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WEG SSW7000 Programming Manual

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Motors | Automation | Energy | Transmission & Distribution | Coatings
Soft-Starter
SSW7000
Programming Manual
Programming Manual
Series: SSW7000
Language: English
Document: 10001038255 / 07
Software Version: 1.7X
Publication date: 03/2019
Revision Description Chapter
01 First edition -
02
V1.20 new functions:
Voltage Ramp + Current Limit
Direct on Line D.O.L.
Safe Sectioning Mode
F064 and F145 protections
70A current model
-
03
V1.30 new functions:
SSW7000C Current models
New function for digital outputs – Capacitor
-
04 V1.40. New option for language, P0201 = 4 (French) -
05
New functions V1.50:
Option 16 – Blocking PFC – for DI1 to DI6
Option 14 – The description of Capacitor for Control PFC was changed – for DO1 to DO3
Option 15 – Blocking PFC Output – for DO1 to DO3
Fault 126 – IOE-04 Access Error
06
New functions V1.60
New parameter to discharge the PFC – P0280
D.O.L operation was changed
07 13800 V voltage model
Contents .
SSW7000 | 5
CONTENTS
1. QUICK PARAMETER REFERENCE ................................................. 10
2. FAULTS AND ALARMS ........................................................................ 28
3. SAFETY NOTICES ............................................................................. 35
3.1. SAFETY NOTICES IN THIS MANUAL .......................................................................................... 35
3.2. SAFETY NOTICES ON THE PRODUCT ....................................................................................... 35
3.3. PRELIMINARY RECOMMENDATIONS ....................................................................................... 36
4. ABOUT THIS MANUAL ..................................................................... 37
4.1. TERMINOLOGY AND DEFINITIONS............................................................................................ 37
4.1.1. Terms and Definitions Used in the Manual ......................................................................... 37
4.1.2. Numerical Representation ................................................................................................. 38
4.1.3. Symbols for the Parameter Properties Description ............................................................. 38
5. SOFTWARE VERSION ....................................................................... 39
6. ABOUT THE SSW7000 SOFT-STARTER ......................................... 40
7. HMI ...................................................................................................... 42
8. PROGRAMMING BASIC INSTRUCTIONS ...................................... 43
8.1. PARAMETER STRUCTURE ......................................................................................................... 43
8.2. PASSWORD SETTING IN P0000 .................................................................................................. 44
8.3. HMI [20] ......................................................................................................................................... 44
8.4. DATE AND TIME SETTING ........................................................................................................... 48
8.5. SETTING OF THE DISPLAY INDICATIONS IN THE MONITORING MODE .............................. 48
8.6. IMCOMPATIBILITY BETEWEEN PARAMETERS ....................................................................... 51
8.7. CHANGED PARAMETERS [03] .................................................................................................... 51
9. BACKUP PARAMETERS [04] ........................................................... 52
10. I/O CONFIGURATION [05] ............................................................. 56
10.1. LOCAL/REMOTE CONFIGURATION [21] ................................................................................... 56
10.2. ANALOG INPUTS [23] .................................................................................................................. 58
10.3. ANALOG OUTPUTS [24] .............................................................................................................. 60
10.4. DIGITAL INPUTS [25] ................................................................................................................... 62
10.5. DIGITAL OUTPUTS [26] ............................................................................................................... 65
11. CONTROL TYPE [22] ...................................................................... 68
12. SSW DATA [27] ............................................................................... 81
13. MOTOR DATA [28] .......................................................................... 84
14. SPECIAL FUNCTIONS .................................................................... 86
14.1. ORIENTED START-UP [02] .......................................................................................................... 86
14.2. TEST MODE [09] ........................................................................................................................... 87
14.3. SAFE SECTIONG [10] ................................................................................................................... 88
14.4. BRAKING [29] ............................................................................................................................... 89
14.5. JOG [30] ......................................................................................................................................... 92
14.6. KICK START [31] .......................................................................................................................... 94
15. PROTECTIONS [32] ........................................................................ 96
15.1. VOLTAGE PROTECTIONS [110] .................................................................................................. 96
15.2. CURRENT PROTECTIONS [111] ................................................................................................. 98
Contents .
