eVD4 Quick start guide
Medium voltage products
eVD4 Quick start guide
This guide is intended for a quick startup of the eVD4. You will get to know how to supply the integrated relay RBX615 and the required inputs to make the circuit-breaker operate. Moreover, you will see the functions of inputs and outputs, their related pins on the plug and their configurability.
Power supply To supply the integrated relay refer to the following two steps. 1. Connect the power supply to pins number 2 (+) and 3 (-). In this way you supply the power supply card (-X100). In the picture below, a part of the related circuit diagram is shown.
2. Connect the power supply to pins number 48 (+) and 49 (-). In this way you supply the extension board (-X200) and you enable the two H bridges. In the picture below a part of the related circuit diagram is shown. In this example the H bridges (HB 1 and HB 2) supply the motor for operating the earthing switch (-MAE) and the motor for moving the truck (-MAT).
1
48
2
48
1
2
*E)
*G) 206
101
–AA (I-O EXTENSION –X200) –AA (POWER SUPPLY –X100) HB 1 205
108
204
203
202
49
3
Pin number on the plug
2
51
50
3
49
GN/BL
–XDB23
50
M –MAE
51
201
201
107
202
102
HB 2
1
2
M
VH/RD
B0 7
–MAT
Pin number on the plug
Inputs In the table below it is possible to find the function of each input, depending on the version of your eVD4. If the input is configurable (inputs from 1 to 10) you can also find the respective pins in the plug.
Function Binary Input number
Card
Fixed version eVD4 Feeder Protection (F1, F2, F3)
Withdrawable version eVD4 Feeder Protection (F1, F2, F3)
Fixed version eVD4 Motor Protection (M1, M2)
Withdrawable version eVD4 Motor Protection (M1, M2)
Configurable
Available in plug (pins)
BI 1
I/O expansion (-X200)
Ext. Protections Alarm
Ext. Protections Alarm
Ext. Protections Alarm
Ext. Protections Alarm
yes
yes (49-29)
BI 2
I/O expansion (-X200)
Ext. Protections Trip
Ext. Protections Trip
Ext. Protections Trip
Ext. Protections Trip
yes
yes (49-32)
BI 3
I/O expansion (-X200)
MCB closed
MCB closed
MCB closed
MCB closed
yes
yes (49-33)
BI 4
I/O expansion (-X200)
Available
Enable truk moving
Available
Enable truk moving
yes
yes (49-34)
BI 5
I/O expansion (-X200)
Enable to close
Enable to close in insert pos.
Enable to close
Enable to close in insert pos.
yes
yes (49-36)
BI 6
I/O expansion (-X200)
Blocking OC inst. stage
Blocking OC inst. stage
Enable emergency motor start Enable emergency motor start
yes
yes (49-37)
BI 7
I/O expansion (-X200)
General Reset
General Reset
General Reset
General Reset
yes
yes (49-44)
BI 8
I/O expansion (-X200)
Emergency opening
Emergency opening
Emergency opening
Emergency opening
yes
yes (49-45)
BI 9
I/O expansion (-X200)
Earthing switch close
Earthing switch close
Earthing switch close
Earthing switch close
yes
yes (49-46)
BI 10
I/O expansion (-X200)
Earthing switch open
Earthing switch open
Earthing switch open
Earthing switch open
yes
yes (49-47)
BI 11
Basic Card (-X300)
CB remote closing
CB remote closing
CB remote closing
CB remote closing
no
yes
BI 12
Basic Card (-X300)
CB remote opening
CB remote opening
CB remote opening
CB remote opening
no
yes
BI 13
Basic Card (-X300)
CB closed signalling
CB closed signalling
CB closed signalling
CB closed signalling
no
no
BI 14
Basic Card (-X300)
CB open signalling
CB open signalling
CB open signalling
CB open signalling
no
no
BI 15
Basic Card (-X300)
Springs charged signalling
no
no
BI 16
Power supply (-X100)
Truck in test position
Truck in test position
Truck in test position
Truck in test position
no
no
BI 17
Power supply (-X100)
Truck in service position
Truck in service position
Truck in service position
Truck in service position
no
no
Springs charged signalling Springs charged signalling Springs charged signalling
3
In the circuit diagram below the pins on the plug for each output are highlighted.
