Nov 2005-Softstarters manual in thai1-12complete · Softstarters Type PST/PSTB ก...

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Softstarters Type PST/PSTB ������ก���������� !"#$��% Manual 1SFC132003M0201, March 2003

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������ก���������� !"#$��% PST30(PSTB1050 1 +�,-./ �������������� !"ก� $%&$!'()*+,-.(��/�( Softstarters PST307PSTB1050 ��ก�� �*/:;< : 1SFC132003M0201 >%�>?� !'(:;< : 1 � !"� @(� !'(:;< : 1 A!�:;<>%�>? : 20 �;���� 2546 /.���*��D�;ก� ��*;<E�)�*(F&EG��$.�()D.(,�.: �" We reserve all rights to this document, even in the event that a patent is issued and a different commercial proprietary right is registered. Improper use, in particular reproduction and dissemination to third parties, is not permitted. This document has been carefully checked. If the user nevertheless detects any errors, he is kindly asked to notify us as soon as possible. The data contained in this manual is intended solely for the product description and is not to be deemed to be a statement of guaranteed properties. In the interests of our customers, we constantly seek to ensure that our products are developed to the latest technological standards. As a result, it is possible that there may be some differences between the Softstarter and this information product. :;<�E��V�.�/;E� : ABB Automatioin Technology Products AB, Control S-721 61 Vasteras Sweden Tel: +46 (0) 21 32 07 00 Fax: +46 (0) 21 60 01 http://www.abb.com/lowvoltage © ABB Automation Technology Products AB, Control

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Quickstart =++>, 2 Quickstart ��.� ก� �-�<��$�� (Connection) 9 ก� $!'(��� (Configuration) 10 ก� �$� ?:���$� ? 11

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2:1 ก��9#�,����� (Connection)

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6. $��A(D Start/Stop: Terminal 4, 5, 8, 9 )*+ 10 $��G&�+)ก � 7. $ AD��"��A� Main )*+ Supply voltage ,�.��&�*.�(ก!"�A������ `/�( Softstarter 8. �n�� Supply voltage 9. LED �;�/;EA$%& )*+ D� LCD D+/a'�&!( Figure 3

2:2 ก��������� (Configuration)

1. �/.�G�E!( Application Setting F&Eก&�@v�f.�E 2 � !'( )*.Aก&�*��ก Select &.AE�@v�f.�E 2. �*��ก-�%&/�(F�*&,�.����+��&.AEก� ก&�@v��*��ก/a'�*(

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3. ก& Store Set )*+ Next �>�<�:��$�� � �� Back �>�<�ก*!"G�E!(>� ��%�$� ?ก�����.�&.AEก� ก&�@v��*��กf.�E/A� 4. $!'(��� Ie &.AE�@v��*��ก:%x:�( In Line connected = Rated motor current

Inside Delta connected = 58% (1/√3) of Rated motor current 5. ก& Store )*+ Next �>�<�:��$�� � �� Back �>�<�ก*!"G�E!(>� ��%�$� ?ก�����.�&.AEก� ก&�@v��*��กf.�E/A� 6. $!'(��� Overload class &.AE�@v��*��ก/a'�*( 7. ก& Store )*+ Next �>�<�:��$�� � �� Back �>�<�ก*!"G�E!(>� ��%�$� ?ก�����.�&.AEก� ก&�@v��*��กf.�E/A� 8. `.�,-. By-Pass contactor r�E��ก ,�.$!'( Ext ByPass ���� Yes &.AE�@v��*��ก/a'�*( (�p>�+ @�� PST307300 �:���!'�) 9. ก& Store )*+ Next �>�<�:��$�� � �� Back �>�<�ก*!"G�E!(>� ��%�$� ?ก�����.�&.AEก� ก&�@v��*��กf.�E/A� 10. �*��ก Yes ���<�> .�� � �� Tune Set `.� Ramp times, Initial voltage, Current limit ����$.� $.�(ก� � !"��� &.AE�@v��*��กf.�E/A�

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3:1 ��2 !9�>2�R�2�-� PST Softstarter ���� Softstarter :;<,-. Microprocessor ��ก)""&.AE�:�F�F*E;*���@&���� !"ก� Soft Start )*+ Soft Stop ���� !"���$� ?)""ก (ก + �ก Softstarter �; Motor protection ��ก��E������$ o���E��)*.A Softstarter `�ก��ก)"",�.���� `,-.� ��G��,-. By-pass contactor กhG&. Eก�A.� @�� PSTB37071050 :;<D+�; By-pass contactor �E��,�$!A ,�ก d;p@ก�p%����� `D+�$� ?:���$� ?&.AEA%q; DOL G&.&.AE contactor �;' ( +A!(� �<�( rating) )�n�ก&/.�(��.�G&. !"ก� ��ก)"",�.,-.(��E D�)�&(V*-!&�D� ���� `�*��กr�c�G&.̀ a( 10 r�c� Softstarter ���� `�A"�@�G&.V��� 3 :�(&!(�;' - Hardware inputs control - Keypad control (local) - Fieldbus communication interface

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3:2 ST�ก7#�,% (Functions) PST Softstarter �;ก� �n�(ก!�$��(e A�:!'(gm(ก?-!<��$��� �A��V%&>*�&�ก��":@ก� +�r:���� `$ ADD!")*+)�&(V*G&. ก� �n�(ก!� ก� �$���)*+ก� )�&(V*ก� V%&>*�&�;&!(�;' Start/Stop functions

• Start ramp

• Stop ramp (soft stop)

• Initial voltage

• Step down voltage

• Current limit

• Kick Start

• Extended start range

• Extended stop range

• Sequence Start Protection functions

• Motor overload protection

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• Locked rotor protection

• Motor underload protection

• High current protection

• Phase imbalance protection

• Phase reversal protection

• SCR overload protection

• PTC input for motor protection Warning functions

• Warning high current

• Warning low current

• Warning motor overload

• Warning thyristor overload Fault Supervision functions

• Internal Softstarter faults

• Shorted SCR

• Non conducting SCR

• Open circuit motor side

• Over-temperature heat sink

• Phase loss

• Frequency out of range

• Fieldbus communication

• By-pass contactor

Other functions

• Jog

• Real time clock

• Event log

• Keypad password

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3:7 ��2 !9�>2�9^<�!

3:8 ;$��� +��9+�%�� 3:8.1 :!<AG�

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3:8.2 � +�r:/�( Softstarter

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3:8.3 �'����!ก

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=++>, 4 ก��������� (Mounting) ":�;'D+ก*��A`a(/!'�$��ก� !" Softstarter )*+ก� $%&$!'(:;<̀ �ก$.�(

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4:1.1 Intermediate storage �A �กh" Softstarter GA.,����" D@r!d�?D�กA��D+:��ก� $%&$!'(

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4:2.3 +E+���(D�กV�!($<���@& �>�<�,�. +"�E�A�� .��G&.&; Softstarter �A $%&$!'(,�)�A$!'( �>�<�,�.:�(�&%�/�(��ก�xG��`�กก!'� &!( Figure 2 $%&$!'( +E+���($�� Figure 3 )*+$� �(&.��*��(

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4:2.4 /��& Enclosure :;<�*hก�@& ,�ก� ,-.(��� +�r:$��(e Softstarter D+$%&$!'(�E��,� enclosure &.��*��(����/��& enclosure )*+ก��*!(/�(>!&*�:;<�*hก:;<�@&:;<)�+���,�)$�*+ @��

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ก��9#�,����� (Connection) =++>, 5 ก��9#�,����� (Connection) ��.� :!<AG� 28 ก� �-�<��$��:�(Gggn� 28 A(D �*!ก (Main circuit) 28 By-pass contactor r�E��ก Supply voltage )*+A(D �A"�@� 30 Supply Voltage, terminals 1 and 2 Earthing, terminal 3 Start and Stop, terminals 4, 5, 8, 9, 10, 11 Programmable inputs, terminals 6 and 7 Programmable output relay K4, terminals 12, 13 and 14 Programmable output relay K5, terminals 15, 16 and 17

Programmable output relay K6, terminals 18, 19 and 20 PTC input

ก� �-�<��$��ก� ��<��� (:�(�*��ก�>%<��$%�) 36 ก� ��<��� V��� Fieldbus 36

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=++>, 5 ก��9#�,����� (Connection) ":�;'D+ก*��A`a(ก� �-�<��$��:�(Gggn� A�:!'(ก� �-�<��$��ก!"�@�ก d?��<��� :;<D+$.�(:��ก���� %<�,-. Softstarter

5:1 +�,-./ ก� �&%���E)*+ก� �-�<��$��:!'(��&�A ,�.-��(Gggn�:;<����+������V�.ก +:�� A�G�`a(�E��r�E,$.��$$ o��ก� $%&$!'()*+/.�ก����&$��(e ���� !"ก� �-�<��$��:;< A&� hA &�"::;< 2 Quickstart

5:2 ก��9#�,�����+��.SSa� 5:2.1 A(D �*!ก (Main Circuit) Softstarter PST307PSTB1050 ���� `$��)"" �In Line� &� Figure 1 )*+ �Inside Delta� &� Figure 2

$����A� Line side �/.�ก!" terminals 1L1, 3L2, 5L3 $����A����$� ?�/.�ก!" terminals 2T1, 4T2, 6T3 "�&.�����$� ?

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�� �<�(���E"� Terminal D+`�ก>%�>?)�+GA.&.����.�

/��&/�(:� ?ก)*+/��&/�(��E���"%*&�D�ก Figure 5

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5:2.2 Supply voltage )*+A(D �A"�@� 5:2.2.1 Supply voltage, terminals 1 and 2 $���%A: !*)*+�g��/.�ก!" Terminal 1 )*+ 2

$ AD��"A��G&.$�� Supply voltage Us `�ก$.�(

5:2.2.2 Earthing, terminal 3 $����E���"%*�/.�ก!"D@&$��*(&%� ,ก*.ก!" Softstarter

��E���"%*�A D+�!'�,�.��ก:;<�@& D@&$��*(&%�:;<����+���A �E��,ก*.ก!" Softstarter ": Mounting plate &� Figure 7 Mounting Plate ��(กh�A $��*(&%�

���� !"D@&*(&%��;'G��,-.D@&*(&%�:;<���� !"ก� �n�(ก!� )$�����D@&*(&%�:;<,-.���� !":��gm(ก?-!<� )*+��E���"%**(&%��;'�A �!'�,�.��ก:;<�@&�:��:;<D+:��G&.

31

5:2.2.3 Start and Stop, terminals 4, 5, 8, 9, 10, 11 Internal control voltage Softstarter �A �; built-in holding circuit :;<G��$.�(ก� GgD�กr�E��ก ���� !"ก� �$� ?:)*+�E@& &� Figure 10 A(D $��� ก$%> .��ก!" ;�*E?-�AEกh���� `$%&$!'(G&. &� Figure 11

32

External control voltage `.�$.�(ก� Softstarter ���� `,-.ก!")�*�(D��EGgr�E��ก 24 V DC D�ก PLC � ���E��(��<�:;<������ก!� $����E���"%*$�� Figure 13 )*+ figure 14 /a'�ก!"A%q;:;<,-.�A"�@�

33

5:2.2.4 Programmable inputs, terminals 6 and 7

Softstarter �; 2 programmable inputs In0, default reset fault/overload In1, default reset fault/overload &�"::;< 7 ก� $!'(��� ���� !"ก� :��F� )ก � $����E���"%*$�� figure 17 � �� figure 18 /a'�ก!"A��,-.)�*�(D��Er�E,�� ��r�E��ก

34

5:2.2.5 Programmable output relay K4, terminals 12, 13 and 14 Output relay D+��(�!bb�d/a'�ก!"gm(ก?-!<�:;<�*��ก ���� ก$%: Run &�"::;< 7 ก� $!'(��� ���� !"ก� :��F� )ก � $�����"%*�/.�ก!" Terminal 12, 13 )*+ 14 5:2.2.6 Programmable output relay K5, terminals 15, 16 and 17 Output relay D+��(�!bb�d/a'�ก!"gm(ก?-!<�:;<�*��ก ���� ก$%: Top of ramp &�"::;< 7 ก� $!'(��� ���� !"ก� :��F� )ก � $�����"%*�/.�ก!" Terminal 15, 16 )*+ 17

35

5:2.2.7 Programmable output relay

K6, terminals 18, 19 and 20 Output relay D+��(�!bb�d/a'�ก!"gm(ก?-!<�:;<�*��ก ���� ก$%: Event &�"::;< 7 ก� $!'(��� ���� !"ก� :��F� )ก � $�����"%*�/.�ก!" terminal 18, 19 )*+ 20 5:2.2.8 PTC input

`.����$� ?`�ก�n�(ก!�&.AE PTC elements ��E���"%*�A $���/.�ก!" terminal /�( PTC &� figure 24 &�"::;< 7 ก� $!'(��� ���� !"ก� :��F� )ก �

36

5:3 ก��9#�,�����ก��3�,�3�� (+��9 ��ก9<�,�9���) 5:3.1 ก� ��<��� V��� Fieldbus �*!�กก� ��<��� /�( Fieldbus �A $���/.�ก!" communication interface "�&.����.�/�( PST &� figure 26 :��,�.)��,DA��$���*!�ก�/.� �̀ก$��)���()*+/!�,�.)���&.AE�ก � 0.8 Nm )*+ ¼ turn ���� !"ก� :��F� )ก �)*+/.���*��<�e &�"::;< 7 ก� $!'(��� )*+ "::;< 8 ก� ��<��� V��� Fieldbus (:�(�*��ก�>%<��$%�)