6 | SSW7000
15.3. GROUND FAULT PROTECTIONS [112] ................................................................................... 102
15.4. PHASE SEQUENCE [113] .......................................................................................................... 103
15.5. MOTOR THERMAL PROTECTION [114] .................................................................................. 104
15.6. MOTOR THERMAL CLASS PROTECTION [115] ..................................................................... 107
15.7. TORQUE PROTECTIONS [116] ................................................................................................. 116
15.8. POWER PROTECTIONS [117] ................................................................................................... 118
15.9. TIMER PROTECTIONS [118] ..................................................................................................... 119
16. READ ONLY PARAMETERS [08] ................................................. 122
16.1. READ ONLY PARAMETERS ...................................................................................................... 122
16.2. FAULT HISTORY [06] ................................................................................................................. 129
16.3. DIAGNOSTICS [07] .................................................................................................................... 133
17. COMMUNICATION [33] ................................................................ 139
17.1. RS-232 AND RS-485 SERIAL INTERFACE [131] ..................................................................... 139
17.2. ANYBUS-CC INTERFACE [132] ................................................................................................ 139
17.3. COMMUNICATION STATUS AND COMMANDS [130] ............................................................ 140
17.4. LOCAL/REMOTE CONFIGURATION [133] .............................................................................. 140
18. SOFTPLC [34] ................................................................................ 141
19. TRACE FUNCTION [35] ................................................................ 142
20. PROGRAMMING INFORMATION AND SUGGESTIONS ........... 147
20.1. APPLICATIONS AND PROGRAMMING ................................................................................... 147
20.2. STARTING WITH VOLTAGE RAMP + CURRENT LIMIT (P0202 = 0) ...................................... 149
20.3. STARTING WITH CURRENT LIMIT (P0202 = 1) ....................................................................... 149
20.4. STARTING WITH CURRENT RAMP AND HIGHER INITIAL VALUE (P0202 = 4) ................... 150
20.5. STARTING WITH CURRENT RAMP AND LOWER INITIAL VALUE (P0202 = 4) .................... 152
20.6. STARTING WITH PUMP CONTROL (P0202 = 2) ...................................................................... 152
20.6.1. Constant Torque Loads (P0202 = 3 and P0120 = 1 point) ........................................... 154
20.6.2. Loads with Higher Initial Torque (P0202 = 3 and P0120 = 3 points) ............................. 154
20.6.3. Constant Torque Loads with S Speed Curve (P0202 = 3 and P0120 = 3 points) .......... 155
20.6.4. Quadratic Torque Loads with S Speed Curve (P0202 = 3 and P0120 = 2 points) ......... 155
20.6.5. Quadratic Torque Loads with Linear Speed Curve (P0202 = 3 and P0120 = 3 points) .. 156
20.6.6. Quadratic Loads with Higher Initial Torque (P0202 = 3 and P0120 = 3 points) ............. 156
20.6.7. Hydraulic Pump Type Loads (P0202 = 3) .................................................................... 157
20.7. UNDER- AND OVER- PROTECTIONS ...................................................................................... 160
20.7.1. Undervoltage and Overvoltage Protections .................................................................. 160
20.7.2. Underload Protection .................................................................................................. 160
20.7.3. Overload Protection .................................................................................................... 161
Index .
SSW7000 | 7
FIGURE INDEX
Figure 6.1: SSW simplified block diagram .......................................................................................................... 41
Figure 7.1: HMI keys .......................................................................................................................................... 42
Figure 8.1: Sequence for parameter modification permission through P0000 .................................................... 44
Figure 8.2: Date and time setting ....................................................................................................................... 48
Figure 8.3: Monitoring mode screen with the factory settings ............................................................................ 49
Figure 8.4: Monitoring mode screen with bar graphs ......................................................................................... 49
Figure 8.5: Configuration of bar graph mode monitoring .................................................................................... 50
Figure 8.6: Example of a monitoring mode screen with P0205 programmed for bigger characters .................... 50
Figure 9.1: Parameter transfer ........................................................................................................................... 52
Figure 9.2: Parameter copy from “SSW A” to “SSW B” ..................................................................................... 55
Figure 10.1: Motor rotation direction change via contactors .............................................................................. 57
Figure 10.2: Motor rotation direction change only with JOG .............................................................................. 57
Figure 10.3: Analog input block diagram ........................................................................................................... 59
Figure 10.4: Analog output block diagram ......................................................................................................... 61
Figure 10.5: Details on the Load User 1/2 function operation ............................................................................ 64
Figure 11.1: Programming sequence of the control types .................................................................................. 71
Figure 11.2: Initial Voltage .................................................................................................................................. 72
Figure 11.3: Acceleration ramp by Voltage Ramp .............................................................................................. 73
Figure 11.4: Acceleration ramp by Current Limit ................................................................................................ 73
Figure 11.5: Deceleration ramp by voltage ......................................................................................................... 74
Figure 11.6: Current Limit .................................................................................................................................. 75
Figure 11.7: Starting with current ramp and lower initial value ............................................................................ 76
Figure 11.8: Starting with current ramp and higher initial value .......................................................................... 76
Figure 11.9: Available starting torque profiles ..................................................................................................... 77
Figure 11.10: Available stopping torque profiles................................................................................................. 79
Figure 11.11: Start and Stop by Pump Control .................................................................................................. 80
Figure 14.1: Oriented start-up programming sequence ..................................................................................... 86
Figure 14.2: Braking torque ............................................................................................................................... 89
Figure 14.3: Reverse braking ............................................................................................................................. 90
Figure 14.4: Optimal braking.............................................................................................................................. 90
Figure 14.5: DC braking ..................................................................................................................................... 91
Figure 14.6: Starting torque pulse - kick start - settings ..................................................................................... 95
Figure 15.1: Over- and Undervoltage trip levels ................................................................................................. 97
Figure 15.2: Over- and Undercurrent trip levels ............................................................................................... 100
Figure 15.3: Ground fault detection by current ................................................................................................. 103
Figure 15.4: Ground fault detection by voltage ................................................................................................ 103
Figure 15.5: Motor Thermal Class Protection programming sequence ............................................................. 109
Figure 15.6: Standard motor thermal classes .................................................................................................. 112
Figure 15.7: Motor temperature regions within the insulation class .................................................................. 113
Figure 15.8: Motor heating .............................................................................................................................. 114
Figure 15.9: Motor heating constant for the nominal current ............................................................................ 115
Figure 15.10: Deenergized motor cooling constant .......................................................................................... 116
Figure 15.11: Motor thermal memory reset ...................................................................................................... 116
Figure 15.12: Over- and Undertorque trip levels .............................................................................................. 118
Figure 15.13: Operation via HMI ...................................................................................................................... 120
Figure 15.14: Operation via three-wire digital inputs (DI1 and DI2) ................................................................... 120
Figure 15.15: Operation via digital input (DI1) ................................................................................................... 121
Figure 18.1: Example of a SoftPLC applicative in the WLP programming software .......................................... 141
Figure 20.1: Torque and current characteristic curves of a direct on line start and of a Voltage Ramp start ..... 147
Figure 20.2: Torque and current characteristic curves of a Current Limit start and of a Torque Control start ... 147
Figure 20.3: Starting with voltage ramp ........................................................................................................... 149
Figure 20.4: Starting with current limit .............................................................................................................. 150
Figure 20.5: Starting with current ramp and higher initial value ........................................................................ 150
Figure 20.6: Starting with current ramp and lower initial value .......................................................................... 152
Figure 20.7: Centrifugal hydraulic pump rotation direction ............................................................................... 153
Figure 20.8: Manometer showing the pressure increase .................................................................................. 153
Figure 20.9: Manometer showing the pressure drop........................................................................................ 153
Figure 20.10: Starting with pump control ......................................................................................................... 154
Index .
