................... 2
1. SCOPE OF THIS MANUAL....................................................................................................................... 7
2. OVERVIEW ................................................................................................................................................ 7
2.1. THE RIGENERATIVE APPLICATION........................................................................................................... 7
3. INSTALLATION INSTRUCTIONS............................................................................................................. 8
3.1. OVERVIEW ............................................................................................................................................ 8
3.2. IDENTIFICATION PLATE......................................................................................................................... 11
3.3. CHOOSING THE REGENERATIVE DRIVE ................................................................................................. 12
3.3.1. Light Applications (Overload Up To 120%) –2T Voltage Class................................................ 13
3.3.2. Standard Applications (Overload up to 140%) –2T Voltage Class........................................... 14
3.3.3. Heavy Applications (Overload up to 175%) –2T Voltage Class ............................................... 15
3.3.4. Strong Applications (Overload up to 200%) –2T Voltage Class............................................... 16
3.3.5. Light Applications (Overload up to 120%) –4T Voltage Class.................................................. 17
3.3.6. Standard Applications (Overload up to 140%) –4T Voltage Class........................................... 17
3.3.7. Heavy Applications (Overload up to 175%) –4T Voltage Class ............................................... 19
3.3.8. Strong Applications (Overload up to 200%) –4T Voltage Class............................................... 20
3.3.9. Light Applications (Overload up to 120%) –5T-6T Voltage Class ............................................ 21
3.3.10. Standard Applications (Overload up to 140%) –5T-6T Voltage Class.................................. 22
3.3.11. Heavy Applications (Overload up to 175%) –5T-6T Voltage Class ...................................... 23
3.3.12. Strong Applications (Overload up to 200%) –5T-6T Voltage Class...................................... 24
3.4. SPECIFICATIONS FOR THE REGENERATIVE DRIVE.................................................................................. 25
3.4.1. Regenerative Drive Ratings –2T Voltage Class ....................................................................... 25
3.4.2. Regenerative Drive Ratings –4T Voltage Class ....................................................................... 26
3.4.3. Regenerative Drive Ratings –5T-6T Voltage Class.................................................................. 27
3.5. SHORT-CIRCUIT CURRENTS................................................................................................................. 28
3.6. DIMENSIONING THE REGENERATIVE DRIVE............................................................................................ 29
3.7. APPLICATIONS OF THE REGENERATIVE DRIVE ....................................................................................... 32
3.7.1. Motors Having a Different Supply Voltage than the Mains Supply Voltage............................... 32
3.8. WIRING............................................................................................................................................... 33
3.8.1. Power Wiring for the Regenerative Drive up to Size S64 included ........................................... 33
3.8.2. Power Wiring for the Regenerative Drive - Size S74................................................................. 34
3.8.3. Signal Wiring for the Regenerative Drive................................................................................... 36
3.9. EXTERNAL COMPONENTS OF THE REGENERATIVE DRIVE....................................................................... 38
3.9.1. Power Cable Cross-sections and Electromechanical Components of the Power Circuit.......... 39
3.9.2. Cross-section of Power Cables and Size of Safety Components for 2T Class Drives.............. 40
3.9.3. UL-approved Fuses –Class 2T................................................................................................. 42
3.9.4. Cross-section of Power Cables and Size of Safety Components for 4T Class Drives.............. 43
3.9.5. UL-approved Fuses –Class 4T................................................................................................. 45
3.9.6. Cross-section of Power Cables and Size of Safety Components for 5T-6T Class Drives ........ 47
3.9.7. UL-approved Fuses –Class 5T-6T............................................................................................ 49
3.9.8. Regenerative Reactors for 2T Voltage Class ............................................................................ 51
3.9.9. Regenerative Reactors for 4T Voltage Class ............................................................................ 52
3.9.10. Regenerative Reactors for 5T-6T Voltage Class ................................................................... 53
3.9.11. Filter Reactors for 2T Voltage Class ...................................................................................... 54
3.9.12. Filter Reactors for 4T Voltage Class ...................................................................................... 55
3.9.13. Filter Reactors for 5T-6T Voltage Class................................................................................. 56
3.9.14. Regenerative Reactor Ratings............................................................................................... 57
3.9.15. Filter Reactor Ratings............................................................................................................. 60
3.9.16. Technical Features of the Interface Panel ............................................................................. 63

