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MAIN CATALOGUE 2004/05
MAIN CATALOGUE 2004/05
CHIPPENHAM<br />
GEWISS UK<br />
Headquarters<br />
LES ULIS CEDEX<br />
GEWISS FRANCE<br />
Headquarters<br />
MADRID<br />
GEWISS IBERICA<br />
Headquarters<br />
Penafiel<br />
GEWISS<br />
PLANT<br />
Liernais<br />
GEWISS FRANCE<br />
PLANT<br />
MAIN OFFICES AND PLANTS<br />
Castel S. Giovanni<br />
GEWISS<br />
PLANT<br />
Ardea<br />
GEWISS<br />
PLANT<br />
Ottfingen<br />
SCHUPA<br />
PLANT<br />
SCHUPA GMBH · Industriestrasse 2 · D-35799 Merenberg · Phone: +49 (0) 64 71501-0 · Fax: +49 (0) 64 715412<br />
MERENBERG<br />
SCHUPA<br />
Headquarters<br />
GAILDORF<br />
MERZ<br />
Headquarters<br />
CENATE SOTTO<br />
Central Headquarters<br />
GEWISS GROUP<br />
Calcinate Logistics <strong>and</strong> Technology Pole<br />
Trescore Balneario GEWISS PLANT<br />
Cenate Sopra GEWISS PLANT
Development <strong>and</strong> production<br />
in Ottfingen<br />
The Company<br />
SCHUPA develops, produces <strong>and</strong> sells electrical installation components for trade <strong>and</strong><br />
industry under the br<strong>and</strong>s SCHUPA, NOWAPLAST <strong>and</strong> GEWISS.<br />
The company looks back on more than 65 years of history <strong>and</strong> is a leading manufacturer<br />
for low voltage devices, residual current circuit breakers, automatic fuses, cable ducts <strong>and</strong><br />
lighting such as floodlights, industrial lights <strong>and</strong> emergency lighting.<br />
The GEWISS Group is a leading manufacturer of electrical materials <strong>and</strong> lighting technology.<br />
The program extends from systems <strong>and</strong> components for low-voltage electrical installations<br />
through to electrical systems for buildings, from automatic fuses through to lighting<br />
technology.<br />
Numerous international patents <strong>and</strong> trademarks bear witness to the innovative power of the<br />
company. GEWISS products comply with all requirements made of electrical installation.<br />
In the new millennium, the GEWISS Group comes over as an international, highly expansive<br />
Group with about 2,200 employees, 13 locations in Europe, sales branches in Germany,<br />
France, Engl<strong>and</strong> <strong>and</strong> Spain, <strong>and</strong> with commercial agents <strong>and</strong> dealers in more than 80 countries<br />
all over the world.<br />
The GEWISS Group offers a product range consisting of around 15,000 articles, making it<br />
one of the most comprehensive product ranges for electrical installation.<br />
The locations<br />
The location in Merenberg with about 50 employees is home to the German headquarters<br />
of SCHUPA GmbH with administration, sales, product marketing <strong>and</strong> marketing communication.<br />
Our modern seminar centre <strong>and</strong> showroom is also located here. Facilities covering more<br />
than 200 m 2 provide an extensive overview of the entire program of the Group. Seminars<br />
<strong>and</strong> training courses on the various segments of the whole programme are offered all the<br />
time.<br />
The development <strong>and</strong> purchasing departments are to be found in Ottfingen near Olpe. In<br />
addition, the trip devices for residual current circuit breakers <strong>and</strong> electronic components<br />
are produced here. SCHUPA trip relays have earned a world-wide reputation for their outst<strong>and</strong>ing<br />
quality st<strong>and</strong>ard, <strong>and</strong> are used in their millions every year.<br />
Headquarters, administration, showroom <strong>and</strong> training centre in Merenberg.<br />
3
NPFI<br />
Circuit breaker<br />
NUD – A2<br />
NEW<br />
Table of contents<br />
Residual current protection devices 6 – 19<br />
Selection table 6<br />
Short-time delay: selective; for 200 – 400 H 12 – 14<br />
Residual current transmitting relay: shunt heating switch 14 – 15<br />
Residual current control devices 16 – 18<br />
Auxiliary devices for residual current protection devices 19<br />
Terminal covers 19<br />
Local residual current protection (residual current sockets) 20<br />
Residual current circuit breakers with overcurrent trip 21 – 25<br />
Miniature circuit breakers, auxiliary devices 26 – 41<br />
Load disconnecting switches for DO systems 42<br />
Wiring systems, accessories 43 – 48<br />
DIN rail type devices 49 – 53<br />
Switches, buttons, indicating lamps 49 – 50<br />
Load disconnecting switches as per IEC 947 51<br />
Sockets, voltmeters <strong>and</strong> ammeters, alarm bells 52 – 53<br />
Surge arresters 54<br />
Mains disconnectors (mains enabling switches) 55<br />
Remote switches 56 – 63<br />
Impulse switches 56 – 59<br />
Relays 60 – 63<br />
Contactors 64 – 68<br />
Load disconnecting relays 69<br />
Venetian blind controls 70<br />
Bell <strong>and</strong> mini transformers 71<br />
Safety shaving sockets 72<br />
Timers<br />
Analog <strong>and</strong> digital timers 73 – 74<br />
Stair light timers 75<br />
NEW<br />
Multi-function relays 76<br />
Operating hours counters, pulse counters 77<br />
Energy meters for alternating current <strong>and</strong> three-phase current 78<br />
Dimmers, scanning dimmers <strong>and</strong> power boosts 79 – 84<br />
Lighting controls 85<br />
Dusk to dawn switches 85 – 88<br />
Sensors, movement detectors 89 – 91<br />
Controllers 92<br />
Photo-electric systems (light barriers) 94 – 96<br />
Alarm systems 97 – 98<br />
Watertight surface mounting boards for automation <strong>and</strong> distribution* 99 – 109<br />
Series WGP 101 – 108<br />
Series WGM 101 – 108<br />
Series WGK 101 – 109<br />
Distribution boards <strong>and</strong> enclosures* 111 – 120<br />
Series KVA 111 – 113<br />
KVA 65, IP 65 111 – 112<br />
KVA 40, IP 40, with door 113<br />
KVA 40, IP 40, without door 113<br />
Series KVU 115 – 116<br />
KVU 40, IP 40 116<br />
Accessories 117<br />
Small distribution boards <strong>and</strong> enclosures IP 30 118<br />
Accessories 119 – 120<br />
Technical Appendix T 1 – T 85<br />
Device technology T 86 – T 97<br />
Distribution boards<br />
Service A 1 – A 8<br />
Alphabetical directory A 9 – A 16<br />
Numerical directory A 17<br />
* Delivery is possible in GEWISS design<br />
Page<br />
5<br />
Modular devices<br />
Distribution boards<br />
Technical appendix
6<br />
Selection table for residual current/differential<br />
current protection devices as per VDE 0664 Part 10<br />
(EN 61008-1)<br />
No. of Rated Rated Rated<br />
poles/ Type current residual current voltage Special aspects Page<br />
width In [A] I∆n [mA] Un [V AC]<br />
St<strong>and</strong>ard designs<br />
2-pole<br />
35 mm<br />
2-pole<br />
52,5 mm<br />
4-pole<br />
52,5 mm<br />
<strong>and</strong><br />
<strong>and</strong><br />
<strong>and</strong><br />
16..80 10...500 230 7<br />
63...100 30...300 230 8<br />
16..40 10...500 400/230 9<br />
4-pole<br />
70 mm<br />
<strong>and</strong> 16..100<br />
40 + 63<br />
10...500<br />
30 + 300<br />
400/230<br />
500<br />
Un = 500 V 10<br />
4-pole<br />
70 mm<br />
<strong>and</strong> 125 30...500 400/230 11<br />
Cutout-delayed residual current designs<br />
short delayed (type V)<br />
2-pole<br />
52,5 mm<br />
4-pole<br />
70 mm<br />
selective (type S)<br />
2-pole<br />
52.5 mm<br />
4-pole<br />
70 mm<br />
4-pole<br />
70 mm<br />
for frequency ranges 200 … 400 Hz<br />
4-pole<br />
70 mm<br />
40...100 30 + 300 230 12<br />
short delayed<br />
40...100 30 + 300 400/230 12<br />
40...100 300 230 13<br />
40...100 300 400/230 selective 13<br />
125 500 400/230 11<br />
40 + 63 30 + 300 400/230 200 ... 400 Hz 14<br />
Residual current protection devices 500 V, 16 2 ⁄3 ... 60 Hz, with auxiliary switch (shunt heating switch)<br />
162 ⁄3...60 Hz<br />
2-pole<br />
61.5 mm<br />
63 + 80 30 + 300 500 500 V, 16 15<br />
2 ⁄3 Hz<br />
Residual current signal relay<br />
4-pole<br />
79 mm<br />
<strong>and</strong><br />
<strong>and</strong><br />
Local residual current protection devices<br />
Residual current safety sockets with child-proof lock<br />
63 + 80 30 + 300 400/230<br />
reports occurrence<br />
of residual current<br />
without cutout<br />
14<br />
<strong>and</strong> 16 10 + 30 230 Residual current 20<br />
Residual current safety unit<br />
protection for<br />
installation in<br />
(Residual current safety switch for installation flush-mounted sockets) flush-mounted<br />
<strong>and</strong> 16 10 + 30 230<br />
sockets<br />
20<br />
Residual current controllers<br />
V<br />
V<br />
S<br />
S<br />
S<br />
<strong>and</strong> < 3000 30...1000 230...415<br />
+ selective u.110...240<br />
Residual current protection<br />
for nominal<br />
currents up to 3000A<br />
16 – 18
NFI 16.010.2.1<br />
Residual current circuit breakers (RCCB)<br />
Double-pole; width 35 mm<br />
Regulation conformity: VDE 0664 Part 10<br />
EN / IEC 61008-1<br />
Approved by the<br />
„Lloyd’s Register of Shipping“<br />
Rated short-circuit resistance: 6 kA for a pre-fuse of 63 A gL<br />
Max. pre-fuse as overload protection: ≤ nominal current<br />
Impulse current capacity:<br />
1. According to EN / IEC 61008-1: 200 A; 0.5 µs; 100 kHz<br />
2. According to VDE 0664 Part 1 250 A (impulse 8/20)<br />
Design voltage: 230 V AC<br />
Test circuit voltage U p: 110 ... 240 V AC<br />
Terminal size: 25 mm 2<br />
Design switching capacity I m: 630 A<br />
I 2 t-capacity: 15 kA 2 s<br />
Dynamic current carrying capacity I p: 3.8 kA<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
A-Type<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
�<br />
�<br />
16 10 NPFI 16.010.2.1 SH 81 140<br />
25 10 NPFI 25.010.2.1 SH 81 141<br />
25 30 NPFI 25.030.2.1 SH 81 142<br />
25 100 NPFI 25.100.2.1 SH 81 143<br />
25 300 NPFI 25.300.2.1 SH 81 144<br />
25 500 NPFI 25.500.2.1 SH 81 145<br />
40 30 NPFI 40.030.2.1 SH 81 146<br />
40 100 NPFI 40.100.2.1 SH 81 147<br />
40 300 NPFI 40.300.2.1 SH 81 148<br />
40 500 NPFI 40.500.2.1 SH 81 149<br />
63 300 NPFI 63.300.2.1 1) SH 81 153<br />
80 300 NPFI 80.300.2.1 2) SH 81 164<br />
AC-Type<br />
�<br />
16 10 NFI 16.010.2.1 SH 81 120<br />
25 10 NFI 25.010.2.1 SH 81 121<br />
25 30 NFI 25.030.2.1 SH 81 122<br />
25 100 NFI 25.100.2.1 SH 81 123<br />
25 300 NFI 25.300.2.1 SH 81 124<br />
25 500 NFI 25.500.2.1 SH 81 125<br />
40 30 NFI 40.030.2.1 SH 81 126<br />
40 100 NFI 40.100.2.1 SH 81 127<br />
40 300 NFI 40.300.2.1 SH 81 128<br />
40 500 NFI 40.500.2.1 SH 81 129<br />
63 30 NFI 63.030.2.1 SH 81 132<br />
63 300 NFI 63.300.2.1 SH 81 133<br />
80 30 NFI 80.030.2.1 1) SH 81 158<br />
80 300 NFI 80.300.2.1 2) SH 81 160<br />
1) VDE certification under review<br />
2) Certification under review<br />
7<br />
Modular devices
NFI 63.030.2<br />
8<br />
Residual current circuit breakers (RCCB)<br />
Double-pole; width 52.5 mm<br />
Regulation conformity: VDE 0664 Part 10<br />
EN / IEC 61008-1<br />
Approved by the<br />
„Lloyd’s Register of Shipping“<br />
Rated short-circuit resistance: 10 kA for a pre-fuse of 100 A gL<br />
Max. pre-fuse as short-circuit protection: 100 A gL<br />
Max. pre-fuse as overload protection: ≤ nominal current<br />
Impulse current capacity:<br />
1. According to EN / IEC 61008-1: 200 A; 0.5 µs; 100 kHz<br />
2. According to VDE 0664 Part 1 250 A (impulse 8/20)<br />
Design voltage: 230 V AC<br />
Test circuit voltage U p: 110 ... 240 V AC<br />
Terminal size: 50 mm 2<br />
Design switching capacity I m: 1000 A<br />
I 2 t-capacity: 53 kA 2 s<br />
Dynamic current carrying capacity I p: 7.4 kA<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
A-Type<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
�<br />
�<br />
63 30 NPFI 63.030.2 SH 81 240<br />
63 100 NPFI 63.100.2 SH 81 241<br />
63 300 NPFI 63.300.2 SH 81 242<br />
80 30 NPFI 80.030.2 SH 81 243<br />
80 100 NPFI 80.100.2 SH 81 244<br />
80 300 NPFI 80.300.2 SH 81 245<br />
100 30 NPFI 100.030.2 *) SH 81 246<br />
100 100 NPFI 100.100.2 SH 81 247<br />
100 300 NPFI 100.300.2 SH 81 248<br />
AC-Type<br />
�<br />
63 30 NFI 63.030.2 SH 81 220<br />
63 100 NFI 63.100.2 SH 81 221<br />
63 300 NFI 63.300.2 SH 81 222<br />
80 30 NFI 80.030.2 SH 81 223<br />
80 100 NFI 80.100.2 SH 81 224<br />
80 300 NFI 80.300.2 SH 81 225<br />
100 30 NFI 100.030.2 *) SH 81 226<br />
100 100 NFI 100.100.2 SH 81 227<br />
100 300 NFI 100.300.2 SH 81 228<br />
*) Fault current tripping short-time delayed, (switch-off times see technical data)
NPFI 25.300.4.31<br />
Residual current circuit breakers (RCCB)<br />
4-pole; width 52.5 mm<br />
Regulation conformity: VDE 0664 Part 10<br />
EN / IEC 61008-1<br />