37

Human-Machine Interface (HMI) =++>, 6 Human-Machine Interface (HMI) ��.� �E*+��;E&F&E A� 38 � +�r:ก� ,-.(�� 38 ก� ��ก)"" 38 �!�V��� 40 ก� $!'( �!�V��� �!�V���V%& ก� *��ก)*+�*&*��ก)�n�ก& 40 F� (� .�(���� 41 �E*+��;E&F&E A� 41 +&!"��(�@& 42 ก� $!'(������� 42 ���� Local control 43 Start/Stop ���$� ? Jog DOL start ���� Event Log 45 �����`��+/�(/.���* 45 ����ก� $!'(��� events ,��� 45

38

=++>, 6 Human-Machine Interface (HMI) ":�;'D+ก*��A`a(ก� :��(��/�( Human-machine interface ()�n�ก&)*+D�)�&(V*)

6:1 ��2 !9�>2�R�2�-� 6:1.1 � +�r:ก� ,-.(�� Human-Machine interface ,-.(��G&.,��*�ED@&� +�(�?�-�� ก� :��F� )ก ����� !" Softstarter $!A�E��( ก� $!'(��� input & output ก� :��gm(ก?-!<��n�(ก!� +&!"ก� �$��� ก� ��<����V��� fieldbus ����$.� HMI E!(���� `,-.,�ก� ���%�$� ?��� ก� �A"�@�)"" local )*+�`��+/.���*/�( Softstarter

6:1.2 ก� ��ก)"" HMI � +ก�"&.AE

• LED )�&(�`��+

• D�)�&(V* LCD

• �@v�ก&�*��กf.�E/A�)*+"�*��( LED )�&(�`��+:��(��&!(�;'

)�n�>%�>?��ก)""F&E,-.>�'�o���&;EAก!�ก!"F: x!>:?���`��,��mDD@"!� D�)�&(V* LCD � +ก�"&.AE 2 )`A)$�*+)`A)�&(G&. 20 $!A�!กc ,�)`A"�D+)�&(/.���*$��(e/a'�ก!"�`��+/d+�!'� ,�)`A*��(D+

)�&(gm(ก?-!<�:;<���� `�*��กG&.,�/d+�!'� Scrolling Icon )�&(A�����>� ��%�$� ?� �������<�e ���� `��*;<E�G&. 0/R(ก���&�กST��U-� � ก$%D+�;:��(����กกA����a<(gm(ก?-!<� �-�� ก� �*��ก ก� ��*;<E�)*+ก� �กh"��� /a'�ก!"G&�+*h�ก:;<)�&( &�G&.D�ก /.��A��,�)`A*��(/�(D�)�&(V* LCD 0/R(ก���&�ก���)�� ,-.,�ก� �*��ก����

39

ก� :��(��/�()�n�ก&&�G&.D�ก$!A�E��(&.��*��( ก��9/ >,2%���ก�!�3<�ก��;����9���7 (Setting Ie ) 1.���� `��ก� $!'(��� ����q%"�E�!'�)*+��.�:�(ก� �*��กG&.D�ก"::;< 10 gm(ก?-!<� Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Setting Ie 2.,� Top level /�( Softstarter D+������ Figure 3 ก&�*��ก�@v�&.��f.�E�>�<��*��ก�/.����� D+)�&(V*������ Figure 4 3.ก&�*��ก�@v�f.�E�>�<��*��ก SETTINGS )�&(V*������ Figure 5 4.ก&�@v�*�กx -;'*(D�ก +:!<()�&(V*������ Figure 6 5.ก&�@v�f.�E�>�<��*��ก Functional settings )*+ก&�@v�f.�E�>�<��*��ก Start/Stop Figure 7 6.ก&�@v�f.�E�>�<��*��ก Change the Setting Ie Figure 8 D+)�&(V*������ Figure 9 7.,-.�@v��*��ก"�*��(,�ก� �*��กก +)�>%ก!& `.�$.�(ก� ��ก,�.�*��ก Cancel F&E,-.�@v�/A� � ��`.�$.�(ก� D!&�กh"���:;<�>%<($!'(,�.�*��ก Store &.AE�@v�f.�E )�&(V*&!( Figure 10 8.ก&�@v�/A� 4 � !'(�>�<�ก*!"G�E!( Top level

40

6:1.3 �!�V��� ก� *h�ก)�n�ก&�>�<�ก!�ก� )ก.G/� ����*;<E�)�*(���:;<ก����&GA. ���� `$!'( �!�V���GA.G&. ���<�)�n�ก&`�ก*h�ก ����:!'(��&���� `ก&�/.�G�&�G&.)$�G������ `��*;<E�)�*(���G&.

6:1.3.1 ก� $!'( �!�V��� �!�V���ก���$!'(D+���� 1 1 ก&�@v�*�กx -;'/a'���a<(� !'(�>�<��/.����>� ��%�$� ? Change Password 2 �*��ก Change Password &� Figure 11 3 $!'( �!�V���,��� (No or 17255) F&E,-.�@v��*��ก"�*��( �*��ก Store )*+ Next &� Figure 12 )*+ Figure 13 �*��ก Back �>�<�ก*!"G�E!( Top level 6:1.3.2 �!�V���V%& `.�$!'( �!�V���V%& /.��A�� �Wrong Password� D+)�&(������ Figure 14 Support Code D+)�&(/a'� &� Figure 15 ���� `G����,D Code )*+���� `:&*�(,�� �!�G&.G��D��ก!&D���A� .̀�G������ `�*&*h�กG&. ,�.D& Support Code )*+$%&$�� ABB

6:1.4 *��ก)*+�*&*h�ก)�n�ก& 1 ก&�@v�*�กx -;'/a'� 2 � !'(�>�<��/.�G�E!(>� ��%�$� ? Keypad &� Figure 16 )�n�ก&D+`�ก�*&*h�ก .̀�D�)�&(V*)�&( Active "��@�/A�"� 2 *h�ก)�n�ก& �*��ก Lock ,�� �!�V���:;<`�ก$.�( �*��ก Enter )�n�ก&G&. !"ก� *h�ก �*��ก Back �>�<�ก*!"G�E!( Top level 3 �*&*h�ก)�n�ก& �*��ก Unlock ,�� �!�V���:;< �̀ก$.�( �*��ก Enter )�n�ก&���� `ก&G&.

�*��ก Back �>�<�ก*!"G�E!( Top level

41

6:2 R���3�$��9�%� 6:2.1 �E*+��;E&F&E A� F� (� .�(����� +ก�"&.AE

• ก� $!'(��� Settings

• Local Control

• Event Log

• /.���*�`��+ Status Information

• Reset events

42

6:2.2 Top level Top level � +ก�"&.AE/.���*:!<AG�/�( Softstarter )*+ ���� `�/.�`a(����G&.D�ก$ (�;' $!A�*��กD+)�&(����:;*+�!�,�)`A"� ,-.�@v��*��ก"�*��(�>�<�)�&($!A�*��ก:!'(��& ก&�@v� Select �>�<��*��กgm(ก?-!<� ก&�@v� Back �>�<�ก*!"G�E!(�`��+ก�����.�

6:2.3 ก� $!'(������� ก� $!'(�������,-.���� !"ก� $!'(��� Softstarter &.AE>� ��%�$� ? ���� !"ก� ,-.(���mDD@"!� � +�r:/�(ก� $!'(���D+)�&(:;*+�!�"�)`A"� ,/.�@v��*��ก"�*��(,�ก� )�&($!A�*��ก:!'(��&

43

6:2.4 ���� Local Control ���� Local Control ,-.���� !"ก� �$� ?:)*+�E@&���$� ?D�ก)�n�ก& ���<��*��ก� +�r:/�(ก� �A"�@� Softstarter ,�.����)"" Local )*.A D+���� `�A"�@�G&.&.AE)�n�ก&�E��(�&;EA �`��+ก� :��(��/�( Softstarter (stopped/running) D+�(�E��D�ก +:!<(�;ก� ��*;<E�)�*( � +�r:/�(ก� �A"�@�ก�����.�D+ก*!"���;ก� !'(�*!(D�กก� Eก�*%กก� �A"�@�� +�r:�;'��กG� ���� `�*��ก$!A�*��กG&. 3 � +�r:&!($� �(&.��*��( ก&�@v��*��ก"�*��(�>�<�&�� +�r:ก� �A"�@�:!'(��&

���� LOCAL CONTROL G������ `�*��กG&.̀ .��*�� ก� �$� ?:)"" Sequence start ���<����$� ?G&.�$� ?:D�ก�����;' ���$� ?D+$.�(�E@& ก���:;<D+��กD�ก���� `.����$� ?E!(�(�&%��E�����<��/.�G�E!(�����;'กh D+���� `��กD�ก�����;'G&.F&EG��D������$.�(�E@&���$� ?

44

6:2.4.1 Start/Stop the motor Start �/.�G�E!(���� Start/Stop figure 22 �*��ก Start ���$� ?D+� %<��$� ?:)*+�&%�G�$�����>� ��%�$� ?:;<$!'(GA. Stop �*��ก Stop ���$� ?D+�E@&$�����>� ��%�$� ?:;<$!'(GA. )*+���� `D+�E@&���$� ?G&./d+:;<�E�� +�A��( Start ramp `.�$.�(ก� 6:2.4.2 Jog

�*��ก���� Jog figure 23 �*��ก Jog ���$� ?D+� %<��$� ?:)*+� �(/a'�G�E!(�A��� hA >%ก!&$�����>� ��%�$� ?:;<$!'(GA.$ �",&:;<����!<( Jog E!(�(�E�� ���$� ?D+�E@&:!�:;���<��E@&����!<( 6:2.4.3 DOL start (PSTB37071050 �:���!'�) Start from the Softstarter `.�$.�(ก� ���$� ?���� `�$� ?:)"" DOL (Direct On Line) G&.&.AE By-pass contactor :;<�E��r�E,� �*��ก���� DOL start figure 25 �*��ก DOL start �>�<��~& by-pass contactor r�E,� �*��ก Stop �>�<���~&��.��!�V!�

ก +)�>%ก!&/�(���$� ?D+$.�(G���ก%����>%ก!&ก +)� DOL /�( By-pass contactor r�E,�

45

6:2.5 Event Log menu Event log menu ,-.���� !"�-� event log ,� Softstarter ���<��/.�G�E!(���� event 20 � !'(*���@&D+)�&(D�ก��$@ก� d?*���@&� ;E(*(G� ��$@ก� d?D+)�&(> .��ก!"-�%&/�(��$@ก� d? A!�:;<)*+�A*� ,-.�@v��*��ก"�*��(�>�<�)�&( �Eก� :!'(��&,� event log

6:2.6 �����`��+/�(/.���* (Status Information menu) �����`��+/�(/.���*,-.)�&(/.���*�*�Ee-�%& /.���*D+)�&(:;*+�!�,�)`A"� ,-.�@v��*��ก"�*��(,�ก� )�&(/.���*:!'(��&

6:2.7 ����ก� $!'(��� events ,��� ���<��ก%& Fault /a'�� ��ก� �n�(ก!� �̀ก� ;Eก,-. D+�/.��������ก� $!'(��� events ,���F&E�!$F��!$% fa<(� ก$%กh���� `�/.�G&.V��������*!ก ,-.�@v��*��ก"�*��(,�ก� )�&( .̀�$.�(ก� $!'(��� event ,����*�E �Eก�

46

ก��������� � ! Configuration =++>, 7 ก��������� � ! Configuration ��.�

ก� $!'(��� 47 ก� �/.�G�$!'(���:!'(��&F&E�!(�/�(����$��(e) 48

����q%"�E/�(����$��(e 51 Top level 51 Application Setting 53 Basic Setting 56 Functional Setting 58 Start/Stop Protections Warnings Faults Inputs Outputs

Fieldbus Sequence start

Presentation Settings 77 Service Settings 79 All Settings 79 Changed Setting Reset all Settings

47

=++>, 7 ก��������� � ! Configuration

7:1 ก��������� ก� $!'(������� `:��G&. 2 :�( - Keypad - Fieldbus communication

Keypad � ����� `$!'(�����( � ��A���*��ก$��>� ��%�$� ?:;<ก����&GA.���� !"ก� ,-.(��$��(e ��)"" ���<�� �$!'(���>� ��%�$� ?�� hD�>;E("�($!A�!�กhD+D!&�กh"GA. )*+ ���� `D+ Reset ก*!" � ��A���fh$���:;<��*��$��กhG&.

A�:!'(��*;<E�)�*(���$��(eG&.F&EV���:�( Fieldbus communication.

48

7:1.1 ก� �/.�G�$!'(���:!'(��&F&E�!(�/� (����$��(e)

49

50

51

7:2 �?��h�=�2;��9�%�����i ���� !" �E*+��;E&/�()$�*+ Function &�"::;< 10

7:2.1 Top level ,������;'D+�กh"/.���*�ก;<EAก!" ) (&!�/���ก )*+ ก +)�, �@d�r��%/�( heat sink, real time clock )*+��<�e ���@�;'���� ` lock/unlock keypad A�:!'($!'( �!�V���G&. ��.�D�/d+�$� :? ���<�� %<���~&�A%:f?��.�D�D+/a'� Hello D�ก�!'� 2-3 A%��:; ��.�D�D+����&!( Figure 2 Real time clock �����;'D+)�&(A!� )*+ �A*��mDD@"!� F&E$!'(���:;< Presentation Setting �`��+ Uin Softstarter D+$ AD��" )*+ )�&() (&!�/��/.� �@d�r��%���$� ? D+)�&(�A�� .��/�(���$� ?/d+�!'� F&ED+)�&(���� ��� ?�fh�$?/�(�@d�r��%��(�@&:;<���$� ? !"G&.