207
208
BI 1
BI 2
209
BI 3
210
BI 4
211
BI 5
212
BI 6
213
BI 7
214
BI 8
215
BI 9
48 48
47 47
46 46
45 45
44 44
37 37
36 36
34 34
33 33
32 32
29
29
215
205
BI 10
205
Binary Input number
49
Pin number (on plug)
49
4
To feed one input is sufficient to connect pin number 49 (common for all the inputs) to the negative pole and the positive pole to the corresponding pin. For example to feed input number 5 (BI5) supply pin 49 (-) and pin 36 (+). It’s necessary to supply the following inputs to respect the relay logic: • Input 3 (Micro Circuit-breaker Closed): it represents the status of the micro circuit-breakers in the low voltage compartment of the panel. If this input is not supplied, a red LED on the HMI will switch on. The circuit-breaker is anyway operable even with this LED on. Both for fixed and withdrawable version. • Input 4 (Enable truck moving): to unlock the truck locking magnet (–RLE2) and to be able to rack in the circuitbreaker. Only for withdrawable version. • Input 5 (Enable to close in inserted position): to close the circuit-breaker once inserted. Both for fixed and withdrawable version.
Binary Input number
Card
• Input 8 (Emergency opening): if not supplied, this input sends an emergency opening command. Both for fixed and withdrawable version. • Input 10 (Earthing switch open): it represents the status of the earthing switch. It is possible to close the circuit-breaker only when this input number 10 is supplied, i.e. the earthing switch is open. If there is the earthing switch you need to wire it in the way that the input number 10 is supplied when the earthing switch is in the open position. If there is no earthing switch, just supply the input number 10 to be able to close the circuit-breaker. Both for fixed and withdrawable version.
Outputs In the table below it is possible to find the function of each output, depending on the version of your eVD4. If the output is configurable (inputs from 1 to 6) you can also find the respective pins in the plug.
Function Protection with Auto-Reclose selected
Protection without Auto-Reclose selected
Configurable
Available in plug (pins)
BO 1
I/O expansion (-X200)
General operate indication
General operate indication
yes
yes (20-21)
BO 2
I/O expansion (-X200)
General start indication
General start indication
yes
yes (22-23)
BO 3
I/O expansion (-X200)
Cumulative Alarm
Cumulative Alarm
yes
yes (24-26)
BO 4
I/O expansion (-X200)
Unsuccess AR
Available
yes
yes (27-28)
BO 5
Power supply (-X100)
K86 tripped
K86 tripped
yes
yes (12-13)
BO 6
Power supply (-X100)
CBFP open upstream
CBFP open upstream
yes
yes (14-15)
BO 7
Power supply (-X100)
Locking electromagnet on operating mechanism (-RLE1)
Locking electromagnet on operating mechanism (-RLE1)
no
no no
BO 8
Power supply (-X100)
Shunt closing release (-MBC)
Shunt closing release (-MBC)
no
BO 9
Power supply (-X100)
Shunt opening release (-MBO1)
Shunt opening release (-MBO1)
no
no
BO 10
Power supply (-X100)
Watchdog
Watchdog
no
yes
BO 11
Power supply (-X100)
CB ready
CB ready
no
yes
BO 12
Basic Card (-X300)
Locking electromagnet on truck (-RLE2)
Locking electromagnet on truck (-RLE2)
no
no
5
In the circuit diagram below the pins on the plug for each output are highlighted.
217
BO 1
219
BO 2
218
27 27
24 24
22
22
20
20
To see the value of each output is sufficient to connect to the related pins on the plug.
221
BO 3
220
223
BO 4
220
224 Binary Output number
21
6
23
28
26
23
21
Pin number on the plug
26
28
1
ABB S.p.A. Power Products Division Unità Operativa Sace-MV Via Friuli, 4 I-24044 Dalmine Tel.: +39 035 6952 111 Fax: +39 035 6952 874 E-mail: [email protected]
ABB Oy Distribution Automation P.O. Box 699 FI-65101 VAASA, Finland Phone: +358 10 22 11 Fax: +358 10 22 41094 www.abb.com/substationautomation
ABB AG Calor Emag Medium Voltage Products Oberhausener Strasse 33 Petzower Strasse 8 D-40472 Ratingen D-14542 Glindow Phone: +49(0)2102/12-1230, Fax: +49(0)2102/12-1916 E-mail: [email protected] www.abb.com
The data and illustrations are not binding. We reserve the right to make changes without notice in the course of technical development of the product. © Copyright 2012 ABB. All rights reserved.
