Prisma P Catalogue

Catalogue2013

Low Voltage electric distribution

Prisma PCubicles up to 4000 A

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Presentation Prisma P electrical switchboards

Prisma P - a comprehensive range of enclosures and cubicles

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Prisma P - a tried and tested modular systemA dependable electrical installationThe total compatibility of Schneider Electric devices with the Prisma P system is a key advantage in ensuring a high level of installation dependability.System design has been validated by type tests as per standards IEC 61439-1 and IEC 61439-2 and benefits from the combined experience of Schneider Electric customers over many years.An upgradeable electrical installationThanks to modular design, Prisma P switchboards can be modified easily tointegrate new functions as needed.Maintenance operations, carried out with the switchboard de-energised, are fast andstraight-forward due to easy access to devices.Total safety for personnelWork in a Prisma P switchboard is risk-free when carried out by qualified personsin compliance with all applicable safety regulations.Devices are installed behind protective front plates and only the operating handlesare accessible.Additional internal separations protect against direct contact with live parts.Terminal shields are mandatory for installation of Compact NSX and Compact INS/INV devices in Prisma P enclosures.

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Presentation

IP30/31/55 cubiclesb Applications:v indoor cubicles for main or subdistribution low-voltage switchboards for commercial and industrial applicationsv supplied in kit form, can be combined side-by-side and back-to-backb In (A): 4000 Ab Degree of protection:v IP30: with IP30 cover panels including a door or a cover framev IP31: with IP30 cover panels including a door + gasketv IP55: with IP55 cover panelsb Degree of protection against mechanical impacts:v IK07 with cover framev IK08 (with IP30 door)v IK10 with IP55 doorb Framework dimensions:v four widths: - W = 300: cable compartment - W = 400: cable compartment or device compartment - W = 650: device compartment or cable compartment - W = 800: device compartment with busbar compartment or cable compartment

v two depths: 400, 600 mmv height: 2000 mm.

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Prisma P electrical switchboards

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Presentation

The Prisma P functional system The Prisma P functional system can be used for all types of low-voltage distribution switchboards (main, subdistribution and final) up to 4000 A, in commercial and industrial environments.

Switchboard design is very simple.A metal structureThe switchboard is made up of one or more frameworks combined side-by-side or back-to-back, on which a complete selection of cover panels and doors can be mounted.A distribution systemHorizontal busbars or vertical busbars positioned in a lateral compartment or at the rear of the cubicle are used to distribute electricity throughout the switchboard.Complete functional unitsEach device is part of a functional unit comprising:b a dedicated mounting plate for device installationb a front plate to block direct access to live partsb prefabricated busbar connectionsb devices for on-site connections.Each functional unit contributes to a function in the switchboard.The functional units are modular and are arranged rationally, one on top of another, within the enclosure.The system includes everything required for functional unit mounting, supply and onsite connection.The components of the Prisma P and those of the functional units in particular have been designed and tested taking into account device characteristics.This design approach ensures a high degree of reliability in system operation and optimum safety for personnel.

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Functional units are arranged rationally, one on top of another.

Electrical switchboards up to 4000 A

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Presentation

Prisma P enclosures b Steel sheet metalb Electrophoresis treatment + hot-polymerised polyester epoxy powder, white colour RAL 9001b Can be dismantledb Can be combined side-by-side and back-to-backb Degree of protection:v IP30: with IP30 cover panels including a door or a cover framev IP31: with IP30 cover panels including a door + gasketv IP55: with IP55 cover panelsb Degree of protection against mechanical impacts:v IK07: with cover framev IK08: with IP30 doorv IK10: with IP55 doorb Framework dimensions:v four widths:- W = 300: cable compartment- W = 400: cable compartment or device compartment- W = 650: device compartment or cable compartment- W = 800: device compartment with busbar compartment or cable compartmentv two depths: 400, 600 mmv height: 2000 mmb Indoor cubicles.

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Advantages of Prisma P switchboards

A dependable electrical installationThe total compatibility of Schneider Electric devices with the Prisma P is a key advantage in ensuring a high level of installation dependability.System design has been validated by type tests as per standards IEC 61439-1 and 2 and benefits from the combined experience of Schneider Electric customers over many years.An upgradeable electrical installationThanks to modular design, Prisma P switchboards can be modified easily to integrate new functional units as needed.Maintenance operations, carried out with the switchboard de-energised, are fast and straight-forward due to easy access to devices.Total safety for personnelWork in a switchboard must be carried out by authorised persons in compliance with all applicable safety regulations.To increase the safety of personnel, devices are installed behind protective front plates; only the operating handles are accessible. Additional internal protection (partitions, barriers) is available to create form 2, 3 or 4 separation to protect against direct contacts with live parts.Terminal shields are mandatory for installation of Compact NSX and INS/INV devices in Prisma P enclosures.Electrical switchboards built using the Prisma P functional system and Schneider recommendations fully comply with international standards IEC 61439-1 and 2.

Electrical characteristics Use of the components in the Prisma P functional system ensures the creation of switchboards complying with standards IEC 50298, EN 50298, IEC 61439-1 and 2, EN 61439-1 and 2, as well as local versions with the following electrical characteristics:b rated insulation level of main busbars: 1000 Vb InA (A): 3250 Ab rated peak withstand current Ipk: 220 kb rated short-time withstand current Icw: 100 kA rms / 1 secondb frequency: 50/60 Hz.

Electrical switchboards up to 4000 A

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Prisma PH - LV Switchboards for harsh environments up to 4000 A

Prisma PH When demanding applications and severe conditions require the best, assure your success with Prisma PH

Reinforced solution for low voltage switchboards up to 4000 AMore than Prisma, Prisma PH contributes to safety of persons as well as to reliability and continuity of service of the electrical installation. Thanks to its reinforced metal structure, it combines outstanding robustness with versatility and flexibility, by resisting to harsh environments and heavy loads. Prisma PH is ready to perform in any condition.As Prisma, Prisma PH is a solution of kit cubicles for low voltage electrical distribution switchboards: - the components (switchgear, busbars, etc.) are designed for joint operation- all the most demanding switchboard configurations have been tested and are IEC standard compliant.

Total safety and reliabilityPrisma PH is designed to operate up to 4000 A. It is fully tested to perform in extreme conditions, and fully compliant with standards IEC 61439-1 & 2 and EN 61439-1 & 2, IEC 50298 and EN 50298.Prisma PH withstands seismic vibrations (Standard EDF CRT91C11200, AS1170, EAK 2000, ENDESA 1986, RPA 99 2003, Gore GR 63, Turkish Seismic Code, GOST 17516.1-90). Seismic tests are performed by an external laboratory, CESI Labs. All documentation required by local authorities and customers in order to get the approval are available.Seismic resistance: - for civil installations: 0.7 g APN (rms) and 3.5 g peak, without any extra accessories - for nuclear installations: 1 g APN (rms) and 5 g peak, with reinforcement accessories.

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Technical characteristicsb High grade steel, durable epoxy painting techniques and ingenious design for a remarkable robustness.b Steel sheet metal, thickness 1.5 mm on panels and 1.8 mm on doors.b Electrophoresis treatment and hot-polymerised polyester epoxy powder.b White color RAL 9001.b Degree of protection: IP55 (IEC 60529).b Degree of protection against mechanical impacts: IK10 with door (IEC 62262).b Frame dimensions:v 2 widths:- 700 mm (for functional units)- 300 mm (for vertical busbars and cables ducts)v 2 depths: -500 mm (up to 1600 A)- 800 mm (up to 4000 A)v height: 2000 mm.

To know moreb See the catalogue Prisma PH.

Catalogue2010

Low Voltage electrical distribution

Prisma PH

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Presentation

29

Solutions for continuity of service

Solutions for continuity of service in electrical installations with Prisma

The right level of continuity of serviceAll organizations have some sensitivity to the continuity of service of electrical power. For some power is a vital component to their ongoing success and viability.The required level of continuity of service must be considered for each application so that the electrical installation can be optimised accordingly.

The stakes of continuity of service are high. Even a brief electrical distribution failure can have serious consequences on many activities.

Continuity of service solutions for Operation, Maintenance, EvolutionAll solutions proposed comply with standards EN 61439-1 and EN 61439-2. The system solutions proposed include Schneider Electric products exclusively to fully ensure compatibility and operation. To ensure safety, solutions with switchgear mounted on plug-in bases, withdrawable chassis and disconnectable or withdrawable mounting plates include safety trip levers that open the circuit breaker if it is removed in closed position.

For highest continuity of services Functional units with devices on live-disconnectable mounting platesDisconnectable IS 223: (correspondence with standard IEC61439-2: WFD)- High continuity of service- Maximum time to restore power after maintenance: 1 hour- Live upgrading.

safety trip levers

safety trip levers

Solutions guide2011

Solutions forContinuity of Service in Prisma electrical installations

Functional units with devices on live-withdrawable mounting platesDisconnectable IS 233: (correspondence with standard IEC61439-2: WWW)- High continuity of service- Maximum time to restore power after maintenance: 1/4 hr- Live upgrading.

To know moreb See the solution guide Solutions for Continuity of Service in Prisma electrical installations (COM-POWER-LVIS01EN).

