efacec NORMAFIX Instructions Manual

NORMAFIX
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NORMAFIX
Modular Distribution Switchgear
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SECURITY INSTRUCTIONS
NORMAFIX
Read this manual carefully before proceeding with any handling, operation and maintenance action. Failure to follow safety recommendations, could lead to serious physical and material injury.
This manual should be accessible to all people involved in the installation, operation and maintenance of the equipment.
The equipments described in this manual were designed and tested to operate within their nominal values. Use outside this range may result in malfunction, and could cause serious physical and material injury.
The cells and switches are equipped with safety interlocks making its use simple and secure. Do not force them.
This equipment can be remotely controlled and contains live and mechanical parts that move at high speed.
In the cells with circuit breakers, never perform checks on the circuit-breaker while it is closed or with the closing springs charged. The circuit breaker must be open and the closing springs discharged. (See the DIVAC Instruction Manual)
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TABLE OF CONTENTS
1. GENERAL TECHNICAL CHARACTERISTICS ...................................................................................................... 3
2. MODULAR UNITS ............................................................................................................................................... 4
2.1 IS Cubicle ................................................................................................................................................... 4
2.2 CIS Cubicle ................................................................................................................................................. 4
2.3 DC Cubicle .................................................................................................................................................. 5
2.4 M Cubicle .................................................................................................................................................... 5
2.5 SBM Cubicle ............................................................................................................................................... 5
2.6 CD Cubicle .................................................................................................................................................. 6
2.7 TT Cubicle .................................................................................................................................................. 6
2.8 DB Cubicle .................................................................................................................................................. 6
3. OVERVIEW OF MODULAR UNITS ..................................................................................................................... 7
4. OPERATING MECHANISMS .............................................................................................................................. 10
5. SF6 SYSTEM ..................................................................................................................................................... 12
6. DISPATCH ........................................................................................................................................................ 13
7. RECEPTION ...................................................................................................................................................... 13
8. INSTALLATION ................................................................................................................................................ 14
8.1 Preparing the floor ................................ ................................ ................................................................ . 14
8.2 Unpacking................................................................................................................................................. 14
8.3 Installation on site .................................................................................................................................. 14
8.4 Panels assembly ...................................................................................................................................... 15
8.5 Fastening the panels to the floor......................................................................................................... 15
8.6 Connection of the earthing circuit ...................................................................................................... 16
8.7 Busbar connection .................................................................................................................................. 16
8.8 Cables connection .................................................................................................................................. 17
8.9 Toroidal transformers Cable Connections .......................................................................................... 19
8.10 Assembling of fuses .............................................................................................................................. 19
8.11 Definition of fuses ................................................................................................................................ 20
9. START-UP ........................................................................................................................................................ 20
9.1 Essential checking .................................................................................................................................. 20
9.2 Switchgear operations ........................................................................................................................... 20
9.3 Voltage feeding ....................................................................................................................................... 20
9.4 Live cables control ................................................................................................................................. 21
9.5 Phase agreement control in “Incoming” panels ................................................................................ 21
9.6 Busbar feeding and fuses protection ................................................................................................... 21
10. EXPLOITATION .............................................................................................................................................. 22
10.1. Operating mechanism operation ...................................................................................................... 22
10.2. Earth Switch opening operation (CI1 and CI2) ............................................................................... 22
10.3. Earth Switch closing operation (CI1 and CI2) ................................................................ ................. 23
10.4. Switch closing operation (CI1 or CS1) .............................................................................................. 23
10.5. Switch opening operation (CI1 or CS1) ............................................................................................ 24
10.6. Switch closing operation and recharge for opening (CI2 - transformer protection function) 24
10.7. Switch opening operation (CI2 - transformer protection function) ............................................ 25
10.8. Closing and opening operations (Vacuum Circuit Breaker, CDV mechanism) ........................... 25
10.9. Closing and opening operations (SF6 Circuit Breaker, CLR mechanism) ................................... 26
12. REPLACEMENT .............................................................................................................................................. 27
12.1 Replacing the Voltage Signalization lamps ...................................................................................... 27
12.2 Fuse replacement ................................ ................................ ................................................................ . 27
12.3 Removing the automatic switch disconnector of the cubicle ....................................................... 28
12.4 Removing cover mechanism ................................................................................................................ 29
13. SPARE PARTS ................................................................................................................................................ 29
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1. GENERAL TECHNICAL CHARACTERISTICS
Rated voltage
12 kV
17,5 kV
24 kV
36 kV
Insulation level
- Power frequency (Hz - 1min)
28 kV
38 kV
50 kV
70 kV
-Lightning impulse (1,2 / 50s)
75 kV
95 kV
125 kV
170 kV
Rated current
Busbar
630 A
630 A
630 A
630 A
Incoming/Outgoing
400 A 630 A
400 A 630 A
400 A 630 A
400 A 630 A
Fuses Protection
200 A
200 A
200 A
200 A
Circuit-Breaker Protection
630 A
630 A
630 A
630 A
Rated short-time current
16 (3s) kA 20 (1s) kA
16 (3s) kA 20 (1s) kA
16 (3s) kA 20 (1s) kA
16 (3s) kA
Making capacity
40 kA 50 kA
40 kA 50 kA
40 kA 50 kA
40 kA Frequency
50 Hz
50 Hz
50 Hz
50 Hz
Internal Arc (IAC A-FL)
16 kA (1s)
16 kA (1s)
16 kA (1s)
16 kA (1s)
Ambient temperature
-5 a 40 ºC
-5 a 40 ºC
-5 a 40 ºC
-5 a 40 ºC
Rated filling pressure (20ºC)
0,3 bar rel
0,3 bar rel
0,3 bar rel
0,3 bar rel
Category of loss of service continuity
LSC 2A (according to CEI 62271-200)
Class partition
PI (according to CEI 62271-200)
Degrees of protection (CEI 60529 e EN 50102)
IP65 (medium voltage compartment) IP3XC (mechanism compartment) IP 3XC (cable compartment) IK09 (medium voltage compartment) IK08
Standard colour
RAL 7035
Panel type
Width (mm)
Height** (mm)
Depth* (mm)
Weight (kg)
IS
375
1575 (+400)
860 (+110)
100
CIS
375
1575 (+400)
860 (+110)
110
DC
750***
1575 (+400)
860 (+110)
355
CD
375
1575 (+400)
860 (+110)
80
M
750
1575 (+400)
860 (+30)
175
SBM
750
1575 (+400)
860 (+110)
200
TT
500
1575 (+400)
860 (+110)
150
DB
750
1575 (+400)
860 (+110)
460
NORMAFIX
Panels dimensions up to 24 kV
* Depth of 860 mm for the standard cubicle, adding 110 mm for the operating mechanism. ** Height of 1575 mm for the standard cubicle, adding 400 mm for the top compartment.