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3.9.17. Interface Panel –2T Voltage Class........................................................................................ 67
3.9.18. Interface Panel –4T Voltage Class........................................................................................ 69
3.9.19. Interface Panel –5T-6T Voltage Class .................................................................................. 71
3.10. ADDITIONAL COMPONENTS FOR THE “ENERGY COUNTER”APPLICATION ............................................. 72
3.10.1. ES847 ID................................................................................................................................ 75
3.10.2. Terminals in ES847 Board ..................................................................................................... 75
3.10.3. ES917 Board.......................................................................................................................... 78
3.10.4. ES917 ID................................................................................................................................ 78
3.10.5. ES917 Terminals.................................................................................................................... 78
3.11. ELECTROMAGNETIC COMPATIBILITY.................................................................................................. 79
3.12. COMMISSIONING.............................................................................................................................. 81
4. SOFTWARE DOWNLOAD FOR APPLICATION PROGRAMMING....................................................... 84
4.1. FIRMWARE UPGRADE........................................................................................................................... 85
5. PROGRAMMING INSTRUCTIONS ......................................................................................................... 87
5.1. MENU TREE ........................................................................................................................................ 87
5.2. MEASURES MENU................................................................................................................................ 88
5.2.1. Overview.................................................................................................................................... 88
5.2.2. Menu n.1 –General Measures .................................................................................................. 89
5.2.3. Menu n.2 –ADE Measures........................................................................................................ 93
5.2.4. Menu n.3 –DC Measures.......................................................................................................... 96
5.2.5. Menu n.4 –Digital Inputs........................................................................................................... 96
5.2.6. Menu n.5 –Outputs ................................................................................................................... 97
5.2.7. Menu n.6 –Temperatures from PT100...................................................................................... 97
5.2.8. List of the Operating Conditions of the Regenerative Sinus Penta ........................................... 97
5.3. REFERENCE AND REGULATORS MENU.................................................................................................. 98
5.3.1. Overview.................................................................................................................................... 98
5.3.2. List of Programmable Parameters P500 to P523...................................................................... 99
5.4. ADE REGISTERS SETTINGS MENU ..................................................................................................... 105
5.4.1. Overview.................................................................................................................................. 105
5.4.2. List of Programmable Parameters P530 to P542 and I003..................................................... 106
5.5. DC MEASURES SETTINGS MENU........................................................................................................ 111
5.5.1. Overview.................................................................................................................................. 111
5.5.2. List of Programmable Parameters P545 to P547.................................................................... 111
5.6. MAINS MONITOR MENU...................................................................................................................... 112
5.6.1. Overview.................................................................................................................................. 112
5.6.2. List of Programmable Parameters P550 to P576 and I500..................................................... 112
5.7. ANALOG OUTPUTS MENU................................................................................................................... 120
5.7.1. Overview.................................................................................................................................. 120
5.8. DIGITAL OUTPUTS MENU.................................................................................................................... 121
5.8.1. Overview.................................................................................................................................. 121
5.8.2. List of Programmable Parameters P580 and P581................................................................. 121
5.9. AUXILIARY DIGITAL OUTPUTS MENU................................................................................................... 123
5.9.1. Overview.................................................................................................................................. 123
5.9.2. List of Programmable Parameters P582 to P593.................................................................... 123
5.10. PT100 MEASURES MENU............................................................................................................... 124
5.10.1. Overview............................................................................................................................... 124
5.10.2. List of Programmable Parameters P320 to P327................................................................. 124
5.11. FIELDBUS MENU............................................................................................................................ 126
5.11.1. Overview............................................................................................................................... 126
5.11.2. List of Programmable Parameters P330 and P331.............................................................. 126
5.11.3. Exchanged Parameters........................................................................................................ 128
5.11.4. From the Master to the Sinus Penta .................................................................................... 128
5.11.5. From the Sinus Penta to the Master .................................................................................... 131
5.12. MAINS PARAMETERS MENU............................................................................................................ 133
5.12.1. Overview............................................................................................................................... 133

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5.12.2. List of Programmable Parameters C500 to C503................................................................ 134
5.13. CONTROL METHOD MENU .............................................................................................................. 136
5.13.1. Overview............................................................................................................................... 136
5.14. DIGITAL INPUTS MENU ................................................................................................................... 137
5.14.1. Overview............................................................................................................................... 137
5.14.2. Factory Setting of the Digital Inputs ..................................................................................... 137
5.14.3. ENABLE (Terminals MDI2 and S)........................................................................................ 138
5.14.4. RESET (Terminal MDI3) ...................................................................................................... 138
5.14.5. List of Programmable Parameters C164 to C166................................................................ 139
5.15. BRAKING UNIT MENU.................................................................................................................... 141
5.15.1. Overview............................................................................................................................... 141
5.15.2. List of Programmable Parameters C211 and C212 ............................................................. 141
5.16. AUTORESET MENU......................................................................................................................... 142
5.16.1. Overview............................................................................................................................... 142
5.16.2. List of Programmable Parameters C255 to C261................................................................ 142
5.17. EXPANSION BOARD CONFIGURATION MENU .................................................................................... 144
5.17.1. Overview............................................................................................................................... 144
5.17.2. List of Programmable Parameters R021 to R023................................................................ 144
5.18. RGN DRIVE ALARMS ..................................................................................................................... 145
5.18.1. Overview............................................................................................................................... 145
5.18.2. Alarm Codes......................................................................................................................... 145
Index of Figures
Figure 1: Mains-side current produced when a regenerative drive is used .................................................... 9
Figure 2: Block-diagram of the regenerative drive....................................................................................... 10
Figure 3: Identification Plate....................................................................................................................... 11
Figure 4: Wiring diagram for the electromechanical components up to Size S64 included........................... 33
Figure 5: Wiring diagram for the electromechanical components, Size S74 ................................................ 34
Figure 6: Signal wiring diagram.................................................................................................................. 36
Figure 7 : External components of the regenerative drive ........................................................................... 38
Figure 8: Regenerative reactor................................................................................................................... 59
Figure 9: Filter reactor................................................................................................................................ 62
Figure 10: Block-diagram of the interface panel.......................................................................................... 63
Figure 11: Dimensions and fixing holes of the interface panel..................................................................... 65
Figure 12: Wiring diagram for the Energy Counter application .................................................................... 72
Figure 13: Menu tree for the regenerative drive.......................................................................................... 87
Index of Tables
Table 1: Regenerative reactors (class 2T and 4T) ...................................................................................... 57
Table 2: Regenerative reactors (class 5T and 6T) ...................................................................................... 58
Table 3: Filter reactors (class 2T and 4T)................................................................................................... 60
Table 4: Filter reactors (class 5T and 6T)................................................................................................... 61
Table 5: Recommended values for the CTs based on the Penta model (Class 2T and 4T) ......................... 73
Table 6: Recommended values for the CTs based on the Penta model (Class 5T and 6T) ......................... 74
Table 7: Default values of parameters C500 and C501 (AC mains) ............................................................ 81
Table 8: Coding of Measure M515 ............................................................................................................. 91
Table 9: Bits of measure M516................................................................................................................... 92
Table 10: Bits of measure M517................................................................................................................. 92
Table 11: Coding of the digital inputs ......................................................................................................... 96