1VCD601047 - Rev. A, en - Instruction Manual - 2012.04 (eVD4) (gs)
For more information please contact:
eVD4 Quick start guide
This guide is intended for a quick startup of the eVD4. You will get to know how to supply the integrated relay RBX615 and the required inputs to make the circuit-breaker operate. Moreover, you will see the functions of inputs and outputs, their related pins on the plug and their configurability.
Power supply To supply the integrated relay refer to the following two steps. 1. Connect the power supply to pins number 2 (+) and 3 (-). In this way you supply the power supply card (-X100). In the picture below, a part of the related circuit diagram is shown.
2. Connect the power supply to pins number 48 (+) and 49 (-). In this way you supply the extension board (-X200) and you enable the two H bridges. In the picture below a part of the related circuit diagram is shown. In this example the H bridges (HB 1 and HB 2) supply the motor for operating the earthing switch (-MAE) and the motor for moving the truck (-MAT).
1
48
2
48
1
2
*E)
*G) 206
101
–AA (I-O EXTENSION –X200) –AA (POWER SUPPLY –X100) HB 1 205
108
204
203
202
49
3
Pin number on the plug
2
51
50
3
49
GN/BL
–XDB23
50
M –MAE
51
201
201
107
202
102
HB 2
1
2
M
VH/RD
B0 7
–MAT
Pin number on the plug
Inputs In the table below it is possible to find the function of each input, depending on the version of your eVD4. If the input is configurable (inputs from 1 to 10) you can also find the respective pins in the plug.
Function Binary Input number
Card
Fixed version eVD4 Feeder Protection (F1, F2, F3)
Withdrawable version eVD4 Feeder Protection (F1, F2, F3)
Fixed version eVD4 Motor Protection (M1, M2)
Withdrawable version eVD4 Motor Protection (M1, M2)
Configurable
Available in plug (pins)
BI 1
I/O expansion (-X200)
Ext. Protections Alarm
Ext. Protections Alarm
Ext. Protections Alarm
Ext. Protections Alarm
yes
yes (49-29)
BI 2
I/O expansion (-X200)
Ext. Protections Trip
Ext. Protections Trip
Ext. Protections Trip
Ext. Protections Trip
yes
yes (49-32)
BI 3
I/O expansion (-X200)
MCB closed
MCB closed
MCB closed
MCB closed
yes
yes (49-33)
BI 4
I/O expansion (-X200)
Available
Enable truk moving
Available
Enable truk moving
yes
yes (49-34)
BI 5
I/O expansion (-X200)
Enable to close
Enable to close in insert pos.
Enable to close
Enable to close in insert pos.
yes
yes (49-36)
BI 6
I/O expansion (-X200)
Blocking OC inst. stage
Blocking OC inst. stage
Enable emergency motor start Enable emergency motor start
yes
yes (49-37)
BI 7
I/O expansion (-X200)
General Reset
General Reset
General Reset
General Reset
yes
yes (49-44)
BI 8
I/O expansion (-X200)
Emergency opening
Emergency opening
Emergency opening
Emergency opening
yes
yes (49-45)
BI 9
I/O expansion (-X200)
Earthing switch close
Earthing switch close
Earthing switch close
Earthing switch close
yes
yes (49-46)
BI 10
I/O expansion (-X200)
Earthing switch open
Earthing switch open
Earthing switch open
Earthing switch open
yes
yes (49-47)
BI 11
Basic Card (-X300)
CB remote closing
CB remote closing
CB remote closing
CB remote closing
no
yes
BI 12
Basic Card (-X300)
CB remote opening
CB remote opening
CB remote opening
CB remote opening
no
yes
BI 13
Basic Card (-X300)
CB closed signalling
CB closed signalling
CB closed signalling
CB closed signalling
no
no
BI 14
Basic Card (-X300)
CB open signalling
CB open signalling
CB open signalling
CB open signalling
no
no
BI 15
Basic Card (-X300)
Springs charged signalling
no
no
BI 16
Power supply (-X100)
Truck in test position
Truck in test position
Truck in test position
Truck in test position
no
no
BI 17
Power supply (-X100)
Truck in service position
Truck in service position
Truck in service position
Truck in service position
no
no
Springs charged signalling Springs charged signalling Springs charged signalling
3
In the circuit diagram below the pins on the plug for each output are highlighted.