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Compact NS1000 4PFixed, front connection Toggle Supply via cables

DistributionLinergy LGY busbars

Outgoing devicesCompact NSX250

Horizontal Fixed, front connection ToggleSupply Prefabricated connectionConnection Transferred to cable

compartment,W = 300 mmCompact NSX250

Vertical Fixed, front connection ToggleSupply Linergy FC distribution blockConnection Direct via cablesMulti 9 or Acti 9 devices

Supply Linergy FM 80 A Linergy FM 200 A Linergy FH

Cable running Cable straps Trunking

Connection Linergy TA in the cablecompartment, W = 300 mm

EnclosureCubicle for devices W = 800 mm

D = 400 mmCable compartment W = 300 mm

D = 400 mm

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Fixed Compact NS1000, front connected withcables.

Prefabricated connection between anincoming device and Linergy LGY busbars.

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Prefabricated connection between Linergy LGY busbars and an NSX250.

Connection transfer assembly for connectionin a cable compartment.

Examples of switchboard configurations

Presentation

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Two vertically mounted Compact NSX250devices supplied by a Linergy FC.

Supply of a row of Multi 9 or Acti 9 devices bya 200 A Linergy FM.

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A device supplying a group of outgoersvia an 80 A Linergy FM.

Linergy TA for Multi 9 or Acti 9 devices inthe cable compartment.


Presentation

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Incomer

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Compact NSX630 4PFixed, front connection Motor mechanism Direct supply via cables

DistributionLinergy BW busbars

Outgoing devicesMulti 9 or Acti 9 devices

Supply 80 A Linergy FM 200 A Linergy FM Linergy FH comb busbars


Connection Connection Linergy TA/TB + earth bar TA/TB at bottom of the switchboard

EnclosureCubicle, W = 650 mm, D = 400 mm

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Incomer

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Compact NS1000 4PFixed, front connection Toggle Supply via Canalis



Horizontal Fixed, front connection ToggleSupply Prefabricated connectionConnection Transferred to cable compartment,

W = 300 mmCompact NSX400


W = 300 mmMulti 9 or Acti 9 devices

Supply Comb busbars Cable running Cable straps

TrunkingConnection Terminal block at bottom of cubicleMotor protection devices

Supply Comb busbarsCable running Cable straps

TrunkingConnection Terminal block in the cable

compartment, W = 300 mm

EnclosureCubicle for devices W = 800/650 mm

D = 400 mm

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Cable compartment W = 300 mm D = 400 mm


Presentation

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Masterpact NT1000 3PDrawout, front connection Supply via Canalis



Vertical Fixed, front connection ToggleSupply Linergy FC distribution blockConnection Direct via cablesCompact NSX250


W = 400 mmCompact NSX400


W = 400 mmMulti 9 or Acti 9 devices

Supply 80 A Linergy FM Linergy FH comb busbars


Connection Terminal block in the cable compartment, W = 300 mm

Motor protection devicesSupply Linergy FH comb busbars

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Connection Terminal block in the cable compartment, W = 300 mm

EnclosureCubicle for devices W = 800/650 mm

D = 400 mmCable compartment W = 300/400 mm

D = 400 mm


Presentation

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IncomerMasterpact NW20 4P

DrawoutUpstream terminals: vertical rear connection Downstream terminals: front connection Supply via Canalis from the top

DistributionVertical Linergy LGYE 2000 A busbars Horizontal Linergy LGYE 2000 A busbars

EnclosureCubicle for devices W = 650+150/800 mm

D = 600 mmCable compartment W = 300 mm

D = 600 mm


Horizontal Fixed, front connection ToggleSupply Flexible barsConnection Direct via cablesCompact NSX250

Vertical Fixed, front connection ToggleSupply Linergy FC distribution blockConnection Direct via cablesCompact NSX400

Horizontal Fixed, front connection Rotary handleSupply Flexible barsConnection Transferred to cable compartment, W = 300 mmMulti 9 or Acti 9 devices

Supply 200 A Linergy FMCable running TrunkingConnection Terminal block in the cable compartment, W = 300 mmMotor protection devices

Supply Comb busbarsCable running Cable strap


Presentation

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IncomerMasterpact NW32 4P (1)

Fixed Upstream terminals: front connection Downstream terminals: vertical rear connection Supply via cables from the bottom

DistributionVertical Linergy LGYbusbars Horizontal Linergy LGYE busbars

EnclosureCubicle for devices W = 650+150/800 mm

D = 1000 mm

(1) For mounting a NW40, provide for a dedicated cubicle.


Vertical Fixed, rear connection ToggleSupply Linergy FC distribution blockConnection Direct via cablesCompact NSX250

Horizontal Fixed, rear connection ToggleSupply Prefabricated connection Connection Direct via cablesCompact NSX400

Horizontal Fixed, rear connection ToggleSupply Prefabricated connectionConnection Direct via cablesMulti 9 or Acti 9 devices

Supply 200 A Linergy FMCable running TrunkingMotor protection devices

Supply Linergy FH comb busbarsCable running Cable straps

Presentation Examples of switchboard configurations

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Incoming functionConnection via Canalis

See page A-8

Distribution functionLinergy LGY busbars in busbar compartment,W = 150 mm

See page B-12

Horizontal busbars Linergy LGYE See page B-14

Linergy BW busbars See page B-50

Device compartment, W = 650 mm See page C-14

Connection compartment, W = 300 mm See page C-14

Connection compartment, W = 400 mm See page C-14

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The functions of an electrical switchboard

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Hinged front plate support frame See page C-14

Roof See page C-15

Rear panels See page C-15

Front doors See page C-14

Gland plates See page C-18

Side panels See page C-15

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The functions of an electrical switchboard

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Standards

IEC international standards The IEC (International Electrotechnical Commission) is a worldwide organisation for standardisation comprising all national electrotechnical committees (IEC National Committees).

The object of the IEC is to promote international cooperation on all questions concerning standardisation in the electrical and electronic fields.To that end, the IEC publishes International Standards. Their preparation is entrusted to technical committees and any IEC National Committee interested in the subject dealt with may participate in the preparatory work.

IEC member countriesArgentinaAustraliaAustriaBelarusBelgiumBrazilBulgariaCanadaChinaCroatiaCzech Rep.DenmarkEgyptFinlandFranceGermanyGreeceHungaryIndiaIndonesiaIranIrelandIsraelItalyJapanKorea (Rep. of)

LuxemburgMalaysiaMexicoNetherlandsNew ZealandNorwayPakistanPolandPortugalRumaniaRussiaSingaporeSlovakiaSloveniaSouth AfricaSpainSwedenSwitzerlandThailandTurkeyUkraineUnited KingdomUnited StatesYugoslavia

National standards In EuropeThe IEC documents are first studied by CENELEC, which establishes:b either a European standard (EN), often identical to the IEC standard, which then becomes the applicable national standard in all the member countriesb or, in the event of differences, a harmonisation document (HD).Other IEC member countriesEach country is autonomous and can accept the IEC standard as the national standard, with or without modifications.Even though they are IEC members, countries such as Japan and the United States continue to develop their own standardisation systems.Countries without a standardisation systemIt is possible to refer to an IEC standard in the framework of a project.

Worldwide

Countries

Other IEC member countries

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CEI / IECCommission Electrotechnique InternationaleCENELECComit Europen de Normalisation ELECtrotechniqueUTE Union Technique de llectricitVDEVerband der Elektrotechnik, Elektronik und Informationstechnik e.v. (German electrotechnical, electronics and computer technology standardisation organisation)BSIBritish Standards Institution

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The different types of standards There are different types of standards, including:b management standardsb installation standardsb product standards.

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s Management standards ISO 9004: Quality-management systems - guidelines for performance improvements. Used in setting up a quality-management system.

ISO 9001: Quality management systems - requirements. Used for certification audits.

ISO 14004: Environmental-management systems. General guidelines on the principles, systems and supporting techniques.

ISO 14001: Environmental-management systems. Specification with guidance for use

The majority of Schneider Electric development centres and factories are certified ISO 9001 and ISO 14001.

Installation standardsThe set of IEC 60364-X standards defines the main principles and rules on:b determining general characteristics of installationsb protectionb selection and installation of equipmentb verification and maintenance of installations.

Product standardsThey apply to devices or assemblies and are aimed at ensuring correct operation and safety of the concerned products.b standards on low-voltage switchgear and controlgear: v IEC 60947-1 : general rulesv IEC 60947-2 : circuit breakersv IEC 60947-3 : switches and disconnectorsv IEC 60947-4 : contactorsv IEC 62208 / EN 50298: empty enclosures.

b standards on low-voltage switchgear and controlgear assemblies:v IEC 61439-1: general rulesv IEC 61439-2: power switchgear and controlgear assembliesv IEC 61439-3: distribution boardsv IEC 61439-4: assemblies for construction sitesv IEC 61439-5: assemblies for power distributionv IEC 61439-6: busbar trunking systems.

Design and manufacture. Switchgear and controlgear assemblies.

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Switchgear and controlgear. Installation.

Regulations in a given country may make certain standards legally binding and may also create additional safety requirements.

In addition to providing proof of the conformity of its quality-management system, a product manufacturer can demonstrate the quality of products by providing proof that the design and manufacture comply with the requirements in the applicable standard.Proof of conformity may be a declaration by the manufacturer or a certificate supplied by an independent organisation.

StandardsStandards and Prisma P testedswitchboards

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e marking e marking is a regulatory symbol attributed under the sole responsibility of the manufacturer and intended for the verification authorities of the European countries that enforce the European regulations.It allows free circulation of a product in the European Union and certifies that it complies with the basic requirements in all the applicable European directives.e marking is not a quality symbol and does not indicate conformity with a standard.