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Table 12: Coding of the digital outputs ....................................................................................................... 97
Table 13: Coding of the operating conditions of the Regenerative Sinus Penta (M089 measure) ................ 97
Table 14: List of parameters P500 to P523................................................................................................. 99
Table 15: Default values of parameters depending on model (size) and voltage class - Class 2T/4T......... 103
Table 16: Default values of parameters depending on model (size) and voltage class - Class 5T/6T......... 104
Table 17: List of parameters P530 to P542 and I003................................................................................ 106
Table 18: List of parameters P545 to P547............................................................................................... 111
Table 19: List of parameters P550 to P575............................................................................................... 113
Table 20: Items allocated to the analog outputs........................................................................................ 120
Table 21: List of parameters P580 and P581............................................................................................ 121
Table 22: Functions implemented by digital outputs MDO1 and MDO2..................................................... 122
Table 23: List of parameters P582 to P593............................................................................................... 123
Table 24: List of parameters P320 to P327............................................................................................... 124
Table 25: List of parameters P330 and P331............................................................................................ 126
Table 26: List of the programmable measures for P330/P331................................................................... 127
Table 27: Operating mode of the motor drive Enable command................................................................ 133
Table 28: List of parameters C500 to C503 .............................................................................................. 134
Table 29: Factory-setting of the terminal board......................................................................................... 137
Table 30: Unprogrammable functions....................................................................................................... 137
Table 31: Programmable functions........................................................................................................... 137
Table 32: List of parameters C164 to C166 .............................................................................................. 139
Table 33: List of parameters C211 and C212 ........................................................................................... 141
Table 34: List of parameters C255 to C261 ............................................................................................. 142
Table 35: List of parameters R021 to R023 .............................................................................................. 144
Table 36: List of the alarms for the Regenerative Sinus Penta (M090 measure) ....................................... 145

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1. SCOPE OF THIS MANUAL
Elettronica Santerno is committed to update its User Manuals available for download from santerno.com with
the latest software version officially released. Please contact Elettronica Santerno if you require technical
documents related to previous software versions.
2. OVERVIEW
Special software that can be used for particular applications is supplied with the drives of the Sinus Penta
series. The menu tree, the programming mode and navigation mode of the Sinus Penta are used;
parameters or menus will be added/(removed) whether required/(not required) for your application.
This manual covers the wiring diagrams and the parameters relating to the Regenerative application.
Accessory boards are covered in the Motor Drives Accessories Guide.
The parameters shared with the standard Sinus Penta are covered in the Sinus Penta Programming Guide.
The FIRMWARE UPGRADE section explains how to download the files for the Sinus Penta applications to
the standard drive: this download procedure is to be performed only when a drive programmed with standard
firmware, not with Regenerative firmware, needs to be updated.
The procedure above is not required if the drive is factory set with the Regenerative firmware.
2.1. The Rigenerative Application
The Regenerative Penta drive allows exchanging ingoing-outgoing power with sinusoidal currents (weak
current harmonics) and with a unitary power factor. The Regenerative application allows tuning the DC-bus
voltage: when the Penta is used to power one or multiple inverters for motor control, this allows recovering
the kinetic energy of the connected motor(s) during the braking stage, and delivering energy to the mains
(thus avoiding using braking resistors, which also cause overheating). When the motor drive is powered by
the DC-bus through the regenerative function, motors having greater voltage ratings than the mains voltage
can be controlled by the Sinus Penta.

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3. INSTALLATION INSTRUCTIONS
3.1. Overview
The drives of the SINUS PENTA series can be used as regenerative feeders.
The Penta becomes a feeder absorbing or delivering sinusoidal current to the grid with a unitary power
factor; it is called a regenerative feeder because a bidirectional power flow can be obtained. The
regenerative feeder has a DC link output which is used for the power supply of one or more Elettronica
Santerno inverters through the DC-bus terminals.
The following benefits can be obtained:
- Absorption from the current mains with weak harmonic currents and unitary power factor;
- Recovery of the kinetic energy of the connected motor(s) during the braking stage (thus avoiding using
braking resistors, which also cause overheating);
- Possibility of controlling connected motors having greater voltage ratings than the mains voltage (see
Motors Having a Different Supply Voltage than the Mains Supply Voltage).
The following pages explain how drives can be connected to the mains; current waveforms and harmonic
currents are also given. As you will see, the Penta used as a regenerative drive allows obtaining great
benefits.
NOTE
Current harmonics depend both on mains voltage distortion (the weaker the
distortion, the weaker the current harmonics) and on drive power ratings (rated
power ensures the best harmonic currents percentage).

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TYPE OF INSTALLATION: Using a regenerative drive
MAINS-SIDE CURRENT: Drive operating at rated current
MAINS-SIDE CURRENT SPECTRUM
Figure 1: Mains-side current produced when a regenerative drive is used

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Figure 2 shows the block-diagram for the connection of a SINUS PENTA used as a regenerative feeder
powering a SINUS PENTA used as a motor controller.
Figure 2: Block-diagram of the regenerative drive
A reactor filtering PWM voltage from the output terminals of the drive and transforming output current into
sinusoidal current is to be installed between the regenerative drive and the mains.
Using the drive as a regenerative feeder is particularly useful when the motor connected to the drive
frequently operates as a generator (e.g. lifting applications, test benches, etc.). Energy is then delivered to
the mains under a sinusoidal waveform and with a unitary power factor, thus ensuring energy saving and
avoiding using braking resistor units.
NOTE
Output power is intended for the supply of one or more SINUS K
inverters/PENTA drives. Any other applications must be authorized by
Elettronica Santerno.