207
208
BI 1
BI 2
209
BI 3
210
BI 4
211
BI 5
212
BI 6
213
BI 7
214
BI 8
215
BI 9
48 48
47 47
46 46
45 45
44 44
37 37
36 36
34 34
33 33
32 32
29
29
215
205
BI 10
205
Binary Input number
49
Pin number (on plug)
49
4
To feed one input is sufficient to connect pin number 49 (common for all the inputs) to the negative pole and the positive pole to the corresponding pin. For example to feed input number 5 (BI5) supply pin 49 (-) and pin 36 (+). It’s necessary to supply the following inputs to respect the relay logic: • Input 3 (Micro Circuit-breaker Closed): it represents the status of the micro circuit-breakers in the low voltage compartment of the panel. If this input is not supplied, a red LED on the HMI will switch on. The circuit-breaker is anyway operable even with this LED on. Both for fixed and withdrawable version. • Input 4 (Enable truck moving): to unlock the truck locking magnet (–RLE2) and to be able to rack in the circuitbreaker. Only for withdrawable version. • Input 5 (Enable to close in inserted position): to close the circuit-breaker once inserted. Both for fixed and withdrawable version.
Binary Input number
Card
• Input 8 (Emergency opening): if not supplied, this input sends an emergency opening command. Both for fixed and withdrawable version. • Input 10 (Earthing switch open): it represents the status of the earthing switch. It is possible to close the circuit-breaker only when this input number 10 is supplied, i.e. the earthing switch is open. If there is the earthing switch you need to wire it in the way that the input number 10 is supplied when the earthing switch is in the open position. If there is no earthing switch, just supply the input number 10 to be able to close the circuit-breaker. Both for fixed and withdrawable version.
Outputs In the table below it is possible to find the function of each output, depending on the version of your eVD4. If the output is configurable (inputs from 1 to 6) you can also find the respective pins in the plug.
Function Protection with Auto-Reclose selected
Protection without Auto-Reclose selected
Configurable
Available in plug (pins)
BO 1
I/O expansion (-X200)
General operate indication
General operate indication
yes
yes (20-21)
BO 2
I/O expansion (-X200)
General start indication
General start indication
yes
yes (22-23)
BO 3
I/O expansion (-X200)
Cumulative Alarm
Cumulative Alarm
yes
yes (24-26)
BO 4
I/O expansion (-X200)
Unsuccess AR
Available
yes
yes (27-28)
BO 5
Power supply (-X100)
K86 tripped
K86 tripped
yes
yes (12-13)
BO 6
Power supply (-X100)
CBFP open upstream
CBFP open upstream
yes
yes (14-15)
BO 7
Power supply (-X100)
Locking electromagnet on operating mechanism (-RLE1)
Locking electromagnet on operating mechanism (-RLE1)
no
no no
BO 8
Power supply (-X100)
Shunt closing release (-MBC)
Shunt closing release (-MBC)
no
BO 9
Power supply (-X100)
Shunt opening release (-MBO1)
Shunt opening release (-MBO1)
no
no
BO 10
Power supply (-X100)
Watchdog
Watchdog
no
yes
BO 11
Power supply (-X100)
CB ready
CB ready
no
yes
BO 12
Basic Card (-X300)
Locking electromagnet on truck (-RLE2)
Locking electromagnet on truck (-RLE2)
no
no
5
In the circuit diagram below the pins on the plug for each output are highlighted.
217
BO 1
219
BO 2
218
27 27
24 24
22
22
20
20
To see the value of each output is sufficient to connect to the related pins on the plug.
221
BO 3
220
223
BO 4
220
224 Binary Output number
21
6
23
28
26
23
21
Pin number on the plug
26
28
1
ABB S.p.A. Power Products Division Unità Operativa Sace-MV Via Friuli, 4 I-24044 Dalmine Tel.: +39 035 6952 111 Fax: +39 035 6952 874 E-mail: [email protected]
ABB Oy Distribution Automation P.O. Box 699 FI-65101 VAASA, Finland Phone: +358 10 22 11 Fax: +358 10 22 41094 www.abb.com/substationautomation
ABB AG Calor Emag Medium Voltage Products Oberhausener Strasse 33 Petzower Strasse 8 D-40472 Ratingen D-14542 Glindow Phone: +49(0)2102/12-1230, Fax: +49(0)2102/12-1916 E-mail: [email protected] www.abb.com
The data and illustrations are not binding. We reserve the right to make changes without notice in the course of technical development of the product. © Copyright 2012 ABB. All rights reserved.
1VCD601047 - Rev. A, en - Instruction Manual - 2012.04 (eVD4) (gs)
For more information please contact:
