Prisma Plus System G System P The aim is to … · Prisma Plus System G ... – Busbar to the left in the enclosure • Enrichment of the offer – Pack enclosure – More prefabricated

Prisma Plus System G System P

Presenter�

Presentation Notes�

The aim is to formulate the objectives of this presentation with respect to the audience On completion of this presentation, what impacts and reactions are we trying to obtain from our public? �

ECO-CEI032004 4DE - SBS - Prisma Plus - En 4

Product presentation : 1st part

The key points of the Prisma Plus offer versus Prisma:

Common points

of enclosures

and cubicles


Prisma Plus : the new LV system on the IEC market

A comprehensive system of switchboards for electrical distribution of tertiary and industrial buildings up to 3200 A.

160 A 250 A 630 A 1600 A 3200 A

Pack Wall mounted enclosures

Floor standing enclosures

Cubicles Large site cubicles

G system P systemOkken

Terminal modularenclosures

Pragma Kaedra

Prisma Plus

New Prisma G/GK Prisma GX/GK Prisma P/PH

Presenter�


Concretely what exactly is it? �Magellan = a new switchboard system = a comprehensive solution (enclosures, installation components, distribution components, as well as the others) designed for and around Schneider switchgear. The Magellan project replaces the Prisma system The cubicles replacing the current offer Prisma P, Prisma PH and local variants, P-Bloc in Italy, Powerpact in UK The replacement wall mounted and floor standing enclosures Pragma F by a cannibalising effect, Prisma G, Prisma GX, Prisma GK�


Product innovations …

Innovation to stand out from and outstrip our competitors:

• Technological leader in distribution:

– Powerclip ,Multiclip– Distribloc, Polybloc– new Linergy, Polypact

• Leader of advanced prefabrication:

– Consideration of all the functions of a FU

• Leader of the Kit offer


Product innovations …

Innovation versus the old Prisma offer:

• Simplified architecture – Unique position of devices and the busbar in

the cubicle– Busbar to the left in the enclosure

• Enrichment of the offer– Pack enclosure– More prefabricated distribution– accessories for the contractor

• Difference to the customer – The sum of details makes the difference


Design thought out, right down to the slightest detail

External:• colour: RAL 9001

– minimum lines,– ergonomic handle, design,

colour RAL 9001,• maximum technicity of design:

– arch shapes, – “security” glass– ribs, stamping, etc.

• customisation of the range (product marking):

– MG and Prisma Plus names on transparent door

– MG logo on plain door– Identification plate.

Internal:• Number of colours reduced

dedicated per function:– Mounting plate and wire

routing: RAL 9001– power: RAL 7016 (as

Compact/Masterpact)

• Identification of modules in enclosures and cubicles

• coding via geometrical shapes:– Representation of a phase

by a rounded shape.


A sum of details and clever tricks that make all the difference ...

The handle:• common to the entire range, from enclosures to cubicles, from IP30 to IP55• enhanced ergonomics :

– Latching system on the front panel of the uprights,– « pull-push » handles with a wide choice of locks (Euro, Assa, etc.)

The front plates:• Optional swivels on cubicles• No cage nut to be fitted• Flush 1/8 turn screw, delivered with the front plate

The mounting plates:• More Functionalised:

– Auto-positioning of switchgear and built-in tapping– Incorporation of power wire binding, auxiliary wire routing

• Efficient mounting ergonomics:– Preliminary fastening on 2 uprights in the cubicle – Preliminary latching in the enclosure


A sum of details and clever tricks that make all the difference ...

Wiring routing:• Ergonomic and simple horizontal and vertical

straps (in enclosure and cubicle)• A horizontal and vertical trunking range

proposed in the catalogue• Pre-cutout front plate support for insertion from

the front• Flexible trunking for door

The HSI (Human Switchboard Interfaces) :• Modular system completing the cutout front plates (72x72

and 96x96) for measurement switchgear to be mounted:– On plain door to be cut out– On partial door in wall mounted and floor standing

enclosures– On duct door in cubicle


Product presentation : 2nd part

The key points of the Prisma Plus offer versus Prisma :

Wall mounted and

floor standing

enclosures


The enclosure range

Wall mounted enclosure

Floor standing enclosure

Dedicated to modular switchgear

• In = 630A max

• In = 160 A max


Innovative architecture in wall mounted / floor standing enclosures

Innovating, consistent image,

Selling points:

• Separation of functions, evidence of « flows »• Dedicated zones per user,• Space savings,• Panel builder time savings,• Contractor time savings.