Approved by the<br />
„Lloyd’s Register of Shipping“<br />
Rated short-circuit resistance: 10 kA for a pre-fuse of 100 A gL<br />
Max. pre-fuse as short-circuit protection: 63 A gL<br />
Max. pre-fuse as overload protection: ≤ nominal current<br />
Impulse current capacity:<br />
1. According to EN / IEC 61008-1: 200 A; 0.5 µs; 100 kHz<br />
2. According to VDE 0664 Part 1 250 A (impulse 8/20)<br />
Design voltage: 400/230 V AC<br />
Test circuit voltage U p: 220 ... 415 V AC<br />
Terminal size: 25 mm 2<br />
Design switching capacity I m: 630 A<br />
I 2 t-capacity: 15 kA 2 s<br />
Dynamic current carrying capacity I p: 3.8 kA<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
A-Type<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
�<br />
�<br />
16 10 NPFI 16.010.4.31 SH 81 330<br />
25 10 NPFI 25.010.4.31 SH 81 331<br />
25 30 NPFI 25.030.4.31 SH 81 332<br />
25 100 NPFI 25.100.4.31 SH 81 333<br />
25 300 NPFI 25.300.4.31 SH 81 334<br />
25 500 NPFI 25.500.4.31 SH 81 335<br />
40 30 NPFI 40.030.4.31 SH 81 336<br />
40 100 NPFI 40.100.4.31 SH 81 337<br />
40 300 NPFI 40.300.4.31 SH 81 338<br />
40 500 NPFI 40.500.4.31 SH 81 339<br />
Deviating test circuit voltage Up = 110 … 240 V AC:<br />
40 30 NPFI 40.030.4.31-110/240 SH 81 813<br />
AC-Type<br />
�<br />
25 30 NFI 25.030.4.31 SH 81 310<br />
25 100 NFI 25.100.4.31 SH 81 311<br />
25 300 NFI 25.300.4.31 SH 81 312<br />
25 500 NFI 25.500.4.31 SH 81 313<br />
40 30 NFI 40.030.4.31 SH 81 314<br />
40 100 NFI 40.100.4.31 SH 81 315<br />
40 300 NFI 40.300.4.31 SH 81 316<br />
40 500 NFI 40.500.4.31 SH 81 317<br />
A-Type<br />
40 30 NPFI 40.030.4.32 SH 81 396<br />
40 300 NPFI 40.300.4.32 SH 81 398<br />
AC-Type<br />
�<br />
�<br />
�<br />
40 300 NFI 40.300.4.32 SH 81 376<br />
Residual current circuit breaker relay 52.5 mm with adapted auxiliary switch see page 20<br />
9<br />
Modular devices
NPFI 63.030.4<br />
10<br />
Residual current circuit breakers (RCCB)<br />
4-pole; width 70 mm<br />
Regulation conformity:<br />
Rated short-circuit resistance:<br />
VDE 0664 Part 10<br />
EN / IEC 61008-1<br />
I∆n = 10 mA: 6 kA for a pre-fuse of 63 A gL<br />
I∆n ≥ 30 mA: 10 kA for a pre-fuse of 80 A gL<br />
In = 100 A: 10 kA for a pre-fuse of 100 A gL<br />
Max. pre-fuse as overload protection:<br />
Impulse current capacity:<br />
≤ nominal current<br />
According to EN / IEC 61008-1: 200 A; 0.5 µs; 100 kHz<br />
According to VDE 0664 Part 1 250 A (impulse 8/20)<br />
Design voltage: 400/230 V AC resp. Typ…5 (see below) = 500 V AC<br />
Test circuit voltage Up: Terminal size:<br />
220 ... 415 V AC (at Un = 500 : 220…500 V AC)<br />
35 mm2 I∆n = 10 mA: I∆n ≥ 30 mA: I∆n = 100 A:<br />
Design switching capacity Im: 630 A 800 A 1000 A<br />
I2t-capacity: 15 kA2s 30 kA2s 40…48 kA2s Dynamic current carrying capacity Ip: Attachable auxiliary devices see page 19<br />
3.8 kA 6 kA 6.3…6.6 kA<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
A-Type<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
�<br />
�<br />
16 10 NPFI 16.010.4 SH 81 440<br />
25 10 NPFI 25.010.4 SH 81 441<br />
25 30 NPFI 25.030.4 SH 81 442<br />
25 100 NPFI 25.100.4 SH 81 443<br />
25 300 NPFI 25.300.4 SH 81 444<br />
25 500 NPFI 25.500.4 SH 81 445<br />
40 30 NPFI 40.030.4 SH 81 446<br />
40 100 NPFI 40.100.4 SH 81 447<br />
40 300 NPFI 40.300.4 SH 81 448<br />
40 500 NPFI 40.500.4 SH 81 449<br />
63 30 NPFI 63.030.4 SH 81 450<br />
63 100 NPFI 63.100.4 SH 81 451<br />
63 300 NPFI 63.300.4 SH 81 452<br />
63 500 NPFI 63.500.4 SH 81 453<br />
80 30 NPFI 80.030.4 *) SH 81 454<br />
80 100 NPFI 80.100.4 SH 81 455<br />
80 300 NPFI 80.300.4 SH 81 456<br />
80 500 NPFI 80.500.4 SH 81 457<br />
100 30 NPFI 100.030.4 *) SH 81 474<br />
100 100 NPFI 100.100.4 SH 81 475<br />
100 300 NPFI 100.300.4 SH 81 476<br />
100 500 NPFI 100.500.4 SH 81 477<br />
A-Type<br />
AC-Type<br />
�<br />
Special reference voltage 500 V AC<br />
40 30 NPFI 40.030.4.5 SH 81 586<br />
40 300 NPFI 40.300.4.5 SH 81 587<br />
63 30 NPFI 63.030.4.5 SH 81 588<br />
63 300 NPFI 63.300.4.5 SH 81 589<br />
�<br />
25<br />
25<br />
25<br />
25<br />
30<br />
100<br />
300<br />
500<br />
NFI 25.030.4<br />
NFI 25.100.4<br />
NFI 25.300.4<br />
NFI 25.500.4<br />
SH 81 410<br />
SH 81 411<br />
SH 81 412<br />
SH 81 413<br />
40<br />
40<br />
40<br />
40<br />
30<br />
100<br />
300<br />
500<br />
NFI 40.030.4<br />
NFI 40.100.4<br />
NFI 40.300.4<br />
NFI 40.500.4<br />
SH 81 414<br />
SH 81 415<br />
SH 81 416<br />
SH 81 417<br />
63<br />
63<br />
63<br />
63<br />
30<br />
100<br />
300<br />
500<br />
NFI 63.030.4<br />
NFI 63.100.4<br />
NFI 63.300.4<br />
NFI 63.500.4<br />
SH 81 418<br />
SH 81 419<br />
SH 81 420<br />
SH 81 421<br />
80<br />
80<br />
80<br />
80<br />
30<br />
100<br />
300<br />
500<br />
NFI 80.030.4 *)<br />
NFI 80.100.4<br />
NFI 80.300.4<br />
NFI 80.500.4<br />
SH 81 422<br />
SH 81 423<br />
SH 81 424<br />
SH 81 425<br />
100 30 NFI 100.030.4 *)<br />
100 100 NFI 100.100.4<br />
100 300 NFI 100.300.4<br />
FI-Schutzschalter<br />
100<br />
52,5 mm mit adaptiertem<br />
500<br />
Hilfsschalter s. Seite…<br />
NFI 100.500.4<br />
*) Fault current tripping short-time delayed, (switch-off times see technical data)<br />
SH 81 494<br />
SH 81 495<br />
SH 81 496<br />
SH 81 497
NPFI 125<br />
Residual current circuit breakers (RCCB)<br />
In = 125 A; 4-pole; width 70 mm<br />
Regulation conformity: VDE 0664 Part 10<br />
EN / IEC 61008-1<br />
Rated short-circuit resistance: 10 kA for a pre-fuse of 100 A gL<br />
Max. pre-fuse as overload protection ≤ 125 A<br />
Impulse current capacity<br />
According to EN / IEC 61008-1: 200 A; 0.5 µs; 100 kHz<br />
Design voltage: 400/230 V AC <strong>and</strong> 415/240 V AC<br />
Test circuit voltage U p: 220 ... 415 V AC<br />
max. Terminal size: 50 mm 2<br />
Design switching capacity I m: 1250 A<br />
I 2 t-capacity: 80 kA 2 s<br />
Dynamic current carrying capacity I p: 8.5 kA<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
A-Type<br />
125 30 NPFI 125.030.4 SH 81 600<br />
125 300 NPFI 125.300.4 SH 81 602<br />
125 500 NPFI 125.500.4 SH 81 603<br />
AC-Type<br />
A-Type<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
125 30 NFI 125.030.4 SH 81 604<br />
125 100 NFI 125.100.4 SH 81 605<br />
125 300 NFI 125.300.4 SH 81 606<br />
125 500 NFI 125.500.4 SH 81 607<br />
Type S, selective switch-off characteristic<br />
125 500 NPFI 125.500.4 S SH 81 608<br />
Auxiliary equipment<br />
�<br />
�<br />
�<br />
�<br />
For above mentioned residual current circuit breakers relays 125 A<br />
Subsequently adaptable on site<br />
I n = 5 A / 250 V AC<br />
Filament lamp load 0.5 A<br />
Auxiliary switch with 1 normally open<br />
contact <strong>and</strong> 1 normally closed contact FIH 11-125 SH 97 609<br />
11<br />
Modular devices
NPFI 63.030.2 V<br />
NPFI 63.030.4 V<br />
12<br />
Residual current circuit breakers (RCCB)<br />
Type V, short-time delayed V<br />
Regulation conformity: VDE 0664 Part 10<br />
EN / IEC 61008-1<br />
Rated short-circuit resistance:<br />
2-pole: 10 kA for a pre-fuse of 100 A gL<br />
4-pole I n < 100 A: 10 kA for a pre-fuse of 80 A gL<br />
4-pole I n = 100 A: 10 kA for a pre-fuse of 100 A gL<br />
Max. pre-fuse as overload protection: ≤ nominal current<br />
Impulse current capacity<br />
According to EN / IEC 61008-1: ≥ 3000 A (manufacturer’s specification)<br />
2-pole 4-pole<br />
In < 100 A In = 100 A<br />
Design voltage: 230 V AC 400/230 V AC<br />
Test circuit voltage Up: 110…240 V AC 220…415 V AC<br />
Terminal size: 50 mm2 35 mm2 Design switching capacity Im: 1000 A 800 A 1000 A<br />
I2t-capacity: 53 kA2s 30 kA2s 40…48 kA2s Dynamic current carrying capacity Ip: 7.4 kA 6 kA 6.3…6.6 kA2s Switch-off times: see technical data page T 3<br />
Auxiliary equipment for installation with<br />
width 70 mm: see page 19<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
V<br />
A-Typ<br />
A-Typ<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
�<br />
�<br />
�<br />
2-pole; width 52.5 mm<br />
40 30 NPFI 40.030.2 V SH 81 260<br />
40 300 NPFI 40.300.2 V SH 81 261<br />
63 30 NPFI 63.030.2 V SH 81 262<br />
63 300 NPFI 63.300.2 V SH 81 263<br />
80 30 NPFI 80.030.2 V SH 81 264<br />
80 300 NPFI 80.300.2 V SH 81 265<br />
100 30 NPFI 100.030.2 V SH 81 266<br />
100 300 NPFI 100.300.2 V SH 81 267<br />
V<br />
�<br />
4-pole; width 70 mm<br />
40 30 NPFI 40.030.4 V SH 81 460<br />
40 300 NPFI 40.300.4 V SH 81 461<br />
63 30 NPFI 63.030.4 V SH 81 462<br />
63 300 NPFI 63.300.4 V SH 81 463<br />
80 30 NPFI 80.030.4 V SH 81 464<br />
80 300 NPFI 80.300.4 V SH 81 465<br />
100 30 NPFI 100.030.4 V SH 81 478<br />
100 300 NPFI 100.300.4 V SH 81 479
NPFI 63.030.2 S<br />
NPFI 63.300.4 S<br />
Residual current circuit breakers (RCCB)<br />
Type S, switch-off characteristic<br />
Regulation conformity: VDE 0664 Part 10<br />
EN / IEC 61008-1<br />
Rated short-circuit resistance:<br />
2-pole: 10 kA for a pre-fuse of 100 A gL<br />
4-pole I n < 100 A: 10 kA for a pre-fuse of 80 A gL<br />
4-pole I n = 100 A: 10 kA for a pre-fuse of 100 A gL<br />
Max. pre-fuse as overload protection: ≤ nominal current<br />
Impulse current capacity<br />
According to EN / IEC 61008-1: ≥ 3000 A (manufacturer’s specification)<br />
2-pole 4-pole<br />
In < 100 A In = 100 A<br />
Design voltage: 230 V AC 400/230 V AC<br />
Test circuit voltage Up: 110…240 V AC 220…415 V AC<br />
Terminal size: 50 mm2 35 mm2 Design switching capacity Im: 1000 A 800 A 1000 A<br />
I2t-capacity : 53 kA2s 30 kA2s 40…48 kA2s Dynamic current carrying capacity Ip: 7.4 kA 6 kA 6.3…6.6 kA<br />
Switch-off times: see technical data page T 3<br />
Auxiliary equipment for installation with<br />
width 70 mm: see page 19<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
A-Type<br />
A-Type<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
�<br />
�<br />
�<br />
2-pole; width 52.5 mm<br />
40 300 NPFI 40.300.2 S SH 81 270<br />
63 300 NPFI 63.300.2 S SH 81 271<br />
80 300 NPFI 80.300.2 S SH 81 272<br />
100 300 NPFI 100.300.2 S SH 81 273<br />
�<br />
4-pole; width 70 mm<br />
40 300 NPFI 40.300.4 S SH 81 470<br />
63 300 NPFI 63.300.4 S SH 81 471<br />
80 300 NPFI 80.300.4 S SH 81 472<br />
100 300 NPFI 100.300.4 S SH 81 483<br />
13<br />
Modular devices
NPFI 63.030.4.8<br />
NMR<br />
14<br />
Residual current circuit breakers (RCCB)<br />
For frequency ranges 200…400 Hz; 4-pole; width 70 mm<br />
(other frequency ranges on request)<br />
Regulation conformity: VDE 0664 Part 10<br />
EN/ IEC 61008-1<br />
Earth leakage tripping short-term delayed<br />
(Switch-off times see technical appendix)<br />
Rated short-circuit resistance: 6 kA for a pre-fuse of 63 A gL<br />
Max. pre-fuse as overload protection: ≤ nominal current<br />
Impulse current capacity: According to IEC 1008-1 <strong>and</strong> EN 61008-1:<br />
According to EN/IEC 61008-1: ≥ 3000 A (manufacturer’s specification)<br />
Design voltage: 400/230 V AC<br />
Test circuit voltage U p: 220 ... 415 V AC<br />
Terminal size: 35 mm 2<br />
Design switching capacity I m: 630 A<br />
I 2 t-capacity: 15 kA 2 s<br />
Dynamic current carrying capacity I p: 3.8 kA<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
V<br />
A-Type<br />
40 30 NPFI 40.030.4.8 SH 81 490<br />
40 300 NPFI 40.300.4.8 SH 81 491<br />
63 30 NPFI 63.030.4.8 SH 81 492<br />
63 300 NPFI 63.300.4.8 SH 81 493<br />
Residual current signal relay<br />
4-pole; width 79 mm<br />
A residual current signal relay is a measuring device which indicates the occurrence of a fault<br />
current via an auxiliary contact, without switching off the faulty part of the system. The NMR can<br />
therefore be used in not earthed network systems (IT systems) in which the initial isolation failure<br />
does not result in dangerous contact potentials to earth. Similar to all residual current devices,<br />
the fault current is registered independent of the mains voltage by way of the built-in 4-pole core<br />
balance transformer.<br />
Auxiliary switch (FIH 11) potential-free with 1 normally open contact + 1 normally closed contact<br />
Regulation conformity: VDE 0664 Part 10<br />
On the basis of EN / IEC 61008-1<br />
Impulse current capacity: According EN / IEC 61008-1:<br />
1. According to EN / IEC 61008-1: 200 A; 0.5 µs; 100 kHz<br />
2. According to VDE 0664 Part 1 250 A (impulse 8/20)<br />
Design voltage: 400/230 V AC<br />
Test circuit voltage U p: 220...415 V AC<br />
Terminal size RC: 35 mm 2<br />
Technical data auxiliary switch: see page 19<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
A-Type<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
�<br />