The e declaration is intended exclusively for the authorities in charge of verifying compliance with the applicable regulations and it is drafted, signed and held for presentation to the authorities by the manufacturer.For the Prisma P range, the declaration is the responsibility of the Schneider Electric unit that has designed and developed the product.For LV switchboards, the declaration is the responsibility of the panelbuilder.

The following products receive e marking:b all products that are liable to endanger the safety of persons, animals and property (LV directive)b all products likely to emit electromagnetic disturbances above a standardised threshold or to be disturbed during operation (EMC directive).

Consequences:b the Prisma P range falls under the LV directive only b LV switchboards are covered by the LV directive and may also fall under the EMC directive, depending on the type of devices incorporated.

eFor the Prisma P range, e marking is applied:b on the packing of mechanical componentsb on the product itself for electrical components.For the LV assemblies created by the panelbuilder, e marking is applied:b on the packingb on the rating plate (if applicable)b on one of the documents accompanying the switchboard when it is shipped.

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Standards

Degree of protection Standard IEC 60364-5-51 lists and codifies a large number of external influences to which electrical installations can be subjected, including the presence of water, solid objects, shocks, vibrations, corrosive substances, etc.

IP code Standard IEC 60529 (IP code, February 2001) indicates the degrees of protection provided by an enclosure for electrical devices against access to hazardous parts, against penetration of solid foreign objects and against penetration of water.These standards do not apply for the protection against the risks of explosion or conditions such a humidity, corrosive vapour, fungus or vermin.The IP code is made up of two characteristic numerals and can include an additional letter when the actual protection for persons against access to the hazardous parts is better than that indicated by the first numeral.The first numeral characterises the protection provided against the ingress of solid foreign objects and the protection of persons.The second numeral characterises the protection provided against the ingress of water with harmful effects.

1st numeral 2nd numeralProtection of persons Protection against ingress of solid

objectsProtection against ingress of water

1 Protected against access with back of hand

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s 1 Protected against vertically dripping water (condensation)

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2 Protected against access with a finger

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s Protection against solid foreign objects larger than 12.5 mm

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s 2 Protected against dripping water up to 15 from vertical

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s3 Protected against access with a tool

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s Protection against solid foreign objects larger than 2.5 mm

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s 3 Protected against spraying water up to 60 from vertical

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4 Protected against access with a wire

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s Protection against solid foreign objects larger than 1 mm

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s 4 Protected against splashing water from all directions

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s Protected against dust (dust protected)

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s 5 Protected against water jets from all directions

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s Dust tight

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s 6 Protected against powerful water jets from all directions

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7 Protected against the effects of temporary immersion in water

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8 Protected against the effects of continuous immersion in water

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Standards

Additional letterThe additional letter is used only if the actual protection of persons is higher than that indicated by the first characteristic numeral of the IP code.

Additional letter ProtectionA Protected against access with back of handB Protected against access with a 12 mm diameter fingerC Protected against access with a 2.5 mm diameter toolD Protected against access with a 1 mm diameter wire

If only the protection of persons is of interest, the two characteristic numerals are replaced by the letter X, e.g. IPXXB.Illustration of the above explanations:

Protection against solid foreign objects larger than 2.5 mm

No protection

Protected against access with a 1 mm diameter wire

Remarksb The degree of protection IP must always be read and understood numeral by numeral and not as a whole.For example, an IP31 wall-mount enclosure is suitable for an environment that requires a minimum degree of protection IP21. However an IP30 wall-mount enclosure is not suitable.b the degrees of protection indicated in this catalogue are valid for the enclosures as presented. However, the indicated degree of protection is guaranteed only when installation and device mounting are carried out in accordance with professional standards that conserve the initial degree of protection.

IK codeStandard IEC 62262 defines an IK code characterising the capacity of products to resist mechanical impacts from all sides.IK code Impact energy (joules)

01 0.1402 0.203 0.3504 0.505 0.706 107 208 509 1010 20

IK codes can be selected according to the risks of impacts on a given site.

Site Recommended IKNo risk of major impact Technical premises 07Significant risk of impact that can damage devices

Hallways 08 (switchboard with door)

Maximum risk of impact that can damage the switchboard

Workshops 10

IP30D


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Presentation IEC 61439 standard

The switchboard, central to the electrical installationBoth the point of arrival of energy and a device for distribution to the site applications, the LV switchboard is the intelligence of the system, central to the electrical installation.It plays an essential role in the availability of electric power, while meeting the needs of personal and property safety. Its definition, design and installation are based on precise rules; there is no place for improvisation. The IEC 61439 standard aims to better define "low-voltage switchgear and controlgear assemblies", ensuring that the specified performances are reached. It specifies in particular:> the responsibilities of each player, distinguishing those of the original equipment manufacturer; the organization

that performed the original design and associated verification of an assembly in accordance with the standard, and of the assembly manufacturer - the organization taking responsibility for the finished assembly;

> the design and verification rules, constituting a benchmark for product certification.

All the component parts of the electrical switchboard are concerned by the IEC 61439-2 standard. Equipment produced in accordance with the requirements of this switchboard standard ensures the safety and reliability of the installation.

The Schneider Electric solution> Specify switchboards that comply with

standard IEC 61439-1 and 2.> guarantee a level of safety that has been

100% tested, from the day the switchboard is installed and throughout its service life.

> ensure a lasting investment through easy upgrading of the installation in compliance with the standard.

> guarantee that the switchboard complies with the technical specifications.

Prisma P tested switchboardsThe conformity of the switchboard has been tested and proven. A Prisma P switchboard is:> made up of Schneider Electric low-voltage devices and

components that all comply with the applicable standards;> based on configurations in our catalogue;> made up of Prisma P mechanical and electrical

components that have been subjected to the verification of original equipment manufacturer;

> mounted and wired by a panelbuilder in compliance with professional standards;

> subjected to the individual verification.Schneider Electric makes available to the panelbuilder everything required to create tested Prisma P switchboards, including the basic configurations in the low voltage distribution catalogue, all the documentation for switchboard design and mounting, calculation and design software, etc.Panelbuilders can demonstrate conformity with standard IEC 61439-1 and 2 by presenting the declarations or certificates of conformity for type tests carried out by independent laboratories (ASEFA, ASTA, KEMA, etc.) and supplied by Schneider Electric. The panelbuilder is responsible for the individual routine verification and delivers the corresponding declarations of conformity.

A switchboard must comply with the equirements of standard IEC 61439-1 and 2 to guarantee the safety and reliability of the installation. Managers of installations, fully aware of the professional and legal liabilities weighing on their company and on themselves, demand a high level of safety for the electrical installation.What is more, the serious economic consequences of prolonged halts in production mean that the electrical switchboard must provide excellent continuity of service, whatever the operating conditions.

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Both involved in tested assemblies

Assemb

ly System

Tested Assembly

Standard IEC 61439 clearly defines the type of verifications that must be conducted

by both organisations involved in final conformity of

the solution: the Original Manufacturer, guaranteeing assembly system design and the Assembly Manufacturer, responsible for the final conformity of the switchboard.

OriginalManufacturerThe organisation that has carried out the original design and the associated verification of an assembly system.He is responsible for the "Design verifications" listed by IEC 61439-2 including many electrical tests.

Assembly Manufacturer(Panel builder)The organisation (whether or not the same as the OM) responsible for the completed assembly.He is responsible for "Routine verifications" on each panel produced, according to the standard.

If he derivates from the instructions of the original manufacturer he has to carry out again design verifications.

End-UserShould ask for a certified LV switchboard. By systematically requesting routine verifications, he ensures that the assembly system used is compliant.

Specifier> Specifies the needs and constraints for design, installation, operation and upgrading of the complete system.> Checks that its requirements have been fully integrated by the Assembly Manufacturer. Depending on the application, the specifier could be the end-user or a design office.

* Schneider Electric has developed a specification guide.

Pro

ject s

pecifi

catio

n*

Original Manufacturer and Assembly Manufacturer:

400E3500016/04/2013Version : 3.0

4716/04/2013


The main 10 functions of standard IEC 61439For each of the following 10 functions, the standard IEC 61439 requires design verifications from the system manufacturer - mainly through type-tests - and routine verifications on each panel from the Panel Builder to achieve 3 basic goals: safety, continuity of service and compliance with end-user requirements.

Compliance with end-user requirements

Capability to operate the electrical installationTo properly function, according to:> The electrical diagram of the overall system and related information (voltages, coordination)> The specified operating facilities (e.g. free or restricted access to Man Machine Interfaces, isolation of the outgoing circuits, ).Capability to be installed on site> To withstand handling, transport, storage and installation constraints> Capability to be erected and connected (type of enclosure, type, material and cross sectional areas of external conductors).Protection of the assembly against mechanical and atmospheric environmental conditions> Presence of water or solid foreign bodies (IP according to IEC 60529)> External mechanical impacts (optional IK according to IEC 62262)> Indoor or outdoor installation (humidity, UV).

Safety

Voltage stresses withstand capabilityTo withstand long term voltages, and transient and temporary overvoltages according to the insulation coordination principles and requirements.