52

�`��+/�( inputs/outputs $�� Figure 6 In )*+ Out D+)�&( Function $��(e&!(�;' In=1000 Start signal high In=0100 Stop signal high In=0010 In0 high In=0001 In1 high Out=1000 Relay K4 :��(�� Out=0100 Relay K5 :��(�� Out=0010 Relay K6 :��(�� Out=0001 SW V7 :��(�� �@d�r��%/�(SCR )�&(�@d�r��%/�( SCR ,� Softstarter F&E"�ก������� ?�fh�$?/�(�����(�@& �`��+ Keypad ����ก� )�&(A�� Keypad �!'� lock �E��� ��G�� F&Eก� :��(��&�"::;< 6 ก� ��*;<E� �!�V���(Change Password) ������������ !"��*;<E� �!�V��� ก� :��(��&�"::;< 6

53

7:2.2 Application Setting �����;'D+� +ก�"&.AE>� ��%�$� ?:;<`�กก����&GA.�>�<�ก� ,-.(��ก!"(��,� ��)""$��(e fa<(����ก� (��E )*+ � +�E!&�A*�,�ก� :��(�� )$�>� ��%�$� ?"�($!Aกh $.�(ก� ก� $!'(���ก���:;<D+�$� :?���$� ? ก� �/.���� Application setting �/.�F&Eก� �*��ก Application setting D�ก�!'��*��ก ��)""/�((��:;<D+,-. F&Eก&:;< Store Set. )$�`.�G���;,� �"Eก� กh,�.�*��ก:;<,ก*.��;E(:;<�@&)*.A,-. Tune set. ):� Application$��(e:;<�E��,� list �;&!(�;'

- Centrifugal Pump - Hydraulic Pump - Axial Fan - Compressor - Conveyor - Crusher - Mixer - Bow Thruster

E��E!�ก� �*��ก ��)""ก� :��(�� F&Eก&:;< Next. `.�:��ก� �*��กV%&,�.ก& Back. )*.Aก*!"G��*��ก,���,�.`�ก$.�(

54

ก� $!'(��� Ie $!'(���ก +)�:;< Softstarter D+:��(��,��r�A+�ก$% �-�� ก +)� rated /�(���$� ? ,�ก d;:;< Softstarter $��)"" In Line

���� !" Softstarter :;<$��)"" Inside Delta ,�.$!'(���ก +)����� 58% /�(ก +)� rated /�(���$� ? D�ก�!'�ก& Store �>�<�:��ก� �กh"���ก +)��;GA. E��E!�ก� ก����&��� Ie F&Eก� ก& Next. `.�:��ก� ก����&���V%&,�.ก& Back. )*.Aก*!"G�ก����&���,�. `�ก$.�( Overload class (OL Class) �*��ก class ���� !" overload relay F&E:;< class $��(e�;&!(�;'

- 10 - 10A - 20 - 30

ก& Store �>�<��กh" class :;<G&.:��ก� �*��ก E��E!�ก� �*��กF&Eก& Next. `.��*��กV%&,�.ก& Back. )*.A:��ก� �*��ก,��� External By-pass contactor (Ext By pass) `.��;ก� ,-. External By-pass contactor ,�.ก& Yes. `.�G��,�.ก& No. D�ก�!'�ก& Store �>�<�:��ก� D!&�กh" /.���* E��E!�ก� �*��กF&Eก& Next. `.��*��กV%&,�.ก& Back. )*.A:��ก� �*��ก,��� Tune Set Configuration /�( Application setting D+`��A�� ��"� d?`.�G���;ก�� Tune )*+ก*!"��� Top level G&.F&Eก& Yes. )$�`.�$.�(ก� Tune >� ��%�$� ?"�($!A กhก& Tune Set.

55

Tuning paraneters �; 6 >� ��%�$� ?:;<:��ก� � !"G&. `.�$.�(ก� � !"���� >%�xc ����q%"�E>� ��%�$� ?)$�*+$!A&�:;<"::;< 10

- Start ramp - Stop ramp - Initial voltage - End voltage - Step down voltage - Current limit level

`.�:��ก� Tune �� hD)*.A��.�D�D+)�&($�� ��:;< 21 ก& Yes. `.�G��$.�(ก� )ก.G/ )$�̀ .�$.�(ก� )ก.G/,�.ก& Back. )*.Aก*!"G�:��$��/!'�$�� Tuning parameters /.�("��;ก� !'(

56

7:2.3 Basic Settings ���� Basic settings �;'��A���กD+����ก� set-up >� ��%�$� ? Start/Stop q �&� F&E)$�*+ >� ��%�$� ?���� `$!'(���)Eกก!�G&. ���� !"����q%"�E �E��(*+��;E&/�()$�*�+>� ��%�$� �,�.&�:;<"::;< 10 ก� �/.���� Basic settings �/.������;'G&.F&Eก� �*��ก Basic Settings ก� $!'(��� Ie $!'(���ก +)�:;< Softstarter D+:��(��,��r�A+�ก$% �-�� ก +)� rated /�(���$� ? ,�ก d;:;< Softstarter $��)"" In Line

���� !" Softstarter :;<$��)"" Inside Delta ,�.$!'(���ก +)����� 58% /�(ก +)� rated /�(���$� ? D�ก�!'�ก& Store �>�<�:��ก� �กh"���ก +)��;GA. External By-pass contactor (Ext By pass) `.��;ก� ,-. External By-pass contactor ,�.ก& Yes. `.�G��,�.ก& No. Start ramp $!'(��� ramp time ���� !"ก� �$� :? Stop ramp $!'(��� ramp time ���� !"ก� �E@& (softstop) gm(ก?-!<��;',-.,�(��:;<�;����*� (flywheel) /��&�*hก �-�� �m�> ? )*+ ��E>��*���*;E( (,�ก d;:�%<(/�(:;<��*�<�� E.�E�;�A���� �+"�()

57

initial voltage (Init Volt) $!'(��� +&!") (&!�� %<�$.� End voltage (End Volt) $!'(��� +&!") (&!��@&:.�E Step down $!'(��� +&!"/�() (&!� Step down gm(ก?-!<��;',-.ก!"ก� softstop �:���!'� Current limit (Current Lim) $!'(��� +&!"/�(ก +)�D��ก!&���� !"ก� �$� :? Overload Class (OL Class) ����ก� �*��ก class ���� !"ก� �n�(ก!� overload Configuration /�( basic setting `��A����"� d?)*.A `.�$.�(ก� ก*!"G�E!( top level ,�.:��ก� ก& Back. 3� !'(

58

7:2.4 Functional Settings ���� Functional settings � +ก�"&.AEก*@��/�( >� ��%�$� ?:;<)"�($��gm(ก?-!<� �-�� protection, warning, fault, fieldbus communication �*� �����;'�A ,-.���<�$.�(ก� :;<D+$!'(��� +&!"��(/a'� (more advanced set-up) ���� !"����q%"�E �E*+��;E&/�( )$�*+>� ��%�$� ?&�G&.,�"::;< 10 ก� �/.���� Functional settings �/.�G&.F&E�*��ก Functional Settings.

7:2.4.1 Start/Stop ก� $!'(���>� ��%�$� ?,�ก*@���;'� �D+$.�(�/.�G�,� Statr/Stop group ก��� D�ก�!'�กh���� `�*��ก >� ��%�$� ?$��(e:;<��� `$!'(���G&.&!(�;'

- Setting Ie - External By-Pass - Start ramp - Stop ramp - Initial voltage - End voltage - Step down voltage - Current limit level - Kick start - Kick level - Kick time - Start range - Stop range

ก� $!'(���$!'()$� Setting Ie `a( Current limit level &�G&.:;< Basic Settings

59

Kick Start :��ก� Kick Start F&E�*��ก�����;' D�ก�!'�ก& Store Kick Level :��ก� $!'(��� +&!"/�( Kick Start D�ก�!'�ก& Store �����;',-.���<��;ก� :�� Kick Start �:���!'� Kick Time :��ก� $!'(����A*�/�( Kick Start D�ก�!'�ก& Store �����;',-.���<��;ก� :�� Kick Start �:���!'� Start Range ก� $!'(��� ramp time ���� !"�$� :? D+:��G&. +�A��( 1-30 A%��:; )$�`.�$.�(ก� $!'(���:;<��กกA���!'�D�`a( 120 A%��:; กh,�.�/.���:;<�����;'D�ก�!'�:��ก� $!'(��� ���<��� hD ,�.ก& Store Stop Range ก� $!'(��� ramp time ���� !"ก� �E@& D+:��G&. +�A��( 1-30 A%��:; )$�`.�$.�(ก� $!'(���:;<��กกA���!'�D�`a( 120 A%��:; กh,�.�/.���:;<�����;'D�ก�!'�:��ก� $!'(��� ���<��� hD ,�.ก& Store ���<�$!'(���,�ก*@�� Start/Stop �� .D)*.Aกhก*!"��� top level F&Eก& Back. 3� !'( D�ก�!'�กh:��ก� $.(���,�ก*@��/�( protection $��G�

60

7:2.4.2 Protections ก� $!'(���>� ��%�$� ?,�ก*@���;'� �D+$.�(�/.�G�,� Protections group

Overload :��ก� �*��ก ��)""ก� :��(��/�( overload &!(�;'

- No - Normal - Dual

D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* `.��*��ก Normal D+�;ก� $!'(���$��(e&!(�;' Overload class (OL Class) �*��ก class $��(e/�( overload relay fa<(�;&!(�;'

- 10 - 10A - 20 - 30

D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* Overload type of operation (OL Op) �*��กก� :��(��:;<D+,-.���<� overload relay :��(�� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% Ind :��ก� )�&(V*�E��(�&;EA D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

61

`.��*��ก Dual D+�;ก� $!'(���$��(e&!(�;' Overload start class (OL Class S) *��ก class $��(e/�( overload relay /d+�$� :? fa<(�;&!(�;'

- 10 - 10A - 20 - 30

D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* Overload run class (OL Class R) *��ก class $��(e/�( overload relay /d+ run �E��($�����<�( fa<(�;&!(�;'

- 10 - 10A - 20 - 30

D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

62

Locked Rotor ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. `.�ก& Yes )*.A ,�.:��ก� $!'(���$��(e&!(�;' Locked rotor level (Lock R Lev) $!'(��� +&!"/�( locked rotor protection D+�;�p>�+���<��*��ก protection �:���!'� Locked rotor time (Lock R Time) $!'(����A*�/�( locked rotor protection D+�;�p>�+���<��*��ก protection �:���!'� Locked rotor type of operation (Lock R Op) �*��กก� :��(��:;<D+,-.���<� locked rotor protection :��(�� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% Ind :��ก� )�&(V*�E��(�&;EA D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

63

Underload ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. `.�ก& Yes )*.A ,�.:��ก� $!'(���$��(e&!(�;' Underload level (Underl Lev) $!'(��� +&!"/�( underload protection D+�;�p>�+���<��*��ก protection �:���!'� Underload time (Underl Time) $!'(����A*�/�( underload protection D+�;�p>�+���<��*��ก protection �:���!'� Underload type of operation (Underl Op) �*��กก� :��(��:;<D+,-.���<� underload protection :��(�� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% Ind :��ก� )�&(V*�E��(�&;EA D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

64

Phase imbalance (Phase Imb) ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. `.�ก& Yes )*.A ,�.:��ก� $!'(���$��(e&!(�;' Phase imbalance level (Ph Imb Lev) $!'(��� +&!"/�( phase imbalance protection D+�;�p>�+���<��*��ก protection �:���!'� Phase imbalance type of operation (Ph Imb Op) �*��กก� :��(��:;<D+,-.���<� phase imbalance protection :��(�� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% Ind :��ก� )�&(V*�E��(�&;EA D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

High current (High I) ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. `.�ก& Yes )*.A ,�.:��ก� $!'(���$��(e&!(�;' High current type of operation (High I Op) �*��กก� :��(��:;<D+,-.���<� high current protection :��(�� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% Ind :��ก� )�&(V*�E��(�&;EA D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

65

Phase reversal (Phase Rev) ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. `.�ก& Yes )*.A ,�.:��ก� $!'(���$��(e&!(�;' Phase reversal type of operation (Ph Rev Op) �*��กก� :��(��:;<D+,-.���<� phase reversal protection :��(�� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% Ind :��ก� )�&(V*�E��(�&;EA D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

PTC ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. `.�ก& Yes )*.A ,�.:��ก� $!'(���$��(e&!(�;' PTC type of operation (PTC Op) �*��กก� :��(��:;<D+,-.���<� PTC protection :��(�� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% Ind :��ก� )�&(V*�E��(�&;EA D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

66

7:2.4.3 Warnings ก� $!'(���>� ��%�$� ?,�ก*@���;'� �D+$.�(�/.�G�,� Protections group