Also avoids changinghabits.

Current distribution

Connection zone

Switchgear zone

Functional units


Wall mounted-floor standing enclosures: range extended to 8 wall mounted enclosures including the 27 mod.

3 floor standing enclosures including the 30 mod. with a low IP 7 x IP 55 wall mounted enclosures (same as Prisma GK).

• more room for the contractor thanks to a 300 mm wide duct.• dimensions optimised and compatible with Prisma G:

– H = 6 to 33 modules (in threes to optimise sizes) – W = 600 mm favourable to connection space– D = 205 without door, 240 with door– 36 mod width (non standard offer)

• Upgradeable IPs:– Basic IP 30 with or without door.– IP 31 with door and addition of a canopy– IP 43 with addition of a gasket

• current IP 55 range but in white:– No dimensional upgrading (7 to 27 and 33 modules, in fours)– Adapted internally to accommodate the new installation system

The enclosure range

6 9 12 1527

18 21 24 27 3033 modules


Wall mounted / floor standing enclosures with low IP : an extensive offer preserving the advantages of Prisma G-GK, with a set of innovations

Enhanced ergonomics• No parts lost for add-on• lsc withstand of 25 kA with maintained IP.

More space and accessibility for cabling • 60 mm wide trunking (30 mm horiz.)• Front panel dismountable in one operation

Better adaptability• Wide choice of gland plates,

– FL21, plain metal plate, plastic


Revolution in distribution

Upstream connection (NS-INS)

Power pack (NS-INS)

Insulated Compact busbar.

Shunting devices.

Polybloc distribution block

Multiclip 200A distribution block

Multiclip 80A distribution block.

Earth/Neutral spring cage earthing bar


Powerclip busbar : the most compact insulated busbar in the world ...

Unmatched safety :• insulated IP xxB,• tested, lsc withstand (35kA).

Continuous accessibility:• position on the side in switchgear zone, • Opposite the Main incomer unit,• Direct connections on busbar by lugs and by

prefabricated connection devices:– 2 x 10 mm², 1 x 16 mm² by Wago terminals,– 16 mm² wire shunting device,

• Functional power supply:– Dedicated to Compact NS and INS,– 2 x 35 mm² additional unit,

Noteworthy simplicity:• Clear organisation of switchboard,• Simple implementation (delivered fully

assembled).

In: 125 / 160 / 250 / 400 / 630A

L: 0.45m, 0.75m, 1m & 1.40m

… as well as a traditio

nal rear

and side busbar of 160, 250, 400

and 630A !


Fully insulated distribution blocks : the Polybloc and Multiclip families are expanding ...

Polybloc simplicity accentuated:• 2 optimised ratings In: 160-250A,• Direct interface with NS and INS.

Operating safety enhanced:• IP xxB without additional covers• tested Wago technology • Connection capacity increased

(3x16² + 6x10²).

Ergonomics improved:• Sloping planes for accessibility

and radius of curvature of cables,• Phase separator,• Additional 35 mm² connector.

With the Polyblocs, still more flexibility, upgradeability and better adaptation to applications for centralised distribution via NS-INS incomer


Fully insulated distribution blocks : the Polybloc and Multiclip families are expanding ...With the Multiclips, still more flexibility, upgradeability and better adaptation to applications for horizontal distribution via modular feeders

A more powerful Multiclip offer• In = 200A, 160A (4P half-row)• 2P, 3P & 4 pole variants• Enclosure-cubicle central supply• 63A feeders (Wago 10mm²).

A Multiclip offer dedicated to distribution by a more compact group:

• In = 80A, 63A (4P half-row)• Direct supply• 32A feeders (Wago 4 mm²) and 40A

(Wago 6 mm²).

Mountable above / below the modular rail.


Compact and Interpact incoming FUs

NS-INS 100-630 horizontal• Upstream connection accessory, for

insertion from the top or bottom• Powerclip busbar feed unit

NS-INS 100-630 vertical in duct• an alternative solution in event of

dimensional optimisation,• Direct incoming on device.