Current-carrying capabilityTo protect against burns and to withstand temperature rise:> when any circuit is continuously loaded, alone, to the specified current> when the assembly is loaded to the specified current according to the specified load pattern (between circuits and/or as a function of the time).Short-circuit withstand capabilityTo withstand the stresses resulting from the prospective short-circuit current and from the associated data (High forces between conductors, temp. rise in a very short time, air ionization, overpressure).Protection against electric shock> Hazardous-live-parts not to be accessible (basic protection)> Accessible conductive parts not to become hazardous-live (fault protection).Protection against risk of fire or explosion> Resistance to internal glowing elements> Note: Protection of persons, and optional protection of the assembly, against arcing due to internal fault can be specified through a "special test" according to IEC 61641.

Maintenance and modification capabilityCapability to preserve continuity of supply without impairing safety during assembly maintenance or modification> Electrical condition of the assembly or various circuits> Speed of exchange of the functional units> Test facilities

Electro-Magnetic compatibilityTo properly function (immunity) and not to generate EM disturbances (emission) in specified environmental conditions:> Industrial networks or locations (Environment A)> Domestic, commercial, and light industrial locations (Environment B).

Continuity of service

400E35000 Version : 3.0

48


Standard individual check sheet in accordance with the IEC 61439-1 and 2 standard from the assembly manufacturer (panelbuilder)

Job No.: ....................................................................................... Switchboard No.: ............................................................................Drawing No./Rev. No.: .......................................................................

Chapter Verified

Degrees of protection provided by enclosures 11.2

Insulation clearances and creepage distances 11.3

Protection against electric shocks and integrity of protection circuits 11.4

Integration of incorporated components 11.5

Internal electric circuits and connections 11.6

Terminals for external conductors 11.7

Mechanical operation 11.8

Dielectric properties 11.9

Wiring, operating performance and function 11.10

Date of verification: ............ / ............ /.............

Verifications performed by:

..........................................................................

IEC 61439-1 paragraph 11.6

Internal electric circuits and connectionsSchneider Electric recommends marking the nut with a tinted acrylic lacquer, indelible and temperature-resistant.This allows:> not only self-checking to check effective

tightening to torque;> but also identification of any loosening.

IEC 61439-1 paragraphe 11.9

Dielectric propertiesThe main circuits, and the auxiliary and control circuits connected to the main circuit, shall be subjected to the test voltage in accordance.


Wiring, operating performance and functionVerification of wiring and marking conformity with the drawings, parts list and diagram.


Protection against electric shocks and integrity of protection circuitsThe following should be checked visually:> Presence of protective shields against

direct and indirect contacts on live parts;> Presence of the PE conductor.The continuity of protection circuits is ensured by compliance with the assembly instructions delivered with each product.


Integration of incorporated componentsThe assembly manufacturer must comply with the instructions of the original equipment manufacturer for installation and wiring of the components used.

400E3500016/04/2013Version : 3.0

49400E35000 16/04/2013Version : 3.0

50

PD

3913

04_S

E_R

.eps

Typical configuration with catalogue numbers

Determining cat. no. andconfiguration assistanceCat. no. selection

400E2003016/04/2013Version : 3.0

51

Framework, W = 800, D = 400 08407 See page C-12 Front plate for vertical Compact NS630b/1600

03690 See page A-14

Framework, W = 300, D = 400 08403 See page C-12 Connection for fixed Compact NS630b/1250, 4P

04486 See page A-14

Side panel, D = 400 08750 See page C-15 Connection for horizontalCompact NSX250

04424 See page A-23

Rear panel, W = 800 08738 See page C-15 Connection transfer assemblyfor Compact NSX250

04426 See page A-23

Rear panel, W = 300 08733 See page C-15 Linergy FC distribution block for 4P fixed Compact NSX250 devices with toggles

04403 See page B-62

Roof, W = 800, D = 400 08438 See page C-15 Linergy BW busbars, 250 A, 4P, W = 1000

04122 See page B-51

Roof, W = 300, D = 400 08433 See page C-15 200 A Linergy FM, 4P 04014 See page B-61

IP30 gland plate, W = 800,D = 400

08497 See page C-18 80 A Linergy FM, 4P 04004 See page B-60

IP30 gland plate, W = 300,D = 400

08493 See page C-18 12 horizontal cable straps 04239 See page B-77

Hinged front plate supportframe

08566 See page C-12 4 covers for horizontal cablestraps

04243 See page B-77

Transparent door, W = 800 08538 See page C-14 4 horizontal trunking sections,60 x 30

04257 See page B-79

Plain door, W = 300 08513 See page C-14 1000 A Linergy BS busbars 04504 See page B-18

Mounting plate for vertical fixedCompact NS630b/1600

03482 See page A-14 Linergy BS busbar supports 04651 See page B-19

PD

3913

03_S

E_R

.eps

1 14

2 15

3 16

4 17

5 18

6 19

7 20

8 21

9 22

10 23

11 24

12 25

13 26

Typical configuration with catalogue numbers

Cat. no. selection

Determining cat. no. andconfiguration assistance

400E20030 16/04/2013Version : 3.0

52

Starting with the electrical diagram: IP30 switchboard NSX250 NSX250 NSX250

NS1000INS

GV2C60oriC60

C60oriC60

DD

3840

86.e

ps

Install the incomer Front conn. using cables

DD

3819

86.e

ps

See page A-14

DD

3808

78.e

ps

Dd3

8082

2.ep

s Order:b connection componentsb mounting plates and front platesb busbar connections. Device installation

Device No ofvert.mod

Mountingplate

Cut-outfront plate

Upstreamfront plate

Downstreamfront plate

Fixed device

front conn.

DD

3819

87.e

ps

DD

3808

70.e

ps

Linergy BB connection Frontconnectors

Prefabricatedconnection

Capot for BBconnectors

Fixed device

DD

3819

88.e

ps

DD

3808

71.e

ps

Install the Compact devices Installation

Device No of verticalmodules

Mounting plate Cut-out front plate

Fixed Compact NSX and Vigicompact NSXNSX100/250

DD

3839

64.e

ps

See page A-23

DD

3838

67.e

ps

Dd3

8082

3.ep

s Order:b mounting plates and front platesb busbar connectionsb connection accessories.

Linergy LGY connectionFixed Compact NSX and Vigicompact NSXDevice

Prefabricated connection

NSX100/250

NSX400/630

DD

3839

65.e

ps

DD

3808

73.e

ps

Connection

Front connection Rear connectionor Short terminal shields

LV429515LV429516LV432591

LV429517LV429518LV432593

Fixed Compact NSX NSX100/250

NSX400/630

DD

3839

66.e

ps

DD

3808

74.e

ps

Dd3

8082

4.ep

s Order:b mounting plates and front platesb distribution blockb connection accessories.

Installation

Fixed Compact NSX

NSX250NSX100/160DD

3839

67.e

ps

DD

3808

75.e

ps

Linergy LGY connectionNSX100/250Fixed Compact NSX and Vigicompact NSX

DD

3839

68.e

ps

DD

3808

76.e

ps

Connection

NSX100/250

NSX400/630

Fixed Compact NSX and Vigicompact NSX LV429515LV429516LV432591LV432592

LV429517LV429518LV432593LV432594

DD

3839

69.e

ps

DD

3808

77.e

ps

1

2

3

1

2

3

1

2

3

Determining catalogue numbers

Cat. no. selection


16/04/2013Version : 3.0 400E20040

53

Install the modular devices Multi 9 or Acti 9See page A-36All Multi 9 or Acti 9 devices

Multi 9 or Acti 9 devices y 40 A

DD

3853

13.e

ps

Dd3

8531

5.ep

s Order the mounting plates and front plates taking into account:b supply to the rowsb cable running.

DD

3853

16.e

ps

GV2 circuit breaker

DD

3819

96.e

ps

See page A-62

Dd3

8191

9.ep

s

b Linergy FH distribution block, see page A-41b cable running, see page B-76

Determine the size of the switchboardb count the number of modules occupiedb determine the numberof cubiclesb order the additional plain front plate.

32 modules The capacity of a cubicle is 36 modules.

1 cubicle

Plain front plate

DD

3819

97.e

ps

See page A-75

Plan the distribution system Linergy LGY busbars

DD

3819

98.e

ps

6mm2 10mm

2

6mm2 10mm

2

6mm2 10mm

2

6mm2 10mm

2

Dd3

8531

7.ep

s

DD

3808

80.e

ps

DD

3820

00.e

ps

Linergy BW busbars

DD

3853

14.e

ps

See page B-50

DD

3808

81.e

ps

Select the enclosures Frameworks

DD

3820

02.e

ps

Dd3

8082

7.ep

s

Hinged front plate support frame

DD

3839

73.e

ps

Doors

DD

3820

04.e

ps

Rear panels

DD

3820

05.e

ps

Side panels

DD

3820

06.e

ps

Rooves

DD

3820

07.e

ps

Plinth, gland plates, finishing parts, etc.