Warning high current (Warn I=High) ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* Warning high current level (Wa I=H Lev) $!'(��� +&!"/�( high current warning D+�;�p>�+���<��*��กgm(ก?-!<��;'�:���!'� D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

Warning Low current (Warn I=Low) ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* Warning low current level (Wa I=L Lev) $!'(��� +&!"/�( low current warning D+�;�p>�+���<��*��กgm(ก?-!<��;'�:���!'� D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

Warning overload (Warn OL) ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* Warning oerload level (Wa OL Lev) $!'(��� +&!"/�( overload warning D+�;�p>�+���<��*��กgm(ก?-!<��;'�:���!'� D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

Warning SCR overload (Warn SCR OL) ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

67

7:2.4.4 Faults Phase loss type of operation (Ph Loss Op) �*��กก� :��(��:;<D+,-.���<��ก%& phase loss fault /a'� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% )*+ ���$� ?D+�$� :? �;ก� !'(��a<((restart) D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

By-pass fault of operation (BP Fault Op) �*��กก� :��(��:;<D+,-.���<��ก%& by-pass fault /a'� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% )*+ ���$� ?D+�$� :? �;ก� !'(��a<((restart) D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

Fieldbus fault type of operation (FB Fault Op) �*��กก� :��(��:;<D+,-.���<��ก%& fieldbus comunication fault /a'� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% )*+ ���$� ?D+�$� :? �;ก� !'(��a<((restart) D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

68

Frequency fault type of operation (Freq F Op) �*��กก� :��(��:;<D+,-.���<��ก%& frequency fault /a'� (�A��`;<�E����ก�����D�ก-�A(:;<ก����&) Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% )*+ ���$� ?D+�$� :? �;ก� !'(��a<((restart) D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

Heat sink type of operation (HS Temp Op) �*��กก� :��(��:;<D+,-.���<��@d�r��%�ก%� Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% )*+ ���$� ?D+�$� :? �;ก� !'(��a<((restart) D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

Shorted SCR type of operation (SCR SC Op) �*��กก� :��(��:;<D+,-.���<��ก%& fault ก!" thyristor Stop-M ���$� ?D+�E@& )*+ reset &.AE��� Stop-A ���$� ?D+�E@& )*+ reset )"" �!$F��!$% )*+ ���$� ?D+�$� :? �;ก� !'(��a<((restart) D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

69

7:2.4.5 Inputs ก� $!'(���>� ��%�$� ?,�ก*@���;'� �D+$.�(�/.�G�,� Inputs group

First programmable input (In0) �*��กgm(ก?-!<�:;<$.�(ก� ���� !" Input In0 D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* gm(ก?-!<�$��(e:;<���� `�*��กG&.�;&!(�;' None G���;ก� ก +:��,&e (not actived) Reset Reset fault � �� �`��+ overload Enable ���<� In0=0 softstarter D+�E@&�E��( :!�:;:!�,& ���<� In0=1 softstarter &����%�ก� :��(���E��(�ก$% Jog :��ก� start ramp D�ก +:!<(�;����!<( ��ก�� D�ก�!'����$� ?D+�E@&:!�:; DOL :��ก� ��~& )*+ �~& by-pass Contactor(PSTB3707PSTB1050) Start2 �!bb�d�$� :?���� !" ก� $!'(��� >� ��%�$� ?:;< 2 D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

70

Second programmable input (In1) �*��กgm(ก?-!<�:;<$.�(ก� ���� !" Input In1 gm(ก?-!<�$��(e:;<���� `�*��กG&.�;&!(�;' None G���;ก� ก +:��,&e (not actived) Reset Reset fault � �� �`��+ overload Enable ���<� In1=0 softstarter D+�E@&�E��( :!�:;:!�,& ���<� In1=1 softstarter &����%�ก� :��(���E��(�ก$% Jog :��ก� start ramp D�ก +:!<(�;����!<( ��ก�� D�ก�!'����$� ?D+�E@&:!�:; DOL :��ก� ��~& )*+ �~& by-pass Contactor(PSTB3707PSTB1050) Start3 �!bb�d�$� :?���� !" ก� $!'(��� >� ��%�$� ?:;< 3 D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

71

7:2.4.6 Outputs ก� $!'(���>� ��%�$� ?,�ก*@���;'� �D+$.�(�/.�G�,� Outputs group

Relay K4 �*��กgm(ก?-!<�:;<$.�(ก� ���� !" output relay K4 gm(ก?-!<�$��(e:;<���� `�*��กG&.�;&!(�;' Run ก� )�&(ก� Run TOR Top of ramp indication Event ก� )�&(��$@ก� d?$��(e fa<(�;,�. �*��ก&!(�;'

- Motor overload protection - Fault - High current protection - SCR overload protection - Locked rotor protection - Underload protection - Phase imbalance protection - PTC protection - Phase reversal protection - Overload warning - SCR overload warning - High current warning _ Low current warning D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

Relay K5 �*��กgm(ก?-!<�:;<$.�(ก� ���� !" output relay K5 gm(ก?-!<�$��(e:;<���� `�*��กG&.�;&!(�;' Run ก� )�&(ก� Run TOR Top of ramp indication Event ก� )�&(��$@ก� d?$��(e fa<(�;,�. �*��ก������ relay K4 /.�("� D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

72

Relay K6 �*��กgm(ก?-!<�:;<$.�(ก� ���� !" output relay K6 gm(ก?-!<�$��(e:;<���� `�*��กG&.�;&!(�;' Run ก� )�&(ก� Run TOR Top of ramp indication Event ก� )�&(��$@ก� d?$��(e fa<(�;,�. �*��ก������ relay K4 /.�("� D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

SW outp V7 �*��กgm(ก?-!<�:;<$.�(ก� ���� !" fieldbus communication output SW Outp V7 gm(ก?-!<�$��(e:;<���� `�*��กG&.�;&!(�;' Run ก� )�&(ก� Run TOR Top of ramp indication Event ก� )�&(��$@ก� d?$��(e fa<(�;,�. �*��ก������ relay K4 /.�("� D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

73

7:2.4.7 Fieldbus ก� $!'(���>� ��%�$� ?,�ก*@���;'� �D+$.�(�/.�G�,� Fieldbus group

Fieldbus control (Fieldb Ctrl) ���<�$.�(ก� ,-. gm(ก?-!<��;' ก& Yes. D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* -�%&/�( Fieldbus (Fieldb Type) �*��กA��D+,-. fieldbus -�%&G�� AS-I ,-.���� !" AS-I protocol Other ,-.���� !" protocol ��<���กD�ก

AS-I D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* Fieldbus address (Fieldb Addr) $!'(���:;<D!&�กh" (address) ���� !" fieldbus communication F&E�����*/ +�A��( 1-1000 D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

`.��;ก� ��*;<E�)�*( >� ��%�$� ?/�( Fieldb Ctrl D�ก No ���� Yes /d+:;<���$� ?ก��*!(��@��E�����$� ?D+ �E@& )$�`.�`.��;ก� ��*;<E�)�*( >� ��%�$� ?/�( Fieldb Ctrl D�ก Yes ���� No /d+:;<���$� ?G��G&.��@� ���$� ?��DD+�$� :? `.��;�!bb�dD�ก programmable inputs

74

7:2.4.8 Sequence start gm(ก?-!<� sequence start ���� `,-.ก!"���$� ?�*�Ee $!A � �����$� ?�*�E +&!"�A��� hA ก!"ก� $!'(��� >� ��%�$� ?$��(eก!� �-�� individual ramp times, inintial voltages, current limits �*� ก� $!'(��� individual parameter ��ก`a( 3$!Aกh���� ` $!'(���> .��eก!�G&.

���� Local Control D+G������ `�/.�G&. `.��;ก� �*��ก,-. Sequence start

D���A�/�( sequences (No of Seq) ก� $!'(���>� ��%�$� ?,�ก*@���;'� �D+$.�(�/.�G�,� Seq Start group �*��กD���A�>� ��%�$� ?:;<� �$.�(ก� $!'(������� !" �� )""/�((���!'� F&E� ��*��ก���� `G&.&!(�;' No G���;ก� ก +:�� sequence start ��� Softstarter D+:��(��,��r�A+�ก$% 2 >� ��%�$� ? 2 $!A`�ก$!'(���$��(ก!� 3 >� ��%�$� ? 3 $!A`�ก$!'(���$��(ก!� D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* ก� $!'(���ก +)�) ก (1st Set Ie) $!'(���ก +)����� !">� ��%�$� ?) ก/�(ก*@�� )*+ก& Store. �>�<�:��ก� �กh"/.���* >� ��%�$� ?�;'D+`�ก)�&(���<� No of Seq `�ก$!'(GA.:;< 2 � �� 3 �:���!'� ก� $!'(���ก +)�:;<��( (2nd Set Ie) $!'(���ก +)����� !">� ��%�$� ?:;<��(/�(ก*@�� )*+ก& Store. �>�<�:��ก� �กh"/.���* >� ��%�$� ?�;'D+`�ก)�&(���<� No of Seq `�ก$!'(GA.:;< 2 � �� 3 �:���!'�

75

ก� $!'(���ก +)�:;<��� (3rd Set Ie) $!'(���ก +)����� !">� ��%�$� ?:;<���/�(ก*@�� )*+ก& Store. �>�<�:��ก� �กh"/.���* >� ��%�$� ?�;'D+`�ก)�&(���<� No of Seq `�ก$!'(GA.:;< 3 �:���!'� Function of first programmable input (In0) >� ��%�$� ?�;'D+`�ก$!'(���)""�!$F��!$%$�� Start2 Function of second programmable input (In1) >� ��%�$� ?�;'D+`�ก$!'(���)""�!$F��!$%$�� Start3

Overload gm(ก?-!<� overload D+G��G&.`�,-.(�����<�� ��*��กgm(ก?-!<� Sequence start )$�`.�� �$.�(ก� ,-.�!�� �กh�/.���:;< ก*@���;')*.A��*;<E�����,-.(��

�ก$%̀ .��;ก� �$� ?���$� ?�*�Ee$!A D+G��,-. gm(ก? overload protection �> �+�A*��$� :? D+���)*.A protection D+ trip First sequence parameters (1st Seq. Param.) �/.�G�$!'(���F&E �/.���� 1st Seq. Param. Group D�ก�!'�D+�;>� ��%�$� ?$��(e,�.:��ก� $!'(���&!(�;' 1st Set Ie $!'(���ก +)� Start Ramp1 Ramp time ���� !"�$� :? Init Volt1 ) (&!�� %<�$.� (Initial Voltage) Curr Lim1 +&!"ก +)�D��ก!& (Current limit level) D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

76

Second sequence parameters (2nd Seq. Param.) �/.�G�$!'(���F&E �/.���� 2nd Seq. Param. Group D�ก�!'�D+�;>� ��%�$� ?$��(e,�.:��ก� $!'(���&!(�;' 2nd Set Ie $!'(���ก +)� Start Ramp2 Ramp time ���� !"�$� :? Init Volt2 ) (&!�� %<�$.� (Initial Voltage) Curr Lim2 +&!"ก +)�D��ก!& (Current limit level) D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���* Third sequence parameters (3rd Seq. Param.) �/.�G�$!'(���F&E �/.���� 3rd Seq. Param. Group D�ก�!'�D+�;>� ��%�$� ?$��(e,�.:��ก� $!'(���&!(�;' 3rd Set Ie $!'(���ก +)� Start Ramp3 Ramp time ���� !"�$� :? Init Volt3 ) (&!�� %<�$.� (Initial Voltage) Curr Lim3 +&!"ก +)�D��ก!& (Current limit level) D�ก�!'�ก& Store. �>�<�:��ก� �กh"/.���*

77

7:2.5 Presentation Settings ���� Presentation setting D+� +ก�"&.AE>� ��%�$� ? :;<,-.$!'(�����.�D� LCD r�c����� `�*��กG&.`a( 10 r�c� )*+A!�/�A*� กh���� `$!'(���G&.D�ก�����;' ก� �/.����ก� $!'(��� Presentation �/.��������F&E�*��ก Presentation Set. Presentation language ก� �*��กrr�c�:��F&Eก& Change. )*+ Store. r�c:;<�*��ก r�c�:;<���� `�*��กG&.�;&!(�;' r�c� ���E��"� LCD �!(ก�c US/UK D;� CN �E� �!� DE ���� ES � !<(�x� FR �%$�*; IT ���q� ?)*�&? NL F� $@�ก� PT �A;�&� SE g~�)*�&? FI

`.��*��กr�c�V%&)*.AG������ `��<��� G&. ,�.ก& emergency instructions /.�(*��(>� ��%�$� ?�;' ก& key /.�(f.�E 2� !'( ก& lower navigation key 3� !'( ก&�@v�f.�E 2� !'( ,-. navigation key �>�<������E��/�(r�c� ก& key /.�(f.�E �>�<�D!&�กh"/.���*

78

LCD Auto off ���� `$!'(���,�. LCD �~&)""�!$F��!$%G&.r�E,��A*� 1-255��:; ���<��~&)*.A`.��;ก� �!�V!���.�D��!�กhD+$%& �;ก� !'(��a<( Date Type ก� )�&(A!�-�&���-�� ���� `)�&(G&. 3 ��)""&!(�;'