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3.2. Identification Plate
The product is described and identified by a plate applied onto the side of the drive.
Figure 3: Identification Plate

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3.3. Choosing the Regenerative Drive
Basically, when choosing the regenerative drive, the power delivered from the drive used to control the motor
is compared to the power that the drive can deliver when overloaded and when operating in continuous
mode, also considering the efficiency of the two drives. In most cases, using two drives of the same model
allows meeting this criterion.
CAUTION
Using two drives (feeder and motor drive) of the same model does not always
meet the criterion above, because the continuous current delivered by the
regenerative drive is sometimes lower than the current delivered by the
equivalent motor drive, as the minimum current frequency for the regenerative
drive is 4 kHz or 5kHz based on the drive model.
It is therefore recommended that the application tables given later in this
section be carefully consulted.
The application tables below for light, standard, heavy, strong applications, contain the model of the drive
that controls the motor and the model of the regenerative drive, depending both on the rated motor voltage
and the mains voltage.

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3.3.1. Light Applications (Overload Up To 120%) –2T Voltage Class
Rated Motor Voltage: 200-240Vac
MOTOR DRIVE
REGENERATIVE DRIVE
Maximum Applicable
Motor
Model of
MOTOR SINUS
PENTA
Model of REGENERATIVE SINUS PENTA
with Supply Mains
kW
HP
A
220±10%
230±10%
3
4
11.2
0007
0007
0007
3.7
5
13.2
0008
0008
0008
4
5.5
14.6
0010
0010
0010
4.5
6
15.7
0013
0013
0013
5.5
7.5
19.5
0015
0015
0015
7.5
10
25.7
0016
0016
0016
9.2
12.5
30
0020
0020
0020
11
15
36
0023
0023
0023
15
20
50
0033
0033
0033
18.5
25
61
0037
0037
0037
22
30
71
0040
0049
0040
25
35
80
0049
0060
0060
28
38
88
0060
0067
0060
30
40
96
0067
0067
0067
37
50
117
0074
0074
0074
45
60
135
0086
0113
0113
55
75
170
0113
0113
0113
65
90
195
0129
0129
0129
70
95
213
0150
0180
0150
75
100
231
0162
0180
0180
90
125
277
0180
0180
0180
110
150
332
0202
0202
0202
120
165
375
0217
0217
0217
132
180
390
0260
0260
0260
160
220
475
0313
0367
0313
185
250
550
0367
0402
0367
200
270
593
0402
0457
0402
250
340
732
0457
0524
0524
260
350
780
0524
0598
0524

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3.3.2. Standard Applications (Overload up to 140%) –2T Voltage Class
Rated Motor Voltage: 200-240Vac
MOTOR DRIVE
REGENERATIVE DRIVE
Maximum Applicable
Motor
Model of
MOTOR SINUS
PENTA
Model of REGENERATIVE SINUS PENTA
with Supply Mains
kW
HP
A
22010%
23010%
2.2
3
8.5
0007
0007
0007
3
4
11.2
0008
0008
0008
3.7
5
13.2
0010
0010
0010
4
5.5
14.6
0013
0013
0013
4.5
6
15.7
0015
0015
0015
5.5
7.5
19.5
0016
0016
0016
7.5
10
25.7
0020
0020
0020
9.2
12.5
30
0023
0023
0023
11
15
36
0033
0033
0033
15
20
50
0037
0037
0037
18.5
25
61
0040
0040
0040
22
30
71
0049
0049
0049
25
35
80
0060
0060
0060
30
40
96
0067
0067
0067
37
50
117
0074
0074
0074
40
55
127
0086
0086
0086
45
60
135
0113
0113
0113
55
75
170
0129
0129
0129
65
90
195
0150
0180
0150
75
100
231
0162
0180
0180
80
110
250
0180
0180
0180
90
125
277
0202
0202
0202
110
150
332
0217
0217
0217
132
180
390
0260
0260
0260
150
200
458
0313
0313
0313
160
220
475
0367
0367
0367
185
250
550
0402
0457
0457
220
300
661
0457
0457
0457
260
350
780
0524
0524
0524

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3.3.3. Heavy Applications (Overload up to 175%) –2T Voltage Class
Rated Motor Voltage: 200-240Vac
MOTOR DRIVE
REGENERATIVE DRIVE
Maximum Applicable
Motor
Model of
MOTOR SINUS
PENTA
Modelof REGENERATIVE SINUS PENTA
with Supply Mains
kW
HP
A
22010%
23010%
1.8
2.5
7.3
0007
0007
0007
2.2
3
8.5
0008
0008
0008
3
4
11.2
0010
0010
0010
3.7
5
13.2
0013
0013
0013
4
5.5
14.6
0015
0015
0015
4.5
6
15.7
0016
0016
0016
5.5
7.5
19.5
0020
0020
0020
7.5
10
25.7
0023
0023
0023
11
15
36
0033
0033
0033
15
20
50
0037
0037
0037
15
20
50
0040
0040
0040
18.5
25
61
0049
0049
0049
22
30
71
0060
0060
0060
25
35
80
0067
0067
0067
30
40
96
0074
0074
0074
32
45
103
0086
0086
0086
45
60
135
0113
0113
0113
50
70
150
0129
0129
0129
55
75
170
0150
0150
0150
65
90
195
0162
0180
0162
75
100
231
0180
0180
0180
80
110
250
0202
0202
0202
110
150
332
0217
0217
0217
110
150
332
0260
0260
0260
132
180
390
0313
0180
0180
150
200
458
0367
0202
0202
160
220
475
0402
0217
0217
200
270
593
0457
0457
0457
220
300
661
0524
0524
0524