8 | SSW7000
Figure 20.11: Starting with constant torque control - 1 point .......................................................................... 154
Figure 20.12: Starting with quadratic torque control, 3 points, higher initial load ............................................. 155
Figure 20.13: Starting with quadratic torque control, 3 points, constant load .................................................. 155
Figure 20.14: Starting with linear torque control, 2 points, quadratic load ....................................................... 156
Figure 20.15: Starting with quadratic torque control, 3 points, quadratic load ................................................. 156
Figure 20.16: Starting with quadratic torque control, 3 points, quadratic load with higher initial torque ........... 157
Figure 20.17: Manometer showing pressure rise with linear torque ................................................................. 157
Figure 20.18: Manometer showing pressure rise with quadratic torque .......................................................... 158
Figure 20.19: Hydraulic pump stopping with constant torque, 1 point ............................................................ 158
Figure 20.20: Hydraulic pump stopping with linear torque, 2 points ................................................................ 159
Figure 20.21: Hydraulic pump stopping with quadratic torque, 3 points ......................................................... 159
Figure 20.22: Manometer showing pressure fall with torque control ................................................................ 159
Index .
SSW7000 | 9
TABLE INDEX
Table 8.1: SSW parameter groups structure ...................................................................................................... 43
Table 8.2: P0200 options .................................................................................................................................. 46
Table 9.1: P0204 options .................................................................................................................................. 52
Table 9.2: P0318 options .................................................................................................................................. 53
Table 9.3: P0319 options .................................................................................................................................. 54
Table 10.1: DIP Switches related to the analog inputs ....................................................................................... 60
Table 10.2: Configuration of the analog input signals ......................................................................................... 60
Table 10.3: - Full scale ....................................................................................................................................... 61
Table 10.4: DIP Switches related to the analog outputs ..................................................................................... 62
Table 10.5: Configuration of the analog output signals ...................................................................................... 62
Table 10.6: Digital input status ........................................................................................................................... 63
Table 10.7: Digital output status ........................................................................................................................ 65
Table 11.1: Available deceleration methods as a function of the starting technique ........................................... 70
Table 11.2: P0121 function according to P0120................................................................................................ 77
Table 11.3: P0122 function according to P0120................................................................................................ 78
Table 11.4: P0123 function according to P0120................................................................................................ 78
Table 11.5: P0124 function according to P0120................................................................................................ 78
Table 11.6: P0126 function according to P0125................................................................................................ 79
Table 11.7: P0127 function according to P0125................................................................................................ 80
Table 11.8: P0128 function according to P0125................................................................................................ 80
Table 12.1: SSW accessory identification code ................................................................................................. 82
Table 12.2: Formation of the two first codes for P0028 ..................................................................................... 82
Table 12.3: Module types .................................................................................................................................. 82
Table 14.1: Jog and motor rotation direction ..................................................................................................... 93
Table 15.1: Ground fault protection tripping mode .......................................................................................... 102
Table 16.1: SSW status description ................................................................................................................. 123
Table 19.1: Full scale of the variables selectable as trigger .............................................................................. 142
Table 19.2: Description of P0552 options ........................................................................................................ 143
Table 20.1: Typical staring torque characteristic curves of some loads, with suggested control types ............. 148
Quick Parameter Reference .
10 | SSW7000
1. QUICK PARAMETER REFERENCE
Software: V1.6X
Application:
Model:
Serial number:
Responsible:
Date: / /
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
P0000
Access to Parameters
0 to 9999
0
20
P0001
SSW Current
0.0 to 999.9 %
ro
08
P0002
Motor Current (%)
0.0 to 999.9 %
ro
08
P0003
Motor Current (A)
0.0 to 6553.5 A
ro
08
P0004
Main Line Voltage
0 to 65535 V
ro
08
P0005
Main Line Frequency
0.0 to 99.9 Hz
ro
08
P0006
SSW Status
0 = Ready
ro
08
123
1 = Initial Test
2 = Fault
3 = Ramp Up
4 = Full Voltage
5 = Bypass
6 = Not Used
7 = Ramp Down
8 = Braking
9 = FWD/REV
10 = Jog
11 = Delay P831
12 = General Disab.