Date Year :��ก� $!'(�����,� real time clock F&Eก& Change D�ก�!'�$!'(��� )*.Aก& Store. �>�<�:��ก� �กh"/.���* Date Year :��ก� $!'(����&���,� real time clock F&Eก& Change D�ก�!'�$!'(��� )*.Aก& Store. �>�<�:��ก� �กh"/.���* Date Month :��ก� $!'(����&���,� real time clock F&Eก& Change D�ก�!'�$!'(��� )*.Aก& Store. �>�<�:��ก� �กh"/.���* Date Day :��ก� $!'(���A!�,� real time clock F&Eก& Change D�ก�!'�$!'(��� )*.Aก& Store. �>�<�:��ก� �กh"/.���* Time Hour :��ก� $!'(���-!<AF�(,� real time clock F&Eก& Change D�ก�!'�$!'(��� )*.Aก& Store. �>�<�:��ก� �กh"/.���* Time Min :��ก� $!'(�����:;,� real time clock F&Eก& Change D�ก�!'�$!'(��� )*.Aก& Store. �>�<�:��ก� �กh"/.���* Configuration /�(���� Presentation setting `��A����"� d?)*.AD�ก�!'�ก*!"G�E!( top level F&Eก& Back. 3� !'(

79

7:2.6 Service Settings ���� service setting �;'D+� +ก�"&.AE>� ��%�$� ?:;<,-. �>�<�ก� f���"�� @( )*+ f���)f� �����;'D+G������ ` �/.�G&. `.�G��,-�V�.:;<�;�����D,�:�( service

`.��;ก� ��*;<E�>� ��%�$� ?,���A��;')*.A:��,�.�ก%&�A�� ��;E��E$�����<�(ก!" softstarter )*.AD+`��A��ก� warranty �%'��@&*(

7:2.7 All Settings ���� All setting � +ก�"&.AE �Eก� :!'(��&:;<���� ` $!'(���G&. )$�*+>� ��%�$� ?���� `� !"��*;<E�)EกD�ก �����;'G&. ���� !"����q%"�E �E*+��;E&$��(e/�()$�*+ >� ��%�$� ? ���� `&�G&.:;<"::;< 10 Enter the All settings �/.��������F&E�*��ก All Settings

,������;'�;>� ��%�$� ?"�($!A�ก;<EA/.�(ก!"ก� f���"�� @( )*+ f���)f� `.��;ก� ��*;<E�>� ��%�$� ?,���A��;')*.A :��,�.�ก%&�A����;E��E$�����<�(ก!" softstarter )*.A D+`��A��ก� warranty �%'��@&*(

80

>� ��%�$� ?&!(ก*��A�;&!(�;'

81

7:2.7.1 Changed Settings ���� Changed settings � +ก�"&.AE>� ��%�$� ?:;< ��*;<E�)�*(G�D�ก��� default :;<F ((��G&.$!'(GA. )$� `.�G���;ก� ��*;<E�)�*(>� ��%�$� ? LCD D+)�&( No Changed Settings

7:2.7.2 Reset all Settings ����ก� ��*;<E����>� ��%�$� ?:!'(��&,�.ก*!"�������� default :;<F ((��G&.�;ก� $!'(����� )$����A!��A*�, ���-!<AF�(,�ก� :��(�� )*+ D���A�� !'(:;<:��ก� �$� :? D+G��G&.`�ก reset G�&.AE

82

Fieldbus communication (Option) =++>, 8 Fieldbus communication (Option) ��.�

����q%"�E:!<AG� 83 �@�ก d?�� %�:;<$.�(ก� 83 AS-I 84 Binary input telegram Binary output telegram DeviceNet 86 Binary input telegram Analog input telegram Diagnostic inputs Binary output telegram Analog output telegram Input address map Output address map Parameters

83

=++>, 8 Fieldbus communication (Option)

8:1 �?��h�=�2+�,-./ PST softstarter �;ก� $%&$��G&.:�(/.�(��.�F&E,-. ABB fieldbus plug (eplug) fa<(,-.���� !" fieldbus communication )*+V*/�(ก� $%&$�� ��)""�;':��,� � ����� `�A"�@�, !"/.���*, up )*+ down-load >� ��%�$� ? Protocols $��(e/�( fieldbus �;&!(�;'

- AS-I - DeviceNet

8:1.1 Required accessories ก� :;<D+,�. softstarter ก!" +"" fieldbus$%&$��ก!� G&.D+$.�(,-.�@�ก d?�� %�&!(�;'

- Fieldbus plug �>�<�)�&( fieldbus protocol ($.�($ AD&�A����E���"%*E�A>�� ��G��)

- Connectors for bus connection - End plug (some protocols) - Software for PLC set-up

84

8:1.2 AS-I AS-I protocol ���� fieldbus protocol �E��((��E fa<(,-.ก!" digital inputs )*+ outputs D���A�G����ก D�ก outputs �;':��,�.� ����� ` Start/Stop ���$� ?, �*��กgm(ก?-!<� )*+ F� )ก ���� inputs/outputs $�� gm(ก?-!<�:;<� �G&.ก*��A��)*.A &�"::;< 7 �>�<�:��ก� F� )ก � inputs/outputs ก���:;<� �D+,�. AS-I :��(��G&.� �$.�($!'(���,�.ก!" softstarter &!(�;'

- Parameter Fieldbus Ctrl ก����&���� Yes - Parameter Fieldbus Type ก����&���� AS-I

`.����$� ?ก��*!(��@� )*+ >� ��%�$� ? Fieldb Ctrl `�ก��*;<E�D�ก No G� Yes ���$� ?กhD+�E@&��@� `.����$� ?G��G&.��@��E�� )*+ >� ��%�$� ? Fieldb Ctrl `�ก��*;<E�D�ก Yes G� No ���$� ?��DD+�$� :? `.��;�!bb�dD�ก programmable inputs ���� !"ก� $%&$!'( )*+ commissioning /�( AS-I fieldbus ,�.&� document 2CDC191002D0202 G&.:;< www.abb.com/lowvoltage

`.� In0 `�กF� )ก ����� enable �!�$.�($!'(���ก!"����!<( start ����

85

8:1.2.1 Binary input telegram To PLC from Softstarter

8:1.2.2 Binary output telegram From PLC to Softstarter

86

8:1.3 DeviceNet DeviceNet protocol ���� fieldbus fa<(:��ก� �A"�@�G&. �$h� ��)"" )*+ D!&��/.���*> .��ก!"�`��+$��(e G&.�/���&;EAก!"ก� ���� )*+ �/;E� >� ��%�$� ? F&Eก� ��<��� V���:�( fieldbus � ����� `:��ก� Start/Stop���$� ?, Jog, sequence start, �������ก +)� )*+ �A��`;<, ก� !"/.���*�ก;<EAก!"ก� protections, warnings, faults �*� &�"::;< 7 �>�<�:��ก� F� )ก � inputs/outputs ก���:;<� �D+,�. DeviceNet :��(��G&.� �$.�($!'(��� ,�.ก!" softstarter &!(�;'

- Parameter Fieldbus Ctrl ก����&���� Yes - Parameter Fieldbus Type ก����&���� other - Parameter Fieldbus Addr ก����&����

a free communication address.

`.����$� ?ก��*!(��@� )*+ >� ��%�$� ? Fieldb Ctrl `�ก��*;<E�D�ก No G� Yes ���$� ?กhD+�E@&��@� `.����$� ?G��G&.��@��E�� )*+ >� ��%�$� ? Fieldb Ctrl `�ก��*;<E�D�ก Yes G� No ���$� ?��DD+�$� :? `.��;�!bb�dD�ก programmable inputs ���� !"ก� $%&$!'( )*+commissioning /�( DeviceNet fieldbus ,�.&� document 2CDC191002D0201 G&.:;< www.abb.com/lowvoltage

,ก� $!'(��� PLC D+$.�(,-. software �p>�+ fa<(��G&. D�ก Softstarter pages &�/.�(,$.:;</.��A�� Software `.�$.�(ก� ���)�+����>%<��$%�,�.$%&$��:;<����!ก(�� ABB

87

8:1.3.1 Binary input telegram To PLC from Softstarter.

88

8:1.3.2 Analog input telegram To PLC from Softstarter. /.���*)"" Analog :!'(��&�;��� 16 bit

89

8:1.3.3 Diagnostic inputs �; 3 -��(:�(:;< fieldbus D+$%&$��ก!"/.��A��/�( Diagnostic )$�*+-��(:�(� +ก�"&.AE 2 bytes ก!" error code )*+ �*//�(>� ��%�$� ?`�:��,�.V%&>*�& �A��V%&>�&� !'(*���@&D+`�ก�กh"GA.,� -��(:�(:;< 1 (Channel1) �A��V%&>�&� !'(ก�����.� 1 /!'� D+�A��V%&>�&� !'(*���@&D+`�ก�กh"GA.,� -��(:�(:;< 2 (Channel2) �A��V%&>�&� !'(ก�����.� 2 /!'� D+�A��V%&>�&� !'(*���@&D+`�ก�กh"GA.,� -��(:�(:;< 3 (Channel3) binary output bit �reset active diagnostics� `�ก,-.�>�<�*"*.�( diagnostic area Error code: 1 = ���>� ��%�$� ?:;<�E����ก�����-�A(:;<ก����& 2 = �*/>� ��%�$� ?:;<����F��+ 3 = ก� �/;E�>� ��%�$� ?���<� fieldbus control G��G&.`�ก,-.

90

8:1.3.4 Binary output telegram From PLC to Softstarter.

91

8:1.3.5 Analog output telegram From PLC to Softstarter. /.���*)"" Analog :!'(��&�;��� 16 bit

/.���*/���ก `�ก,-.�-�<��$��ก!" softstarter realtime clock �!�`�ก,-. �A�ก!" binary output time synchronisation signal `.��!bb�d���� 1 D+�;�A��)$ก$��(ก!� +�A��(�A*� local softstarter clock D+`�ก�-�<��$��ก!" analog outputs

8:1.3.6 Input address map

92

8:1.3.7 Output address map

93

8:1.3.8 >� ��%�$� ? (Parameters)

94

95

96

(*) ���� !"A!$`@� +�(�?,�.,-. EDS $!A�&;EAก!"-�A(:;<ก����&�*�Ee-�A(/�( softstarter �Setting Ie�, �1st Set Ie�, �2nd Set Ie� )*+ �3rd Set Ie� D+�;-�A( +�A��( 0-3000 Amp softstarter D+�;-�A(ก����&:;<)�"กA�� )*+ ���:;<�E����ก�����-�A(�!'�D+`�ก*+�*EG�

97

ก��k���=?��Z� =++>, 9 ก��k���=?��Z� ��.� ก��กd�?ก� f���"�� @( 98

98

=++>, 9 ก��k���=?��Z� ,�":�;'D+�q%"�E`a(ก� f���"�� @(:;< softstarter $.�(ก� F&E�*!กก� )*.AV*%$r!d�?�;'G��D������:;<D+$.�(�;ก� f���"�� @( (Maintenance Free) )$�กh�;"�(�@�ก d?:;<$.�(ก� ก� $ AD��"���� +E+e

�.��!! ��~& softstarter � �� �!�V!���A�:;<�;Gggn��E��/d+:;< main )*+ supply voltage ก��*!($���E��

9:1 กm9ก6n7ก��k���=?��Z�

- $ AD��" :@กeD@&:;<�;ก� $%& bolts/screws A��E!(/!�$%&)����E��� ��G�� - $ AD��":@กeD@&�-�<��$��/�( main, A(D control )*+ supply A��E!($%&)����E��� ��G�� A�`a(D@&:;<,-.

bolts/screws �-�<��ก!""!�"� ?&.AE - $ AD��":�(:;<��ก�x +"�EG&. $.�(� �xD�ก �%<(�$%ก�* )*+ �@v� `.��;กh)�+���,�.:��ก� Pressurize

�>�<�:��,�.��ก�x�+��& - $ AD��"$!Aก �(r�E��ก )*+ :���A���+��&`.�D������ - $ AD��">!&*�G��,�.,">!&��@�F&E�;) ($.��:�� ($ AD��":;<�`��+ free state) - $ AD��" real time clock )*+ � !"��*;<E�`.�D������

,�ก d;�ก%& fault � �� G������ ` reset fault G&. ,�.&�:;<"::;< 11

99

ST�ก7#�,% =++>, 10 ST�ก7#�,% ��.� ก� $!'(���ก +)� 102 Start Ramp 102 Stop Ramp 103 ) (&!�� %<�$.� 103 ) (&!��%'��@& 104 ก� *& +&!") (&!� 104 ก� D��ก!&ก +)� 105 Kick Start 106 +&!" Kick Start 106 �A*� Kick Start 106 -�A( Start Ramp 107 -�A( Stop Ramp 107 ก� �n�(ก!� motor overload 107 Overload class 108 Overload class, dual type, start class 108 Overload class, dual type, run class 109 ก� �n�(ก!� Overload, -�%&ก� :��(�� 109 ก� �n�(ก!� Locked rotor 109 ก� �n�(ก!� Locked rotor, trip level 110 ก� �n�(ก!� Locked rotor, time 110 ก� �n�(ก!� Locked rotor, -�%&ก� :��(�� 110 ก� �n�(ก!� Underload 111 ก� �n�(ก!� Underload, +&!" 111 ก� �n�(ก!� Underload, �A*� 111 ก� �n�(ก!� Underload, -�%&ก� :��(�� 112 ก� �n�(ก!� G����&@*�g� 112 ก� �n�(ก!� G����&@*�g�, +&!" 112