SINUS PENTA
GUIDE TO THE
REGENERATIVE APPLICATION
16/150
3.3.4. Strong Applications (Overload up to 200%) –2T Voltage Class
Rated Motor Voltage: 200-240Vac
MOTOR DRIVE
REGENERATIVE DRIVE
Maximum Applicable
Motor
Model of
MOTOR SINUS
PENTA
Modelof REGENERATIVE SINUS PENTA
with Supply Mains
kW
HP
A
22010%
23010%
1.5
2
6.1
0007
0007
0007
1.8
2.5
7.3
0008
0008
0008
2.2
3
8.5
0010
0010
0010
3
4
11.2
0013
0013
0013
3.7
5
13.2
0015
0015
0015
4
5.5
14.6
0016
0016
0016
4.5
6
15.7
0020
0020
0020
5.5
7.5
19.5
0023
0023
0023
7.5
10
25.7
0033
0033
0033
11
15
36
0037
0037
0037
12.5
17
41
0040
0040
0040
15
20
50
0049
0049
0049
18.5
25
61
0060
0060
0060
20
27
66
0067
0067
0067
22
30
71
0074
0074
0074
25
35
80
0086
0086
0086
30
40
96
0113
0113
0113
37
50
117
0129
0129
0129
45
60
135
0150
0150
0150
55
75
170
0162
0162
0162
60
85
185
0180
0180
0180
65
90
195
0202
0202
0202
75
100
231
0217
0217
0217
90
125
277
0260
0260
0260
110
150
332
0313
0313
0313
120
165
375
0367
0367
0367
132
180
390
0402
0402
0402
160
220
475
0457
0457
0457
185
250
550
0524
0524
0524

GUIDE TO THE
REGENERATIVE APPLICATION
SINUS PENTA
17/150
3.3.5. Light Applications (Overload up to 120%) –4T Voltage Class
Rated Motor Voltage:
380-415Vac
Rated Motor Voltage:
440-460Vac
Rated Motor Voltage:
480-500Vac
MOTOR DRIVE
RGN DRIVE
MOTOR DRIVE
RGN DRIVE
MOTOR DRIVE
RGN DRIVE
Maximum
Applicable
Motor
Model of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
Maximum
Applicable
Motor
Model of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
Maximum
Applicable
Motor
Model of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
kW
HP
A
380
±10%
400
±10%
kW
HP
A
440
±10%
kW
HP
A
480
±10%
4.5
6
9.0
0005
0005
0005
5.5
7.5
9.7
0005
0005
6.5
9
10.2
0005
0007
5.5
7.5
11.2
0007
0007
0007
7.5
10
12.5
0007
0009
7.5
10
11.8
0007
0009
7.5
10
14.5
0009
0009
0009
9.2
12.5
16
0009
0009
9.2
12.5
14.3
0009
0009
7.5
10
14.8
0011
0011
0011
9.2
12.5
16
0011
0011
11
15
16.5
0011
0016
7.5
10
14.8
0014
0014
0014
9.2
12.5
16
0014
0014
11
15
16.5
0014
0016
11
15
21
0016
0016
0016
15
20
25
0016
0016
15
20
23.2
0016
0017
15
20
29
0017
0017
0017
18.5
25
30
0017
0025
18.5
25
28
0017
0017
15
20
29
0020
0020
0020
18.5
25
30
0020
0025
18.5
25
28
0020
0020
22
30
41
0025
0034
0025
22
30
36
0025
0025
22
30
33
0025
0025
22
30
41
0030
0034
0030
22
30
36
0030
0030
25
35
37
0030
0030
30
40
55
0034
0034
0034
30
40
48
0034
0034
37
50
53
0034
0034
30
40
55
0036
0036
0036
37
50
58
0036
0036
37
50
53
0036
0036
37
50
67
0040
0040
0040
45
60
70
0040
0040
50
70
70
0040
0040
45
60
80
0049
0060
0060
50
65
75
0049
0060
55
75
78
0049
0060
50
70
87
0060
0067
0060
55
75
85
0060
0060
65
90
88
0060
0067
55
75
98
0067
0067
0067
65
90
100
0067
0067
75
100
103
0067
0074
65
90
114
0074
0074
0074
75
100
116
0074
0074
85
115
120
0074
0074
75
100
133
0086
0086
0086
90
125
135
0086
0113
90
125
127
0086
0086
100
135
180
0113
0113
0113
110
150
166
0113
0113
132
180
180
0113
0129
110
150
191
0129
0150
0129
125
170
192
0129
0129
140
190
195
0129
0150
120
165
212
0150
0180
0162
132
180
198
0150
0162
150
200
211
0150
0162
132
180
228
0162
0180
0180
150
200
230
0162
0180
175
238
240
0162
0180
160
220
273
0180
0180
0180
200
270
297
0180
0180
220
300
300
0180
0180
200
270
341
0202
0217
0202
220
300
326
0202
0202
250
340
337
0202
0202
220
300
375
0217
0260
0217
250
340
366
0217
0260
260
350
359
0217
0217
250
340
421
0260
0313
0260
280
380
410
0260
0260
300
410
418
0260
0260
280
380
480
0313
0367
0313
315
430
459
0313
0313
355
480
471
0313
0313
315
430
528
0367
0367
0367
375
510
540
0367
0402
400
550
544
0367
0367
400
550
680
0402
0457
0402
450
610
665
0402
0402
500
680
673
0402
0402
400
550
680
0457
0457
0457
450
610
665
0457
0457
500
680
673
0457
0457
450
610
765
0524
0524
0524
500
680
731
0524
0524
560
760
751
0524
0524
500
680
841
0598P
0598P
0598P
560
760
817
0598P
0598P
630
860
864
0598P
0598P
500
680
841
0598
0598
0598
560
760
817
0598
0598
630
860
864
0598
0598
560
760
939
0748
0748
0748
630
860
939
0748
0748
710
970
960
0748
0748
710
970
1200
0831
0964
0831
800
1090
1160
0831
0831
900
1230
1184
0831
0964
900
1230
1480
0964
1130
0964
1000
1360
1431
0964
1130
1100
1500
1480
0964
1130
1000
1360
1646
1130
1296
1130
1170
1600
1700
1130
1296
1270
1730
1700
1130
1296
1200
1650
2050
1296
1296
1296
1400
1830
2000
1296
1296
1460
1990
2050
1296
1296
1500
2000
2500
1800
1800
1800
1750
2400
2500
1800
1800
1850
2500
2500
1800
1800
1750
2400
2900
2076
(*)
2076
2000
2720
2900
2076
2076
2100
2900
2900
2076
2076
(*) Please contact Elettronica Santerno.
3.3.6. Standard Applications (Overload up to 140%) –4T Voltage Class