�<br />
63 30 NMR 63.030.4 SH 81 041<br />
63 300 NMR 63.300.4 SH 81 040
NFI-W 63.030.2<br />
Residual current circuit breakers (RCCB)<br />
2-pole with auxiliary contact<br />
Shunt heating switch<br />
Regulation conformity: VDE 0664 Part 10; EN/IEC 61008-1<br />
Rated short-circuit resistance: 10 kA for a pre-fuse of 80 A gL<br />
Max. pre-fuse as overload protection: ≤ nominal current<br />
Frequency range: 16 2/3 ... 60 Hz<br />
Impulse current capacity:<br />
1. According to EN / IEC 61008-1: 200 A; 0.5 µs; 100 kHz<br />
2. According to VDE 0664 part 1 250 A (Impulse 8/20)<br />
Design voltage: 230 ... 500 V AC<br />
Test circuit voltage U p : 230 ... 500 V AC<br />
Terminal size: 50 mm 2<br />
Design switching capacity I m : 1000 A<br />
I 2 t-capacity: 53 kA 2 s<br />
Dynamic current carrying capacity I p : 7.4 kA<br />
Mounted auxiliary switch: 1 normally open contact (NO) <strong>and</strong><br />
1 normally closed contact (NC)<br />
I th : 25 A<br />
AC 15: 2 A at 415 V AC<br />
6 A at 240 V AC<br />
DC 13: 0.5 A at 250 V DC<br />
1 A at 60 <strong>and</strong> 110 V DC<br />
4 A at 60 V DC<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
AC-Type<br />
Residual current circuit breakers (RCCB)<br />
Export models Netherl<strong>and</strong>s, additional types on request<br />
Regulation conformity: VDE 0664 Part 1; CEE 27<br />
Back-up fuse/short-circuit withst<strong>and</strong>: 63 A gL, 6 kA<br />
Impulse current capacity: 250 A (Impulse 8/20)<br />
Design voltage: 400/230 V AC<br />
Test circuit voltage: 220 … 415 V AC<br />
Terminal size: 35 mm 2<br />
Design: 4-pole, width 70 mm,<br />
with rotary knob<br />
I n I ∆n Type Item<br />
[A] [mA] number<br />
A-Type<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
�<br />
NEW<br />
In order to ensure that the automatically controlled points for railway tracks operate<br />
trouble-free also in winter, these are heated electrically. The residual current device is used<br />
as a protective measure. In order to be able to monitor the switching status of the device,<br />
a signal is given via a built-in auxiliary switch<br />
� For further details please refer to the technical appendix page T 1 – T 8<br />
63 30 NFI-W 63.030.2 SH 81 235<br />
80 30 NFI-W 80.030.2 SH 81 236<br />
80 300 NFI-W 80.300.2 SH 81 237<br />
25 30 NPFI 25/0.03 SK KEMA SH 81 065<br />
25 300 NPFI 25/0.3 SK KEMA SH 81 018<br />
40 30 NPFI 40/0.03 SK KEMA SH 81 157<br />
40 300 NPFI 40/0.3 SK KEMA SH 81 084<br />
63 30 NPFI 63/0.03 SK KEMA SH 81 039<br />
63 300 NPFI 63/0.3 SK KEMA SH 81 095<br />
63 500 NPFI 63/0.5 SK KEMA SH 81 050<br />
15<br />
Modular devices
16<br />
Circuit<br />
breaker<br />
(contactor)<br />
Earth leakage<br />
control relay<br />
Control relay<br />
Control relay<br />
Control relay<br />
Core balance<br />
transformer<br />
Network<br />
System<br />
Earth leakage relay control systems<br />
Control relays<br />
Earth leakage relay control systems can be installed in electric systems in order to establish<br />
residual current devices in electric systems even for large power ratings.<br />
With this system, the components core balance transformer <strong>and</strong> control relay (switching element<br />
with trip) are isolated <strong>and</strong> connected by means of appropriate external wiring. The line subject<br />
to control passes through the transformer. Power contactors or circuit breakers are switched by<br />
the control relay <strong>and</strong> switch off the fault (not included in the scope of delivery).<br />
Because of high start-up currents, high rating motors can cause high earth leakage currents<br />
causing inadvertent tripping of the control device in extreme cases. In this case it is recommended<br />
to use the impulse current resistant (NPFI-ST..) or the selective devices. At any rate it must be<br />
ensured that the lines pass through the transformer preferably concentrically. For this purpose,<br />
70 <strong>and</strong> 105 mm lock-type cable gl<strong>and</strong>s are supplied for the transformers.<br />
Regulation conformity: According to VDE 0664 <strong>and</strong> VDE 0660<br />
Design voltage of the network<br />
to be monitored: < 1000 V AC<br />
Design voltage control circuit: 230…415 V AC (with NFI-ST also 110…240 V AC)<br />
Impulse current capacity:<br />
NFI-ST.. + WX: 200 A; 0.5 ms; 100 kHz<br />
NPFI-ST... + PWX: 250 A (impulse 8/20)<br />
Selective design: > 3000 A<br />
Design current: I n = 500 A, I max = 2450 (3000) A<br />
Free contacts for control of the load 1 normally open contact 40 A <strong>and</strong><br />
Circuit: 1 normally closed contact 10 A<br />
I ∆n Ub [V AC] Type Item<br />
[mA] Control circuit number<br />
Control relay for transformers type PWX…<br />
Control relay for transformers type PWX-S…<br />
(selective switch-off characteristic)<br />
Control relay for transformers type WX…<br />
AC-Type<br />
300 230…415 NFI-ST/0.3 SH 81 615<br />
500 230…415 NFI-ST/0.5 SH 81 616<br />
1000 230…415 NFI-ST/1.0 SH 81 617<br />
300 110...240 NFI-ST/0.3/110 SH 81 699<br />
500 110...240 NFI-ST/0.5/110 SH 81 630<br />
1000 110...240 NFI-ST/1.0/110 SH 81 631<br />
1.5 ... 5 A* (for transformers WX.../1.0) 230...415 NFI-ST/1.5...5.0 SH 81 686<br />
* Possible trip fluctuation<br />
� For further details please refer to the technical appendix page T 9 – T 10<br />
A-Type<br />
300 230…415 NPFI-ST/0.3 SH 81 696<br />
500 230…415 NPFI-ST/0.5 SH 81 697<br />
1000 230…415 NPFI-ST/1.0 SH 81 698<br />
A-Type<br />
300 230…415 NPFI-ST-S/0.3 SH 81 658<br />
1000 230…415 NPFI-ST-S/1.0 SH 81 659
Transformer 35 mm<br />
Transformer 70 mm<br />
Transformer 105 mm<br />
Earth leakage relay control systems<br />
Core balance transformers type WX, PWX, PWX-S<br />
Maximum cable cross-sections Transformer internal NYY<br />
for transformer gl<strong>and</strong>: diameter (mm2 )<br />
35 mm 4 x 70 sm<br />
70 mm 4 x 240 sm<br />
RC differential current transformers with larger internal diameters or special transformers are<br />
available as special design on request.<br />
The transformers with 105 <strong>and</strong> 142 mm internal diameter are intended for single-core <strong>and</strong> bus<br />
wiring. Passage of the line through the transformer must always be as concentric as possible!<br />
The maximum permissible voltage of the system to be monitored should not exceed 1000 V.<br />
Control relay <strong>and</strong> transformer must have the same values for rated fault current I ∆n.<br />
Exception: the control relay NFI-ST 1.5…5 A is matched to the transformers WX…/1.0,<br />
that is to I ∆n = 1 A.<br />
Transformer for control relays type NPFI-ST/…<br />
Transformer for control relays type NPFI-ST-S/…<br />
Transformer for control relays type NFI-ST/…<br />
� For further details please refer to the technical appendix page T 9 – T 10<br />
Diameter I ∆n I max. Type Item<br />
[mm] [mA] [A] number<br />
AC-Type<br />
35 300 2450 WX 35/0.3 SH 81 657<br />
35 500 2450 WX 35/0.5 SH 81 688<br />
35 1000 2450 WX 35/1.0 *) SH 81 689<br />
70 300 3000 WX 70/0.3 SH 81 669<br />
70 500 3000 WX 70/0.5 SH 81 670<br />
70 1000 3000 WX 70/1.0 *) SH 81 671<br />
105 300 3000 WX 105/0.3 SH 81 681<br />
105 500 3000 WX 105/0.5 SH 81 682<br />
105 1000 3000 WX 105/1.0 *) SH 81 683<br />
142 300 3000 WX 142/0.3 SH 81 666<br />
142 500 3000 WX 142/0.5 SH 81 667<br />
142 1000 3000 WX 142/1.0 *) SH 81 668<br />
*) also for control relays NFI-ST/1.5 ... 5.0 (I ∆n1.5 ... 5 A)<br />
A-Type<br />
35 300 2450 PWX 35/0.3 SH 81 690<br />
35 500 2450 PWX 35/0.5 SH 81 691<br />
35 1000 2450 PWX 35/1.0 SH 81 692<br />
70 300 3000 PWX 70/0.3 SH 81 693<br />
70 500 3000 PWX 70/0.5 SH 81 674<br />
70 1000 3000 PWX 70/1.0 SH 81 675<br />
105 300 3000 PWX 105/0.3 SH 81 676<br />
105 500 3000 PWX 105/0.5 SH 81 677<br />
105 1000 3000 PWX 105/1.0 SH 81 678<br />
A-Type<br />
(selektive Abschalt-Charakteristik)<br />
35 300 2450 PWX-S 35/0.3 SH 81 632<br />
35 1000 2450 PWX-S 35/1.0 SH 81 633<br />
70 300 3000 PWX-S 70/0.3 SH 81 634<br />
70 1000 3000 PWX-S 70/1.0 SH 81 635<br />
105 300 3000 PWX-S 105/0.3 SH 81 636<br />
105 1000 3000 PWX-S 105/1.0 SH 81 637<br />
142 300 3000 PWX-S 142/0.3 SH 81 638<br />
142 1000 3000 PWX-S 142/1.0 SH 81 639<br />
17<br />
Modular devices
18<br />
Circuit<br />
breaker<br />
(contactor)<br />
Earth leakage<br />
control relay<br />
FI-STR/0.03<br />
Transformer 142/0.03<br />
FI-S 70/0.3<br />
Core balance<br />
transformer<br />
Network<br />
System<br />
Electronic earth leakage relay control systems<br />
For rated fault currents I∆n = 30 mA<br />
● Description of earth leakage relay control system see page 16<br />
● Regulation conformity: according to VDE 0664<br />
● Maximum rated current I n = 500 A (I max. see below)<br />
● The electronic control system registers alternating <strong>and</strong> pulsating direct fault currents<br />
● Response delay available with 10, 20, 50 or 100 ms<br />
(in order to avoid false tripping during start-up processes or interference pulses)<br />
● Maximum ambient temperature: 0 ... + 40 °C (storage temperature –25 ... 65 °C)<br />
● Test buttons available externally, ON button or control displays can be connected to the<br />
control relay<br />
● For inverted cup rail or AP installation<br />
● Maximum cable cross-sections for the transformer gl<strong>and</strong>:<br />
45 mm internal diameter: NYY 4 x 120 mm 2 sm<br />
64 mm internal diameter: NYY 4 x 240 mm 2 sm<br />
the transformers 90, 110 <strong>and</strong> 142 mm are for single-core or bus wiring<br />
● Passage of the line through the transformer must be as concentric as possible<br />
I ∆n U b [V AC] Control contact Type Item<br />
[mA] Control circuit I n [VA] number<br />
A-Type<br />
� For further details please refer to the technical appendix page T 9 – T 10<br />
�<br />
(selective switch-off characteristic available)<br />
Earth leakage control relay:<br />
cut-out size of panel cover: 75 x 100 mm<br />
30 230 1000 FI-STR/0.03 SH 81 695<br />
Terminal cover for earth leakage control relay /0.03 NKFR SH 81 036<br />
According VDE 0106 T 100 (VBG 4) (set)<br />
Internal I ∆n I max. max. back-up fuse Type Item<br />
diameter [mm] [mA] [A] [A] number<br />
Core balance transformer:<br />
45 30 2450 250 WXR 45/0.03 SH 81 360<br />
64 30 2450 400 WXR 64/0.03 SH 81 361<br />
90 30 3000 500 WXR 90/0.03 SH 81 362<br />
110 30 3000 500 WXR 110/0.03 SH 81 363<br />
142 30 3000 500 WXR 142/0.03 SH 81 364<br />
Fault current sensors<br />
● Core balance transformers with integrated electronic switching stage<br />
● For interruption-free RC control<br />
● For systems with rated voltages up to 1 kV <strong>and</strong> currents up to 3 kA<br />
● RC detection independent of supply voltage<br />
● Rated fault currents available: 0.3 <strong>and</strong> 1.0 A<br />
● Fault messages can be processed in PC control systems, SPC controls, etc<br />
● Max. cable cross-sections for the transformer gl<strong>and</strong>, see transformers WX<br />
Internal I ∆n I max. Type Item<br />
diameter [mm] [mA] [A] number<br />
A-Type<br />
selective switch-off characteristic<br />
Fault current sensors<br />
� For further details please refer to the technical appendix page T 9 – T 11<br />
35 300/1000 2450 FI-S 35/0.3 SH 81 654<br />
70 300/1000 3000 FI-S 70/0.3 SH 81 655<br />
105 300/1000 3000 FI-S 105/0.3 SH 81 652<br />
142 300/1000 3000 FI-S 142/0.3 SH 81 653<br />
Test equipment FI-PE SH 81 660<br />
Voltage supply for test equipment (3-5-8V/2A) NTR 203 SH 97 982
FIH 20<br />
Terminal covers<br />
Auxiliary devices for residual current circuit breakers<br />
● All auxiliary devices can be subsequently attached (on site) to residual current circuit breakers<br />
4-pole, 70 mm wide.<br />
● For residual current circuit breakers 2 <strong>and</strong> 4-pole, 52.5 mm (3 Modules) the attachment is<br />
carried out at the factory.<br />
● The most popular residual current-circuit breakers 52.5 mm are also available ex-stock with<br />
auxiliary devices.<br />
● A maximum of 2 auxiliary devices can be attached to the right-h<strong>and</strong> side of residual current<br />
circuit breakers<br />
● If fault current indicator switches <strong>and</strong> auxiliary switches are attached, the fault current indicator<br />
switch must be attached first<br />
● Width 0.5 modules (9 mm)<br />
● Auxiliary switches change their switching position with every position change of the main contacts<br />
● Fault current indicator switches change their switching position only if the main contacts are<br />
changed over in the event of a fault, that is not when switched OFF manually.<br />