13 = Configuration
14 = Direct on Line D.O.L.
P0007
Output Voltage
0 to 65535 V
ro
08
P0008
Power Factor
0.00 to 1.00
ro
08
P0009
Motor Torque
0.0 to 999.9 %
ro
08
P0010
Output Power
0 to 65535 kW
ro
08
P0011
Output Apparent Power
0 to 65535 kVA
ro
08
P0012
DI6 to DI1 Status
0000h to 003Fh
ro
08, 25
P0013
DO3 to DO1 Status
0000h to 0007h
ro
08, 26
P0014
AO1 Value
0.00 to 100.00 %
ro
08, 24
P0015
AO2 Value
0.00 to 100.00 %
ro
08, 24
P0018
AI1 Value
-100.00 to 100.00 %
ro
08, 23
P0019
AI2 Value
-100.00 to 100.00 %
ro
08, 23
P0020
Present Fault
0 to 999
ro
08
P0021
Present Alarm
0 to 999
ro
08
P0023
C1 Software Version
0.00 to 655.35
ro
08, 27
P0027
Accessories Config. 1
0000h to FFFFh
ro
08, 27
P0028
Accessories Config. 2
0000h to FFFFh
ro
08, 27
P0029
Phase Sequence
0 = Invalid
ro
08
126
1 = RST / 123
2 = RTS / 132
P0030
R Phase Current
0.0 to 6553.5 A
ro
08
P0031
S Phase Current
0.0 to 6553.5 A
ro
08
P0032
T Phase Current
0.0 to 6553.5 A
ro
08
P0033
R-S Main Line Voltage
0 to 65535 V
ro
08
Quick Parameter Reference .
SSW7000 | 11
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
P0034
S-T Main Line Voltage
0 to 65535 V
ro
08
127
P0035
T-R Main Line Voltage
0 to 65535 V
ro
08
127
P0042
Powered Time
0 to 65535 h
ro
07, 08
133
P0043
Enabled Time
0.0 to 6553.5 h
ro
07, 08
133
P0044
kWh Counter
0 to 999 kWh
ro
07, 08
134
P0045 MWh Counter 0 to 65535 MWh ro 07, 08 134
P0046
Enabled Fan Time
0 to 65535 h
ro
07, 08
134
P0047
Maximum Start Curre.
0.0 to 6553.5 A
ro
07, 08
134
P0048
Average Start Curre.
0.0 to 6553.5 A
ro
07, 08
135
P0049
Real Start Time
0 to 999 s
ro
07, 08
135
P0050
Thermal Class Status
0.0 to 100.0 %
ro
07, 08
127
P0053
Max.Curr.Full Voltage
0.0 to 6553.5 A
ro
07, 08
135
P0054
Max. Voltage Motor ON
0 to 65535 V
ro
07, 08
135
P0055
Min. Voltage Motor ON
0 to 65535 V
ro
07, 08
136
P0056
Max.Frequenc.Motor ON
0.0 to 99.9 Hz
ro
07, 08
136
P0057
Min.Frequenc.Motor ON
0.0 to 99.9 Hz
ro
07, 08
136
P0058
Máx. Number Start/h
0 to 32 ph
ro
07, 08
136
P0059
Total Number Start
0 to 65535
ro
07, 08
137
P0060
R-U SCRs Temperature
-22 to 100 °C
ro
08
128
P0061
S-V SCRs Temperature
-22 to 100 °C
ro
08
128
P0062
T-W SCRs Temperature
-22 to 100 °C
ro
08
128
P0063
Ch1 Motor Temperature
-20 to 260 °C
ro
08
128
P0064
Ch2 Motor Temperature
-20 to 260 °C
ro
08
128
P0065
Ch3 Motor Temperature
-20 to 260 °C
ro
08
128
P0066
Ch4 Motor Temperature
-20 to 260 °C
ro
08
128
P0067
Ch5 Motor Temperature
-20 to 260 °C
ro
08
128
P0068
Ch6 Motor Temperature
-20 to 260 °C
ro
08
128
P0069
Ch7 Motor Temperature
-20 to 260 °C
ro
08
128
P0070
Ch8 Motor Temperature
-20 to 260 °C
ro
08
128
P0071
Ground Fault Current
0.00 to 9.99 A
ro
08
128
P0072
Ground Fault Voltage
0 to 65535 V
ro
08
129
P0073
Control 1 Voltage
0 to 999 V
ro
08
129
P0074
Control 2 Voltage
0.0 to 99.9 Vcc
ro
08
129
P0077
R-U SCRs Max. Temp.
-22 to 100 °C
ro
07, 08
137
P0078
S-V SCRs Max. Temp.
-22 to 100 °C
ro
07, 08
137
P0079
T-W SCRs Max. Temp.
-22 to 100 °C
ro
07, 08
137
P0080
Ch1 Motor Max. Temp.
-20 to 260 °C
ro
07, 08
137
P0081
Ch2 Motor Max. Temp.
-20 to 260 °C
ro
07, 08
137
P0082
Ch3 Motor Max. Temp.
-20 to 260 °C
ro
07, 08
137
P0083
Ch4 Motor Max. Temp.
-20 to 260 °C
ro
07, 08
137
P0084
Ch5 Motor Max. Temp.