SINUS PENTA
GUIDE TO THE
REGENERATIVE APPLICATION
18/150
Rated Motor Voltage:
380415Vac
Rated Motor Voltage:
440460Vac
Rated Motor Voltage:
480500Vac
MOTOR DRIVE
RGN DRIVE
MOTOR DRIVE
RGN DRIVE
MOTOR DRIVE
RGN DRIVE
Maximum
Applicable
Motor
Model
of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
Maximum
Applicable
Motor
Model of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
Maximum
Applicable
Motor
Model
of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
kW
HP
A
380
±10%
400
±10%
kW
HP
A
440
±10%
kW
HP
A
480
±10%
4
5.5
8.4
0005
0005
0005
4.5
6
7.8
0005
0005
5.5
7.5
9.0
0005
0005
4.5
6
9.0
0007
0007
0007
5.5
7.5
9.7
0007
0007
6.5
9
10.2
0007
0007
5.5
7.5
11.2
0009
0009
0009
7.5
10
12.5
0009
0009
7.5
10
11.8
0009
0009
7.5
10
14.8
0011
0011
0011
9.2
12.5
15.6
0011
0011
9.2
12.5
14.3
0011
0011
7.5
10
14.8
0014
0014
0014
9.2
12.5
15.6
0014
0014
11
15
16.5
0014
0016
9.2
12.5
17.9
0016
0016
0016
11
15
18.3
0016
0016
15
20
23.2
0016
0016
11
15
21
0017
0017
0017
11
15
18.3
0017
0025
15
20
23.2
0017
0017
15
20
29
0020
0020
0020
15
20
25
0020
0025
18.5
25
28
0020
0020
18.5
25
35
0025
0025
0025
18.5
25
30
0025
0025
22
30
33
0025
0025
22
30
41
0030
0034
0030
22
30
36
0030
0030
25
35
37
0030
0030
25
35
46
0034
0034
0034
30
40
48
0034
0034
30
40
44
0034
0034
30
40
55
0036
0036
0036
30
40
48
0036
0036
37
50
53
0036
0036
30
40
55
0040
0040
0040
37
50
58
0040
0040
40
55
58
0040
0040
37
50
67
0049
0049
0049
45
60
70
0049
0049
45
60
64
0049
0049
45
60
80
0060
0060
0060
55
75
85
0060
0060
55
75
78
0060
0060
55
75
98
0067
0067
0067
60
80
91
0067
0067
65
90
88
0067
0067
65
90
114
0074
0074
0074
70
95
107
0074
0074
75
100
103
0074
0074
75
100
133
0086
0086
0086
75
100
116
0086
0086
85
115
120
0086
0086
90
125
159
0113
0113
0113
90
125
135
0113
0113
90
125
127
0113
0113
100
135
180
0129
0129
0129
110
150
166
0129
0129
110
150
153
0129
0129
110
150
191
0150
0150
0150
132
180
198
0150
0162
150
200
211
0162
0162
132
180
228
0162
0180
0180
150
200
230
0162
0180
160
220
218
0180
0180
160
220
273
0180
0180
0180
185
250
279
0180
0180
200
270
300
0180
0180
200
270
341
0202
0202
0202
220
300
326
0202
0202
250
340
345
0202
0202
220
300
375
0217
0260
0217
250
340
375
0217
0260
260
350
375
0217
0217
250
340
421
0260
0313
0260
280
380
410
0260
0260
300
410
425
0260
0260
280
380
480
0313
0367
0313
315
430
459
0313
0313
355
480
480
0367
0313
315
430
528
0367
0367
0367
375
510
540
0367
0402
400
550
550
0367
0367
400
550
680
0402
0457
0402
450
610
665
0402
0402
500
680
680
0402
0402
400
550
680
0457
0457
0457
450
610
665
0457
0457
500
680
720
0457
0457
450
610
765
0524
0524
0524
500
680
731
0524
0524
560
770
800
0524
0524
500
680
841
0598P
0598P
0598P
560
760
817
0598P
0598P
630
860
900
0598P
0598P
500
680
841
0598
0598
0598
560
760
817
0598
0598
630
860
900
0598
0598
560
760
939
0748
0748
0748
630
860
939
0748
0748
710
970
1000
0748
0748
630
860
1080
0831
0831
0831
800
1090
1160
0831
0831
800
1090
1200
0831
0831
800
1090
1334
0964
0964
0964
900
1230
1287
0964
0964
1000
1360
1480
0964
0964
900
1230
1480
1130
1130
1130
1100
1500
1630
1130
1130
1170
1600
1700
1130
1130
1200
1650
2050
1296
1800
1800
1400
1830
2000
1296
1800
1460
1990
2050
1800
1800
1400
1910
2400
1800
1800
1800
1700
2300
2400
1800
1800
1750
2400
2400
1800
1800
1750
2400
2900
2076
(*)
2076
2000
2720
2900
2076
2076
2100
2900
2900
2076
2076
(*) Please contact Elettronica Santerno.