● Remote actuators cause the fault current indicator switches to be switched off when externally<br />
arranged switches or push button switches are actuated, without dragging external voltage to<br />
the control organs (connection diagram see T 6).<br />
● Regulation conformity: According to VDE 0660 part 200 (EN 60947-5-1)<br />
● max. contact current capacity: I th = 25 A<br />
AC 15: I e = 2 A with 415 V AC<br />
I e = 6 A with 240 V AC<br />
DC 13: I e = 0.5 A with 250 V DC<br />
I e = 1 A with 110 V DC<br />
I e = 1 A with 60 V DC<br />
I e = 4 A with 24 V DC<br />
� For further details please refer to the technical appendix page T 6 – T 8<br />
Function Type Item<br />
number<br />
Auxiliary devices for residual current circuit breakers 4-pole 70 mm wide<br />
Subsequently adaptable on site (maximum 2 pieces per residual current circuit breakers)<br />
Auxiliary switch with 2 normally open contacts FIH 20 SH 97 600<br />
Auxiliary switch with 2 normally closed contacts FIH 02 SH 97 601<br />
Auxiliary switch with 1 normally open contact <strong>and</strong><br />
1 normally closed contact FIH 11 SH 97 602<br />
Fault current indicator switch with 1 normally open<br />
contact <strong>and</strong> 1 normally closed contact FIS 11 SH 97 603<br />
Remote actuator FI4-F SH 97 641<br />
Accessories for residual current circuit breakers<br />
Terminal covers <strong>and</strong> housing<br />
� For further details please refer to the technical appendix page T 9 – T 10<br />
Residual current circuit Width Type *) Item<br />
breakers design [x 17.5 mm] number<br />
Sealable terminal covers<br />
for residual current circuit breaker for DIN rail installation with two-way terminals<br />
2pol., width 35 mm 2 NKA 2-DS SH 81 830<br />
2pol., width 52.5 mm 3 NKA 3.2-DS SH 81 828<br />
4pol., width 52.5 mm 3 NKA 3-DS SH 81 827<br />
4pol., width 70 mm 4 NKA 4 SH 81 829<br />
Sealable terminal covers<br />
for residual current circuit breaker for DIN rail installation with rotary knob<br />
(RCCB with auxiliary contact NFI/NPFI-W…<br />
<strong>and</strong> control relay NFI/NPFI-ST…) 4 NKA (Set) SH 81 824<br />
*) Supply quantity: 2 pieces per set<br />
19<br />
Modular devices
RCD safety socket S2<br />
RCD safety socket S2 WG<br />
RCD safety unit S 20<br />
Safety-mounting box APD-WG<br />
20<br />
Local RCD-Protection<br />
RCD safety sockets with child protection<br />
Residual current circuit breakers for flush mounting<br />
● Offer maximum protection from dangerous contact potentials even where<br />
– no residual current-operated relays are installed in the distribution or subsequent<br />
installation is impossible<br />
– only 2-core lines are installed <strong>and</strong> the maximum protection objective can therefore be achieved<br />
only at the consumer feed point<br />
● To supplement the basic protection measures required in the distribution.<br />
● The ideal protection switching devices for subsequent installation, renovation <strong>and</strong> adaptation to<br />
increased safety st<strong>and</strong>ards in bathrooms, showers, hobby rooms, hotels, workshops, etc.<br />
● Permanently installed devices which cannot be unplugged from the socket at r<strong>and</strong>om<br />
● Waterproof design including sealing lip for central piece <strong>and</strong> sealing flange for flush-mounting box<br />
I n Protection I ∆n U n Type Item<br />
[A] class [mA] [V] number<br />
A-Type<br />
RCD safety socket S2<br />
AC-Type<br />
� For further details please refer to the technical appendix page T 12 – T 14<br />
�<br />
�<br />
�<br />
● For sockets requiring additional protection according to<br />
VDE 0100 part 7.. (for instance, bathrooms, outside sockets)<br />
20 A gL<br />
● In order to accomplish the increased safety st<strong>and</strong>ards in accordance with VDE 0100 part 739 (guideline)<br />
● Assembly in switch distribution boxes with screw or claw attachment<br />
● RC protected output terminals for connection to unprotected sockets<br />
● Colour: polar white<br />
16 IP 21 10 230 S 2.010 SH 81 852<br />
16 IP 21 30 230 S 2.030 SH 81 853<br />
16 IP 21 10 230 S 2.010.1 SH 81 866<br />
16 IP 21 30 230 S 2.030.1 SH 81 867<br />
A-Type<br />
RCD safety socket S2 WG<br />
(Water protected version)<br />
�<br />
● For sockets which must have additional protection according to<br />
VDE 0100 part 7.. (for instance, bathrooms, outside sockets)<br />
● To accomplish the increased safety st<strong>and</strong>ards in accordance with VDE 0100 part 739 (guideline)<br />
● Assembly in switch distribution boxes with screw or claw attachment<br />
● RC protected output terminals for connection to unprotected sockets<br />
● Colour: polar white<br />
16 IP 44 10 230 S2 WG 010 SH 81 880<br />
16 IP 44 30 230 S2 WG 030 SH 81 811<br />
A-Type<br />
RCD safety unit S20<br />
AC-Type<br />
�<br />
�<br />
According to new<br />
international regulations<br />
EN 61008; VDE 0664 part 10<br />
According to new<br />
international regulations<br />
EN 61008; VDE 0664 part 10<br />
20 A gL<br />
16 IP 44 10 230 S2 WG 010.1 SH 81 812<br />
16 IP 44 30 230 S2 WG 030.1 SH 81 883<br />
�<br />
According to new<br />
international regulations<br />
EN 61008; VDE 0664 part 10<br />
● Residual current device for flush mounting<br />
● To accomplish the increased safety st<strong>and</strong>ards in accordance<br />
with VDE 0100 part 739 (guideline)<br />
● Installation in switch or switch junction boxes with screw or claw attachment<br />
● Colour: polar white<br />
20 A gL<br />
16 IP 41 10 230 S 20.010 SH 81 854<br />
16 IP 41 30 230 S 20.030 SH 81 855<br />
AC-Type<br />
�<br />
16 IP 41 10 230 S 20.010.1 SH 81 838<br />
16 IP 41 30 230 S 20.030.1 SH 81 839<br />
Accessories (the protection class is determined by the installed devices)<br />
Housing for surface mounting of S 2… <strong>and</strong> S 20…<br />
● Colour: polar white APD SH 81 819<br />
Housing for surface mounting of S 2 WG…<br />
Including 6 diaphragm spigots for line routing<br />
● Colour: polar white APD-WG SH 81 820
SCHUPA-Minisafe<br />
SCHUPA-Maxisafe<br />
Residual current circuit breakers<br />
Residual current circuit breakers offer triple protection with:<br />
● Electromagnetic fast trip for short-circuit protection<br />
● Thermal bimetal trip for overload protection<br />
● Residual current trip (residual current adapter) for residual current protection<br />
Available designs:<br />
● SCHUPA-MINISAFE: 2-pole <strong>and</strong> only 35 mm wide<br />
● SCHUPA MAXISAFE: 2- <strong>and</strong> 4-pole in maximum programme width<br />
● SCHUPA-COMBISAFE: A residual current adapter for fitting to automatic cutouts<br />
Technical data:<br />
Rated current In: 6 … 32 A<br />
Rated residual current I∆n: 30 + 300 mA<br />
Trip characteristics:<br />
Structural width:<br />
B + C<br />
SCHUPA-Minisafe: 35 mm<br />
SCHUPA-Maxisafe: 35 mm + structural width automatic cutout<br />
Compliance with regulations: DIN VDE 0664 Part 20, EN 61009, CCA approval<br />
Rated switching capacity I∆n:<br />
Surge current resistance<br />
6 kA<br />
as per EN 61009: 200 A; 0.5 ms; 100 Hz<br />
as per VDE 0664 Part 1:1985 250 A (pulse 8/20)<br />
Rated voltage Un<br />
230 V AC<br />
Test circuit voltage Up<br />
110…240 V AC<br />
Rated frequency: 50 / 60 Hz<br />
Ambient temperature range: – 25 .. 40 °C<br />
Energy limit class: 3<br />
Connectable cross sections: 1…25 mm2 Auxiliary devices: can be fitted to the left (see catalogue page 19)<br />
Dimension illustrations pages T 15<br />
21<br />
Modular devices
22<br />
Residual current circuit breaker<br />
SCHUPA-MINISAFE<br />
Charac- I n I ∆n Type Item<br />
teristic [A] [mA] number<br />
A-Type �<br />
B 6 30 NPFL-C 2B6.030 SH 85 400<br />
B 10 30 NPFL-C 2B10.030 SH 85 401<br />
B 13 30 NPFL-C 2B13.030 SH 85 402<br />
B 16 30 NPFL-C 2B16.030 SH 85 403<br />
B 20 30 NPFL-C 2B20.030 SH 85 404<br />
B 25 30 NPFL-C 2B25.030 SH 85 405<br />
B 32 30 NPFL-C 2B32.030 SH 85 406<br />
B 6 300 NPFL-C 2B6.300 SH 85 407<br />
B 10 300 NPFL-C 2B10.300 SH 85 408<br />
B 13 300 NPFL-C 2B13.300 SH 85 409<br />
B 16 300 NPFL-C 2B16.300 SH 85 410<br />
B 20 300 NPFL-C 2B20.300 SH 85 411<br />
B 25 300 NPFL-C 2B25.300 SH 85 412<br />
B 32 300 NPFL-C 2B32.300 SH 85 413<br />
C 6 30 NPFL-C 2C6.030 SH 85 428<br />
C 10 30 NPFL-C 2C10.030 SH 85 429<br />
C 13 30 NPFL-C 2C13.030 SH 85 430<br />
C 16 30 NPFL-C 2C16.030 SH 85 431<br />
C 20 30 NPFL-C 2C20.030 SH 85 432<br />
C 25 30 NPFL-C 2C25.030 SH 85 433<br />
C 32 30 NPFL-C 2C32.030 SH 85 434<br />
C 6 300 NPFL-C 2C6.300 SH 85 435<br />
C 10 300 NPFL-C 2C10.300 SH 85 436<br />
C 13 300 NPFL-C 2C13.300 SH 85 437<br />
C 16 300 NPFL-C 2C16.300 SH 85 438<br />
C 20 300 NPFL-C 2C20.300 SH 85 439<br />
C 25 300 NPFL-C 2C25.300 SH 85 440<br />
C 32 300 NPFL-C 2C32.300 SH 85 441<br />
AC-Type<br />
currently being tested<br />
NEW<br />
B 6 30 NFL-C 2B6.030 SH 85 456<br />
B 10 30 NFL-C 2B10.030 SH 85 457<br />
B 13 30 NFL-C 2B13.030 SH 85 458<br />
B 16 30 NFL-C 2B16.030 SH 85 459<br />
B 20 30 NFL-C 2B20.030 SH 85 460<br />
B 25 30 NFL-C 2B25.030 SH 85 461<br />
B 32 30 NFL-C 2B32.030 SH 85 462<br />
B 6 300 NFL-C 2B6.300 SH 85 463<br />
B 10 300 NFL-C 2B10.300 SH 85 464<br />
B 13 300 NFL-C 2B13.300 SH 85 465<br />
B 16 300 NFL-C 2B16.300 SH 85 466<br />
B 20 300 NFL-C 2B20.300 SH 85 467<br />
B 25 300 NFL-C 2B25.300 SH 85 468<br />
B 32 300 NFL-C 2B32.300 SH 85 469<br />
C 6 30 NFL-C 2C6.030 SH 85 484<br />
C 10 30 NFL-C 2C10.030 SH 85 485<br />
C 13 30 NFL-C 2C13.030 SH 85 486<br />
C 16 30 NFL-C 2C16.030 SH 85 487<br />
C 20 30 NFL-C 2C20.030 SH 85 488<br />
C 25 30 NFL-C 2C25.030 SH 85 489<br />
C 32 30 NFL-C 2C32.030 SH 85 490<br />
C 6 300 NFL-C 2C6.300 SH 85 491<br />
C 10 300 NFL-C 2C10.300 SH 85 492<br />
C 13 300 NFL-C 2C13.300 SH 85 493<br />
C 16 300 NFL-C 2C16.300 SH 85 494<br />
C 20 300 NFL-C 2C20.300 SH 85 495<br />
C 25 300 NFL-C 2C25.300 SH 85 496<br />
C 32 300 NFL-C 2C32.300 SH 85 497
Residual current circuit breaker<br />
SCHUPA-MAXISAFE NEW<br />
NEW<br />
Charac- I n I ∆n Number Type Item<br />
teristic [A] [mA] of poles number<br />
A-Type<br />
B 6 30 2 NPFL 2B6.030 SH 85 550<br />
B 10 30 2 NPFL 2B10.030 SH 85 551<br />
B 13 30 2 NPFL 2B13.030 SH 85 552<br />
B 16 30 2 NPFL 2B16.030 SH 85 553<br />
B 20 30 2 NPFL 2B20.030 SH 85 554<br />
B 25 30 2 NPFL 2B25.030 SH 85 555<br />
B 32 30 2 NPFL 2B32.030 SH 85 556<br />
B 6 300 2 NPFL 2B6.300 SH 85 557<br />
B 10 300 2 NPFL 2B10.300 SH 85 558<br />
B 13 300 2 NPFL 2B13.300 SH 85 559<br />
B 16 300 2 NPFL 2B16.300 SH 85 560<br />
B 20 300 2 NPFL 2B20.300 SH 85 561<br />
B 25 300 2 NPFL 2B25.300 SH 85 562<br />
B 32 300 2 NPFL 2B32.300 SH 85 563<br />
B 6 30 4 NPFL 4B6.030 SH 85 564<br />
B 10 30 4 NPFL 4B10.030 SH 85 565<br />
B 13 30 4 NPFL 4B13.030 SH 85 566<br />
B 16 30 4 NPFL 4B16.030 SH 85 567<br />
B 20 30 4 NPFL 4B20.030 SH 85 568<br />
B 25 30 4 NPFL 4B25.030 SH 85 569<br />
B 32 30 4 NPFL 4B32.030 SH 85 570<br />
B 6 300 4 NPFL 4B6.300 SH 85 571<br />
B 10 300 4 NPFL 4B10.300 SH 85 572<br />
B 13 300 4 NPFL 4B13.300 SH 85 573<br />
B 16 300 4 NPFL 4B16.300 SH 85 574<br />
B 20 300 4 NPFL 4B20.300 SH 85 575<br />
B 25 300 4 NPFL 4B25.300 SH 85 576<br />
B 32 300 4 NPFL 4B32.300 SH 85 577<br />
C 6 30 2 NPFL 2C6.030 SH 85 578<br />
C 10 30 2 NPFL 2C10.030 SH 85 579<br />
C 13 30 2 NPFL 2C13.030 SH 85 580<br />
C 16 30 2 NPFL 2C16.030 SH 85 581<br />
C 20 30 2 NPFL 2C20.030 SH 85 582<br />
C 25 30 2 NPFL 2C25.030 SH 85 583<br />
C 32 30 2 NPFL 2C32.030 SH 85 584<br />
C 6 300 2 NPFL 2C6.300 SH 85 585<br />
C 10 300 2 NPFL 2C10.300 SH 85 586<br />
C 13 300 2 NPFL 2C13.300 SH 85 587<br />
C 16 300 2 NPFL 2C16.300 SH 85 588<br />
C 20 300 2 NPFL 2C20.300 SH 85 589<br />
C 25 300 2 NPFL 2C25.300 SH 85 590<br />
C 32 300 2 NPFL 2C32.300 SH 85 591<br />
C 6 30 4 NPFL 4C6.030 SH 85 592<br />
C 10 30 4 NPFL 4C10.030 SH 85 593<br />
C 13 30 4 NPFL 4C13.030 SH 85 594<br />
C 16 30 4 NPFL 4C16.030 SH 85 595<br />
C 20 30 4 NPFL 4C20.030 SH 85 596<br />
C 25 30 4 NPFL 4C25.030 SH 85 597<br />
C 32 30 4 NPFL 4C32.030 SH 85 598<br />
C 6 300 4 NPFL 4C6.300 SH 85 599<br />
C 10 300 4 NPFL 4C10.300 SH 85 600<br />
C 13 300 4 NPFL 4C13.300 SH 85 601<br />
C 16 300 4 NPFL 4C16.300 SH 85 602<br />
C 20 300 4 NPFL 4C20.300 SH 85 603<br />
C 25 300 4 NPFL 4C25.300 SH 85 604<br />
C 32 300 4 NPFL 4C32.300 SH 85 605<br />
23<br />
Modular devices
24<br />
Residual current circuit breaker<br />
SCHUPA-MAXISAFE<br />
Charac- I n I ∆n Number Type Item<br />
teristic [A] [mA] of poles number<br />
AC-Type<br />
NEW<br />
B 6 30 2 NFL 2B6.030 SH 85 606<br />