Multifix rail, for contactors,modular switchgear, etc.

• Premounted fixing lugs.

Trunking support• vertical for 60mm wide x 80mm deep trunking,• horizontal on DIN and on bottom.

“Plus” strap.

More for the building• Contactor, motor protection.

Motor feeder• Tesys Quickfit system.

Universal mounting plate in wall mounted/floor standing enclosure and duct.

HSI: Human/Switchboard Interface on partial door.

Outgoing FUs


Product presentation : 3rd part

The key points of the Prisma Plus offer System P versus Prisma :

Cubicles


Depth = 400

Hei

ght

= 20

00

300-400

650-800

Hei

ght

= 20

00

Depth = 600

Highly rationalised range due to a reduced number of structures

• Common frameworks for IP30-31 and IP55

Innovations with respect to Prisma : Framework

FUs

650

FUs + busbar

650+150

650650+150

800

Duct

300-400

650-800

In 600 depth, intermediate uprights are delivered mounted with the framework part number

Roofs sold separately for choice according to IP.

Simplified choice for better adaptation to needs• association of basic cubicles only

(no more extensions),• Cable ducts always separated,• Busbar ducts always integrated.


New framework robust and quick to mount• 12 screws accessible instead of 24 bolts• Intermediate uprights delivered pre-mounted

Innovations with respect to Prisma for the panel builder and the contractor : Framework

Simplified choice, more flexibility:• 1 single framework IP30/31/55,• 1 single switchgear position (does not depend on panelling).

Adapted spaces giving more room for the contractor in the same area:

• Wider cable duct• Smaller switchgear and busbar zones, but accessibility

equivalent to Prisma

Transport and installation simplified• Lifting lugs accessible without removing the roof,• Cross-members can be disassembled,• 100 mm plinth “stackable” with possibility of using a pallet stacker.

Front plate

Front plate

Front plate

650 +150300

1100


Quicker and more accessible• Front plate support-frame always of swivel

type,

Innovations with respect to Prisma : Panelling

IP30Front panel without

door FU and busbar

IP30 and IP55Front door (and rear if rear connection)

FU and busbar

IP30 and IP55 Side panels400 / 600

deep

IP30 and IP55Bottom panels300 / 400 wide650 / 800 wide

IP30 and IP55Front door of

cable duct

IP30 and IP55

Roof 300 / 400 / 650 / 800 wide

400 / 600 deep

IP30 and IP55Gland plate

300 /400 / 650 / 800 wide400 / 600 deep

Simplified and quicker mounting• Common panelling for FU zone + busbar

duct (doors, roofs, bottom)• Latching system on front panel for uprights• Panels fastened by 1/4 turn screws


Side vertical busbar and top or bottom horizontal busbar

Privileged power architecture in cubicles

400

/ 600

… other power architectures possible but limited!Vertical busbar at back and top or bottom horizontal busbar

• Front connection only, • Form 1.

400

/ 600

Front ConnectionRear connection

400

/ 600

+ 4

00

Busbar position identical in front and rear connection

• FUs Form 1, 2b, 3b, 4a, 4b.


Simplified choice and mounting

• A single depth for the Linergy and horizontal busbar:(400mm)

• Use of prefabricated connections up to 3200 A,

• 5 and 10 mm thick bars rationalised and available (50/60/80 mm),

• connections via transfer busbars only

for incomer > 1600 A (no direct connection).

• One single distance between centres (75 mm),

Front connection

400

/ 600

400

/ 600

+ 4

00

Rear connection

Innovations with respect to Prisma : Busbar ...

More safety

• Neutral at the front,

• Side covered busbar as standard with door (option without door),

• Side busbar form 2 in 1 single part number covering the entire height

321N


More flexibility• new "Linergy" 630 to 1600A

aluminium conductor + copper contact– Light, robust and ergonomic– Technological innovation,– Design shapes,

Side vertical busbar

"Linergy"630A-1600A

5 mm bars800A-1600A

10 mm bars1200A-2500A

10 mm bars3200A

"Linergy"2000A–3200A

Doubled side vertical busbar

Vertical busbar at rear

"Linergy"630A-1600A

5 mm bars800A-1600A

10 mm bars1200A-1600A

Innovations with respect to Prisma : Vertical busbar ...