1

2

1

2

1

2

3

4

5

6

7

Determining catalogue numbers

Cat. no. selection


16/04/2013Version : 3.0400E20040

54 16/04/2013Version : 3.0 400E20040

16/04/2013400E50010 Version : 2.0 A-1

Functional units Contents

Presentation 22

Circuit breakers A-4Masterpact NW08 to NW32 A-4

Dedicated cubicle A-6Masterpact NW08 to NW40 A-7

Dedicated cubicle A-7Masterpact NT06 to NT16 A-8

Toggle and motor mechanism A-8Masterpact NT06 to NT16 - 3P dedicated cubicle A-10Compact NS630b to NS1600 A-13

Vertical mounting A-13Compact NS630b to NS1000 A-15

Horizontal mounting A-15Compact NS1600b to 3200 A-19Presentation of Compact NSX circuit breakers for Prisma P A-21Compact NSX100 to NSX630 A-23

Horizontal - Toggle - Fixed A-23Vertical - Toggle - Fixed A-24Horizontal - Toggle - Plug-in A-25Vertical - Toggle - Plug-in A-26Horizontal - Rotary handle, motor mechanism - Fixed, plug-in A-27Vertical - Rotary handle, motor mechanism - Fixed, plug-in A-28Horizontal - All controls - Withdrawable A-29Vertical - All controls - Withdrawable A-30

Easypact CVS100/630 Horizontal fixed mounting A-31Easypact CVS 100/630 Vertical fixed mounting A-32Easypact EZC100 A-33

Vertical - Fixed - Toggle A-33Easypact EZC250/EZCV250 - Easypact EZC400 A-34

Multi 9 or Acti 9 A-35Modular devices - Multi 9 or Acti 9 y 63A A-3680/160A A-37Modular devices - NG125 circuit breaker A-38Linergy BW busbars A-39Modular devices - Rear Linergy BS busbars A-40Modular devices - Distribution A-41

Switch-disconnectors A-42Source-changeover systems - Compact / Masterpact A-42

Source-changeover systems A-43Possible combinations Compact NSX100/630, NS630b/1600 - Masterpact NT06/16, NW08/32 A-43Compact NSX100/630, NS630b/1000 A-44Compact NS630b/1600 - Masterpact, NT06/16, NW08/32 A-45Compact NSX100/630, NS630b/1600 A-46Masterpact NW08/32, NT06/16 A-46Manual source-changeover systems - Interpact INS-INV250 to 630 - Front direct rotary handle A-48Manual source-changeover systems - Compact INS250 to 630 A-49

Compact INS-INV630b to 2500 - Compact INS-INV2000-2500 A-50

Switch-disconnectors A-51Compact INS-INV250 to 630 A-51

Horizontal - Front handle A-51Vertical - Front handle A-52

Fusegear A-53Fupact ISFL A-53

Vertical - 3P A-53Fupact ISFT A-55

Vertical - 3P A-55Fupact INF A-57

Horizontal A-57Vertical A-58

400E50010Version : 2.0 16/04/2013A-2

Contents

Others A-59Power factor correction equipment A-59

VarplusCan A-60Industrial control devices A-62Metering A-64

3-phase kilowatt-hour meters A-64Metering - Single-phase kilowatt-hour meters - Class 2 A-65Metering - 3-phase kilowatt-hour meters - Class 2 A-66Human-switchboard interface - 72 x 72 and 96 x 96 mm devices A-67Human-switchboard interface A-70144 x 144 mm devices - 22.2 mm diameter lamps, pushbuttons A-70

Reserve space A-75Fixing accessories A-76Prisma G adapter A-78Other devices A-79

Mounting on lateral and longitudinal cross-members A-79Mounting on a plain backplate A-80Mounting on a slotted plate A-81Mounting on a modular rail A-82

Switchboard lighting A-83

Distribution B-1Enclosures C-1Additional information D-1

16/04/2013400E50010 Version : 2.0 A-3

A-4

Masterpact NW08 to NW32Functional units

Front connection Note: connections must be made following bars drawings supplied by Schneider Electric.

Dd3

8368

0.ep

s

Cable connection

Dd3

8083

8.ep

s

Dd3

8083

0.ep

s

Device Vertical rearconnectors

Terminal extensionbar support

Cable cover

Fixed/drawout deviceNW08/32 b 04694 x 3 04861

Dd3

8368

1.ep

s

Canalis connection

Dd3

8083

8.ep

s

Dd3

8083

0.ep

s

Dd3

8368

4.ep

s

Dd3

8083

2.ep

s


Terminalextensionbar support

Canalissupport

Canalis/deviceinterface +connection

Canaliscover

Fixed/drawout deviceNW08/16 3P b 04694 x 3 03561 04715 04871 + 04861

4P b 04694 x 3 03561 04716 04871 + 04861NW20/25 3P b 04694 x 3 03561 04725 04871 + 04861

4P b 04694 x 3 03561 04726 04871 + 04861NW32 3P b 04694 x 3 03561 04735 04871 + 04861

4P b 04694 x 3 03561 04736 04871 + 04861

Rear connection Cable connection

Dd3

8368

2.ep

s

Dd3

8083

8.ep

s

Dd3

8083

0.ep

s


Terminal extensionbar support

Cable cover

Fixed/drawout deviceNW08/32 b 04694 x 2 04863

Dd3

8368

3.ep

s

Canalis connection

Dd3

8083

8.ep

s

Dd3

8083

0.ep

s

Dd3

8368

4.ep

s

Dd3

8083

2.ep

s



Canalissupport

Canalis/deviceinterface +connection

Canaliscover

Fixed/drawout deviceNW08/16 3P b 04694 x 2 03561 04715 04871 + 04863

4P b 04694 x 2 03561 04716 04871 + 04863NW20/25 3P b 04694 x 2 03561 04725 04871 + 04863

4P b 04694 x 2 03561 04726 04871 + 04863NW32 3P b 04694 x 2 03561 04735 04871 + 04863

4P b 04694 x 2 03561 04736 04871 + 04863

Circuit breakers

400E21100Version : 3.0 16/04/2013

A-5

Masterpact NW08 to NW32 Functional units

Device installation

Dd3

8368

6.ep

s

Dd3

8368

5.ep

s

Dd3

8083

3.ep

s

Dd3

8083

4.ep

s

Dd3

8083

5.ep

s

Device No. ofvert.mod.

Mountingplate

Cut-outfront plate

Upstreamfront plate


Fixed deviceNW08/16 front conn.

cables 18 03500 03711 03804 03805

Canalis 27 03500 03711 03805 + 03804 x 2

03805

NW08/16 rear conn.

cables 14 03500 03711 03805 Canalis 16 03500 03711 03804 +

03803 NW20/32 front conn.

cables 19 03500 03711 03805 03805 Canalis 28 03500 03711 03804 +

03805 x 203805

NW20/32 rear conn.

cables 14 03500 03711 03805 Canalis 16 03500 03711 03804 +

03803 Drawout device

NW08/16 front conn.

cables 19 03500 03710 03804 03805 Canalis 27 03500 03710 03804 x 3 03805

NW08/16 rear conn.

cables 15 03500 03710 03805 Canalis 17 03500 03710 03804 +

03803 NW20/32 front conn.

cables 20 03500 03710 03805 03805 Canalis 28 03500 03710 03805 +

03804 x 2 03805

NW20/32 rear conn.

cables 15 03500 03710 03805 Canalis 17 03500 03710 03804 +

03803

Distribution Linergy LGYE, Linergy LGY or Linergy BS

Dd3

8368

7.ep

s

Dd3

8083

7.ep

s

Dd3

8083

9.ep

s

Dd3

8084

0.ep

s

Device Frontconnectors

Connection Free support forBB connection

Cover for BBconnection

Fixed/drawout deviceNW08/16 (3) 3P b must be made (2) 04662 x 2 (1) 04926 +

049274P b must be made (2) 04662 x 2 (1) 04926 +

04927NW20/32 (4) 3P b must be made (2) 04662 x 2 (1) 04926 +

049274P b must be made (2) 04662 x 2 (1) 04926 +

04927(1) For an Icw u 75 kA rms, use three free supports (04662 x 3).(2) For the connection to flat busbars > 1600 A, order one joint per phase:b 1 joint for busbars, W = 50/60 mm (04640)b 1 joint for busbars, W = 80/100 mm (04641)(3) For LGYE and NW08/25 use a duct of 150 mm.(4) For LGYE and NW32/40 use an extension of 300 mm.Note: To make measurements:b install the CTs preferably upstream, on the supply terminal extension barsb or install the CTs on the horizontal busbars (busbar connection). In this case, add one module and a plain front plate (03801)b or install a Micrologic control unit capable of displaying the values.

Selection of Linergy LGY busbars: see page B-18 Selection of Linergy LGYE busbars: see page B-20 Selection of Linergy BS busbars: see page B-28.

DD

3838

08.e

ps

Circuit breakers

16/04/2013400E21100 Version : 3.0

A-6

Masterpact NW08 to NW40Dedicated cubicle

Functional systemFunctional units

Mounting Dedicated cubicle

650 150400

Dd3

8453

0.ep

s

Dd3

8453

1.ep

s

Devices Fixed device Drawout deviceMasterpact NW08/32

Masterpact NW40 (3)

Masterpact NW08/32

Masterpact NW40 (3)

No. of devices per row 1 (2) 1 (2)

No. of vertical modules 36 (2) 36 (2)

Mounting plate 03500 (2) 03500 (2)

Front plate [no. of vert. mod.]

cut-out 03711 [9] (2) 03710 [10] (2)

upstream (1) 03808 [8] (2) 03808 [8] (2)

downstream 03808 [8] + 03803 [3] (2) 03808 [8] + 03802 [2] (2)

(1) One or two 3-module front plates for 72 x 72 and 96 x 96 mm measurement devices can be installed just above the cut-out front plate:

b 1 3-module front plate + 1 plain front plate 03807 (9 modules) b 2 3-module front plates + 1 plain front plate 03806 (6 modules)

(2) Please consult Schneider Electric.

Human-switchboard interface, see page A-67.