100

ก� �n�(ก!� G����&@*�g�, -�%&ก� :��(�� 113 ก� �n�(ก!�ก +)���( 113 ก� �n�(ก!�ก +)���(, -�%&ก� :��(�� 113 ก� �n�(ก!�ก� ก*!"�g� 114 ก� �n�(ก!�ก� ก*!"�g�, -�%&ก� :��(�� 114 ก� �n�(ก!� PTC 114 ก� �n�(ก!� PTC, -�%&ก� :��(�� 115 External By-Pass 115 By-Pass fault, -�%&ก� :��(�� 115 ก� �$���ก +)���( 116 +&!"ก� �$���ก +)���( 116 ก� �$���ก +)�$<�� 116 +&!"ก� �$���ก +)�$<�� 117 ก� �$��� Overload 117 +&!"ก� �$��� Overload 117 ก� �$��� SCR Overload 117 Phase loss fault, -�%&ก� :��(�� 118 Fieldbus fault, -�%&ก� :��(�� 118 Frequency fault, -�%&ก� :��(�� 118 Heat sink over-temperature fault, -�%&ก� :��(�� 119 Thyristor short circuit fault, -�%&ก� :��(�� 119 Programmable inputs, In0 and In1 120 Programmable outputs, Relay K4, K5 and K6 120 Programmable software output V7 121 Fieldbus control 122 Fieldbus type 122 Fieldbus address 123 Sequence start, number of sequence 123 Start ramp, first sequence 123 ) (&!�� %<�$.�, first sequence 124 ก� D��ก!&ก +)�, first sequence 124

101

ก� $!'(���ก +)�, first sequence 124 Start ramp, second sequence 125 ) (&!�� %<�$.�, second sequence 125 ก� D��ก!&ก +)�, second sequence 125 ก� $!'(���ก +)�, second sequence 126 Start ramp, third sequence 126 ) (&!�� %<�$.�, third sequence 126 ก� D��ก!&ก +)�, third sequence 127 ก� $!'(���ก +)�, third sequence 127 r�c� 127 LCD display automatic switch-off 128 �!�V��� 128 -�%&/�(A!� 128 �� 129 �&��� 129 A!� 129 -!<AF�( 129 ��:; 130

102

=++>, 10 ST�ก7#�,% ":�;'D+ก*��A`a(ก� $!'(���)*+gm(ก?-!<�:!'(��&/�( softstarter

10:1 ก���������ก�!�3 Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Setting Ie ก� $!'(���>� ��%�$� ?�;'D+$!'($�����ก +)�:;< softstarter )�&(��ก�� `.����$� ?$��)"" In line, ,�.$!'($��>%ก!&ก +)����$� ? (&�:;< name plate)

`.����$� ?$��)"" Inside Delta ,�.$!'(���ก +)� = 58% /�(>%ก!&ก +)����$� ?

10:2 Start Ramp Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Start Ramp

���<��!bb�d� %<�$.�`�ก�n�� softstarter )�&( start ramp F&E���Ee�>%<�) (&!�,�.���$� ? start ramp D+$�����<�(G�� �<�Ee D�ก +:!<(�$h�>%ก!&) (&!����$� ?

103

10:3 Stop Ramp Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Stop Ramp

���<��!bb�d�E@&`�ก�n�� softstarter )�&( stop ramp F&E���Ee*&) (&!�,�.���$� ? `.� ramp time `�ก$!'(GA.:;< 0, softstarter D+�!<($!&) (&!����<�����!<(�E@&`�ก�n��

���>� ��%�$� ?�;'D+$!'(���� 0 ���� !"(��:;<�ก;<EA/.�(ก!"����*�/��&,�b�

10:4 �����%9��,��$% Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Init Volt

104

���>� ��%�$� ?�;':��,�.���� `$!'(��� +&!") (&!�:;<:��,�. start ramp � %<�$.� `.����) (&!�$!'($.�:;<$!'(GA.$<���ก%�G� D+:��,�.-�A(�A*��$� ?:E�A )*+:��,�.���$� ? .��

10:5 �����%3��%3Z� Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/End Volt

���>� ��%�$� ?�;':��,�.���� `$!'(��� +&!") (&!�:;<:��,�. stop ramp �%'��@& gm(ก?-!<��;'D+:��(��`.���� Stop ramp `�ก,-.

10:6 ก�� ��!��=�����% Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Step Down

105

���<�ก� �E@&���$� ?,-. stop ramp �A��� hAD+G��*&*(:!�:;:!�,& gm(ก?-!<�ก� *& +&!") (&!�:��,�.���� `$!'(��� +&!"�A��� hA���$� ?:;<*&*( � hA�:��eก!":;< stop ramp � %<�$.� -�AE:��,�.ก� �E@&���$� ?G&.��"� d? )*+��A�,�b�,-.,�(���m��

10:7 ก�� ?̀�ก��ก�!�3 Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Current Lim

gm(ก?-!<��;'���� `D��ก!&ก +)��$� ?:G&. ���<�D��ก!&ก +)� ) (&!�D+�(:;<D�ก +:!<( +&!"ก +)�$<��กA��:;<D��ก!&GA. D�ก�!'� ramping D+&����%�$��G�

ก +)��$� ?:D+$.�(��(>�:;<D+:��,�.���$� ?�;�A��� hA>%ก!& F&Eก +)�/a'��E��ก!"�@d��"!$%/�(���$� ? )*+�@d*!กcd+/�(r� +

106

10:8 Kick Start Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Kick Start

,�"�((�� �;�A��D������:;<ก��D!&�A����b��;E/�(���$� ? ��� ) (��;E&:��� %<�$.� &!(�!'� kick start Da(`�ก,-. F&ED��E) (&!��(:;< /d+:;<$!'(����A*�

10:9 �!��= Kick Start Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Kick Level ���>� ��%�$� ?�;'GA.$!'( +&!"/�( kick start D+`�ก,-.���<� kick start `�ก�*��ก

10:10 9- � Kick Start Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Kick Time ���>� ��%�$� ?�;'GA.$!'(�A*�/�( kick start D+`�ก,-.���<� kick start `�ก�*��ก

107

10:11 #�-� Start ramp Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Start Range �A*�/�( start ramp D+`�ก$!'(`a( 30 A%��:; GA.������� default )$�̀ .�$.�(ก� -�A(���`a( 120 A%��:; ���� `:��G&.F&E����;'

�A*� ramp :;<����ก%�G� D+�>%<��A����;<E( (tripping the overload protection)

10:12 #�-� Stop Ramp Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Stop Range �A*�/�( stop ramp D+`�ก$!'(`a( 30 A%��:; GA.������� default )$�̀ .�$.�(ก� -�A(���`a( 120 A%��:; ���� `:��G&.F&E����;'

10:13 ก��/a��ก�%��9���7 overload Path in menu: Menu/SETTINGS/Functional Settings/Protections/Overload ���>� ��%�$� ?�;'-�AE,�ก� $!'(���ก� �n�(ก!����$� ?:��(���ก%�>%ก!& �@d�r��%:;<��(�ก%�G�/�(���$� ?:��,�.���$� ?�E@& )*+�A reset ก����$� ?:�;ก� !'( ก� �n�(ก!����$� ?:��(���ก%�>%ก!&�; 3 A%q; No ก� �n�(ก!�G��:��(�� Normal ก� �n�(ก!�:��(���ก$% Dual ก� �n�(ก!��; 2 �E��( ��� +�A��(�$� ?: )*+ +�A��(ก� ,-.(��

108

�@d�r��%/�(���$� ?D+`�ก�กh"GA.�����A*� 2 -!<AF�(�*!(D�ก&!"Gg

10:14 Overload class Path in menu: Menu/SETTINGS/Functional Settings/Protections/Overload/OL Class

���>� ��%�$� ?���� `$!'(��� +&!"ก� �n�(ก!����$� ?G&.$���A��$.�(ก� )"�(���� 4 +&!"$�� ��/.�("� (figure 8)

10:15 Overload class, dual type, start class Path in menu: Menu/SETTINGS/Functional Settings/Protections/Overload/Dual Class S ���>� ��%�$� ?���� `$!'(��� +&!"ก� �n�(ก!����$� ?G&.$���A��$.�(ก� /d+:��ก� �$� ?: ���<�`a(>%ก!&) (&!� กhD+��*;<E����� run class

109

10:16 Overload class, dual type, run class Path in menu: Menu/SETTINGS/Functional Settings/Protections/Overload/Dual Class R ���>� ��%�$� ?���� `$!'(��� +&!"ก� �n�(ก!����$� ?G&.$���A��$.�(ก� /d+:��(�� run class D+`�กก +$@.� 30 A%��:; �*!(D�ก) (&!��$h�>%ก!&

10:17 ก��/a��ก�% Overload, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Protections/Overload/OL Op �;,�.�*��ก 3 � +�r: D+:��(�����<�gm(ก?-!<�ก� �n�(ก!� overload �̀ก�*��ก Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault Ind ���$� ?:��(��$�����<�( )$��; fault indication

10:18 ก��/a��ก�% Locked rotor Path in menu: Menu/SETTINGS/Functional Settings/Protections/Locked Rotor `.����$� ?�;ก +)���(�ก%�กA�� +&!":;<$!'()*+�A*�:;<$!'(GA./d+:;<���$� ?:��(��:;<>%ก!&) (&!� ก� �n�(ก!��;'D+:��(�� ก� �n�(ก!�� %<�ก� $ ADA!&���<��n��) (&!�>%ก!&,�.���$� ?

110

10:19 ก��/a��ก�% Locked rotor, Trip level Path in menu: Menu/SETTINGS/Functional Settings/Protections/Locked Rotor/Lock R Lev gm(ก?-!<��;'���� `$!'( +&!"/�(ก� �n�(ก!� locked rotor F&Egm(ก?-!<��;'D+:��(�����<�ก� �n�(ก!� locked rotor `�ก�*��ก

10:20 ก��/a��ก�% Locked rotor, 9- � Path in menu: Menu/SETTINGS/Functional Settings/Protections/Locked Rotor/Lock R Time ���>� ��%�$� ?���� `$!'(������A(�A*�D�กก� $ AD>"D�ก +:!<(ก� �n�(ก!�:��(�� F&Egm(ก?-!<��;':��(�����<�ก� �n�(ก!� locked rotor `�ก�*��ก

10:21 ก��/a��ก�% Locked rotor, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Protections/Locked Rotor/Lock R Op �;,�.�*��ก 3 � +�r: D+:��(�����<�gm(ก?-!<�ก� �n�(ก!� locked rotor `�ก�*��ก Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault Ind ���$� ?:��(��$�����<�( )$��; fault indication

111

10:22 ก��/a��ก�% Underload Path in menu: Menu/SETTINGS/Functional Settings/Protections/Underload `.����$� ?�;ก +)�$<��กA�� +&!":;<$!'()*+�A*�:;<$!'(GA./d+:;<���$� ?:��(��:;<>%ก!&) (&!� ก� �n�(ก!��;'D+:��(�� ก� �n�(ก!�� %<�ก� $ ADA!&���<��n��) (&!�>%ก!&,�.���$� ?

ก� �n�(ก!��;'�A �*;ก�*;<E(ก� ,-.ก!" pump running dry, detect a broken belt � ��:;<�*.�Eeก!�

10:23 ก��/a��ก�% Underload, �!��= Path in menu: Menu/SETTINGS/Functional Settings/Protections/Underload/Underl Lev ���>� ��%�$� ?�;'���� `$!'( +&!"/�(ก� �n�(ก!� underload F&Egm(ก?-!<��;'D+:��(�����<�ก� �n�(ก!� underload `�ก�*��ก

10:24 ก��/a��ก�% Underload, 9- � Path in menu: Menu/SETTINGS/Functional Settings/Protections/Underload/Underl Time ���>� ��%�$� ?�;'���� `$!'(������A(�A*�D�กก� $ AD>"D�ก +:!<(ก� �n�(ก!�:��(�� F&Egm(ก?-!<��;':��(�����<�ก� �n�(ก!� underload `�ก�*��ก

112

10:25 ก��/a��ก�% Underload, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Protections/Underload/Underl Op �;,�.�*��ก 3 � +�r: D+:��(�����<�gm(ก?-!<�ก� �n�(ก!� underload `�ก�*��ก Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault Ind ���$� ?:��(��$�����<�( )$��; fault indication

10:26 ก��/a��ก�%.��3��Z 9S3 Path in menu: Menu/SETTINGS/Functional Settings/Protections/Phase Imb `.�ก +)�,���a<(�g�$��(ก!"�g���<�e F&E��กกA�����:;<$!'(GA. ก� �n�(ก!�D+:��(�� ก� �n�(ก!�� %<�ก� $ ADA!& 30 A%��:;�*!(D�ก�n��) (&!�>%ก!&,�.���$� ?

10:27 ก��/a��ก�%.��3��Z 9S3, �!��= Path in menu: Menu/SETTINGS/Functional Settings/Protections/Phase Imb/Ph Imb Lev ���>� ��%�$� ?�;'���� `$!'( +&!"/�(ก� �n�(ก!� G����&@*�g� F&Egm(ก?-!<��;'D+:��(�����<�ก� �n�(ก!� G����&@*�g�`�ก�*��ก

113

10:28 ก��/a��ก�%.��3��Z 9S3, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Protections/Phase Imb/Ph Imb Op �;,�.�*��ก 3 � +�r: D+:��(�����<�gm(ก?-!<�ก� �n�(ก!�G����&@*`�ก�*��ก Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault Ind ���$� ?:��(��$�����<�( )$��; fault indication

10:29 ก��/a��ก�%ก�!�33�� Path in menu: Menu/SETTINGS/Functional Settings/Protections/High I �;<���ก� �n�(ก!�ก +)�fa<(�(���GA.:;< +&!" 8 x Ie $*�&-�A( 200 ms F&Egm(ก?-!<��;'D+:��(�����<�ก +)��ก%� +&!")*+�A*�:;<$!'(GA.