-20 to 260 °C
ro
07, 08
137
P0085 Ch6 Motor Max. Temp. -20 to 260 °C ro 07, 08 137
P0086
Ch7 Motor Max. Temp.
-20 to 260 °C
ro
07, 08
137
P0087
Ch8 Motor Max. Temp.
-20 to 260 °C
ro
07, 08
137
P0099
C2 Software Version
0.00 to 655.35
ro
08, 27
81
P0101
Initial Start Voltage
35 to 90 %
40 %
22
72
P0102
Maximum Start Time
1 to 999 s
20 s
22
72
P0103
Step Down Volt. Stop
60 to 100 %
100 %
22
73
P0104
Stop Time
0 to 999 s
0 s
22
74
P0105
End Voltage Stop
35 to 55 %
35 %
22
74
P0106
Start End Detection
0 = Time (P0102)
1
22
74
1 = Automatic
P0110
Current Limit
150 to 600 %
300 %
22
75
Quick Parameter Reference .
12 | SSW7000
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
P0111
Initial Current Ramp
150 to 600 %
150 %
22
P0112
Current Ramp Time
1 to 99 %
20 %
22
P0120
Start Torque Chara.
1 = Constant
1
cfg
22
76
2 = Linear
3 = Square
P0121
Initial Start Torque
10 to 400 %
30 %
22
P0122
End Start Torque
10 to 400 %
110 %
22
P0123
Minimun Start Torque
10 to 400 %
27 %
22
P0124
Min.Start Torq. Time
1 to 99 %
20 %
22
P0125
Stop Torque Characte.
1 = Constant
1
cfg
22
78
2 = Linear
3 = Square
P0126
End Stop Torque
10 to 100 %
20 %
22
P0127
Minimum Stop Torque
10 to 100 %
50 %
22
P0128
Min. Stop Torque Time
1 to 99 %
50 %
22
P0130
Pump Control
0 to 0
0
cfg
P0193
Day of the Week
0 = Sunday
00
20
44
1 = Monday
2 = Tuesday
3 = Wednesday
4 = Thursday
5 = Friday
6 = Saturday
P0194
Day
01 to 31
01
20
P0195
Month
01 to 12
01
20
P0196
Year
00 to 99
06
20
P0197
Hour
00 to 23
00
20
P0198
Minutes
00 to 59
00
20
P0199
Seconds
00 to 59
00
20
P0200
Password
0 = Off
1
20
45
1 = On
2 = Change Pass.
P0201
Language
0 = Português
1
20
46
1 = English
2 = Español
3 = Deutsch
4 = Français
P0202
Types of Control
0 = Voltage Ramp + C. Lim.
0
cfg
22
68
1 = Current Limit
2 = Pump Control
3 = Torque Control
4 = Current Ramp
5 = Direct on Line D.O.L.
P0203
Fan Configuration
0 = Always Off
2
cfg
27
82
1 = Always On
2 = Controlled
P0204
Load/Save Parameters
0 = Not Used
0
cfg
04
52
1 = Not Used
2 = Not Used
3 = P0043..P0050=0
4 = P0053..P0058=0
5 = Ld.Default
6 = P0077..P0087=0
7 = Load User 1
Quick Parameter Reference .
SSW7000 | 13
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
8 = Load User 2
9 = Load User 3
10 = Save User 1
11 = Save User 2
12 = Save User 3
P0205 Read Parameter Sel. 1 0 = Not selected 2 20 46
1 = SSW Current #
2 = Motor Curr.% #
3 = Motor Curr.A #
4 = Line Voltage #
5 = Output Volt. #
6 = Power Factor #
7 = Motor Torque #
8 = Output Power #
9 = ReactivePower#
10 = R Phase Curr.#
11 = S Phase Curr.#
12 = T Phase Curr.#
13 = RS Line Volt.#
14 = ST Line Volt.#
15 = TR Line Volt.#
16 = RU SCR Temper.#
17 = SV SCR Temper.#
18 = TW SCR Temper.#
19 = Ch1 Mot.Tempe.#
20 = Ch2 Mot.Tempe.#
21 = Ch3 Mot.Tempe.#
22 = Ch4 Mot.Tempe.#
23 = Ch5 Mot.Tempe.#
24 = Ch6 Mot.Tempe.#
25 = Ch7 Mot.Tempe.#
26 = Ch8 Mot.Tempe.#
27 = Ther.Clas.Sta#
28 = SSW Current -
29 = Motor Curr.% -
30 = Motor Curr.A -
31 = Line Voltage -
32 = Output Volt. -
33 = Power Factor -
34 = Motor Torque -
35 = Output Power -
36 = ReactivePower-
37 = R Phase Curr.-
38 = S Phase Curr.-
39 = T Phase Curr.-
40 = RS Line Volt.-
41 = ST Line Volt.-
42 = TR Line Volt.-
43 = RU SCR Temper.-
44 = SV SCR Temper.-
45 = TW SCR Temper.-
46 = Ch1 Mot.Tempe.-
47 = Ch2 Mot.Tempe.-
Quick Parameter Reference .