B 10 30 2 NFL 2B10.030 SH 85 607<br />
B 13 30 2 NFL 2B13.030 SH 85 608<br />
B 16 30 2 NFL 2B16.030 SH 85 609<br />
B 20 30 2 NFL 2B20.030 SH 85 610<br />
B 25 30 2 NFL 2B25.030 SH 85 611<br />
B 32 30 2 NFL 2B32.030 SH 85 612<br />
B 6 300 2 NFL 2B6.300 SH 85 613<br />
B 10 300 2 NFL 2B10.300 SH 85 614<br />
B 13 300 2 NFL 2B13.300 SH 85 615<br />
B 16 300 2 NFL 2B16.300 SH 85 616<br />
B 20 300 2 NFL 2B20.300 SH 85 617<br />
B 25 300 2 NFL 2B25.300 SH 85 618<br />
B 32 300 2 NFL 2B32.300 SH 85 619<br />
B 6 30 4 NFL 4B6.030 SH 85 620<br />
B 10 30 4 NFL 4B10.030 SH 85 621<br />
B 13 30 4 NFL 4B13.030 SH 85 622<br />
B 16 30 4 NFL 4B16.030 SH 85 623<br />
B 20 30 4 NFL 4B20.030 SH 85 624<br />
B 25 30 4 NFL 4B25.030 SH 85 625<br />
B 32 30 4 NFL 4B32.030 SH 85 626<br />
B 6 300 4 NFL 4B6.300 SH 85 627<br />
B 10 300 4 NFL 4B10.300 SH 85 628<br />
B 13 300 4 NFL 4B13.300 SH 85 629<br />
B 16 300 4 NFL 4B16.300 SH 85 630<br />
B 20 300 4 NFL 4B20.300 SH 85 631<br />
B 25 300 4 NFL 4B25.300 SH 85 632<br />
B 32 300 4 NFL 4B32.300 SH 85 633<br />
C 6 30 2 NFL 2C6.030 SH 85 634<br />
C 10 30 2 NFL 2C10.030 SH 85 635<br />
C 13 30 2 NFL 2C13.030 SH 85 636<br />
C 16 30 2 NFL 2C16.030 SH 85 637<br />
C 20 30 2 NFL 2C20.030 SH 85 638<br />
C 25 30 2 NFL 2C25.030 SH 85 639<br />
C 32 30 2 NFL 2C32.030 SH 85 640<br />
C 6 300 2 NFL 2C6.300 SH 85 641<br />
C 10 300 2 NFL 2C10.300 SH 85 642<br />
C 13 300 2 NFL 2C13.300 SH 85 643<br />
C 16 300 2 NFL 2C16.300 SH 85 644<br />
C 20 300 2 NFL 2C20.300 SH 85 645<br />
C 25 300 2 NFL 2C25.300 SH 85 646<br />
C 32 300 2 NFL 2C32.300 SH 85 647<br />
C 6 30 4 NFL 4C6.030 SH 85 648<br />
C 10 30 4 NFL 4C10.030 SH 85 649<br />
C 13 30 4 NFL 4C13.030 SH 85 650<br />
C 16 30 4 NFL 4C16.030 SH 85 651<br />
C 20 30 4 NFL 4C20.030 SH 85 652<br />
C 25 30 4 NFL 4C25.030 SH 85 653<br />
C 32 30 4 NFL 4C32.030 SH 85 654<br />
C 6 300 4 NFL 4C6.300 SH 85 655<br />
C 10 300 4 NFL 4C10.300 SH 85 656<br />
C 13 300 4 NFL 4C13.300 SH 85 657<br />
C 16 300 4 NFL 4C16.300 SH 85 658<br />
C 20 300 4 NFL 4C20.300 SH 85 659<br />
C 25 300 4 NFL 4C25.300 SH 85 660<br />
C 32 300 4 NFL 4C32.300 SH 85 661
Residual current adapter<br />
SCHUPA-COMBISAFE<br />
for fitting to SCHUPA automatic cutouts to produce<br />
a residual current circuit breaker<br />
The new SCHUPA COMBISAFE<br />
• The adapter with one of the most reliable tripping relays tried <strong>and</strong> tested<br />
world-wide<br />
• For extending automatic line cut-out switches with a residual current<br />
circuit breaker<br />
Nominal current In : ≤ 32 A<br />
Nominal residual current I∆n : 30 + 300 mA<br />
Width: 35 mm<br />
Reference st<strong>and</strong>ards:<br />
Surge current resistance:<br />
DIN VDE 0664 part 20, EN 61009, CCA approval<br />
as per EN 61009 200 A; 0.5 ms; 100 Hz<br />
as per VDE 0664, part 1:1985<br />
Nominal voltage Un :<br />
Test circuit voltage Up 2+4 pole:<br />
Test circuit voltage Up 3 pole:<br />
Nominal frequency:<br />
Ambient temperature range:<br />
Possible cross sections:<br />
250 A (pulse 8/20)<br />
230 / 400 V AC<br />
110...240 V AC<br />
220...415 V AC<br />
50 / 60 Hz<br />
– 25...40 °C<br />
1...16 mm2 devices<br />
Modular<br />
I ∆n Poles Type Item<br />
[mA] number<br />
Type A<br />
30 2 NPFI-A 32.2.030 SH 71 899<br />
300 2 NPFI-A 32.2.300 SH 71 900<br />
30 3 NPFI-A 32.3.030 SH 71 901<br />
300 3 NPFI-A 32.3.300 SH 71 902<br />
30 4 NPFI-A 32.4.030 SH 71 903<br />
300 4 NPFI-A 32.4.300 SH 71 904<br />
Type AC<br />
30 2 NFI-A 32.2.030 SH 71 887<br />
300 2 NFI-A 32.2.300 SH 71 888<br />
30 3 NFI-A 32.3.030 SH 71 889<br />
300 3 NFI-A 32.3.300 SH 71 890<br />
30 4 NFI-A 32.4.030 SH 71 891<br />
300 4 NFI-A 32.4.300 SH 71 892<br />
25
26<br />
Miniature circuit breakers (MCB)<br />
B characteristic Line protection primarily in light <strong>and</strong> control circuits<br />
C characteristic Line protection in light <strong>and</strong> equipment circuits with increased<br />
switch-on currents<br />
D characteristic Line protection in power circuits for instance with motors, transformers,<br />
lighting systems<br />
K characteristic Line protection in power circuits similar to C <strong>and</strong> D characteristics, however,<br />
with very narrow thermal control range<br />
Z characteristic Line protection in circuits with electronic components such as<br />
semi-conductors<br />
Type NLS 6 … NLS 10 …<br />
Switch-off characteristic B + C B, C, D, K, Z<br />
Rated current In B characteristic<br />
C-, D-, K- <strong>and</strong> Z characteristic<br />
6 … 63 A<br />
0.5 … 63 A<br />
Number of poles 1, 1 + N, 2, 3, 3 + N, 4<br />
Building regulations B-, C- <strong>and</strong> D VDE 0641, Part 11; EN 60898<br />
K- <strong>and</strong> Z characteristic EN 60947-2<br />
Rated voltage Single pole 230/400 V AC<br />
Un Single pole + N<br />
Multiple pole<br />
230 V AC<br />
400 V AC<br />
Rated switching capacity 6 kA with 10 kA with<br />
cos ϕ = 0.7 cos ϕ = 0.5<br />
Selectivity class 1)<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
3 (up to 40 A) 2)<br />
Maximum operating voltage 1.1 x U n<br />
Frequency 50 / 60 Hz<br />
Equipment service life with In (in switching cycles)<br />
20.000 with In ≤ 32 A<br />
10.000 with In > 32 A<br />
Maximum permissible ambient temperature<br />
(under consideration of the correction factors)<br />
– 25 … 55° C<br />
Shockproof (according to IEC 68 part 2–27) 42 g<br />
Dynamic strength (according to IEC 68 part 2–6) 7 g<br />
Connection cross-sections 1 … 25 mm2 (two-way terminals on both sides)<br />
Type of mounting Snap-on mounting device for<br />
DIN rails EN 50 022<br />
Max. back-up fuse In = 0.5...2 A<br />
In = 3 + 4 A<br />
In = 6 A<br />
In = 10...20 A<br />
In = 25...40 A<br />
In = 50 + 63 A<br />
Not required<br />
50 A<br />
80 A<br />
100 A<br />
125 A<br />
160 A<br />
Protection class IP 20, installed IP 40<br />
1)<br />
Only for B + C characteristic<br />
2)<br />
No defined values for current limitation are specified in DIN VDE 0641<br />
for miniature circuit breakers > 40 A
NLS 6-1/B 16<br />
NLS 6-1N/B16<br />
NLS 6-2/B16<br />
NLS 6-3/B20<br />
NLS 6-3N/B32<br />
Miniature circuit breaker 6 kA<br />
B characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 6-1/B 6 NLS 6-1/B 6 SH 91 701<br />
1-pole 10 NLS 6-1/B 10 SH 91 702<br />
13 NLS 6-1/B 13 SH 91 703<br />
16 NLS 6-1/B 16 SH 91 704<br />
20 NLS 6-1/B 20 SH 91 705<br />
25 NLS 6-1/B 25 SH 91 706<br />
32 NLS 6-1/B 32 SH 91 707<br />
40 NLS 6-1/B 40 SH 91 708<br />
50 NLS 6-1/B 50 SH 91 709<br />
63 NLS 6-1/B 63 SH 91 710<br />
NLS 6-1N/B 6 NLS 6-1N/B 6 SH 91 721<br />
1-pole + N 10 NLS 6-1N/B 10 SH 91 722<br />
13 NLS 6-1N/B 13 SH 91 723<br />
16 NLS 6-1N/B 16 SH 91 724<br />
20 NLS 6-1N/B 20 SH 91 725<br />
25 NLS 6-1N/B 25 SH 91 726<br />
32 NLS 6-1N/B 32 SH 91 727<br />
40 NLS 6-1N/B 40 SH 91 728<br />
50 NLS 6-1N/B 50 SH 91 729<br />
63 NLS 6-1N/B 63 SH 91 730<br />
NLS 6-2/B 6 NLS 6-2/B 6 SH 91 741<br />
2-pole 10 NLS 6-2/B 10 SH 91 742<br />
13 NLS 6-2/B 13 SH 91 743<br />
16 NLS 6-2/B 16 SH 91 744<br />
20 NLS 6-2/B 20 SH 91 745<br />
25 NLS 6-2/B 25 SH 91 746<br />
32 NLS 6-2/B 32 SH 91 747<br />
40 NLS 6-2/B 40 SH 91 748<br />
50 NLS 6-2/B 50 SH 91 749<br />
63 NLS 6-2/B 63 SH 91 750<br />
NLS 6-3/B 6 NLS 6-3/B 6 SH 91 761<br />
3-pole 10 NLS 6-3/B 10 SH 91 762<br />
13 NLS 6-3/B 13 SH 91 763<br />
16 NLS 6-3/B 16 SH 91 764<br />
20 NLS 6-3/B 20 SH 91 765<br />
25 NLS 6-3/B 25 SH 91 766<br />
32 NLS 6-3/B 32 SH 91 767<br />
40 NLS 6-3/B 40 SH 91 768<br />
50 NLS 6-3/B 50 SH 91 769<br />
63 NLS 6-3/B 63 SH 91 770<br />
NLS 6-3N/B 6 NLS 6-3N/B 6 SH 91 781<br />
3-pole + N 10 NLS 6-3N/B 10 SH 91 782<br />
13 NLS 6-3N/B 13 SH 91 783<br />
16 NLS 6-3N/B 16 SH 91 784<br />
20 NLS 6-3N/B 20 SH 91 785<br />
25 NLS 6-3N/B 25 SH 91 786<br />
32 NLS 6-3N/B 32 SH 91 787<br />
40 NLS 6-3N/B 40 SH 91 788<br />
50 NLS 6-3N/B 50 SH 91 789<br />
63 NLS 6-3N/B 63 SH 91 790<br />
NLS 6-4/B 6 NLS 6-4/B 6 SH 91 801<br />
4-pole 10 NLS 6-4/B 10 SH 91 802<br />
13 NLS 6-4/B 13 SH 91 803<br />
16 NLS 6-4/B 16 SH 91 804<br />
20 NLS 6-4/B 20 SH 91 805<br />
25 NLS 6-4/B 25 SH 91 806<br />
32 NLS 6-4/B 32 SH 91 807<br />
40 NLS 6-4/B 40 SH 91 808<br />
50 NLS 6-4/B 50 SH 91 809<br />
63 NLS 6-4/B 63 SH 91 810<br />
27<br />
Modular devices
NLS 6-1/C 16<br />
NLS 6-1N/C 16<br />
NLS 6-2/C 16<br />
NLS 6-3/C 20<br />
28<br />
Miniature circuit breaker 6 kA<br />
C characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Typ Item<br />
[A] number<br />
NLS 6-1/C 0.5 NLS 6-1/C 0.5 SH 97 005<br />
1-pole 1 NLS 6-1/C 1 SH 97 008<br />
2 NLS 6-1/C 2 SH 97 010<br />
3 NLS 6-1/C 3 SH 97 011<br />
4 NLS 6-1/C 4 SH 97 012<br />
6 NLS 6-1/C 6 SH 97 013<br />
10 NLS 6-1/C 10 SH 97 014<br />
13 NLS 6-1/C 13 SH 97 015<br />
16 NLS 6-1/C 16 SH 97 016<br />
20 NLS 6-1/C 20 SH 97 017<br />
25 NLS 6-1/C 25 SH 97 018<br />
32 NLS 6-1/C 32 SH 97 019<br />
40 NLS 6-1/C 40 SH 97 020<br />
50 NLS 6-1/C 50 SH 97 021<br />
63 NLS 6-1/C 63 SH 97 022<br />
NLS 6-1N/C 0.5 NLS 6-1N/C 0.5 SH 97 035<br />
1-pole + N 1 NLS 6-1N/C 1 SH 97 038<br />
2 NLS 6-1N/C 2 SH 97 040<br />
3 NLS 6-1N/C 3 SH 97 041<br />
4 NLS 6-1N/C 4 SH 97 042<br />
6 NLS 6-1N/C 6 SH 97 043<br />
10 NLS 6-1N/C 10 SH 97 044<br />
13 NLS 6-1N/C 13 SH 97 045<br />
16 NLS 6-1N/C 16 SH 97 046<br />
20 NLS 6-1N/C 20 SH 97 047<br />
25 NLS 6-1N/C 25 SH 97 048<br />
32 NLS 6-1N/C 32 SH 97 049<br />
40 NLS 6-1N/C 40 SH 97 050<br />
50 NLS 6-1N/C 50 SH 97 051<br />
63 NLS 6-1N/C 63 SH 97 052<br />
NLS 6-2/C 0.5 NLS 6-2/C 0.5 SH 97 065<br />
2-pole 1 NLS 6-2/C 1 SH 97 068<br />
2 NLS 6-2/C 2 SH 97 070<br />
3 NLS 6-2/C 3 SH 97 071<br />
4 NLS 6-2/C 4 SH 97 072<br />
6 NLS 6-2/C 6 SH 97 073<br />
10 NLS 6-2/C 10 SH 97 074<br />
13 NLS 6-2/C 13 SH 97 075<br />
16 NLS 6-2/C 16 SH 97 076<br />
20 NLS 6-2/C 20 SH 97 077<br />
25 NLS 6-2/C 25 SH 97 078<br />
32 NLS 6-2/C 32 SH 97 079<br />
40 NLS 6-2/C 40 SH 97 080<br />
50 NLS 6-2/C 50 SH 97 081<br />
63 NLS 6-2/C 63 SH 97 082<br />
NLS 6-3/C 0.5 NLS 6-3/C 0.5 SH 97 095<br />
3-pole 1 NLS 6-3/C 1 SH 97 098<br />
2 NLS 6-3/C 2 SH 97 100<br />
3 NLS 6-3/C 3 SH 97 101<br />
4 NLS 6-3/C 4 SH 97 102<br />
6 NLS 6-3/C 6 SH 97 103<br />
10 NLS 6-3/C 10 SH 97 104<br />
13 NLS 6-3/C 13 SH 97 105<br />
16 NLS 6-3/C 16 SH 97 106<br />
20 NLS 6-3/C 20 SH 97 107<br />
25 NLS 6-3/C 25 SH 97 108<br />
32 NLS 6-3/C 32 SH 97 109<br />
40 NLS 6-3/C 40 SH 97 110<br />
50 NLS 6-3/C 50 SH 97 111<br />
63 NLS 6-3/C 63 SH 97 112
NLS 6-3N/C 32<br />
NLS 6-4/C 32<br />
Miniature circuit breaker 6 kA<br />
C characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 6-3N/C 0.5 NLS 6-3N/C 0.5 SH 97 125<br />
3-pole + N 1 NLS 6-3N/C 1 SH 97 128<br />
2 NLS 6-3N/C 2 SH 97 130<br />
3 NLS 6-3N/C 3 SH 97 131<br />
4 NLS 6-3N/C 4 SH 97 132<br />
6 NLS 6-3N/C 6 SH 97 133<br />
10 NLS 6-3N/C 10 SH 97 134<br />
13 NLS 6-3N/C 13 SH 97 135<br />
16 NLS 6-3N/C 16 SH 97 136<br />
20 NLS 6-3N/C 20 SH 97 137<br />
25 NLS 6-3N/C 25 SH 97 138<br />
32 NLS 6-3N/C 32 SH 97 139<br />
40 NLS 6-3N/C 40 SH 97 140<br />
50 NLS 6-3N/C 50 SH 97 141<br />
63 NLS 6-3N/C 63 SH 97 142<br />
NLS 6-4/C 0.5 NLS 6-4/C 0.5 SH 97 155<br />
4-pole 1 NLS 6-4/C 1 SH 97 158<br />
2 NLS 6-4/C 2 SH 97 160<br />
3 NLS 6-4/C 3 SH 97 161<br />
4 NLS 6-4/C 4 SH 97 162<br />
6 NLS 6-4/C 6 SH 97 163<br />
10 NLS 6-4/C 10 SH 97 164<br />
13 NLS 6-4/C 13 SH 97 165<br />
16 NLS 6-4/C 16 SH 97 166<br />
20 NLS 6-4/C 20 SH 97 167<br />
25 NLS 6-4/C 25 SH 97 168<br />
32 NLS 6-4/C 32 SH 97 169<br />
40 NLS 6-4/C 40 SH 97 170<br />
50 NLS 6-4/C 50 SH 97 171<br />
63 NLS 6-4/C 63 SH 97 172<br />
29<br />
Modular devices
NLS 10-1/B 16<br />
NLS 10-1N/B 16<br />
NLS 10-2/B 16<br />
NLS 10-3/B 20<br />
NLS 10-3N/B 32<br />
30<br />
Miniature circuit breaker 10 kA<br />
B characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 10-1/B 6 NLS 10-1/B 6 SH 91 001<br />
1-pole 10 NLS 10-1/B 10 SH 91 002<br />
13 NLS 10-1/B 13 SH 91 003<br />
16 NLS 10-1/B 16 SH 91 004<br />
20 NLS 10-1/B 20 SH 91 005<br />
25 NLS 10-1/B 25 SH 91 006<br />
32 NLS 10-1/B 32 SH 91 007<br />
40 NLS 10-1/B 40 SH 91 008<br />
50 NLS 10-1/B 50 SH 91 009<br />
63 NLS 10-1/B 63 SH 91 010<br />
NLS 10-1N/B 6 NLS 10-1N/B 6 SH 91 021<br />
1-pole + N 10 NLS 10-1N/B 10 SH 91 022<br />
13 NLS 10-1N/B 13 SH 91 023<br />
16 NLS 10-1N/B 16 SH 91 024<br />
20 NLS 10-1N/B 20 SH 91 025<br />
25 NLS 10-1N/B 25 SH 91 026<br />
32 NLS 10-1N/B 32 SH 91 027<br />
40 NLS 10-1N/B 40 SH 91 028<br />
50 NLS 10-1N/B 50 SH 91 029<br />
63 NLS 10-1N/B 63 SH 91 030<br />
NLS 10-2/B 6 NLS 10-2/B 6 SH 91 041<br />
2-pole 10 NLS 10-2/B 10 SH 91 042<br />
13 NLS 10-2/B 13 SH 91 043<br />