10:30 ก��/a��ก�%ก�!�33��, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Protections/High I/High I Op �;,�.�*��ก 3 � +�r: D+:��(�����<�gm(ก?-!<�ก� �n�(ก!�ก +)���(`�ก�*��ก Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault Ind ���$� ?:��(��$�����<�( )$��; fault indication

114

10:31 ก��/a��ก�%ก��ก �=9S3 Path in menu: Menu/SETTINGS/Functional Settings/Protections/Phase Rev Softstarter E�� !"G&.�*�Ee*��&!"�g� )$�`.�ก� �n�(ก!��;'`�ก�*��ก *��&!"�g�$.�(���� L1, L2, L3 � ����<�e ก� �n�(ก!�D+:��(��

10:32 ก��/a��ก�%ก��ก �=9S3, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Protections/Phase Rev/Ph Rev Op �;,�.�*��ก 3 � +�r: D+:��(�����<�gm(ก?-!<�ก� �n�(ก!�ก� ก*!"�g�`�ก�*��ก Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault Ind ���$� ?:��(��$�����<�( )$��; fault indication

10:33 ก��/a��ก�% PTC Path in menu: Menu/SETTINGS/Functional Settings/Protections/PTC Softstarter �; input ���� !" external PTC thermistor fa<(���� `,-.G&.F&E�%� + D�กก� �n�(ก!��%�*hก: ��%ก�?:;<$%&��ก!" softstarter

115

10:34 ก��/a��ก�% PTC, #%��ก��/a��ก�% Path in menu: Menu/SETTINGS/Functional Settings/Protections/PTC/PTC Op �;,�.�*��ก 3 � +�r: D+:��(�����<�gm(ก?-!<�ก� �n�(ก!� PTC `�ก�*��ก Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault Ind ���$� ?:��(��$�����<�( )$��; fault indication

10:35 External By-Pass Path in menu: Menu/SETTINGS/Functional Settings/Start/Stop/Ext ByPass ���>� ��%�$� ?ก����&D�ก��.��!�V!� external by-pass A��`�ก,-.� ��G�� D+>",� PST307300

10:36 By-Pass fault, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Faults/BP Fault Op �;,�.�*��ก 2 � +�r: D+:��(�����<�gm(ก?-!<�ก� �n�(ก!� by-pass monitor `�ก�*��ก Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault

116

10:37 ก��9���%ก�!�33�� Path in menu: Menu/SETTINGS/Functional Settings/Warnings/Warn I=High `.�gm(ก?-!<��;'`�ก�*��ก �!bb�d�$���D+)�&(���<�ก +)�,�-�A(:;<) (&!��$h�>%ก!&��(กA�����:;<$!'(GA. � %<� 30 A%��:;�*!(D�ก) (&!�`a(>%ก!&

10:38 ก��9���%ก�!�33��, �!��= Path in menu: Menu/SETTINGS/Functional Settings/Warnings/Warn I=High/Wa I=H Lev ���>� ��%�$� ?�;'���� `$!'( +&!" ก� �$���ก +)���(G&.

10:39 ก��9���%ก�!�3�,?� Path in menu: Menu/SETTINGS/Functional Settings/Warnings/Warn I=Low `.�gm(ก?-!<��;'`�ก�*��ก �!bb�d�$���D+)�&(���<�ก +)�,�-�A(:;<) (&!��$h�>%ก!&$<��กA�����:;<$!'(GA. � %<� 30 A%��:;�*!(D�ก) (&!��$h�>%ก!&

117

10:40 ก��9���%ก�!�3�,?�, �!��= Path in menu: Menu/SETTINGS/Functional Settings/Warnings/Warn I=Low/Wa I=L Lev ���>� ��%�$� ?�;'���� `$!'( +&!" ก� �$���ก +)�$<��G&.

10:41 ก��9���% overload Path in menu: Menu/SETTINGS/Functional Settings/Warnings/Warn OL `.�gm(ก?-!<��;'`�ก�*��ก �!bb�d�$���D+)�&(���<�ก� �n�(ก!� overload :��(�� `.�r� +/�(���$� ?G��*&*(

10:42 ก��9���% overload, �!��= Path in menu: Menu/SETTINGS/Functional Settings/Warnings/Warn OL/Wa OL Lev ���>� ��%�$� ?�;'���� `$!'(��� +&!" indication /�(ก� �n�(ก!����$� ?�ก%�>%ก!& +&!" trip /�(ก� �n�(ก!�`�ก)�&( 100%

10:43 ก��9���% SCR overload Path in menu:

Menu/SETTINGS/Functional Settings/Warnings/Warn SCR OL ���<�gm(ก?-!<��;'`�ก�*��ก �!bb�d�$���D+`�ก��(F&Eก� :��(��/�( thyristor `.�ก +)�G��*&*(

118

10:44 Phase loss fault, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Faults/Ph Loss Op �;,�.�*��ก 2 � +�r: D+:��(��`.��; phase loss fault �ก%&/a'� Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault

10:45 Fieldbus fault, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Faults/FB Fault Op �;,�.�*��ก 2 � +�r: D+:��(��`.��; fault �ก%&/a'� :;< fieldbus communication Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault

10:46 Frequency fault, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Faults/ Freq F Op �;,�.�*��ก 2 � +�r: D+:��(��`.��;�A��`;<G���E��,�-�A( (frequency fault) Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault

119

10:47 Heat sink over-temperature fault, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/FaultsxHS Temp Op �;,�.�*��ก 2 � +�r: D+:��(��`.��@d�r��%:;< heat sink /�($!A softstarter ��(�ก%�G� Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault

10:48 Thyristor short circuit fault, #%��ก��+?���% Path in menu: Menu/SETTINGS/Functional Settings/Faults/SCR SC Op �;,�.�*��ก 2 � +�r: D+:��(��`.� thyristor 1 � ���*�E$!A �̀ก*!&A(D Stop-M �E@&���$� ? )*+ ;�$� ?:&.AE��� ก���:��ก� �$� ?:,����;ก� !'( Stop-A �E@&���$� ? )*+ ;�$� ?:�!$F��!$%���<��ก%& fault

120

10:49 Programmable inputs, In0 and In1 Path in menu: Menu/SETTINGS/Functional Settings/Inputs/In0/In1 Softstarter �; 2 programmable inputs ��� In0 )*+ In1 ���� `,-.,�A!$`@� +�(�?:;<$��(ก!�/a'��E��ก!"ก� �*��กgm(ก?-!<� F&E�%� +$��ก!�

10:50 Programmable outputs, Relay K4, K5 and K6 Path in menu: Menu/SETTINGS/Functional Settings/Outputs/Relay K4/K5/K6 Switch over relays Softstarter �; 3 programmable output relay fa<(���� `,-.,�A!$`@� +�(�?:;<$��(ก!�/a'��E��ก!"ก� �*��กgm(ก?-!<� F&E�%� +$��ก!� F&E ;�*E? K4 $!'(������� Run ;�*E? K5 $!'(������� Top of Ramp )*+ ;�*E? K6 $!'(������� Event �!bb�d run D+��(,�-�A( start ramp, running )*+ stop ramp `.�,-. �!bb�d top of ramp D+��(���<����$� ?`�ก�n��&.AE) (&!��$h�>%ก!& ��A�gm(ก?-!<� event ���� ``�ก��*;<E����� On/Off $���A��$.�(ก�

121

���� !" indications ���� `,-.G&.,��A*��&;EAก!�F&E�����%� +$��ก!� ���� !")$�*+ output ;�*E? Motor Overload Protection

Fault High Current Protection SCR Overload Protection Locked Rotor Protection Underload Protection Phase Imbalance Protection PTC Protection Phase Reversal Protection Overload Warning SCR Overload Warning High Current Warning Low Current Warning

10:51 Programmable software output V7 Path in menu: Menu/SETTINGS/Functional Settings/Outputs/SW Outp V7 `.� softstarter �;ก� ,-. fieldbus D+>" output :;< 4 F&E�!bb�dD+`�ก��(V���:�( fieldbus (&�G&.:;<�!A/.� 10:50 �>�<��� %�����q%"�E)

122

10:52 Fieldbus control Path in menu: Menu/SETTINGS/Functional Settings/Fieldbus/Fieldb Ctrl `.� softstarter D+`�ก,-.ก!" fieldbus )*.A fieldbus $.�(�;ก� �-�<��$��ก���:;<D+ก +:��ก� ,&e

`.����$� ?ก��*!(:��(���E�� )*+��� Fieldb Ctrl `�ก��*;<E�D�ก yes ���� no D+$.�(�E@&���$� ? (fieldbus control *"*.�(����!<(/�( programmable inputs) `.����$� ?G��G&.:��(���E�� )*+��� Fieldb Ctrl `�ก��*;<E�D�ก yes ���� no ��DD+�$� ?:���$� ?`.��;�!bb�d�$� ?:�E��,� programmable inputs

10:53 Fieldbus Type Path in menu: Menu/SETTINGS/Functional Settings/Fieldbus/ Fieldb Ctrl/Fieldb Type ���<� fieldbus `�ก,-. -�%&/�( fieldbus d�A*��!'�$.�(`�ก�*��ก F&E-�%&/�( fieldbus ��G&.,� softstarter : AS-I : DeviceNet `.�D+,-. DeviceNet D+$!'(������������<�

123

10:54 Fieldbus address Path in menu: Menu/SETTINGS/Functional Settings/Fieldbus/ Fieldb Addr ���>� ��%�$� ?�;'���� `$!'(��� fieldbus address G&. �*��ก:;<����+�� G������ address :;<,-.ก���)*.A

10:55 Sequence start, number of sequence Path in menu: Menu/SETTINGS/Functional Settings/Sequence Start/No of Seq Softstarter ���� `�$� ?:���$� ?G&.F&Eก� $!'(���:;<)$ก$��(ก!� 3 ��� ($!'(��� 1st, 2nd, 3rd) gm(ก?-!<��;'���� `�$� ?:���$� ?,� sequence (1 $��1) �;ก:!'(ก� �$� ?:���$� ? 2 � �� 3 ���& &.AE���:;<)$ก$��(,�)$�*+���&

10:56 Start ramp, first sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/1st Seq.Param./Start Ramp1 ���>� ��%�$� ?�;'���� `$!'(����A*� start ramp ���� !"$!'(���:;< 1

124

10:57 �����%9��,��$%, first sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/1st Seq.Param./Init Volt1 ���>� ��%�$� ?�;'���� `$!'(���) (&!�� %<�$.� ���� !"$!'(���:;< 1

10:58 ก�� ?̀�ก��ก�!�3, first sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/1st Seq.Param./Curr Lim1 ���>� ��%�$� ?�;'���� `$!'(��� +&!"ก� D��ก!&ก +)� ���� !"$!'(���:;< 1

10:59 ก���������ก�!�3, first sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/1st Seq.Param./1st Set Ie ���>� ��%�$� ?�;'���� `$!'(���>%ก!&ก +)����$� ? ���� !"$!'(���:;< 1

125

10:60 Start ramp, second sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/2nd Seq.Param./Start Ramp2 ���>� ��%�$� ?�;'���� `$!'(����A*� start ramp ���� !"$!'(���:;< 2

10:61 �����%9��,��$%, second sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/2nd Seq.Param./Init Volt2 ���>� ��%�$� ?�;'���� `$!'(���) (&!�� %<�$.� ���� !"$!'(���:;< 2

10:62 ก�� ?̀�ก��ก�!�3, second sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/2nd Seq.Param./Curr Lim2 ���>� ��%�$� ?�;'���� `$!'(��� +&!"ก� D��ก!&ก +)� ���� !"$!'(���:;< 2

126

10:63 ก���������ก�!�3, second sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/2nd Seq.Param./2nd Set Ie ���>� ��%�$� ?�;'���� `$!'(���>%ก!&ก +)����$� ? ���� !"$!'(���:;< 2

10:64 Start ramp, third sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/3rd Seq.Param./Start Ramp3 ���>� ��%�$� ?�;'���� `$!'(����A*� start ramp ���� !"$!'(���:;< 3

10:65 �����%9��,��$%, third sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/3rd Seq.Param./Init Volt3 ���>� ��%�$� ?�;'���� `$!'(���) (&!�� %<�$.� ���� !"$!'(���:;< 3

127

10:66 ก�� ?̀�ก��ก�!�3, third sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/3nd Seq.Param./Curr Lim3 ���>� ��%�$� ?�;'���� `$!'(��� +&!"ก� D��ก!&ก +)� ���� !"$!'(���:;< 3

10:67 ก���������ก�!�3, third sequence Path in menu: Menu/SETTINGS/Functional Settings/Seq Start/3rd Seq.Param./3rd Set Ie ���>� ��%�$� ?�;'���� `$!'(���>%ก!&ก +)����$� ? ���� !"$!'(���:;< 3

10:68 1�5� Path in menu: Menu/SETTINGS/Presentation Set./Language /.��A��"���.�D� LCD ���� `)�&(G&. 10 r�c� ���� `�*��กG&.&!(�;' r�c��!(ก�c r�c�D;� r�c��E� �!� r�c����� r�c�� !<(�x� r�c��%$�*; r�c���*)*�&? r�c�F� $@�ก� r�c��A;�&� r�c�g~�)*�&?