14 | SSW7000
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
48 = Ch3 Mot.Tempe.-
49 = Ch4 Mot.Tempe.-
50 = Ch5 Mot.Tempe.-
51 = Ch6 Mot.Tempe.-
52 = Ch7 Mot.Tempe.-
53 = Ch8 Mot.Tempe.-
54 = Ther.Clas.Sta-
P0206
Read Parameter Sel. 2
See options in P0205
4
20
P0207
Read Parameter Sel. 3
See options in P0205
5
20
P0208
Auto-Reset Time
0 to 600 s
0 s
118
P0213
Read Par.1 Full Scale
0.0 to 600.0 %
100.0 %
cfg
20
P0214
Read Par.2 Full Scale
0.0 to 600.0 %
100.0 %
cfg
20
P0215
Read Par.3 Full Scale
0.0 to 600.0 %
100.0 %
cfg
20
P0216
LCD Contrast
0 to 37
27
20
P0220
LOC/REM Mode Selection
0 = Always LOC
3
cfg
21
56
1 = Always REM
2 = HMI LR Key LOC
3 = HMI LR Key REM
4 = DIx
5 = Serial/USB LOC
6 = Serial/USB REM
7 = Anybus-CC LOC
8 = Anybus-CC REM
9 = SoftPLC LOC
10 = SoftPLC REM
P0228
FWD/REV Selection
0 = Inactive
0
21, 30
56
1 = By Contactor
2 = Only for JOG
P0229
LOC Command Selection
0 = I,O Keys
0
cfg
21
57
1 = DIx
2 = Serial/USB
3 = Anybus-CC
4 = SoftPLC
P0230
REM Command Selection
0 = I,O Keys
1
cfg
21
57
1 = DIx
2 = Serial/USB
3 = Anybus-CC
4 = SoftPLC
P0231
AI1 Signal Function
0 = Not Used
0
cfg
23
P0232
AI1 Gain
0.000 to 9.999
1.000
23
P0233
AI1 Signal Type
0 = 0 to 10V/20mA
0
cfg
23
59
1 = 4 to 20 mA
2 = 10V/20mA to 0
3 = 20 to 4 mA
P0234
AI1 Offset
-100.00 to 100.00 %
0.00 %
23
P0235
AI1 Filter
0.00 to 16.00 s
0.00 s
23
P0236
AI2 Signal Function
0 = Not Used
0
cfg
23
P0237
AI2 Gain
0.000 to 9.999
1.000
23
P0238
AI2 Signal Type
0 = 0 to 10V/20mA
0
cfg
23
59
1 = 4 to 20 mA
2 = 10V/20mA to 0
3 = 20 to 4 mA
4 = -10 to +10V
Quick Parameter Reference .
SSW7000 | 15
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
P0239
AI2 Offset
-100.00 to 100.00 %
0.00 %
23
58
P0240
AI2 Filter
0.00 to 16.00 s
0.00 s
23
59
P0251
AO1 Function
0 = Not Used
0
24
60
1 = SSW Current %
2 = Line Voltage
3 = Output Voltage
4 = Power Factor
5 = Ther.Clas.Pro.
6 = Output Power W
7 = Output Power VA
8 = Motor Torque %
9 = P0696 Value
10 = P0697 Value
11 = R-U SCRs Temp.
12 = S-V SCRs Temp.
13 = T-W SCRs Temp.
14 = SoftPLC
P0252
AO1 Gain
0.000 to 9.999
1.000
24
61
P0253
AO1 Signal Type
0 = 0 to 10V/20mA
0
cfg
24
62
1 = 4 to 20 mA
2 = 10V/20mA to 0
3 = 20 to 4 mA
P0254
AO2 Function
See options in P0251
0
24
60
P0255
AO2 Gain
0.000 to 9.999
1.000
24
61
P0256
AO2 Signal Type
0 = 0 to 10V/20mA
0
cfg
24
62
1 = 4 to 20 mA
2 = 10V/20mA to 0
3 = 20 to 4 mA
P0263
DI1 Function
0 = Not Used
2
cfg
25
63
1 = Start/Stop
2 = Start(3 Wires)
3 = Stop (3 Wires)
4 = General Enable
5 = FWD/REV
6 = LOC/REM
7 = No Ext. Fault
8 = JOG
9 = Brake Off
10 = Reset
11 = No Ext. Alarm
12 = Load User 1/2
13 = Load User 3
14 = Trace Function
15 = Fuse Ok
16 = Blocking PFC
P0264 DI2 Function See options in P0263 3 cfg 25 63
P0265
DI3 Function
See options in P0263
0
cfg
25
63
P0266
DI4 Function
See options in P0263
0
cfg
25
63
P0267
DI5 Function
See options in P0263
0
cfg
25
63
P0268
DI6 Function
See options in P0263
0
cfg
25
63
P0275
DO1 Function
0 = Not Used
1
cfg
26
65
1 = Running
2 = Full Voltage
3 = Bypass
Quick Parameter Reference .