16 NLS 10-2/B 16 SH 91 044<br />
20 NLS 10-2/B 20 SH 91 045<br />
25 NLS 10-2/B 25 SH 91 046<br />
32 NLS 10-2/B 32 SH 91 047<br />
40 NLS 10-2/B 40 SH 91 048<br />
50 NLS 10-2/B 50 SH 91 049<br />
63 NLS 10-2/B 63 SH 91 050<br />
NLS 10-3/B 6 NLS 10-3/B 6 SH 91 061<br />
3-pole 10 NLS 10-3/B 10 SH 91 062<br />
13 NLS 10-3/B 13 SH 91 063<br />
16 NLS 10-3/B 16 SH 91 064<br />
20 NLS 10-3/B 20 SH 91 065<br />
25 NLS 10-3/B 25 SH 91 066<br />
32 NLS 10-3/B 32 SH 91 067<br />
40 NLS 10-3/B 40 SH 91 068<br />
50 NLS 10-3/B 50 SH 91 069<br />
63 NLS 10-3/B 63 SH 91 070<br />
NLS 10-3N/B 6 NLS 10-3N/B 6 SH 91 081<br />
3-pole + N 10 NLS 10-3N/B 10 SH 91 082<br />
13 NLS 10-3N/B 13 SH 91 083<br />
16 NLS 10-3N/B 16 SH 91 084<br />
20 NLS 10-3N/B 20 SH 91 085<br />
25 NLS 10-3N/B 25 SH 91 086<br />
32 NLS 10-3N/B 32 SH 91 087<br />
40 NLS 10-3N/B 40 SH 91 088<br />
50 NLS 10-3N/B 50 SH 91 089<br />
63 NLS 10-3N/B 63 SH 91 090<br />
NLS 10-4/B 6 NLS 10-4/B 6 SH 91 901<br />
4-pole 10 NLS 10-4/B 10 SH 91 902<br />
13 NLS 10-4/B 13 SH 91 903<br />
16 NLS 10-4/B 16 SH 91 904<br />
20 NLS 10-4/B 20 SH 91 905<br />
25 NLS 10-4/B 25 SH 91 906<br />
32 NLS 10-4/B 32 SH 91 907<br />
40 NLS 10-4/B 40 SH 91 908<br />
50 NLS 10-4/B 50 SH 91 909<br />
63 NLS 10-4/B 63 SH 91 910
NLS 10-1/C 16<br />
NLS 10-1N/C 16<br />
NLS 10-2/C 20<br />
NLS 10-3/C 20<br />
Miniature circuit breaker 10 kA<br />
C characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 10-1/C 0.5 NLS 10-1/C 0.5 SH 91 105<br />
1-pole 1 NLS 10-1/C 1 SH 91 108<br />
2 NLS 10-1/C 2 SH 91 110<br />
3 NLS 10-1/C 3 SH 91 111<br />
4 NLS 10-1/C 4 SH 91 112<br />
6 NLS 10-1/C 6 SH 91 113<br />
10 NLS 10-1/C 10 SH 91 114<br />
13 NLS 10-1/C 13 SH 91 115<br />
16 NLS 10-1/C 16 SH 91 116<br />
20 NLS 10-1/C 20 SH 91 117<br />
25 NLS 10-1/C 25 SH 91 118<br />
32 NLS 10-1/C 32 SH 91 119<br />
40 NLS 10-1/C 40 SH 91 120<br />
50 NLS 10-1/C 50 SH 91 121<br />
63 NLS 10-1/C 63 SH 91 122<br />
NLS 10-1N/C 0.5 NLS 10-1N/C 0.5 SH 91 135<br />
1-pole + N 1 NLS 10-1N/C 1 SH 91 138<br />
2 NLS 10-1N/C 2 SH 91 140<br />
3 NLS 10-1N/C 3 SH 91 141<br />
4 NLS 10-1N/C 4 SH 91 142<br />
6 NLS 10-1N/C 6 SH 91 143<br />
10 NLS 10-1N/C 10 SH 91 144<br />
13 NLS 10-1N/C 13 SH 91 145<br />
16 NLS 10-1N/C 16 SH 91 146<br />
20 NLS 10-1N/C 20 SH 91 147<br />
25 NLS 10-1N/C 25 SH 91 148<br />
32 NLS 10-1N/C 32 SH 91 149<br />
40 NLS 10-1N/C 40 SH 91 150<br />
50 NLS 10-1N/C 50 SH 91 151<br />
63 NLS 10-1N/C 63 SH 91 152<br />
NLS 10-2/C 0.5 NLS 10-2/C 0.5 SH 91 165<br />
2-pole 1 NLS 10-2/C 1 SH 91 168<br />
2 NLS 10-2/C 2 SH 91 170<br />
3 NLS 10-2/C 3 SH 91 171<br />
4 NLS 10-2/C 4 SH 91 172<br />
6 NLS 10-2/C 6 SH 91 173<br />
10 NLS 10-2/C 10 SH 91 174<br />
13 NLS 10-2/C 13 SH 91 175<br />
16 NLS 10-2/C 16 SH 91 176<br />
20 NLS 10-2/C 20 SH 91 177<br />
25 NLS 10-2/C 25 SH 91 178<br />
32 NLS 10-2/C 32 SH 91 179<br />
40 NLS 10-2/C 40 SH 91 180<br />
50 NLS 10-2/C 50 SH 91 181<br />
63 NLS 10-2/C 63 SH 91 182<br />
NLS 10-3/C 0.5 NLS 10-3/C 0.5 SH 91 195<br />
3-pole 1 NLS 10-3/C 1 SH 91 198<br />
2 NLS 10-3/C 2 SH 91 200<br />
3 NLS 10-3/C 3 SH 91 201<br />
4 NLS 10-3/C 4 SH 91 202<br />
6 NLS 10-3/C 6 SH 91 203<br />
10 NLS 10-3/C 10 SH 91 204<br />
13 NLS 10-3/C 13 SH 91 205<br />
16 NLS 10-3/C 16 SH 91 206<br />
20 NLS 10-3/C 20 SH 91 207<br />
25 NLS 10-3/C 25 SH 91 208<br />
32 NLS 10-3/C 32 SH 91 209<br />
40 NLS 10-3/C 40 SH 91 210<br />
50 NLS 10-3/C 50 SH 91 211<br />
63 NLS 10-3/C 63 SH 91 212<br />
31<br />
Modular devices
NLS 10-3N/C 32<br />
NLS 10-4/C 32<br />
32<br />
Miniature circuit breaker 10 kA<br />
C characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 10-3N/C 0.5 NLS 10-3N/C 0.5 SH 91 225<br />
3-pole + N 1 NLS 10-3N/C 1 SH 91 228<br />
2 NLS 10-3N/C 2 SH 91 230<br />
3 NLS 10-3N/C 3 SH 91 231<br />
4 NLS 10-3N/C 4 SH 91 232<br />
6 NLS 10-3N/C 6 SH 91 233<br />
10 NLS 10-3N/C 10 SH 91 234<br />
13 NLS 10-3N/C 13 SH 91 235<br />
16 NLS 10-3N/C 16 SH 91 236<br />
20 NLS 10-3N/C 20 SH 91 237<br />
25 NLS 10-3N/C 25 SH 91 238<br />
32 NLS 10-3N/C 32 SH 91 239<br />
40 NLS 10-3N/C 40 SH 91 240<br />
50 NLS 10-3N/C 50 SH 91 241<br />
63 NLS 10-3N/C 63 SH 91 242<br />
NLS 10-4/C 0.5 NLS 10-4/C 0.5 SH 91 255<br />
+4-pole 1 NLS 10-4/C 1 SH 91 258<br />
2 NLS 10-4/C 2 SH 91 260<br />
3 NLS 10-4/C 3 SH 91 261<br />
4 NLS 10-4/C 4 SH 91 262<br />
6 NLS 10-4/C 6 SH 91 263<br />
10 NLS 10-4/C 10 SH 91 264<br />
13 NLS 10-4/C 13 SH 91 265<br />
16 NLS 10-4/C 16 SH 91 266<br />
20 NLS 10-4/C 20 SH 91 267<br />
25 NLS 10-4/C 25 SH 91 268<br />
32 NLS 10-4/C 32 SH 91 269<br />
40 NLS 10-4/C 40 SH 91 270<br />
50 NLS 10-4/C 50 SH 91 271<br />
63 NLS 10-4/C 63 SH 91 272
NLS 10-1/D 16<br />
NLS 10-1N/D 16<br />
NLS 10-2/D 16<br />
NLS 10-3/D 20<br />
Miniature circuit breaker 10 kA<br />
D characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 10-1/D 0.5 NLS 10-1/D 0.5 SH 91 305<br />
1-pole 1 NLS 10-1/D 1 SH 91 308<br />
2 NLS 10-1/D 2 SH 91 310<br />
3 NLS 10-1/D 3 SH 91 311<br />
4 NLS 10-1/D 4 SH 91 312<br />
6 NLS 10-1/D 6 SH 91 313<br />
10 NLS 10-1/D 10 SH 91 314<br />
13 NLS 10-1/D 13 SH 91 315<br />
16 NLS 10-1/D 16 SH 91 316<br />
20 NLS 10-1/D 20 SH 91 317<br />
25 NLS 10-1/D 25 SH 91 318<br />
32 NLS 10-1/D 32 SH 91 319<br />
40 NLS 10-1/D 40 SH 91 320<br />
50 NLS 10-1/D 50 SH 91 321<br />
63 NLS 10-1/D 63 SH 91 322<br />
NLS 10-1N/D 0.5 NLS 10-1N/D 0.5 SH 91 335<br />
1-pole + N 1 NLS 10-1N/D 1 SH 91 338<br />
2 NLS 10-1N/D 2 SH 91 340<br />
3 NLS 10-1N/D 3 SH 91 341<br />
4 NLS 10-1N/D 4 SH 91 342<br />
6 NLS 10-1N/D 6 SH 91 343<br />
10 NLS 10-1N/D 10 SH 91 344<br />
13 NLS 10-1N/D 13 SH 91 345<br />
16 NLS 10-1N/D 16 SH 91 346<br />
20 NLS 10-1N/D 20 SH 91 347<br />
25 NLS 10-1N/D 25 SH 91 348<br />
32 NLS 10-1N/D 32 SH 91 349<br />
40 NLS 10-1N/D 40 SH 91 350<br />
50 NLS 10-1N/D 50 SH 91 351<br />
63 NLS 10-1N/D 63 SH 91 352<br />
NLS 10-2/D 0.5 NLS 10-2/D 0.5 SH 91 365<br />
2-pole 1 NLS 10-2/D 1 SH 91 368<br />
2 NLS 10-2/D 2 SH 91 370<br />
3 NLS 10-2/D 3 SH 91 371<br />
4 NLS 10-2/D 4 SH 91 372<br />
6 NLS 10-2/D 6 SH 91 373<br />
10 NLS 10-2/D 10 SH 91 374<br />
13 NLS 10-2/D 13 SH 91 375<br />
16 NLS 10-2/D 16 SH 91 376<br />
20 NLS 10-2/D 20 SH 91 377<br />
25 NLS 10-2/D 25 SH 91 378<br />
32 NLS 10-2/D 32 SH 91 379<br />
40 NLS 10-2/D 40 SH 91 380<br />
50 NLS 10-2/D 50 SH 91 381<br />
63 NLS 10-2/D 63 SH 91 382<br />
NLS 10-3/D 0.5 NLS 10-3/D 0.5 SH 91 395<br />
3-pole 1 NLS 10-3/D 1 SH 91 398<br />
2 NLS 10-3/D 2 SH 91 400<br />
3 NLS 10-3/D 3 SH 91 401<br />
4 NLS 10-3/D 4 SH 91 402<br />
6 NLS 10-3/D 6 SH 91 403<br />
10 NLS 10-3/D 10 SH 91 404<br />
13 NLS 10-3/D 13 SH 91 405<br />
16 NLS 10-3/D 16 SH 91 406<br />
20 NLS 10-3/D 20 SH 91 407<br />
25 NLS 10-3/D 25 SH 91 408<br />
32 NLS 10-3/D 32 SH 91 409<br />
40 NLS 10-3/D 40 SH 91 410<br />
50 NLS 10-3/D 50 SH 91 411<br />
63 NLS 10-3/D 63 SH 91 412<br />
33<br />
Modular devices
NLS 10-3N/D 32<br />
NLS 10-4/D 32<br />
34<br />
Miniature circuit breaker 10 kA<br />
D characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 10-3N/D 0.5 NLS 10-3N/D 0.5 SH 91 425<br />
3-pole + N 1 NLS 10-3N/D 1 SH 91 428<br />
2 NLS 10-3N/D 2 SH 91 430<br />
3 NLS 10-3N/D 3 SH 91 431<br />
4 NLS 10-3N/D 4 SH 91 432<br />
6 NLS 10-3N/D 6 SH 91 433<br />
10 NLS 10-3N/D 10 SH 91 434<br />
13 NLS 10-3N/D 13 SH 91 435<br />
16 NLS 10-3N/D 16 SH 91 436<br />
20 NLS 10-3N/D 20 SH 91 437<br />
25 NLS 10-3N/D 25 SH 91 438<br />
32 NLS 10-3N/D 32 SH 91 439<br />
40 NLS 10-3N/D 40 SH 91 440<br />
50 NLS 10-3N/D 50 SH 91 441<br />
63 NLS 10-3N/D 63 SH 91 442<br />
NLS 10-4/D 0.5 NLS 10-4/D 0.5 SH 91 455<br />
4-pole 1 NLS 10-4/D 1 SH 91 458<br />
2 NLS 10-4/D 2 SH 91 460<br />
3 NLS 10-4/D 3 SH 91 461<br />
4 NLS 10-4/D 4 SH 91 462<br />
6 NLS 10-4/D 6 SH 91 463<br />
10 NLS 10-4/D 10 SH 91 464<br />
13 NLS 10-4/D 13 SH 91 465<br />
16 NLS 10-4/D 16 SH 91 466<br />
20 NLS 10-4/D 20 SH 91 467<br />
25 NLS 10-4/D 25 SH 91 468<br />
32 NLS 10-4/D 32 SH 91 469<br />
40 NLS 10-4/D 40 SH 91 470<br />
50 NLS 10-4/D 50 SH 91 471<br />
63 NLS 10-4/D 63 SH 91 472
NLS 10-1/K 16<br />
NLS 10-1N/K 16<br />
NLS 10-2/K 16<br />
NLS 10-3/K 20<br />
NLS 10-3/C 20<br />
Miniature circuit breaker 10 kA<br />
K characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 10-1/K 0.5 NLS 10-1/K 0.5 SH 99 700<br />
1-pole 1 NLS 10-1/K 1 SH 99 701<br />
1.6 NLS 10-1/K 1.6 SH 99 702<br />
2 NLS 10-1/K 2 SH 99 703<br />
3 NLS 10-1/K 3 SH 99 704<br />
4 NLS 10-1/K 4 SH 99 705<br />
6 NLS 10-1/K 6 SH 99 706<br />
10 NLS 10-1/K 10 SH 99 707<br />
13 NLS 10-1/K 13 SH 99 708<br />
16 NLS 10-1/K 16 SH 99 709<br />
20 NLS 10-1/K 20 SH 99 710<br />
25 NLS 10-1/K 25 SH 99 711<br />
32 NLS 10-1/K 32 SH 99 712<br />
40 NLS 10-1/K 40 SH 99 713<br />
50 NLS 10-1/K 50 SH 99 714<br />
63 NLS 10-1/K 63 SH 99 715<br />
NLS 10-1N/K 0.5 NLS 10-1N/K 0.5 SH 99 716<br />
1-pole + N 1 NLS 10-1N/K 1 SH 99 717<br />
1.6 NLS 10-1N/K 1.6 SH 99 718<br />
2 NLS 10-1N/K 2 SH 99 719<br />
3 NLS 10-1N/K 3 SH 99 720<br />
4 NLS 10-1N/K 4 SH 99 721<br />
6 NLS 10-1N/K 6 SH 99 722<br />
10 NLS 10-1N/K 10 SH 99 723<br />
13 NLS 10-1N/K 13 SH 99 724<br />
16 NLS 10-1N/K 16 SH 99 725<br />
20 NLS 10-1N/K 20 SH 99 726<br />
25 NLS 10-1N/K 25 SH 99 727<br />
32 NLS 10-1N/K 32 SH 99 728<br />
40 NLS 10-1N/K 40 SH 99 729<br />
50 NLS 10-1N/K 50 SH 99 730<br />
63 NLS 10-1N/K 63 SH 99 731<br />
NLS 10-2/K 0.5 NLS 10-2/K 0.5 SH 99 732<br />
2-pole 1 NLS 10-2/K 1 SH 99 733<br />
1.6 NLS 10-2/K 1.6 SH 99 734<br />
2 NLS 10-2/K 2 SH 99 735<br />
3 NLS 10-2/K 3 SH 99 736<br />
4 NLS 10-2/K 4 SH 99 737<br />
6 NLS 10-2/K 6 SH 99 738<br />
10 NLS 10-2/K 10 SH 99 739<br />
13 NLS 10-2/K 13 SH 99 740<br />
16 NLS 10-2/K 16 SH 99 741<br />
20 NLS 10-2/K 20 SH 99 742<br />
25 NLS 10-2/K 25 SH 99 743<br />
32 NLS 10-2/K 32 SH 99 744<br />
40 NLS 10-2/K 40 SH 99 745<br />
50 NLS 10-2/K 50 SH 99 746<br />
63 NLS 10-2/K 63 SH 99 747<br />
NLS 10-3/K 0.5 NLS 10-3/K 0.5 SH 99 748<br />
3-pole 1 NLS 10-3/K 1 SH 99 749<br />
1.6 NLS 10-3/K 1.6 SH 99 750<br />
2 NLS 10-3/K 2 SH 99 751<br />
3 NLS 10-3/K 3 SH 99 752<br />
4 NLS 10-3/K 4 SH 99 753<br />
6 NLS 10-3/K 6 SH 99 754<br />
10 NLS 10-3/K 10 SH 99 755<br />
13 NLS 10-3/K 13 SH 99 756<br />
16 NLS 10-3/K 16 SH 99 757<br />
20 NLS 10-3/K 20 SH 99 758<br />
25 NLS 10-3/K 25 SH 99 759<br />
32 NLS 10-3/K 32 SH 99 760<br />
40 NLS 10-3/K 40 SH 99 761<br />
50 NLS 10-3/K 50 SH 99 762<br />
63 NLS 10-3/K 63 SH 99 763<br />
35<br />
Modular devices
NLS 10-3N/K 32<br />
NLS 10-4/K 32<br />
36<br />
Miniature circuit breaker 10 kA<br />
K characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 10-3N/K 0.5 NLS 10-3N/K 0.5 SH 99 764<br />
3-pole + N 1 NLS 10-3N/K 1 SH 99 765<br />
1.6 NLS 10-3N/K 1.6 SH 99 766<br />
2 NLS 10-3N/K 2 SH 99 767<br />
3 NLS 10-3N/K 3 SH 99 768<br />
4 NLS 10-3N/K 4 SH 99 769<br />
6 NLS 10-3N/K 6 SH 99 770<br />
10 NLS 10-3N/K 10 SH 99 771<br />
13 NLS 10-3N/K 13 SH 99 772<br />
16 NLS 10-3N/K 16 SH 99 773<br />
20 NLS 10-3N/K 20 SH 99 774<br />
25 NLS 10-3N/K 25 SH 99 775<br />
32 NLS 10-3N/K 32 SH 99 776<br />
40 NLS 10-3N/K 40 SH 99 777<br />
50 NLS 10-3N/K 50 SH 99 778<br />
63 NLS 10-3N/K 63 SH 99 779<br />
NLS 10-4/K 0.5 NLS 10-4/K 0.5 SH 99 780<br />
4-pole 1 NLS 10-4/K 1 SH 99 781<br />
1.6 NLS 10-4/K 1.6 SH 99 782<br />
2 NLS 10-4/K 2 SH 99 783<br />
3 NLS 10-4/K 3 SH 99 784<br />
4 NLS 10-4/K 4 SH 99 785<br />
6 NLS 10-4/K 6 SH 99 786<br />
10 NLS 10-4/K 10 SH 99 787<br />
13 NLS 10-4/K 13 SH 99 788<br />
16 NLS 10-4/K 16 SH 99 789<br />
20 NLS 10-4/K 20 SH 99 790<br />
25 NLS 10-4/K 25 SH 99 791<br />
32 NLS 10-4/K 32 SH 99 792<br />
40 NLS 10-4/K 40 SH 99 793<br />
50 NLS 10-4/K 50 SH 99 794<br />
63 NLS 10-4/K 63 SH 99 795
NLS 10-1/Z 16<br />
NLS 10-1N/Z 16<br />
NLS 10-2/Z 16<br />
NLS 10-3/Z 20<br />
NLS 10-3/C 20<br />
Miniature circuit breaker 10 kA<br />
Z characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 10-1/Z 0.5 NLS 10-1/Z 0.5 SH 99 800<br />
1-pole 1 NLS 10-1/Z 1 SH 99 801<br />
1.6 NLS 10-1/Z 1.6 SH 99 802<br />
2 NLS 10-1/Z 2 SH 99 803<br />
3 NLS 10-1/Z 3 SH 99 804<br />
4 NLS 10-1/Z 4 SH 99 805<br />
6 NLS 10-1/Z 6 SH 99 806<br />
10 NLS 10-1/Z 10 SH 99 807<br />
13 NLS 10-1/Z 13 SH 99 808<br />
16 NLS 10-1/Z 16 SH 99 809<br />
20 NLS 10-1/Z 20 SH 99 810<br />
25 NLS 10-1/Z 25 SH 99 811<br />
32 NLS 10-1/Z 32 SH 99 812<br />
40 NLS 10-1/Z 40 SH 99 813<br />
50 NLS 10-1/Z 50 SH 99 814<br />
63 NLS 10-1/Z 63 SH 99 815<br />
NLS 10-1N/Z 0.5 NLS 10-1N/Z 0.5 SH 99 816<br />
1-pole + N 1 NLS 10-1N/Z 1 SH 99 817<br />
1.6 NLS 10-1N/Z 1.6 SH 99 818<br />
2 NLS 10-1N/Z 2 SH 99 819<br />
3 NLS 10-1N/Z 3 SH 99 820<br />
4 NLS 10-1N/Z 4 SH 99 821<br />