GUIDE TO THE
REGENERATIVE APPLICATION
SINUS PENTA
19/150
3.3.7. Heavy Applications (Overload up to 175%) –4T Voltage Class
Rated Motor Voltage:
380415Vac
Rated Motor Voltage:
440460Vac
Rated Motor Voltage:
480500Vac
MOTOR DRIVE
RGN DRIVE
MOTOR DRIVE
RGN DRIVE
MOTOR DRIVE
RGN DRIVE
Maximum
Applicable
Motor
Model of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
Maximum
Applicable
Motor
Model of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
Maximum
Applicable Motor
Model of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
kW
HP
A
380
±10%
400
±10%
kW
HP
A
440
±10%
kW
HP
A
480
±10%
3
4
6.4
0005
0005
0005
3.7
5
6.6
0005
0005
4.5
6
7.2
0005
0005
4
5.5
8.4
0007
0007
0007
4.5
6
7.8
0007
0007
5.5
7.5
9.0
0007
0007
4.5
6
9.0
0009
0009
0009
5.5
7.5
9.7
0009
0009
7.5
10
11.8
0009
0009
5.5
7.5
11.2
0011
0011
0011
7.5
10
12.5
0011
0011
9.2
12.5
14.3
0011
0011
7.5
10
14.8
0014
0014
0014
9.2
12.5
15.6
0014
0014
11
15
16.5
0014
0016
9.2
12.5
17.9
0016
0016
0016
11
15
18.3
0016
0016
12.5
17
18.9
0016
0016
9.2
12.5
17.9
0017
0017
0017
11
15
18.3
0017
0017
12.5
17
18.9
0017
0017
11
15
21
0020
0020
0020
15
20
25
0020
0020
15
20
23.2
0020
0020
15
20
29
0025
0025
0025
18.5
25
30
0025
0025
18.5
25
28
0025
0025
18.5
25
35
0030
0030
0030
22
30
36
0030
0030
22
30
33
0030
0030
22
30
41
0034
0034
0034
25
35
40
0034
0034
28
38
41
0034
0034
25
35
46
0036
0036
0036
30
40
48
0036
0036
30
40
44
0036
0036
25
35
46
0040
0040
0040
30
40
48
0040
0040
37
50
53
0040
0040
30
40
55
0049
0049
0049
37
50
58
0049
0049
45
60
64
0049
0049
37
50
67
0060
0060
0060
45
60
70
0060
0060
50
70
70
0060
0060
45
60
80
0067
0067
0067
50
70
75
0067
0067
55
75
78
0067
0067
50
70
87
0074
0074
0074
55
75
85
0074
0074
65
90
88
0074
0074
55
75
98
0086
0086
0086
65
90
100
0086
0086
75
100
103
0086
0086
75
100
133
0113
0113
0113
75
100
116
0113
0113
90
125
127
0113
0113
80
110
144
0129
0129
0129
90
125
135
0129
0129
110
150
153
0129
0129
90
125
159
0150
0150
0150
110
150
166
0150
0150
132
180
180
0150
0150
110
150
191
0162
0162
0162
132
180
198
0162
0162
140
190
191
0162
0162
132
180
228
0180
0180
0180
160
220
237
0180
0180
160
220
218
0180
0180
150
200
264
0202
0202
0202
185
250
279
0202
0202
200
270
273
0202
0202
185
250
321
0217
0217
0217
220
300
326
0217
0217
220
300
300
0217
0217
200
270
341
0260
0260
0260
260
350
390
0260
0260
280
380
393
0260
0260
220
300
375
0313
0313
0313
260
350
390
0313
0313
300
400
413
0313
0313
250
340
421
0367
0367
0367
315
430
459
0367
0367
355
480
471
0367
0367
315
430
528
0402
0402
0402
400
550
576
0402
0402
400
550
544
0402
0402
315
430
528
0457
0457
0457
375
510
540
0457
0457
450
610
612
0457
0457
355
480
589
0524
0524
0524
450
610
665
0524
0524
500
680
673
0524
0524
400
550
680
0598P
0598P
0598P
500
680
731
0598P
0598P
560
760
751
0598P
0598P
400
550
680
0598
0598
0598
500
680
731
0598
0598
560
760
751
0598
0598
500
680
841
0748
0748
0748
560
760
817
0748
0748
630
860
864
0748
0748
560
760
939
0831
0831
0831
630
860
939
0831
0831
710
970
960
0831
0831
710
970
1200
0964
0964
0964
800
1090
1160
0964
0964
900
1230
1184
0964
0964
800
1090
1334
1130
1130
1130
900
1230
1287
1130
1130
1000
1360
1317
1130
1130
1000
1360
1650
1296
1296
1296
1100
1500
1630
1296
1296
1170
1600
1560
1296
1296
1200
1650
2050
1800
1800
1800
1450
1970
2050
1800
1800
1500
2000
2050
1800
1800
1400
1910
2400
2076
2076
2076
1700
2300
2400
2076
2076
1750
2400
2400
2076
2076