128

10:69 LCD display automatic switch-off Path in menu: Menu/SETTINGS/Presentation Set./LCD Auto Off D� LCD /�( softstarter ���� `$!'(�A*��~&�!$F��!$%G&. F&E�%&D�� !'(�*!(�@&

10:70 �:�3\��% Path in menu: Top Level Press Upper navigation key once. ���<�G��$.�(ก� ��*;<E����:;<$!'(GA. ���� `$!'( �!�V���G&.�>�<�*h�ก keypad F&E������<�eE!(�()�&(�E��(��*;<E�)�*(���G��G&.)

10:71 #%��;��-�% Path in menu: Menu/SETTINGS/Presentation Set./Date Type ���>� ��%�$� ?�;'���� `�*��ก-�%&/�(A!�:;<)�&("�D� LCD G&.&!(�;' ISO �� w �&��� w A!� CE A!� w �&��� w �� US �&��� w A!� w ��

129

10:72 /z Path in menu: Menu/SETTINGS/Presentation Set./Date Year ���>� ��%�$� ?�;'���� `$!'(������mDD@"!�G&.

10:73 9���% Path in menu: Menu/SETTINGS/Presentation Set./Date Month ���>� ��%�$� ?�;'���� `$!'(����&����mDD@"!�G&.

10:74 -�% Path in menu: Menu/SETTINGS/Presentation Set./Date Day ���>� ��%�$� ?�;'���� `$!'(���A!�:;<�mDD@"!�G&.

10:75 #�,-R�� Path in menu: Menu/SETTINGS/Presentation Set./Time Hour ���>� ��%�$� ?�;'���� `$!'(���-!<AF�(�mDD@"!�G&.

130

10:76 %�+> Path in menu: Menu/SETTINGS/Presentation Set./Time Min ���>� ��%�$� ?�;'���� `$!'(�����:;�mDD@"!�G&.

131

/T4:�+>,<= =++>, 11 /T4:�+>,<= ��.�

:!<AG� 132 �mb��:!<AG� )*+ faults 132 Start up faults 133 Fault indication 133 Protection indication 136

132

=++>, 11 /T4:�+>,<=

11:1 +�,-./ ":�;'����)�A:�(,�ก� )ก.�mb��:;<�ก%&/a'�ก!" softstarter � ��ก� ,-.(��$��(e Softstarter D+�; LED fault )�&(�A*��ก%& fault )*+:;<D� LCD D+)�&(A���ก%& fault -�%&,& )*+���<�ก� �n�(ก!�:��(�� D+�; LED protection )�&( )*+:;<D� LCD D+)�&(A������ก� �n�(ก!�-�%&,& Faults :;<G������ `)�&(V*G&.:;< softstarter D+>",�":�;'

11:2 /T4:�+�,-./� ! faults 31�-! 3�9:�Z+>,9/|%./.�$ ก���ก$.; ���$� ?� �(/�$� ?:F&EG���n���!bb�d�$� ?:

Thyristor �ก%&ก� -��$ �;ก� "�E>��:��,�.��.��!�V!��E��,�$��)���(�~&

� $ AD��" )*+��*;<E� � $ AD��" )*+������$@:;<`�ก

���$� ?�;��;E(G��&;/d+�$� ?:� ��/d+:��(��

ก� $�� inside delta �;�A��V%&>*�& � $ AD��" )*+�&%���EGg,�.`�ก$.�(

���$� ?�;��;E(G��&;/d+�E@& Ramp time ���� !"ก� �E@&V%&>*�& � ��*;<E���� ramp times(� !"����>�<�V**!>:?:;<&;:;<�@&)

���$� ?G���$� ?:���<��n������!<(�$� ?:F&E,-. hardware inputs

�&%���E���F:*V%&>*�& �!<(�$� ?:)*+�$���,��A*��&;EAก!� Keypad �E��,����� local control

� $ AD��"ก� �$� ?:)*+�$��� � $ AD��"A������!<(�$� ?: )*+�$��� G��G&.:��(��> .��ก!� � $ AD��"A�� Keypad G���E��,����� local control � $ AD��"���/�( fieldbus ctrl A��`�ก$!'(���� No

���$� ?G���$� ?:���<��n������!<(�$� ?:F&E,-. fieldbus communication

$!'(��� fieldbus V%&>*�& � $ AD��"���/�( fieldbus ctrl A��`�ก$!'(���� Yes � $ AD��"A�� � enable� `�ก,-. � $ AD��"A��$!'(��� programmable inputs `�ก$.�(

133

31�-! 3�9:�Z+>,9/|%./.�$ ก���ก$.; ���ก +)�:;<D� LCD G��$ (ก!"ก +)����$� ?

ก� $�� inside delta � `.� softstarter`�ก$��)"" inside delta ���ก +)�:;< LCD �;��� 58%/�(ก +)����$� ?

���ก +)�:;<D� LCD G���(:;< ���$� ?�;/��&�*hก�ก%�G� F�*&���$� ?�;/��&�*hก�ก%�G� (ก +)�G���E��,�-�A(:;<A!&G&.)

� $ AD��"A�� softstarter �!�>!�q?ก!"/��&/�(���$� ?� ��G�� � `.�����G�G&.,�.�>%<�F�*& � $ AD��"A��/��& softstarter )*+���$� ?

ก� $!'(��� fieldbus � &�": fieldbus

11:3 Start up fault 31�-! 3�9:�Z+>,9/|%./.�$ ก���ก$.;

LCD �~& keypad �!$F��!$% � �!�V!��@v�,&e,� keypad

)�*�(D��E) (&!�G��`�ก�-�<��$�� � $��)�*�(D��E) (&!��/.�A(D

11:4 Fault indication 31�-! 3�9:�Z+>,9/|%./.�$ ก���ก$.; Phase loss fault

��.��!�V!��*!ก� ���f� ?ก%D�" ก�ก� ?`�ก��~& g~A�? +�"%& ก*Gกr�E��ก`�ก��~&� ��: %�

� $ AD��" )*+�~&��.��!�V!� / �" ก �ก� ? � ��ก*Gก$!&$��r�E��ก � $ AD��")*��*;<E�g~A�?:!'( 3 �g�

Connection Fault

ก� �-�<��$�����$� ?G��`�ก$.�( ก� *!&A(D thyristor

Inline connection �$ ADA��G���;ก� �-�<��$�����$� ?>*�& � $ ADก� �-�<��$��`�ก$.�( � $ AD��" )*+��*;<E� Inside delta connection �$ ADA��G���;ก� �-�<��$�����$� ?>*�& � $ AD��"ก� �-�<��$��`�ก$.�(

134

� $ AD��" )*+��*;<E� 31�-! 3�9:�Z+>,9/|%./.�$ ก���ก$.; Frequency fault

�A��`;<G���E��,�-�A( (47, 5-52, 5Hz or 57,63Hz)

� $ AD��"�A��`;<,�.`�ก$.�(

Line side fault

) (&!��*!ก"� line side G��`�ก$.�(

� $ AD��") (&!��*!ก"� line side ,�.`�ก$.�(

By-Pass fault

��.��!�V!�"�E>�� G���~&� ����~& Without by-pass � $ AD��"��� Ex BypassA��`�ก$!'(������� No With by-pass � $ AD��"A���> �+��$@,&��.��!�V!�G���~&� ����~& � $ AD��"��� Ex BypassA��`�ก$!'(������� Yes

Heat sink over-temperature fault

�@d�r��%:;<��(�ก%�G�/�( heat sink `.� fault E!(�(�E���*!(D�ก reset )�&(A���@d�r��%�@����ก

� $ AD��"A��>!&*�:��(�� a��*�� � $ AD��"-��( +"�E��ก�x A���;�@v��ก� ก� ��G�� �$ AD��"�@d�r��%�.�(A��G����(�ก%�G�

Kick current fault

$!'(��� Ie $<���ก%�G� In line connected � $!'(���$��>%ก!&ก +)����$� ? Inside delta � $!'(������� 58% /�(>%ก!&ก +)����$� ?

Short thyrisror fault

SCR `�ก-h�$ �$ AD��")*+��*;<E�$%&$������!ก(��/�E ABB �>�<���*;<E�

Non conducting thyristor fault

SCR G�����ก +)� �$ AD��")*+��*;<E�$%&$������!ก(��/�E ABB �>�<���*;<E�

135

31�-! 3�9:�Z+>,9/|%./.�$ ก���ก$.; Fieldbus fault

Fieldbus G��:��(�� � $ AD��"ก� $�� fieldbus A��`�ก$.�(� ��G�� � $ AD��"-�%&/�( fieldbus :;<,-.A��`�ก$.�(� ��G�� � $ AD��"A����� fieldbus type :;<$!'(GA.A��$ (ก!":;<,-.� ��G��

Internal fault

ก� ��<��� r�E,� softstarter �;�A��V%&>*�&�ก%&/a'�

� `�&)�*�(D��E) (&!���ก )*+:��ก� $��,��� )*.A:��ก� ;�$� ?: � `.� fault E!(�(�E�� $%&$������!ก(��/�E ABB

136

11:5 Protection indication 31�-! 3�9:�Z+>,9/|%./.�$ ก���ก$.; Motor overload protection

���$� ?�E��,��r�A+overload �> �+ ก +)���(�ก%�G� (r� +:;<�>*����$� ? ��(�ก%�G�)

Inline At start �$ AD��"����$@:;<`�ก$.�(/�( overload )*+&� +&!"D��ก!&ก +)�A��G��$!'(���$<���ก%�G� � $ AD��" ramp time ,�ก� �$� ?: A��G��E�A�ก%�G� � $ AD��" +&!" overload :;<`�ก,-. � $ AD��"��� Ie :;<$!'(GA.A��`�ก� ��G�� Continuous run �$ AD��"����$@:;<`�ก$.�(/�( overload Inside Delta At start �$ AD��"����$@:;<`�ก$.�(/�( overload )*+&� +&!"D��ก!&ก +)�A��G��$!'(���$<���ก%�G� � $ AD��" ramp time ,�ก� �$� ?: A��G��E�A�ก%�G� � $ AD��" +&!" overload :;<`�ก,-. � $ AD��"��� Ie :;<$!'(GA.A�� = 58% /�(>%ก!&ก +)����$� ?� ��G�� Continuous run �$ AD��"����$@:;<`�ก$.�(/�( overload

Underload protection

ก +)����$� ? $<��กA�� +&!")*+�A*�:;<$!'(GA.

�$ AD��"����$@:;<`�ก$.�(/�( underload �$ AD��"���:;<$!'(A������G�$���r�>:;<,-.(��� ��G��

137

31�-! 3�9:�Z+>,9/|%./.�$ ก���ก$.; Locked rotor protection

���$� ?:��(����&D�ก"�(����$@ ก� ���<���r�>/�( bearing � ��ก� $%&/!&/�(r� +

� $ AD��" bearing /�(���$� ?)*+/�(r� + � $ AD��"A��r� +G��G&:��(����&

High current protection

ก +)� fault ��(กA�� 8 �:��/�(>%ก!& softstarter �ก%&/a'�

� $ AD��"A(D insulation fault A�:!'( phase to phase fault )*+ earth fault

Phase imbalance protection

�A��G����&@*/�(ก +)�,�)$�*+�g� �$ AD��") (&!��*!ก)*+A(D ���$� ? �:��ก� ;�$� ?:���$� ?)*.A$ AD��"ก +)�)$�*+�g�

Phase reversal protection

*��&!"�g�G��`�ก$.�( � ��*;<E�*��&!"�g� ���� L1- L2- L3

PTC protection

�@d�r��%:;<��(�ก%�G�`�ก$ ADD!"F&E PTC thermistors ,����$� ?

� $ AD��"A(D PTC A��`�ก�~& )*+ก� $�� input �$ AD��"������$@:;<`�ก$.�(/�(�A�� .��:;<��(/a'� � �,�.���$� ?�Eh�*(ก��� )*.A:��ก� ;�$� ?:

Thyristor overload protection

Softstarter �;/��&�*hก�ก%�G� �;ก� �$� ?:$��-!<AF�(��ก�ก%�G� Ramp time ,�ก� �$� ?:E�A�ก%�G�

� $ AD��")*+��*;<E� softstarter ,�.�;/��&:;<����+�� � $ AD��")*+*&D���A�ก� �$� ?:$��-!<AF�( � $ AD��" +&!"ก� D��ก!&ก +)�A��G��$!'(���$<���ก%�G� � $ AD��"A�� ramp time ,�ก� �$� ?:G��E�A�ก%�G�

138

Diagrams =++>, 12 Diagrams ��.� Circuit diagram PST307PST300 139 Circuit diagram PST3707PST1050 140

139

=++>, 12 Diagrams 12:1 Circuit diagram PST30(PST300

Terminal 3 ��� function earth G��,-� protection earth fa<(�!��A D+$��ก!" mounting plate

140

12:2 Circuit diagram PST370(PST1050

Terminal 3 ��� function earth ������ protection earth ��� ���������ก � mounting plate

141