6 NLS 10-1N/Z 6 SH 99 822<br />
10 NLS 10-1N/Z 10 SH 99 823<br />
13 NLS 10-1N/Z 13 SH 99 824<br />
16 NLS 10-1N/Z 16 SH 99 825<br />
20 NLS 10-1N/Z 20 SH 99 826<br />
25 NLS 10-1N/Z 25 SH 99 827<br />
32 NLS 10-1N/Z 32 SH 99 828<br />
40 NLS 10-1N/Z 40 SH 99 829<br />
50 NLS 10-1N/Z 50 SH 99 830<br />
63 NLS 10-1N/Z 63 SH 99 831<br />
NLS 10-2/Z 0.5 NLS 10-2/Z 0.5 SH 99 832<br />
2-pole 1 NLS 10-2/Z 1 SH 99 833<br />
1.6 NLS 10-2/Z 1.6 SH 99 834<br />
2 NLS 10-2/Z 2 SH 99 835<br />
3 NLS 10-2/Z 3 SH 99 836<br />
4 NLS 10-2/Z 4 SH 99 837<br />
6 NLS 10-2/Z 6 SH 99 838<br />
10 NLS 10-2/Z 10 SH 99 839<br />
13 NLS 10-2/Z 13 SH 99 840<br />
16 NLS 10-2/Z 16 SH 99 841<br />
20 NLS 10-2/Z 20 SH 99 842<br />
25 NLS 10-2/Z 25 SH 99 843<br />
32 NLS 10-2/Z 32 SH 99 844<br />
40 NLS 10-2/Z 40 SH 99 845<br />
50 NLS 10-2/Z 50 SH 99 846<br />
63 NLS 10-2/Z 63 SH 99 847<br />
NLS 10-3/Z 0.5 NLS 10-3/Z 0.5 SH 99 848<br />
3-pole 1 NLS 10-3/Z 1 SH 99 849<br />
1.6 NLS 10-3/Z 1.6 SH 99 850<br />
2 NLS 10-3/Z 2 SH 99 851<br />
3 NLS 10-3/Z 3 SH 99 852<br />
4 NLS 10-3/Z 4 SH 99 853<br />
6 NLS 10-3/Z 6 SH 99 854<br />
10 NLS 10-3/Z 10 SH 99 855<br />
13 NLS 10-3/Z 13 SH 99 856<br />
16 NLS 10-3/Z 16 SH 99 857<br />
20 NLS 10-3/Z 20 SH 99 858<br />
25 NLS 10-3/Z 25 SH 99 859<br />
32 NLS 10-3/Z 32 SH 99 860<br />
40 NLS 10-3/Z 40 SH 99 861<br />
50 NLS 10-3/Z 50 SH 99 862<br />
63 NLS 10-3/Z 63 SH 99 863<br />
37<br />
Modular devices
NLS 10-3N/Z 32<br />
NLS 10-4/Z 32<br />
38<br />
Miniature circuit breaker 10 kA<br />
Z characteristic<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
I n Type Item<br />
[A] number<br />
NLS 10-3N/Z 0.5 NLS 10-3N/Z 0.5 SH 99 864<br />
3-pole + N 1 NLS 10-3N/Z 1 SH 99 865<br />
1.6 NLS 10-3N/Z 1.6 SH 99 866<br />
2 NLS 10-3N/Z 2 SH 99 867<br />
3 NLS 10-3N/Z 3 SH 99 868<br />
4 NLS 10-3N/Z 4 SH 99 869<br />
6 NLS 10-3N/Z 6 SH 99 870<br />
10 NLS 10-3N/Z 10 SH 99 871<br />
13 NLS 10-3N/Z 13 SH 99 872<br />
16 NLS 10-3N/Z 16 SH 99 873<br />
20 NLS 10-3N/Z 20 SH 99 874<br />
25 NLS 10-3N/Z 25 SH 99 875<br />
32 NLS 10-3N/Z 32 SH 99 876<br />
40 NLS 10-3N/Z 40 SH 99 877<br />
50 NLS 10-3N/Z 50 SH 99 878<br />
63 NLS 10-3N/Z 63 SH 99 879<br />
NLS 10-4/Z 0.5 NLS 10-4/Z 0.5 SH 99 880<br />
4-pole 1 NLS 10-4/Z 1 SH 99 881<br />
1.6 NLS 10-4/Z 1.6 SH 99 882<br />
2 NLS 10-4/Z 2 SH 99 883<br />
3 NLS 10-4/Z 3 SH 99 884<br />
4 NLS 10-4/Z 4 SH 99 885<br />
6 NLS 10-4/Z 6 SH 99 886<br />
10 NLS 10-4/Z 10 SH 99 887<br />
13 NLS 10-4/Z 13 SH 99 888<br />
16 NLS 10-4/Z 16 SH 99 889<br />
20 NLS 10-4/Z 20 SH 99 890<br />
25 NLS 10-4/Z 25 SH 99 891<br />
32 NLS 10-4/Z 32 SH 99 892<br />
40 NLS 10-4/Z 40 SH 99 893<br />
50 NLS 10-4/Z 50 SH 99 894<br />
63 NLS 10-4/Z 63 SH 99 895
NLS-F1<br />
NLS-BSP<br />
NLS-U<br />
Miniature circuit breakers<br />
Attachable auxiliary devices / accessories<br />
Auxiliary devices for subsequent attachment by an electrician to the left-h<strong>and</strong> side of miniature<br />
circuit breakers NLS 1…4-pole (69 mm high)<br />
Auxiliary switches<br />
● Change their switching position with every switching position change of the main contacts<br />
Fault indicator switches<br />
● Change their switching position only if the main contacts change their switching position in the event of a fault –<br />
not when switching manually<br />
● Function test by pressing the installed test button (fully depressed) – this changes over the contacts of the fault<br />
indicator switch <strong>and</strong> switches OFF the miniature circuit breaker. Switching the miniature circuit breaker ON again<br />
will render the fault indicator switch operational again.<br />
Auxiliary <strong>and</strong> fault indicator switches can also be adapted together with a remote actuator, the following technical<br />
data applies:<br />
According to VDE 0660 / Ith = 25 A, max. contact load: Remote actuators (operating current trip/solenoid)<br />
AC 12 415 V 6 A<br />
240 V 10 A<br />
AC 15 415 V 2 A<br />
240 V 6 A<br />
DC 13 250 V 0.5 A<br />
110 V 1 A<br />
60 V 1 A<br />
24 V 4 A<br />
Ue<br />
Ie<br />
● Serve for decentralised switching off of miniature<br />
circuit breakers such as required in control stations<br />
or complex control systems<br />
● Through a built-in contact, they isolate themselves<br />
automatically from the net after the NLS… has<br />
been switched off <strong>and</strong> are therefore suitable for long<br />
switch-on times (activation through permanent<br />
signal)<br />
● Can also be exp<strong>and</strong>ed with auxiliary switches<br />
● Assembly sequence in combination with auxiliary<br />
switches: first remote actuator, then auxiliary switch<br />
Function Pull-on power Width Type Item<br />
(min. U Spule ) [x 17.5 mm] number<br />
Auxiliary switch 2 normally closed contacts 0.5 NLSH 20 SH 97 620<br />
Auxiliary switch 2 normally open contacts 0.5 NLSH 02 SH 97 621<br />
Auxiliary switch 1 normally closed contacts /<br />
1 normally open contact 0.5 NLSH 11 SH 97 622<br />
Fault indicator switch 2 normally closed contacts 0.5 NLSS 20 SH 97 625<br />
Fault indicator switch 2 normally open contacts 0.5 NLSS 02 SH 97 626<br />
Fault indicator switch 1 normally closed contacts /<br />
1 normally open contacts 0.5 NLSS 11 SH 97 627<br />
Remote actuator 12… 60 V UC 3 VA / 6 W 1 NLS-F1 SH 97 630<br />
Remote actuator 110…415 V AC 3 VA 1 NLS-F2 SH 97 631<br />
110…250 V DC 6 W<br />
Interlock facility<br />
For 1…4-pole miniature circuit breakers,<br />
for padlock with shackle diameter up to 4 mm 1 NLS-BSP SH 97 636<br />
Plate carrier<br />
To accommodate lettering plates for all devices for series embodiment;<br />
adhesive type (package unit = 50 pieces) 1 ZST-2 SH 97 562<br />
Undervoltage trip NLS-U:<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
● Monitors nominal voltage <strong>and</strong> switches the automatic cutout off on falling below the tolerable value.<br />
● Reset only possible after minimum voltage is applied.<br />
● Switching behaviour as per DIN EN 60947-1:<br />
UN = < 35%: switch-off (type: 50%)<br />
35 – 70%: switching or holding<br />
≥ 85%: switch-on possible (type: 70%)<br />
● Not tripped by voltage interruptions shorter than 200 ms<br />
● Can also be extended with auxiliary switches<br />
Function U N Width [x 17.5 mm] Type Item number<br />
Undervoltage trip 12 V AC 1 NLS-U 12 AC SH 97 643<br />
Undervoltage trip 24 V AC 1 NLS-U 24 AC SH 97 644<br />
Undervoltage trip 48 V AC 1 NLS-U 48 AC SH 97 645<br />
Undervoltage trip 110 V AC 1 NLS-U 110 AC SH 97 646<br />
Undervoltage trip 230 V AC 1 NLS-U 230 AC SH 97 647<br />
Undervoltage trip 400 V AC 1 NLS-U 400 AC SH 97 648<br />
Undervoltage trip 24 V DC 1 NLS-U 24 DC SH 97 649<br />
39<br />
Modular devices
40<br />
Miniature circuit breaker single pole + N<br />
Technical data<br />
Use <strong>and</strong> allocation of miniature circuit breakers<br />
The SCHUPA-LS circuit breakers are built in accordance with EN 60898 <strong>and</strong> VDE 0641<br />
<strong>and</strong> carry the VDE symbol.<br />
The B-characteristic is mainly for line protection in light <strong>and</strong> control circuits.<br />
The C-characteristic was defined for line protection of equipment with high switch-on<br />
currents – for instance motors <strong>and</strong> transformers.<br />
Of course the devices are safe with regard to contact with the fingers <strong>and</strong> the back of<br />
the h<strong>and</strong> in accordance with VDE 0106 T 100 (BGV A2, before VBG 4).<br />
Type NLSN<br />
Switch-off characteristic B+C<br />
Design current I n 6…32 A<br />
Number of poles 1+N<br />
Building regulations/specifications VDE 0641, Part 11, EN 60898<br />
Design voltage Un 230 V AC / 50 Hz<br />
Design switching capacity according to 6,5 kA with cos � = 0.70<br />
VDE 0641/T11 4.5 kA with cos � = 0.75<br />
3,5 kA with cos � = 0.85<br />
Selectivity class 3<br />
Maximum operating voltage 1.1 x U n<br />
Equipment service life with I n<br />
�4000 switching cycles<br />
Protection class IP 20, installed IP 40<br />
Maximum permissible ambient temperature –5…+40 °C<br />
Finger <strong>and</strong> back-of-h<strong>and</strong> proof according to VDE 0106 T100 (VBG 4)<br />
Open terminals (input <strong>and</strong> output)<br />
Connection cross-sections 1…16 mm 2<br />
Housing Thermoplast (Crastin SK 645 FR)<br />
Type of mounting Snap-on mounting device for DIN rails EN 50022<br />
Maximum back-up fuse In to 6 A = 080 A gL<br />
In � 6 A = 100 A gL<br />
Trip characteristic NLSN B + C<br />
6-40 A, T A = 30 °C<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
Selectivity characteristics NLSN<br />
I n = 6, 16, 32 A compared with line<br />
protection fuses<br />
let through I 2 t/A 2 s<br />
10 5<br />
5<br />
3<br />
2<br />
10 4<br />
5<br />
4<br />
3<br />
2<br />
80 Agl<br />
63 Agl<br />
50 Agl<br />
100 Agl<br />
10<br />
0,5 1 2 3 4 5 6<br />
3<br />
prospective short-circuit current Ip/kA<br />
32A<br />
16A<br />
6A
NLSN<br />
Miniature circuit breaker single pole + N<br />
Building regulations: EN 60898 � �<br />
● 3000<br />
3<br />
● 4500<br />
3<br />
● 6000<br />
3<br />
● single-pole protected, double-pole switching<br />
� For further details please refer to the technical appendix page T 16 – T 23<br />
Function I n Width Type Item<br />
(A) [x 17.5 mm] number<br />
Short-circuit withst<strong>and</strong> 3 kA ● C-characteristic<br />
N-conductor right 2 1 NLSN 3-C 2 SH 97 325<br />
4 1 NLSN 3-C 4 SH 97 326<br />
6 1 NLSN 3-C 6 SH 97 296<br />
10 1 NLSN 3-C 10 SH 97 297<br />
13 1 NLSN 3-C 13 SH 97 327<br />
16 1 NLSN 3-C 16 SH 97 298<br />
20 1 NLSN 3-C 20 SH 97 299<br />
25 1 NLSN 3-C 25 SH 97 300<br />
32 1 NLSN 3-C 32 SH 97 301<br />
Short-circuit withst<strong>and</strong> 4.5 kA ● C-characteristic<br />
N-conductor right 2 1 NLSN 4.5-C 2 SH 97 271<br />
4 1 NLSN 4.5-C 4 SH 97 272<br />
6 1 NLSN 4.5-C 6 SH 97 274<br />
10 1 NLSN 4.5-C 10 SH 97 275<br />
13 1 NLSN 4.5-C 13 SH 97 273<br />
16 1 NLSN 4.5-C 16 SH 97 276<br />
20 1 NLSN 4.5-C 20 SH 97 277<br />
25 1 NLSN 4.5-C 25 SH 97 278<br />
32 1 NLSN 4.5-C 32 SH 97 279<br />
● B-characteristic<br />
N-conductor right 2 1 NLSN 4.5-B 2 SH 97 332<br />
4 1 NLSN 4.5-B 4 SH 97 333<br />
6 1 NLSN 4.5-B 6 SH 97 252<br />
10 1 NLSN 4.5-B 10 SH 97 253<br />
13 1 NLSN 4.5-B 13 SH 97 334<br />
16 1 NLSN 4.5-B 16 SH 97 254<br />
20 1 NLSN 4.5-B 20 SH 97 255<br />
25 1 NLSN 4.5-B 25 SH 97 256<br />
32 1 NLSN 4.5-B 32 SH 97 257<br />
Short-circuit withst<strong>and</strong> 6 kA ● C-characteristic<br />
N-conductor right 2 1 NLSN 6-C 2 SH 97 291<br />
4 1 NLSN 6-C 4 SH 97 292<br />
6 1 NLSN 6-C 6 SH 97 231<br />
10 1 NLSN 6-C 10 SH 97 232<br />
13 1 NLSN 6-C 13 SH 97 233<br />
16 1 NLSN 6-C 16 SH 97 234<br />
20 1 NLSN 6-C 20 SH 97 235<br />
● B-characteristic<br />
N-conductor right 2 1 NLSN 6-B 2 SH 97 289<br />
4 1 NLSN 6-B 4 SH 97 290<br />
6 1 NLSN 6-B 6 SH 97 285<br />
10 1 NLSN 6-B 10 SH 97 286<br />
13 1 NLSN 6-B 13 SH 97 251<br />
16 1 NLSN 6-B 16 SH 97 287<br />
20 1 NLSN 6-B 20 SH 97 288<br />
41<br />
Modular devices
NSL 4/63<br />
NSL 1/63 + NSL-HS 110<br />
42<br />
Load disconnecting switch for D0 fuses<br />
as per VDE 0638; EN 60947-3<br />
Technical data:<br />
� For NEOZED fuses (DO systems) 2…63 A<br />
� With disconnecting function<br />
� Can be sealed in ON <strong>and</strong> OFF setting<br />
� Self-extinguishing housing, halogen-free<br />
� Fuse replaced without risk of touching live parts<br />
� Fuse link inserted without screwing:<br />
switch mechanism provides necessary contact pressure<br />
� Screw caps not needed<br />
� Contact protection as per VDE 0106 T 100 (VBG 4)<br />
� Set inserts available from 20…50 A<br />
� With adapters NSL-A, DO1 fuses from 2…16 A also possible<br />
� Terminals up to 35 mm 2<br />
� Un = 230/400 V AC<br />
� Rated cutout capacity 50 kA eff<br />
� Max. ambient temperature – 5 … + 40 °C<br />
� Category of use: AC 22 (63), AC 23 (35), DC 22 (63)<br />
Number Un In Width Type Item<br />
of poles V~ A [x 17.5 mm] number<br />
Fuse load disconnecting switch<br />
1 230 63 1.5 NSL 1/63 SH 97 786<br />
3 400 63 4.5 NSL 3/63 SH 97 787<br />
3+N 230/400 63 6 NSL 4/63 SH 97 788<br />
Set inserts<br />
20 NSL-PE 20 SH 97 789<br />
25 NSL-PE 25 SH 97 790<br />
35 NSL-PE 35 SH 97 791<br />
50 NSL-PE 50 SH 97 792<br />
Adapter for using DO 1 fuses<br />
2...16 NSL-A 2-16 SH 97 793<br />
Auxiliary switch for fitting to the side of NSL<br />
The auxiliary switches are fitted with fastening clips<br />
<strong>and</strong> switched by the fuse load disconnecting switch<br />
Contact: 1 NO contact <strong>and</strong> 1 NC contact<br />