Distribution Connection to horizontal Linergy LGYE busbars

Connection to horizontal Linergy BS copper busbars

Dd3

8452

9.ep

s

Fixed/drawout device Masterpact NW08/16 3P/4P

Masterpact NW20/25 3P/4P



Masterpact NW32 3P/4P

Front connection b b b b b

Spacing rods for flat bars 04690 x 2 04690 x 2 04690 x 2 04690 x 2 04690 x 2

Connection 04602 (2) + 04605 (2) + must be made

04604 (2) + 04605 (2) + must be made

04607 (2) + 04642 + must be made

04637 (3) + must be made

04637 (3) + 04642 + must be made

Busbar cover (1) 04860 04860 04860 04860 04860

(1) The cover is compulsory behind front plates designed for measurement devices.(2) Catalogue numbers 04604, 04605 and 04607 includes 1 connection only. Order 1 connection per phase.(3) Catalogue number 04637 includes 1 connection only. Order 1 connection per phase.

Circuit breakers

401E21101Version : 2.1 16/04/2013

A-7

Masterpact NW08 to NW40Dedicated cubicle

Functional systemFunctional units

Circuit breakers

Connection Bottom using cables Horizontal busbars

Dd3

8452

8.ep

s

DD

3846

10.e

ps

Fixed/drawout device Masterpact NW08/32 Masterpact NW40 3/4PVertical rear connection b (3)

Terminal extension bars for connection

must be made (2) (3)

Terminal extension bar supports

04694 x 2 (3)

Cable cover (1) 04861 (3)

Connection adapters 4000 A (up and downstream)

- b (3)

Busbar supports for connection between device / busbars

- (3)

Connection between device / busbars

- must be made (2)

(1) Form 1 cable cover.(2) Connections must be made following bars drawings supplied by Schneider Electric. (3) Please consult Schneider Electric.

401E21101 Version : 2.1 16/04/2013

A-8

Masterpact NT06 to NT16Toggle and motor mechanism

Functional units

Front connection Cable connection

Dd3

8079

4.ep

s

Dd3

8084

1.ep

s

Dd3

8084

2.ep

s

Dd3

8084

3.ep

s

Dd3

8084

4.ep

s

Dd3

8084

5.ep

s

Device Frontconn.

Arc-chutecover

Vert. conn.adapters

Cable-lugadapters

Spacingrods

Cablecover

Fixed deviceNT06/10 3P b 47335 33642 04852

4P b 47336 33643 04852NT12/16 3P b 47335 33642 33644 04691 04852

4P b 47336 33643 33645 04691 04852Drawout device

NT06/10 3P b 33642 048524P b 33643 04852

NT12/16 3P b 33642 33644 04691 048524P b 33643 33645 04691 04852

Dd3

8079

5.ep

s Canalis connection

Dd3

8084

1.ep

s

Dd3

8084

2.ep

s

Dd3

8368

4.ep

s

Dd3

8084

8.ep

s

Dd3

8084

7.ep

s

Device Frontconn.

Arc-chutecover

Canalissupport

Canalisinterfaces

Canalis/deviceconnection

Canaliscover

Fixed deviceNT06/12 3P b 47335 03561 04703 04711 04871 +

048524P b 47336 03561 04704 04712 04871 +

04852Drawout device

NT06/12 3P b 03561 04703 04711 04871 + 04852

4P b 03561 04704 04712 04871 + 04852

Rear connection Cable connection

Dd3

8079

6.ep

s

Dd3

8084

9.ep

s

Dd3

8085

0.ep

s


Terminal extension barsupport

Cable cover Connection

Fixed/drawout deviceNT06/16 b 04693 x 2 04854 must be made (1)(1) Connections must be made following bars drawings supplied by Schneider Electric.

Dd3

8079

7.ep

s

Rear connection

Dd3

8084

9.ep

s

Dd3

8085

0.ep

s

Dd3

8530

7.ep

s

Dd3

8084

8.ep

s

Dd3

8084

7.ep

s

Device Vertical rearconn.


Canalissupport

Canalisinterfaces

Canalis/deviceconnection

Canaliscover

Connection

Fixed/drawout deviceNT06/16 3P b 04693 x 2 03561 04703 04713 04871 +

04854must be made (1)

4P b 04693 x 2 03561 04704 04714 04871 + 04854

must be made (1)

(1) Connections must be made following bars drawings supplied by Schneider Electric.

Circuit breakers

400E2111016/04/2013Version : 3.0

A-9

Masterpact NT06 to NT16Toggle and motor mechanism

Functional units

Device installation

DD

3806

47.e

ps

Dd3

8083

6.ep

s

Dd3

8085

2.ep

s

Dd3

8085

3.ep

s

Dd3

8085

4.ep

s

Device No. ofvert.mod.

Mountingplate

Cut-outfront plate

Upstreamfront plate


Fixed deviceNT06/10 front conn.

cables 12 03484 03692 03802 03803 Canalis 17 03484 03692 03804 +

03803 03803

NT12 front conn.

cables 14 03484 03692 03804 03803 Canalis 17 03484 03692 03804 +

03803 03803

NT16 front conn.

cables 14 03484 03692 03804 03803

NT06/16 rear conn.

cables 11 03484 03692 03801 03803 Canalis 16 03484 03692 03806 03803

Drawout deviceNT06/10 front conn.

cables 13 03483 03691 03802 03803 Canalis 18 03483 03691 03804 +

03803 03803

NT12 front conn.

cables 15 03483 03691 03804 03803 Canalis 18 03483 03691 03804 +

03803 03803

NT16front conn.

cables 15 03483 03691 03804 03803

NT06/16 rear conn.

cables 11 03483 03691 03803 Canalis 16 03483 03691 03805 03803

Distribution Linergy LGY busbars

DD

3806

48.e

ps

Dd3

8085

5.ep

s

Dd3

8085

6.ep

s

Device Front connectors Prefabricatedconnection


Fixed deviceNT06/12 3P b 04475 04926

4P b 04476 04926NT16 3P b 04489 04926

4P b 04490 04926Drawout device

NT06/12 3P b 04477 049264P b 04478 04926

NT16 3P b 04491 049264P b 04492 04926

Note: to make measurements:b install the CTs on the horizontal busbars (busbar connection); in this case, an additional module is required; add a plain front plate (03801)b or install a Micrologic control unit capable of displaying the values.Selection of Linergy LGY busbars: see page B-18.

DD

3806

49.e

ps Linergy BS busbars

Dd3

8085

5.ep

s

Dd3

8085

7.ep

s

DD

3808

40.e

ps

Device Front connectors Connection Free support forBB connection


Fixed deviceNT06/16 b must be made 04662 x 2 04926Drawout device

NT06/16 b must be made 04662 x 2 04926Note: to make measurements:b install the CTs on the horizontal busbars (busbar connection); in this case, an additional module is required; add a plain front plate (03801)b or install a Micrologic control unit capable of displaying the values.Selection of Linergy LGYE busbars: see page B-20.Selection of Linergy BS busbars: see page B-28.

Circuit breakers

400E21110 16/04/2013Version : 3.0

A-10

Masterpact NT06 to NT16 3P dedicated cubicle

Functional system400 mm wide functional units

Mounting

400400

Dd3

8250

6.ep

s

Devices Masterpact NTFixed Drawout

No. of devices per row 1 1No. of vertical modules 36 36Mounting plate 03489 03488Front plate [no. of vert. mod.]

cut-out 03698 [12] 03699 [12]upstream (1) cut-out for 72 x 72 mm or 96 x 96 mm meters

03723 [12] 03723 [12]

or plain 03722 [12] 03722 [12]downstream (1) plain 03722 [12] 03722 [12]

(1) Hinged or reversible (left or right-hand opening) front plates connect directly to the framework, without a front-plate support frame.

Measurement-device installationMeasurement devices are installed on a front plate (03723) using plastic mounting plates with cut-outs. The front plate can hold:b six 72 x 72 mm casesb or four 96 x 96 mm cases + 2 switches.

Measurement-device

A

6040

100

A

6040

100A

6040

100

A

6040

100

Dd3

8267

0.ep

s

Dd3

8263

3.ep

s

Devices Plastic mounting plate with cut-outs Plain plastic mounting plate (blanking plate)for 72 x 72 mm devices

for 96 x 96 mm devices

for 72 x 72 mm holes


Catalogue numbers 03902 03903 03900 03901Characteristics b Installation of three devices (72 x 72 mm cases) using plastic mounting plates (03902) and

two devices (96 x 96 mm cases) + a switch using plastic mounting plates (03903) on a hinged front plate (03723).

b The plain mounting plates have knock-outs for lamps, pushbuttons, switches or devices. Knock-outs for 03900: 4 dia. 16 mm, 5 dia. 22 mm or one for a 45 x 45 mm device. Knock-outs for 03901: 4 dia. 16 mm, 5 dia. 22 mm or one for a 45 x 45 or 72 x 72 mm device.