*** Width of 750 mm for the standard cubicle, adding 250mm if cubicle is equipped with voltage
transformers.
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Panel type
Width (mm)
Height** (mm)
Depth* (mm)
Weight (kg)
IS
600
2010 (+400)
1155 (+110)
275
CIS
600
2010 (+400)
1155 (+110)
300
DC
1200
2010 (+400)
1155 (+110)
900
CD
600
2010 (+400)
1155 (+110)
245 M 1200
2010 (+400)
1155 (+30)
470
SBM
1200
2010 (+400)
1155 (+110)
560
TT
600
2010 (+400)
1155 (+110)
420
DB
1200
2010 (+400)
1155 (+110)
1000
Switch Disconnector Cubicle (IS)
Cubicle for incoming/outgoing cable equipped with switch disconnector ISF (with operation mechanism CI1).
Transformer Protection Cubicle (CIS)
Cubicle for transformer protection by fuses, equipped with switch disconnector ISF (with operation mechanism CI2).
Panels dimensions of 36 kV
* Depth of 1155 mm for the standard cubicle, adding 110 mm for the operating mechanism. ** Height of 2010 mm for the standard cubicle, adding 400 mm for the top compartment.
2. MODULAR UNITS
2.1 IS Cubicle
2.2 CIS Cubicle
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2.3 DC Cubicle
Cables Protection Cubicle (DC) with circuit breaker.
The circuit breaker interrupting technology can be vacuum (DIVAC type) or SF6 (DIFLU type).
Measure Cubicle (M)
Cubicle for measuring current and/or voltage.
Different versions are available:
- Lateral incoming and outgoing;
- Incoming and outgoing by cable;
- Incoming by cable and lateral outgoing.
Sectioning and Measure (SBM)
Cubicle for sectioning and measuring the current and/or voltage.
Versions are available with the right or left rise.
2.4 M Cubicle
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2.5 SBM Cubicle
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Direct Incoming Cubicle (CD) Cubicle incoming or outgoing cables direct.
Voltage Transformer Cubicle (TT)
Cubicle for measure voltage with protection of VT’s by fuses.
Bars Protection Cubicle (DB)
Cubicle for protection bars and measuring the current and/or voltage.
Versions are available with arrival to the right or left.
2.6 CD Cubicle
2.7 TT Cubicle
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2.8 DB Cubicle
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3. OVERVIEW OF MODULAR UNITS
9
10
15
11
16 7 4
2 1 12
13
14
5 6 3
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Cubicle IS
1- Accessories for lifting the cubicle 2- Low voltage compartment 3- Earth switch operating mechanism 4- Mechanical synoptic state of the switch disconnector 5- Switch disconnector operating mechanism 6- Live cables signalling neon lamps 7- Cable compartment access door 8- Earth main bar 9- Busbar access panel 10- Busbar deflector Cover 11- Busbar 12- ISF Switch Disconnector
Die for cable connection MT
13­14- Capacitive insulator of support
15- MV Cables 16- Tightening of cables
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Cubicle CIS
9
18
10
19
7 4 2
1
11
12
14
5
6
3
8
15
13
16
17
1- Accessories for lifting the cubicle 2- Low voltage compartment 3- Mechanical synoptic state of the switch disconnector 4- Earth switch operating mechanism 5- Switch disconnector operating mechanism 6- Live cables signalling neon lamps 7- MV Cables acess painel 8- Earth circuit 9- Busbar access panel 10-Busbar deflector 11- ISF Switch Disconnector 12- Fire system protection fuse 13- Upper fuse support 14- MV Fuses 15- Bottom fuse support 16- Capacitive insulator of support 17- Additional Earth switch 18- MV Cables 19- Tightening of cables
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Cubicle DC
2
1
8
9
10
3
4
6 7 5
11
12
13
14
1- Accessories for lifting the cubicle 2- Low voltage compartment 3- Mechanical synoptic state of switch disconnector 4- Self-powered protection relay 5- Hole insert lever (charging the springs of circuit breaker) 6- Button to open and close the circuit breaker 7- Mechanical synoptic state of circuit-breaker 8- Earth main bar 9- Busbar access panel 10- Disconnector SF 11- Earth switch operating mechanism 12- Disconnector operating mechanism 13- Live cables signaling neon lamps 14- MV Cables access panel
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