I n : 6 A / 250 V AC 12; 1 A / 110 V DC<br />
Connection: 0.75 ... 1.5 mm 2<br />
� For further details please refer to the technical appendix page T 24<br />
Number Width Type Item<br />
of poles [x 17.5 mm] number<br />
1S + 1Ö 0.5 NSL-HS 110 SH 97 769
Circuit breaker with double-decker terminal<br />
KS 1.12 G/12<br />
KSG 1.6.85<br />
KSG 2.4<br />
KS4.56G-LS 1N/16<br />
KSG 3.12<br />
KSG-NH 3.6<br />
KSG 4.12<br />
Bus bars<br />
Fork bus bars for devices with double-decker terminals<br />
● Fabricated design with continuous insulation (end caps not required)<br />
● Bus-bars 1 m in length can be shortened as required. Order end caps for lateral<br />
insulation separately (see accessories page 48)<br />
� For further details please refer to the technical appendix page T 25 – T 30<br />
Used for No. of Pin/fork max. current Length Accessories Type Item<br />
version pins/ spacing rating 1) end caps number<br />
forks [modules] [mm 2 ]<br />
Miniature circuit breakers, 1-pole<br />
uninsulated 12 0.5 110 12 modules KS 1.12 G/12 SH 97 460<br />
56 0.5 160 1 m KS 1.56 G/24 SH 97 462<br />
Miniature circuit breakers, 1-pole<br />
fabricated with continuous insulation<br />
2 1 85 2 modules KSG 1.2.85 SH 97 455<br />
6 1 85 6 modules KSG 1.6.85 SH 97 456<br />
12 1 85 12 modules KSG 1.12.85 SH 97 457<br />
Rail length: 1 m 57 1 110 1 m EK 1/10-16 KS 1.57 GI/12 SH 97 465<br />
Miniature circuit breakers T-pol. + N (35 mm wide) or 2-pole<br />
4 1 125 4 modules KSG 2.4 SH 97 406<br />
6 1 125 6 modules KSG 2.6 SH 97 407<br />
12 1 125 12 modules KSG 2.12 SH 97 408<br />
14 1 125 14 modules KSG 2.14 SH 97 409<br />
Rail length: 1 m 56 1 100 1 m EK 2-10 KS 2.56 G SH 97 411<br />
Rail 4-pole for three-phase wiring<br />
2-pole miniature circuit breakers in 35 mm width (L1-N, L2-N, L3-N …)<br />
12 1 125 12 modules KSG 4.1N.12 SH 97 458<br />
18 1 125 18 modules KSG 4.1N.18 SH 97 459<br />
Rail length: 1 m 56 1 130 1m EK 4 KS4.56G-LS1N/16 SH 97 467<br />
Miniature circuit breakers 3-pole<br />
6 1 125 6 modules KSG 3.6 SH 97 413<br />
9 1 125 8 modules KSG 3.9 SH 97 414<br />
12 1 125 12 modules KSG 3.12 SH 97 415<br />
18 1 125 18 modules KSG 3.18 SH 97 416<br />
Rail length: 1 m 57 1 130 1 m EK 3 KS 3.57 G/16 SH 97 473<br />
Fuse load disconnecting switch > 63 A 3-pole or<br />
Miniature circuit breakers with auxiliary switch 3-pole (L1+HS, L2+HS; L3+HS)<br />
6 1.5 125 9 modules KSG -NH 3.6 SH 97 420<br />
9 1.5 125 13.5 modules KSG -NH 3.9 SH 97 421<br />
Rail length: 1 m 36 1.5 130 1 m EK 3 KS 3.36 G/16 SH 97 474<br />
Miniature circuit breakers 4-pole or 3-pole + N<br />
8 1 125 8 modules KSG 4.8 SH 97 417<br />
12 1 125 12 modules KSG 4.12 SH 97 418<br />
16 1 125 16 modules KSG 4.16 SH 97 419<br />
Rail length: 1 m 56 1 130 1 m EK 4 KS 4.56 G/16 SH 97 535<br />
1) for central power feed<br />
43<br />
Modular devices
Circuit breaker with frame terminal<br />
44<br />
L N L<br />
KSS 1.2.85<br />
KSS 1.6.85<br />
N<br />
KSS 1.12.85<br />
KS 2.12 L/N<br />
KSS 3.6<br />
KSS 3.12<br />
KSS 4.8<br />
L<br />
N<br />
Bus bars<br />
Pin bus bars for devices with frame terminals<br />
● Fabricated design with continuous insulation (end caps not required)<br />
● Bus-bars 1 m in length can be shortened as required. Order end caps for<br />
lateral insulation separately (see accessories page 48)<br />
� For further details please refer to the technical appendix page T 25 – T 30<br />
Used for No. of Pin/fork max. current Length Accessories Type Item<br />
version pins/ spacing rating 1) end caps number<br />
forks [modules] [mm 2 ]<br />
Miniature circuit breakers 1-pole<br />
2 1 85 2 modules KSS 1.2.85 SH 97 422<br />
3 1 85 3 modules KSS 1.3.85 SH 97 423<br />
6 1 85 6 modules KSS 1.6.85 SH 97 424<br />
12 1 85 12 modules KSS 1.12.85 SH 97 425<br />
Line length 1 m 56 1 130 1 m EK 1/10-16 KS 1.56/16 SH 97 432<br />
Fuse load disconnecting switch > 63 A 1-pole (D0 elements) or<br />
miniature circuit breakers with auxiliary switch 1-pole<br />
Line length 1 m 37 1.5 130 1 m EK 1/10-16 KS 1.37/16-27 SH 97 450<br />
Miniature circuit breakers 1-pole + N (17.5 mm wide)<br />
1 rail 2-pole 24 0.5 100 12 modules KS 2.12 L/N *) SH 97 439<br />
Line length 1 m 112 0.5 100 1 m EK 2-10 KS 2.56 L/N SH 97 436<br />
Miniature circuit breakers <strong>and</strong> devices 3-pole<br />
6 1 125 6 modules KSS 3.6 SH 97 426<br />
9 1 125 9 modules KSS 3.9 SH 97 427<br />
12 1 125 12 modules KSS 3.12 SH 97 428<br />
18 1 125 18 modules KSS 3.18 SH 97 429<br />
Line length 1 m 57 1 130 1 m EK 3 KS 3.57/16 SH 97 443<br />
Fuse load disconnecting switch > 63 A 3-pole (D0 elements)<br />
36 1.5 130 1 m EK 3 KS 3.36/16-27 SH 97 451<br />
Miniature circuit breakers <strong>and</strong> devices 4-pole<br />
8 1 125 8 modules KSS 4.8 SH 97 430<br />
12 1 125 12 modules KSS 4.12 SH 97 431<br />
1) for central power feed *) Bus bars are supplied with end caps
FI 2-pol. 35 mm<br />
KS 1.12 GI/12<br />
KS 2.12 G<br />
KS 4.12-LS 1N<br />
KS 2-FI 2/LSN<br />
FI 3-2-pol.<br />
KS 2.8 G/16<br />
KS 2G-FI3/LS1N/16<br />
KS2-FI3/LSN/16<br />
Bus bars<br />
Pin bus bars for residual current circuit breakers 2-pole<br />
<strong>and</strong> miniature circuit breakers switches<br />
● Fabricated design with continuous insulation (end caps not required)<br />
● Bus-bars 1 m in length can be shortened as required. Order end caps for<br />
lateral insulation separately (see accessories page 48)<br />
� For further details please refer to the technical appendix page T 25 – T 30<br />
Used for No. of Pin/fork max. current Length Accessories Type Item<br />
version pins/ spacing rating 1) end caps number<br />
forks [modules] [mm 2 ]<br />
Fork bus bars 2-pole<br />
for residual current circuit breaker 2-pole (35 mm) one under the other<br />
or with miniature circuit breakers 1+N (35 mm wide)<br />
4 1 125 4 modules KSG 2.4 SH 97 406<br />
6 1 125 6 modules KSG 2.6 SH 97 407<br />
12 1 125 12 modules KSG 2.12 SH 97 408<br />
14 1 125 14 modules KSG 2.14 SH 97 409<br />
Rail length 1 m 56 1 100 1 m EK 2-10 KS 2.56 G SH 97 411<br />
Fork bus bars 4-pole for three-phase wiring<br />
2-pole residual current circuit breaker or miniature circuit breaker switch 35 mm wide<br />
(L1-N, L2-N, L3-N)<br />
12 1 125 12 modules KSG 4.1N.12 SH 97 458<br />
18 1 125 18 modules KSG 4.1N.18 SH 97 459<br />
Rail length 1 m 56 1 130 1m EK 4 KS4.56G-LS1N/16 SH 97 467<br />
Pin bus bars:<br />
for residual current circuit breaker 2-pole (35 mm)<br />
with 10 miniature circuit breakers 1 n N (17.5 mm wide)<br />
12 100 12 modules KS 2-FI 2/LSN SH 97 469<br />
Residual current circuit breaker 2-pole (52.5 mm)<br />
Fork comb rails 2-pole<br />
Residual current circuit breaker 2-pole (52.5 mm)<br />
among themselves *)<br />
8 1-2 130 12 modules KS 2.8 G/16 SH 97 412<br />
Fork bus rails 2-pole<br />
Residual current circuit breaker 2-pole (52.5 mm)<br />
with 5 miniature circuit breakers 1+N (35 mm wide)*<br />
12 130 13 modules KS2G-FI3/LS1N/16 SH 97 538<br />
with 26 miniature circuit breakers 1+N (35 mm wide)*)<br />
28 130 1 m KS2G-FI3/26LS1N/16 SH 97 539<br />
Pin bus bars 2-pole<br />
Residual current circuit breaker 2-pole (52.5 mm) with double-decker terminals<br />
with 10 miniature circuit breakers 1+N (17.5 mm wide) with frame terminals*)<br />
22 130 13 modules KS2-FI3/LSN/16 SH 97 501<br />
1) for central power feed<br />
* ) Bus bars are supplied with end caps<br />
45<br />
Modular devices
FI3 (4-pol.)<br />
46<br />
KSG 3.FI3.3LS<br />
KSG 3.FI3.9LS<br />
KSG 4.2 FI3<br />
KS4G-FI3/LS3N/16<br />
KS4G-FI3/LS1N/16<br />
KS4-FI3/LSN/16<br />
Bus bars<br />
for residual current circuit breakers 4-pole 52.5 mm (3 modules)<br />
among themselves <strong>and</strong> with automatic miniature circuit breakers<br />
● Fabricated design with continuous insulation (end caps not required)<br />
● Bus-rails 1 m in length can be shortened as required. Order end caps for<br />
lateral insulation separately (see accessories page 48)<br />
� For further details please refer to the technical appendix page T 25 – T 30<br />
Used for No. of Pin/fork max. current Length Accessories Type Item<br />
version pins/ spacing rating 1) end caps number<br />
forks [modules] [mm 2 ]<br />
Fork bus bars 3-pole<br />
for residual current circuit breaker 4-pole (52.5 mm)<br />
with 3 miniature circuit breakers 1-pole or 1 miniature circuit breakers 3-pole<br />
6 125 6 modules KSG 3.FI3.3LS SH 97 529<br />
with 9 miniature circuit breakers 1-pole or 3 miniature circuit breakers 3-pole<br />
125 12 modules KSG 3.FI3.9LS SH 97 530<br />
Fork bus bars 4-pole<br />
for residual current circuit breaker 4-pole (52.5 mm) among themselves<br />
8 125 6 modules KSG 4.2FI3 SH 97 531<br />
16 125 12 modules KSG 4.4FI3 SH 97 537<br />
Rail length 1 m 72 130 1 m EK 4 KS 4.72 G/16-13 SH 97 533<br />
Fork bus bars 4-pole<br />
Residual current circuit breaker 4-pole (52.5 mm)<br />
with 2 miniature circuit breakers 3-pole + N or 4-pole *)<br />
12 130 11 modules KS4G-FI3/LS3N/16 SH 97 514<br />
Fork bus bars 4-pole<br />
Residual current circuit breaker 4-pole (52.5 mm)<br />
with 5 miniature circuit breakers 1-pole + N (35 mm wide) *)<br />
14 130 13 modules KS4G-FI3/LS1N/16 SH 97 516<br />
with 26 miniature circuit breakers 1-pole + N (35 mm wide)<br />
58 130 1 m EK 4 KS4G-FI3/26LS1N/16 SH 97 517<br />
Pin bus bars 4-pole<br />
Residual current circuit breaker 4-pole (52.5 mm) with double-decker terminals<br />
with 10 miniature circuit breakers 1-pole + N (17.5 mm wide) with frame terminals *)<br />
24 130 13 modules KS4-FI3/LSN/16 SH 97 503<br />
1) for central power feed<br />
* ) Bus bars are supplied with end caps
FI4<br />
KSG 3.FI4.3LS<br />
KSG 3.FI4.8LS<br />
KSG 4.12<br />
KS4G-FI4/LS1N/16<br />
KS4-FI4/LSN/16<br />
Bus bars<br />
for residual current circuit breakers 4-pole 70 mm (4 modules)<br />
among themselves <strong>and</strong> with miniature circuit breakers<br />
● Fabricated design with continuous insulation (end caps not required)<br />
● Bus-bars 1 m in length can be shortened as required. Order end caps for lateral<br />
insulation separately (see accessories page 48)<br />
� For further details please refer to the technical appendix page T 25 – T 30<br />
Used for No. of Pin/fork max. current Length Accessories Type Item<br />
version pins/ spacing rating 1) end caps number<br />
forks [modules] [mm 2 ]<br />
Fork bus bars 3-pole<br />
for residual current circuit breaker 4-pole (70 mm)<br />
with 3 miniature circuit breakers 1-pole<br />
6 1 125 7 modules KSG 3 FI4.3LS SH 97 524<br />
with 8 miniature circuit breakers 1-pole or 3 miniature circuit breakers 3-pole<br />
12 1 125 12 modules KSG 3 FI4.8LS SH 97 525<br />
Fork bus bars 4-pole<br />
for residual current circuit breaker 4-pole (70 mm) among themselves<br />
or with miniature circuit breakers 3-pole + N<br />
8 1 125 8 modules KSG 4.8 SH 97 417<br />
12 1 125 12 modules KSG 4.12 SH 97 418<br />
16 1 125 16 modules KSG 4.16 SH 97 419<br />
Rail length 1 m 56 1 130 1 m EK 4 KS 4.56 G/16 SH 97 535<br />
Fork bus bars 4-pole<br />
Residual current circuit breaker 3-pole (70 mm)<br />
with 4 miniature circuit breakers 1-pole + N (35 mm wide) *)<br />
12 1 130 12 modules KS4G-FI4/LS1N/16 SH 97 506<br />
Pin bus bars 4-pole<br />
Residual current circuit breaker 4-pole (70 mm)<br />
with 8 miniature circuit breakers 1-pole + N (17.5 mm wide) *)<br />
wiring at the bottom<br />
20 130 12 modules KS4-FI4/LSN/16 SH 97 507<br />
1) for central power feed<br />
* ) Bus bars are supplied with end caps<br />
47<br />
Modular devices
Endcaps<br />
EKS 35<br />
KS-BK 5<br />
48<br />
AK-G AK-S<br />
Bus bars<br />
Accessories for bus bar program<br />
End caps<br />
for one-pole <strong>and</strong> multi-pole bus bars<br />
� For further details please refer to the technical appendix page T 25 – T 30<br />
Cross- Type Item<br />
section number<br />
[mm 2 ]<br />
for all bus-bars 1-pole EK1/10-16 SH 97 490<br />
for bus-bars 2-pole 100 A EK 2-10 SH 97 486<br />
for bus-bars 3-pole 100 A EK 3-10 SH 97 485<br />
for bus-bars 2- <strong>and</strong> 3-pole 130 A EK 3 SH 97 480<br />
for bus-bars 4-pole 130 A EK 4 SH 97 483<br />
Connection terminals insulated<br />
for conductor connection to devices<br />
without two-way terminal<br />
Pin connection feed top/bottom 25 AK-S SH 97 481<br />
U connection feed tip/bottom 25 AK-G SH 97 482<br />
Feed terminal<br />
(for cable connection from the DIN rail)<br />
for pin <strong>and</strong> fork connection 35 ESK 35 SH 97 492<br />
Protection cap (5-pole)<br />
to cover plain, exposed U’s or pins<br />
in bus-bars combinations KS-BK 5 SH 97 491