SINUS PENTA
GUIDE TO THE
REGENERATIVE APPLICATION
20/150
3.3.8. Strong Applications (Overload up to 200%) –4T Voltage Class
Rated Motor Voltage:
380415Vac
Rated Motor Voltage:
440460Vac
Rated Motor Voltage:
480500Vac
MOTOR DRIVE
RGN DRIVE
MOTOR DRIVE
RGN DRIVE
MOTOR DRIVE
RGN DRIVE
Maximum
Applicable
Motor
Model
of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
Maximum
Applicable
Motor
Model
of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
Maximum
Applicable Motor
Model
of
MOTOR
SINUS
PENTA
Model of
REGENERATIVE
SINUS PENTA
with Supply
Mains
kW
HP
A
380
±10%
400
±10%
kW
HP
A
440±10%
kW
HP
A
480±10%
2.2
3
4.9
0005
0005
0005
3
4
5.6
0005
0005
3.7
5
6.1
0005
0005
3
4
6.4
0007
0007
0007
3.7
5
6.6
0007
0007
4.5
6
7.2
0007
0007
4
5.5
8.4
0009
0009
0009
4.5
6
7.8
0009
0009
5.5
7.5
9.0
0009
0009
4.5
6
9.0
0011
0011
0011
5.5
7.5
9.7
0011
0011
7.5
10
11.8
0011
0011
5.5
7.5
11.2
0014
0014
0014
7.5
10
12.5
0014
0014
9.2
12.5
14.3
0014
0014
7.5
10
14.8
0016
0016
0016
9.2
12.5
15.6
0016
0016
11
15
16.5
0016
0016
7.5
10
14.8
0017
0017
0017
9.2
12.5
15.6
0017
0017
12.5
17
18.9
0017
0017
9.2
12.5
17.9
0020
0020
0020
11
15
18.3
0020
0020
12.5
17
18.9
0020
0020
11
15
21
0025
0025
0025
15
20
25
0025
0025
15
20
23.2
0025
0025
15
20
29
0030
0030
0030
18.5
25
30
0030
0030
18.5
25
28
0030
0030
18.5
25
35
0034
0034
0034
22
30
36
0034
0034
22
30
33
0034
0034
22
30
41
0036
0036
0036
25
35
40
0036
0036
28
38
41
0036
0036
22
30
41
0040
0040
0040
25
35
40
0040
0040
30
40
44
0040
0040
25
35
46
0049
0049
0049
30
40
48
0049
0049
37
50
53
0049
0049
30
40
55
0060
0060
0060
37
50
58
0060
0060
45
60
64
0060
0060
32
45
59
0067
0067
0067
40
55
63
0067
0067
50
70
70
0067
0067
37
50
67
0074
0074
0074
45
60
70
0074
0074
55
75
78
0074
0074
45
60
80
0086
0086
0086
55
75
85
0086
0086
65
90
88
0086
0086
55
75
98
0113
0113
0113
65
88
100
0113
0113
75
100
103
0113
0113
65
90
114
0129
0129
0129
75
100
116
0129
0129
85
115
120
0129
0129
75
100
133
0150
0150
0150
90
125
135
0150
0150
90
125
127
0150
0150
90
125
159
0162
0162
0162
110
150
166
0162
0162
110
150
153
0162
0162
110
150
191
0180
0180
0180
120
165
184
0180
0180
132
180
180
0180
0180
132
180
228
0202
0202
0202
150
200
230
0202
0202
160
220
218
0202
0202
150
200
260
0217
0217
0217
160
220
245
0217
0217
185
250
257
0217
0217
160
220
273
0260
0260
0260
200
270
307
0260
0260
200
270
273
0260
0260
185
250
321
0313
0313
0313
220
300
326
0313
0313
250
340
337
0313
0313
200
270
341
0367
0367
0367
250
340
366
0367
0367
260
350
359
0367
0367
280
380
480
0402
0402
0402
315
430
462
0402
0402
355
480
471
0402
0402
280
380
480
0457
0457
0457
330
450
493
0457
0457
375
510
497
0457
0457
315
430
528
0524
0524
0524
375
510
540
0524
0524
400
550
544
0524
0524
355
480
589
0598P
0598P
0598P
400
550
591
0598P
0598P
450
610
612
0598P
0598P
355
480
589
0598
0598
0598
400
550
591
0598
0598
450
610
612
0598
0598
400
550
680
0748
0748
0748
500
680
731
0748
0748
560
760
751
0748
0748
450
610
765
0831
0831
0831
560
760
817
0831
0831
630
860
864
0831
0831
560
770
939
0964
0964
0964
710
970
1043
0964
0964
800
1090
1067
0964
0964
710
970
1200
1130
1130
1130
800
1090
1160
1130
1130
900
1230
1184
1130
1130
800
1090
1334
1296
1296
1296
900
1230
1287
1296
1296
1000
1360
1317
1296
1296
1000
1360
1650
1800
1800
1800
1170
1600
1650
1800
1800
1200
1650
1650
1800
1800
1200
1650
2050
2076
2076
2076
1450
1970
2050
2076
2076
1500
2000
2050
2076
2076