Circuit breaker

401E21900Version : 2.1 16/04/2013

A-11



Distribution LGYE horizontal-busbar connections Linergy BS horizontal-busbar connections

DD

3845

19.E

PS

Devices Fixed/drawout device Masterpact NT06/16 Fixed/drawout device Masterpact NT06/16Front connection b b

Flat busbars rods 04692 x 2 04692 x 2

Barrier (1) 04855 04855

Horizontal-busbar connections 04602 (2) -60/80 5 mm thick

- must be made 10 mm thick

50/60/80 10 mm thick

- 04636 (3) + connection must be made 10 mm thick

Distribution Linergy LGY or LGYE or BS vertical-busbar connections

DD

3838

14.e

ps

Devices Fixed/drawout device Masterpact NT06/16Front connection b

Flat busbars rods 04662

Barrier (1) 04855

Connection must be made

Free support 04662(1) A barrier must be installed behind front plate 03723 when measurement devices are installed.(2) Catalogue number 04602 includes 1 connection only. Order 1 connection per phase.(3) Catalogue number 04636 includes 1 connection only. Order 1 connection per phase.

Connection between device and horizontal busbars must be made by the customer.Selection of Linergy BS bars for the connection: see pages B-26 - B-27.Selection of Linergy LGY or LGYE bars for the connection: see pages B-14 to B-17.

Circuit breaker

401E21900 Version : 2.1 16/04/2013

A-12

Connection Front using cables

Dd3

8267

2.ep

s

Dd3

8266

9.ep

s

Devices Fixed Masterpact NT06/16 Withdrawable Masterpact NT06/16Front connection b b

Arc-chute cover 47335 -

Vertical connector adapters 33642 33642Cable-lug adapters 33644 33644Spacing rods 04691 04691

Accessories

Dd3

8251

3.ep

s

Dd3

8251

4.ep

s

W = 400 D = 400 D = 6004 cable tie supports for framework

08774 08794 08794 + 08796


Functional system400 mm wide functional unitsCircuit breaker

401E21900Version : 2.1 16/04/2013

A-13

Functional units

Front connection Cable connection

DD

3836

92.e

ps

Dd3

8084

2.ep

s

Dd3

8084

3.ep

s

Dd3

8084

4.ep

s

Dd3

8084

5.ep

s

Device Front conn.

Arc-chute cover

Vert. conn. adapters

Cable-lug adapters

Spacing rods

Cable cover

Fixed deviceNS630b/1000 3P b 33596 33642 04851

4P b 33597 33643 04851NS1250/1600 3P b 33596 33642 33644 04691 04851

4P b 33597 33643 33645 04691 04851Drawout device

NS630b/1000 3P b 33642 048524P b 33643 04852

NS1250/1600 3P b 33642 33644 04691 048524P b 33643 33645 04691 04852

DD

3836

93.e

ps Canalis connection

Dd3

8084

2.ep

s

Dd3

8084

6.ep

s

Dd3

8084

8.ep

s

Dd3

8084

7.ep

s

Device Front conn.

Arc-chute cover

Canalis support

Canalis interfaces

Canalis/device connection

Canalis cover

Fixed deviceNS630b/1250 3P b 33596 03561 04703 04711 04871 +

048514P b 33597 03561 04704 04712 04871 +

04851Drawout device

NS630b/1250 3P b 03561 04703 04711 04871 + 04852

4P b 03561 04704 04712 04871 + 04852

Cable connection

DD

3836

94.e

ps

Device Vertical rear connectors

Terminal extension bar support

Cable cover Connection

Fixed deviceNS630b/1600 b 04693 x 2 04853 must be made (1)

Drawout deviceNS630b/1600 b 04693 x 2 04854 must be made (1)

(1) Connections must be made following bars drawings supplied by Schneider Electric.

DD

3836

95.e

ps Canalis connection

Dd3

8084

9.ep

s

Dd3

8085

0.ep

s

Dd3

8084

6.ep

s

Dd3

8084

8.ep

s

Dd3

8084

7.ep

s

Device Vert. rear conn.

Terminal extension bar support

Canalis support

Canalis interfaces

Canalis/device connection

Canalis cover

Fixed deviceNS630b/1600 3P b 04693 x 2 03561 04703 04713 04871 +

048534P b 04693 x 2 03561 04704 04714 04871 +

04853Drawout device

NS630b/1600 3P b 04693 x 2 03561 04703 04713 04871 + 04854

4P b 04693 x 2 03561 04704 04714 04871 + 04854

Circuit breakers

Compact NS630b to NS1600Vertical mountingToggle, rotary handle and motor mechanism

Dd3

8084

9.ep

s

Dd3

8085

0.ep

s

400E21130 Version : 3.0 16/04/2013

A-14

Functional units

Device installation

Dd3

8354

9.ep

s

Dd3

8083

6.ep

s

Dd3

8085

2.ep

s

Dd3

8085

3.ep

s

Dd3

8085

4.ep

s

Device No. of vert. mod.

Mounting plate

Cut-out front plate

Upstream front plate

Downstream front plate

Fixed deviceNS630b/1000 front conn.

cables 12 03482 03690(1) / 03701(2) 03802 03803 Canalis 17 03482 03690(1) / 03701(2) 03804 +

03803 03803

NS1250 front conn.

cables 14 03482 03690(1) / 03701(2) 03804 03803 Canalis 17 03482 03690(1) / 03701(2) 03804 +

03803 03803

Fixed Compact NS. NS1600 front conn.

cables 14 03482 03690(1) / 03701(2) 03804 03803

Dd3

8370

0.ep

s NS630b/1600 rear conn.

cables 10 03482 03690(1) / 03701(2) 03803 Canalis 16 03482 03690(1) / 03701(2) 03806 03803

Drawout deviceNS630b/1000 front conn.

cables 13 03483 03691 03802 03803 Canalis 18 03483 03691 03804 +

03803 03803

NS1250 front conn.

cables 15 03483 03691 03804 03803 Canalis 18 03483 03691 03804 +

03803 03803

NS1600front conn.

cables 15 03483 03691 03804 03803

NS630b/1600 rear conn.

cables 11 03483 03691 03803 Canalis 16 03483 03691 03805 03803

Withdrawable Compact NS. (1) For toggle and rotary handle (in this case, the front plate should be removed when handling the plate supporting frame).(2) For motor mechanism.


Dd3

8370

1.ep

s

Dd3

8085

5.ep

s

Dd3

8085

6.ep

s

Device Front connectors

Prefabricated connection

Cover for BB connection

Fixed deviceNS630b/1250 3P b 04485 04926

4P b 04486 04926NS1600 3P b 04487 04926

4P b 04488 04926Withdrawable device

NS630b/1250 3P b 04477 049264P b 04478 04926

NS1600 3P b 04491 049264P b 04492 04926

Note: to make measurements: v install a Micrologic control unit capable of displaying the values v or install the CTs on the horizontal busbars; in this case, an additional module is required; add

a plain front plate downstream (03801).Selection of Linergy LGY busbars: see page B-18.

Dd3

8370

2.ep

s Linergy BS busbars

Dd3

8085

5.ep

s

Dd3

8085

7.ep

s

Dd3

8084

0.ep

s


Connection Free support forBB connection


NS630b/1600 b must be made (1) 04662 x 2 04926

NS630b/1600 b must be made (1) 04662 x 2 04926Note: to make measurements:

v install a Micrologic control unit capable of displaying the values v or install the CTs on the horizontal busbars; in this case, an additional module is required; add

a plain front plate downstream (03801).(1) Connections must be made following bars drawings supplied by Schneider Electric.Selection of Linergy BS busbars: see page B-28.

Circuit breakers

Compact NS630b to NS1600Vertical mountingToggle, rotary handle and motor mechanism

400E21130Version : 3.0 16/04/2013

A-15

Functional units

Connection Front connection in 400 mm deep framework

Dd3

8355

0.ep

s Device Connection transferassembly + cover

Fixed Compact NSNS630b/1000 3P 04483 (1)

4P 04484 (1)

(1) Three 300 mm or six 185 mm cables can be connected per phase with lugs that are not ofthe two-metal type.

Rear connection in 800 mm deep framework (2x400mm)

Device Rear connection coverFixed Compact NS

NS630b/1000 3P 04844Connection transfer assembly. 4P 04844

Installation

Dd3

8355

1.ep

s Device No. of vertical modules Mounting plate Cut-out front plate

Fixed Compact NSNS630b/1000 3P/4P 7 (1) 03480 03687 (1) Mounting of 03480 + connection transfert assembly 04483 or 04484 needs 8 vertical modules (use of one complementary front plate 1 module 03801).


Dd3

8355

2.ep

s Device Prefabricated connection Connection cover Arc-chute coverFixed Compact NS

NS630b/1000 3P 04473 04842 335964P 04474 04842 33597

Selection of Linergy LGY busbars: see page B-18.

Prefabricated connection + cover.

Dd3

8355

3.ep

s Linergy LGYE and Linergy BS busbarsDevice Connection Connection cover Arc-chute coverFixed Compact NS, front connection

NS630b/1000 3P must be made (1) 04842 335964P must be made (1) 04842 33597

(1) Connections must be made following bars drawings supplied by Schneider Electric. Selection of Linergy LGYE busbars: see page B-20.Selection of Linergy BS busbars: see page B-28.

Circuit breakers

Compact NS630b to NS1000Horizontal mountingToggle and rotary handle

400E21130 Version : 3.0 16/04/2013

A-16

Compact NS630b/1600 Dedicated cubicle


Mounting Dedicated cubicle

400400

DD

3825

06.e

ps

Devices Toggle, rotary handle and motor mechanismFixed Compact NS630b/1600 3/4P

Withdrawable Compact NS630b/1600 3P

No. of devices per row 1 1No. of vertical modules 36 36Mounting plate 03487 03488Front plate [no. of vert. mod.]

cut-out 03697 [12] 03699 [12]upstream front plate (1) cut-out for 72 x 72 mm or 96 x 96 mm meters

03723 [12] 03723 [12]

or plain 03722 [12] 03722 [12]downst. front plate (1) plain

03722 [12] 03722 [12]

(1) Hinged or reversible (left or right-hand opening) front plates connect directly to the framework, without a front-plate support frame.