16 | SSW7000
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
4 = Foward
5 = DC Braking
6 = Without Fault
7 = With Fault
8 = Without Alarm
9 = With Alarm
10 = No Fault/Alarm
11 = SoftPLC
12 = P0695 Content
13 = Not Used
14 = Control PFC
15 = Blocking PFC
P0276
DO2 Function
0 = Not Used
3
cfg
26
66
1 = Running
2 = Full Voltage
3 = Bypass
4 = Reverse
5 = DC Braking
6 = Without Fault
7 = With Fault
8 = Without Alarm
9 = With Alarm
10 = No Fault/Alarm
11 = SoftPLC
12 = P0695 Content
13 = Not Used
14 = Control PFC
15 = Blocking PFC
P0277
DO3 Function
0 = Not Used
7
cfg
26
66
1 = Running
2 = Full Voltage
3 = Bypass
4 = Not Used
5 = DC Braking
6 = Without Fault
7 = With Fault
8 = Without Alarm
9 = With Alarm
10 = No Fault/Alarm
11 = SoftPLC
12 = P0695 Content
13 = Arc Detection
14 = Control PFC
15 = Blocking PFC
P0280
PFC Discharge Time
60 to 600 s
300 s
cfg
67
P0295
Nominal SSW Current
0 = 10 A
1
cfg
27
83
1 = 70 A SSW7000C
2 = 70 A SSW7000
3 = 125 A SSW7000C
4 = 180 A SSW7000
5 = 250 A SSW7000C
6 = 300 A SSW7000
7 = 359 A SSW7000C
Quick Parameter Reference .
SSW7000 | 17
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
8 = 360 A SSW7000
9 = Reserved
10 = 400 A SSW7000
11 = Reserved
12 = 500 A SSW7000
13 = Reserved
14 = 600 A SSW7000
P0296
Nominal SSW Voltage
0 = 220/500 V
0
cfg
27
83
1 = 2300 V
2 = 4160 V
3 = 6900 V
4 = 13800 V
P0308
SSW Serial Address
1 to 247
1
cfg
139
P0310
Serial Baud Rate
0 = 9600 bits/s
0
cfg
139
1 = 19200 bits/s
2 = 38400 bits/s
3 = 57600 bits/s
P0311
Serial Bytes Config.
0 = 8 bits, no, 1
3
cfg
139
1 = 8 bits, even,1
2 = 8 bits, odd, 1
3 = 8 bits, no, 2
4 = 8 bits, even,2
5 = 8 bits, odd, 2
P0313
Comm. Error Action
0 = Off
0
140
1 = Ramp Stop
2 = General Disab.
3 = Goes to LOC
4 = Off
5 = Causes Fault
P0314
Serial Com. Watchdog
0.0 to 999.0 s
0.0 s
cfg
139
P0316
Serial Interf. Status
0 = Off
ro
08
139
1 = On
2 = Watchdog Error
P0317
Oriented Start-up
0 = No
0
cfg
02
86
1 = Yes
P0318
Copy Function MemCard
0 = Off
0
cfg
04
53
1 = SSW -> MemCard
2 = MemCard -> SSW
P0319
Copy Function HMI
0 = Off
0
cfg
04, 20
54
1 = SSW -> HMI
2 = HMI -> SSW
P0320
Test Mode
0 = No
0
cfg
09
87
1 = Yes
P0321
Test Mode Sequence
0 = Not Used
0
cfg
87
1 = R_U SCR On
2 = S_V SCR On
3 = T_W SCR On
4 = Fan On
5 = Bypass C. On
6 = Main C. On
7 = R_U CT Test
8 = S_V CT Test
9 = T_W CT Test
P0330
Safe Sectioning
0 = No
0
cfg
10
88
Quick Parameter Reference .
18 | SSW7000
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
1 = Yes
P0331
Safe Sectioning Sequence
0 = Power Off?
0
ro
10
1 = Main Contactor On
2 = Bypass Contactor On
3 = Bypass Contactor Off
4 = Main Contactor Off
5 = End
P0400
Nominal Motor Voltage
0 to 13800 V
3300 V
cfg
22, 28
P0401
Nominal Motor Current
0.0 to 1200.0 A
100.0 A
cfg
22, 28
P0402
Nominal Motor Speed
0 to 3600 rpm
1780 rpm
cfg
22, 28
P0404
Nominal Motor Power
1 to 9999 kW
570 kW
cfg
22, 28
P0405
Nomi. Mot. Power Fac.
0.00 to 1.00
0.89
cfg
22, 28
P0500
Braking Methods
0 = Inactive
0
cfg
29
89
1 = Reverse Braki.
2 = Optimal Braki.
3 = DC Braking
P0501
Braking Time
1 to 299 s
10 s
cfg
29
P0502
Braking Voltage Level
30 to 70 %
30 %
29
P0503
Braking End Detection
0 = Inactive
0
cfg
29
92
1 = Automatic
P0510
JOG
0 = Inactive
0
cfg
30
93
1 = Active
P0511
Jog Level
10 to 100 %
30 %
30
P0520
Kick Start
0 = Inactive
0
cfg
31
94
1 = Active
P0521
Kick Start Time
0.1 to 2.0 s
0.1 s
31
P0522
Kick Start Voltage
70 to 90 %
70 %
31
P0523
Kick Start Current
300 to 700 %
500 %
31
P0550
Trace Trigger Signal
0 = Inactive
0
35
142
1 = SSW Current %
2 = Line Voltage
3 = Output Voltage
4 = Power Factor
5 = Ther.Clas.Pro.