Measurement-device installationMeasurement devices are installed on a front plate (03723) using plastic mounting plates with cut-outs. The front plate can hold:b six 72 x 72 mm casesb or four 96 x 96 mm cases + 2 switches.

Measurement-device

A

6040

100

A

6040

100A

6040

100

A

6040

100

Dd3

8267

0.ep

s

Dd3

8263

3.ep

s

Devices Plastic mounting plate with cut-outs Plain plastic mounting plate (blanking plate)for 72 x 72 mm devices

for 96 x 96 mm devices



Catalogue numbers 03902 03903 03900 03901Characteristics b Installation of three devices (72 x 72 mm cases) using plastic mounting plates (03902) and

two devices (96 x 96 mm cases) + a switch using plastic mounting plates (03903) on a hinged front plate (03723).

b The plain mounting plates have knock-outs for lamps, pushbuttons, switches or devices. Knock-outs for 03900: 4 dia. 16 mm, 5 dia. 22 mm or one for a 45x45 mm device. Knock-outs for 03901: 4 dia. 16 mm, 5 dia. 22 mm or one for a 45x45 or 72x72 mm device.

Circuit breakers

401E21910Version : 1.1 16/04/2013

A-17



Distribution Linergy LGY or LGYE horizontal-busbar connections

Copper horizontal-busbar connections

DD

3845

19.E

PS

Devices Fixed Compact NS630b/1600 3P/4P


Fixed Compact NS630b/1600 3P/4P


Front connection b b b b

Flat busbars rods 04692 x 2 04692 x 2 04692 x 2 04692 x 2

Barrier (1) 04855 04855 04855 04855

Horizontal-busbar connections 04602 (2) 04602 - -60/80 5 mm thick

- - must be made (4) 10 mm thick must be made (4) 10 mm thick

50/60/80 10 mm thick

- - 04636 (3) + connection must be made (4) 10 mm thick

04636 + connection must be made (4) 10 mm thick

Distribution Linergy LGY or LGYE or BS vertical-busbar connections

DD

3838

14.e

ps

Devices Fixed Compact NS630b/1600 3P/4P Withdrawable Compact NS630b/1600 3PFront connection b b

Flat busbars rods 04662 04662

Connection must be made (4) must be made (4)

Barrier (1) 04855 04855

Free support 04662 04662(1) A barrier must be installed behind front plate 03723 when measurement devices are installed.(2) Catalogue number 04602 includes 1 connection only. Order 1 connection per phase.(3) Catalogue number 04636 includes 1 connection only. Order 1 connection per phase.(4) Connections must be made following bars drawings supplied by Schneider Electric.

Connection between device and horizontal busbars must be made by the customer.Selection of Linergy BS bars for the connection: see pages B-26 - B-27.Selection of Linergy LGYE or LGY bars for the connection: see pages B-14 or B-17.

Circuit breakers

401E21910 Version : 1.1 16/04/2013

A-18

Connection Front using cables

Dd3

8267

2.ep

s

Dd3

8266

9.ep

s

Devices Compact NS630b/1600 fixed Compact NS630b/1600 withdrawableFront connection b b

Arc-chute cover 3P: 335964P: 33597

-

Vertical connector adapters 3P: 336424P: 33643

3P: 33642

Cable-lug adapters 3P: 336444P: 33645

3P: 33644

Spacing rods 04691 04691

Accessories

Dd3

8251

3.ep

s

Dd3

8251

4.ep

s

W = 400 D = 400 D = 6004 cable tie supports for framework

08774 08794 08794 + 08796


Functional system400 mm wide functional unitsCircuit breakers

401E21910Version : 1.1 16/04/2013

A-19

Functional units

Connection Front connection using cables

Dd3

8354

6.ep

s

Dd3

8085

1.ep

s

DD

3808

30.e

ps


Vertical- connectionadapters

Terminalextension barsupport

Cubicle depth(mm)

Fixed deviceNS1600b 3P b 33975 04694 400

4P b 33976 04694 400NS2000/2500 3P b 33975 04694 600

4P b 33976 04694 600NS3200 3P b must be made (1) 04694 600

4P b must be made (1) 04694 600(1) Connections must be made following bars drawings supplied by Schneider Electric.

Compact NS3200.

Device installation

Dd3

8354

7.ep

s Device No. ofverticalmodules

Mountingplate

Cut-out frontplate

Upstreamfront plate


Fixed deviceNS1600b/3200 14 03501 03716 03802 03804

Compact NS1600b.

Compact NS1600b to 3200

Circuit breakers

400E21120 16/04/2013Version : 3.0

A-20

Functional units Compact NS1600b to 3200

Circuit breakers

Distribution Linergy LGYE, Linergy LGY or Linergy BS busbars

Dd3

8354

8.ep

s

Device Connection Free support forBB connection

Cover for BB connection

Fixed deviceNS1600b 3P must be made

(1) (2)04662 x 2 04926

4PNS2000/2500 3P must be made

(1) (2)04662 x 2 04926 + 04927

4PNS3200 3P must be made

(1) (2)04662 x 2 04926 + 04927

4P(1) For the connection to flat busbars > 1600 A, order one joint per phase:b 1 joint for busbars, W = 50/60 mm (04640)b 1 joint for busbars, W = 80/100 mm (04641).(1) Connections must be made following bars drawings supplied by Schneider Electric.Note: to make measurements:b install the CTs on the horizontal busbars (busbar connection); in this case, an additionalmodule is required; add a plain front plate (03801)b or install a Micrologic control unit capable of displaying the values.

Selection of Linergy LGY busbars: see page B-18.Selection of Linergy LGYE busbars: see page B-14.Selection of Linergy BS busbars: see page B-26.

Compact NS1600b on Linergy LGY.

400E2112016/04/2013Version : 3.0

A-21

Presentation of Compact NSX circuit breakers for Prisma P

PB

1033

71-2

5.ep

s The latest generation of a range that has set the standard in moulded-case circuitbreakers, Compact NSX steps even further ahead to meet your needs in continuityof service and optimised energy use.

PB

1033

54-2

5.ep

s

A high-performance range for each applicationBreaking capacity at 415V 25 kA 36 kA 50 kA 70 kA 100 kA 150 kA

Performance level NSX-B NSX-F NSX-N NSX-H NSX-S NSX-L

Applications

Usual applications with lowshort-circuit levels, e.g.service sector applications,retail stores, etc.

Small industrial installations High performance at areasonable cost

Demanding applications, e.g.merchant marine, metallurgy,etc.

A range of intelligent circuit breakers

Compact NSX improves management of electrical installations

In addition to protection functions, the new generation of Compact NSX moulded case circuit breakers provides new features (analysis, measurements and communication) with access to information:b either directly on the LCD screen of the trip unit to set the circuit breaker or read the main electrical values, including U, I, f, P(W) and E (kWh)b or on the FDM 121 display on the front of the Prisma P switchboard (duct door with special front plate) for quick access to a greater wealth of information.

A cable connects the display to the trip unit without any special settings orconfiguration, making it easy to personalise alarms and displays or read event logs and maintenance indicators.

PD

3912

92.e

ps

Circuit breakers

Functional units

400E00035 16/04/2013Version : 3.0

A-22

Integration of Compact NSX in Prisma P

The Compact NSX range is perfectly interchangeable with Compact NSX. As for Compact NS, installation of Compact NSX devices in a Prisma P functional switchboard is very easy, based on the same functional-unit system:b same mounting plates as for the Compact NSb same power connections (Linergy FC distribution block and prefabricated connections)b identical control connectionsb identical partitioning (form 2b to 4b)b same modularity (taking into account the safety clearances).This greatly facilitates extension, maintenance and retrofitting operations in Prisma P switchboards.b Only the front plates have been changed for this new range.

PB

3912

88-6

5.ep

s

A new front plate for a new circuit breaker

The front of Compact NSX circuit breakers has an eye-pleasing curved profile, making Prisma P switchboards even more attractive. This change is perfectly in step with the new cut-out for Prisma P front plates (the same cut-out for all types of controls).

PB

3912

89-1

35.e

ps

Toggle

Motor mechanism module

Rotary handle

Installation architectures for the measurement function

As mentioned above, Compact NSX circuit breakers equipped with Micrologic 5/6 A or E trip units provide measurements that can be read on the FDM121 display module or directly on the circuit breaker. This makes it possible to optimise the space required by the functional unit.Installation times have also been reduced with respect to system with currenttransformers.What is more, installation and connections are made easier because the FDM121 isinstalled just like the 96 x 96 mm Power Meter PM devices:b direct cut-out in a plain doorb on a front for one or four 96 x 96 devices in the functional unit or the 300 mm wideduct door.

Note: a single 24 V DC power supply is required to power both the FDM121 display and the Micrologic trip unit.

PB

3912

90-6

0.ep

s

Mode

OK

Mode

OK

Mode

OK

Mode

OK

DD

3840

27.e

ps

PB

3912

91-5

7.ep

s

For more informa

Date post:	31-Dec-2015
Category:	Documents
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Prisma P Catalogue

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