6 = Output Power W
7 = React.Power VA
8 = Motor Torque %
P0551
Trigger Level
0.0 to 600.0 %
0.0 %
35
P0552
Trigger Condition
0 = P0550* = P0551
5
35
143
1 = P0550* <>P0551
2 = P0550* > P0551
3 = P0550* < P0551
4 = Alarm
5 = Fault
6 = DIx
P0553
Trace Sampling Period
1 to 1300
1
35
P0554
Trace Pre-Trigger
0 to 100 %
0 %
35
P0559
Trace Max. Memory
0 to 100 %
0 %
35
P0560
Trace Avail. Memory
0 to 100 %
ro
08, 35
P0561
Trace Channel 1 (CH1)
See options in P0550
1
35
P0562
Trace Channel 2 (CH2)
See options in P0550
2
35
P0563
Trace Channel 3 (CH3)
See options in P0550
3
35
P0564
Trace Channel 4 (CH4)
See options in P0550
0
35
Quick Parameter Reference .
SSW7000 | 19
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
P0571
Start Trace Function
0 = Inactive
0
35
145
1 = Active
P0572
Trace Trig. Day/Month
00/00 to 31/12
ro
08, 35
145
P0573
Trace Trigger Year
00 to 99
ro
08, 35
145
P0574
Trace Trigger Time
00:00 to 23:59
ro
08, 35
146
P0575 Trace Trigger Seconds 00 to 59 ro 08, 35 146
P0576
Trace Function Status
0 = Inactive
ro
08, 35
146
1 = Waiting
2 = Triggered
3 = Concluded
P0680
SSW Status Word
Bit 0 = Running
ro
08
140
Bit 1 = Gener. Enabled
Bit 2 = JOG
Bit 3 = Ramp Up
Bit 4 = Delay P831
Bit 5 = Full Voltage
Bit 6 = Alarm
Bit 7 = Ramp Down
Bit 8 = Remote
Bit 9 = Braking
Bit 10 = FWD/REV
Bit 11 = Reverse
Bit 12 = Bypass
Bit 13 = Config. Mode
Bit 14 = Power Supply
Bit 15 = Fault
P0682
Serial/USB Control
Bit 0 = Run/Stop
ro
08
139
Bit 1 = Gener. Enabled
Bit 2 = JOG
Bit 3 = FWD/REV
Bit 4 = LOC/REM
Bit 5...6 = Reserved
Bit 7 = Reset
Bit 8....15 = Reserved
P0686
Anybus-CC Control
See options in P0682
ro
08
139
P0692
Config. Mode Status
Bit 0 = Orie. Start-Up
ro
08
140
Bit 1 = C1-C2 WaitCom.
Bit 2 = Test Mode
Bit 3 = Copy Mem.Card
Bit 4 = Copy HMI
Bit 5 = Copy Firmware
Bit 6 = Reset Needs
Bit 7 = Types Control
Bit 8 = Incompatible
Bit 9 = Safe Sectioning
Bit 10 ....15 = Reserved
P0693
Config. Mode Control
Bit 0 = Abort Startup
ro
08
140
Bit 1 = Reserved
Bit 2 = Abort T. Mode
Bit 3 = Abort Safe Sectioning
Bit 4 ....6 = Reserved
Bit 7 = Abort Control
Bit 8....15 = Reserved
P0695
DOx Value
0000h to FFFFh
ro
08
140
Quick Parameter Reference .
20 | SSW7000
Param. Function Adjustable Range
Factory
Setting
User
Setting
Propr. Groups Page
P0696
AOx Value 1
-32768 to 32767
ro
08
P0697
AOx Value 2
-32768 to 32767
ro
08
P0723
Anybus Identification
0 = Disabled
ro
08
139
1 = RS232
2 = RS422
3 = USB
4 = Serial Server
5 = Bluetooth
6 = Zigbee
7 = Reserved
8 = Reserved
9 = Reserved
10 = RS485
11 = Reserved
12 = Reserved
13 = Reserved
14 = Reserved
15 = Reserved
16 = Profibus DP
17 = DeviceNet
18 = CANopen
19 = EtherNet/IP
20 = CC-Link
21 = Modbus-TCP
22 = Modbus-RTU
23 = Profinet IO
24 = Reserved
25 = Reserved
P0724
Anybus Comm. Status
0 = Disabled
ro
08
139
1 = Not Supported
2 = Access Error
3 = Offline
4 = Online
P0725
Anybus Address
0 to 255
0
cfg
P0726
Anybus Baud Rate
0 to 3
0
cfg
P0728
Anybus Read Word #2
0 to 1059
0
cfg
P0729
Anybus Read Word #3
0 to 1059
0
cfg
P0730
Anybus Read Word #4
0 to 1059
0
cfg
P0731
Anybus Read Word #5
0 to 1059
0
cfg
P0732
Anybus Read Word #6
0 to 1059
0
cfg
P0733
Anybus Read Word #7
0 to 1059
0
cfg
P0734
Anybus Read Word #8
0 to 1059
0
cfg
P0735
Anybus Read Word #9
0 to 1059
0
cfg
P0736
Anybus Read Word #10
0 to 1059
0
cfg
P0737
Anybus Read Word #11
0 to 1059
0
cfg
P0738
Anybus Read Word #12
0 to 1059
0
cfg
P0739
Anybus Read Word #13
0 to 1059
0
cfg
P0740
Anybus Read Word #14
0 to 1059
0
cfg
P0741
Anybus Read Word #15
0 to 1059
0
cfg
P0742
Anybus Read Word #16
0 to 1059
0
cfg
P0743
Anybus Read Word #17
0 to 1059
0
cfg
P0744
Anybus Read Word #18
0 to 1059
0
cfg
P0745
Anybus Read Word #19
0 to 1059
0
cfg
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