• Slotted bars 5 and 10 mm,

More flexibility• Doubled to reach 3200 A.

More flexibility• With the Powerclip also for needs from 125 to 630 A.


A comprehensive distribution catalogue =>A horizontal busbar part number

• Optimised up to 3200 A in 3 modules (with or without Form 2),

• Bar part numbers Length = 2 m,• Quick connections between vertical and

horizontal busbars,

Innovations with respect to Prisma : Horizontal busbar in catalogue ...

800A-1600A 1200A-3200A

5 mm bars 10 mm bars

Limited responsibility that can be ’’delegated’’ on site:

• fishplates “with guaranteed tightening torque” between horizontal busbars.


Simplified mounting of mounting plates

• 1 single switchgear position (does not depend on panelling).

• On 2 uprights in 650 width on 4 uprights

- NS 100-630 A - other versions Vert./Horiz., fixed/toggle

- same as DIN rail,

• Cage nut on framework,

Better filling ratio:• 36 modules in height• Width = 650 mm.

Innovations with respect to Prisma : Functional units ...


Simpler : Form 2 linked to busbar (not dependent on FUs).

Innovations with respect to Prisma : Outgoing functional units

1 part number for Form 2 covering the entire busbar height

Prefabricated connections (only) as option.

Increased safety• Horizontal FUs (Form 1, 2b, 3b, 4a/4b for rear

connection)– Prefabricated connections

– for fixed/draw-out,– For fixed 1000A,

– Swivelling front plates as option.

New Polypact• Lightweight (aluminium conductor),• In = 675 A (4P) and 800 A (3P)

– No problem with mixing devices,• fixed and draw-out on base,• New design.


More simplicity• Simplified prefabricated connections up to 1600A

– Fewer connection points,• Prefabricated connections for busbar trunking incomer• Simplification of Form 4.

Innovations with respect to Prisma : Incoming functional units

Dedicated cubicle • > 1600 A in 400 depth• > 3200 A in 600 depth

650

NW

Bottom incoming

650

NW

300

Top incoming


Simplification of the ’’power-factor correction’’ catalogue• Punched out door,

• Ventilated roof,

• Busbar reservation,

• Capacitor plate equipped with St.,H, DR,

• Mag. B adapter (275 mm),

• Cable connections: incomers and feeders

to capacitor plate.

650 400

Innovations with respect to Prisma : Other functional units ...


Prisma Plus: complementary offer

Fupact Offer• System G (INF, ISFT)• System P (INF, ISFT, ISFL)

Metering in Prisma Plus

Dedicated incomer cubicle width 650 and 400 mm

Prisma Plus 4000 A

Prisma Plus Disconnectable offer• Electrical distribution offer• MCC/iMCC offer

Transparent Ready Equipment


“System G”: Fupact INF and ISFT

Installation on mounting plate of the INF 32 to 160 A

* without auxiliary contacts

Installation of the ISFT 100/160/250 (3 poles)

* bars section 30 x 10 mm, 60 mm between centers

Device installation cubicle duct

ISFT 100 on mounting plate 5 vertic.device -ISFT 160 on mounting plate 1xhoriz. / 4xvertic. 1 vertic.deviceISFT 160 on busbar assembly* 4 vertic.device -ISFT 250 on mounting plate 1 horiz.device 1 vertic.device

Device horiz.device vertic.device*

INF 32/40 1 4x3P ou 3x4P INF 63 1 3x3P ou 2x4PINF 100/160 1 2x3P ou 2x4P

Presenter�


Pas de besoin identifié pour un INF 100 vertical en gaine. Les contacts auxiliaires réduisent le nombre d ’appareils sur une même platine car se situent à coté de chaque appareil. Les appareils étant contigus, le montage des contacts auxiliaires empêchent le remplissage total de la platine�


“System G”: Fupact INF and ISFT

Easy to install thanks to :• Screwing without nuts of the devices

• Pre-cut out front plates

• IP 30 ISFT mounting plate

ISFT front plate

Pre-cut out

Cutting for cables

Pre-cutting forcables way if rearconnection

INF front plate

Built-in tapping holes

Pre-cut out

Presenter�


Les platines sont équipées de trous taraudés ou lisses (utilisation de vis auto-formeuses dans ce cas) qui permettent aux appareils d ’être fixés sur ces platines par l ’avant sans avoir à utiliser un écrou. La platine peut s ’accrocher sur ses 2 vis qu ’on peut positionner sur les montants fonctionnels du coffret. Pratique si le coffret est vertical, la platine peut être fixée sans avoir à la soutenir. La circulation de filerie des auxiliaires est prévue soit par la possibilité d ’installer une goulotte, soit par la présence d ’épargnes dans la tôle pour un frettage Platine pour ISFT sur jeu de barres, reversible (gauche ou droite). La position des fusibles est toujours la même par rapport à la face avant, quel que soit le type de montage sur le jeu de barres. Supports isolants (constructeur wöhner), phase 1 en haut. �


“System P”: Fupact INF and ISFTInstallation on mounting plate of the INF 32 to 800A

* without auxiliary contacts

Vertical installation of the ISFT 100 to 630A

Device horiz.device Nb vert.device per row* INF 32/40 1 4x3P or 3x4P INF 63 1 3x3P or 2x4PINF 100/160 1 2x3P or 1x4PINF 250 1 1x3P or 1x4PINF 400, 630 and 800 1 1x3P or 1x4P

Device Nb device per row

ISFT 100 on mounting plate 5ISFT 160 on mounting pl./busbar 4 ISFT 250 and 400 on mounting plate 2ISFT 630 on mounting plate 1

Adjustable in depth

Built-in tapping holes< 250 A

Presenter�


supports du jeu de barres pour ISFT (constructeur wöhner), barres de 30 x 10 mm entraxe 60 mm. Le principe de montage des platines est identique pour INF et ISFT, sauf pour la platine INF 800 qui reprend des supports horizontaux universel, à cause de sa taille �


“System P”: Fupact ISFL

Vertical installation ISFL on busbar assembly mounting• ISFL 160: bars of 50, 60, 80 x 10 mm, 100 mm between centers• ISFL 250/400/630: bars of 60, 80 x 10 mm, 185 mm between

centersPossible mixing of the ratingsCurrent transformer mounting possible between fuse device and busbar assembly mounting

ISFL 160

ISFL 250/400/630

Presenter�


Installation de ISFL (constructeur EFEN) dans une ossature largeur 650 mm. Montage du jeu de barres horizontal sur une platine par l ’intermédiaire de supports isolants (constructeur wöhner), phase 1 en haut. La réalisation du jeu de barres est du ressort du metteur en œuvre. Les plans de barres sont fournis. Pour le 160 A: entraxe des barres 100 mm, section 50, 60 et 80 x 10 mm (1000, 1250 et 1500 A) Pour 250/400/630 A: entraxe des barres 185 mm, section 60 à 120 x 10 mm (1250 à 2100 A). Le mixage entre les calibres est possible à partir de la platine 250/400/630 A avec un adaptateur d’entraxe des barres pour 2 fusibles 160 A (au catalogue appareillage) 2 platines seulement, une pour ISFL 160 A et une commune à ISFL 250/400/630 A. les supports isolants sont fournis avec la platine. Le montage des TI est possible entre l ’appareil et le jeu de barres. Une équerre de fixation assure la différence de profondeur.�


“System P”: Fupact ISFL

2 types of installation width 650 mm, standard clothing of Prisma Plus• IP 20 without door• IP 30, 31 (IK 08), with plain or transparent door

Installation behind fixed front plateISFL 160 to 630

Installation behind swivelling doorISFL 160 only

10 ISFL 160 or5 ISFL 250/400/630or mixity

Fixed front plate (2/3)

9 ISFL 160 - 12 modulesheight

Can be 3 rows of9x ISFL160 or withany other functional units

Presenter�


2 modes d ’installation: Derrière plastron fixe pour tous les calibres. Un espace de 12 modules permet l ’installation d ’unités fonctionnelles standards (disjoncteur par exemple) Derrière cadre pivotant support plastrons pour ISFL 160 A. L’espace au dessus et au dessous peut accueillir des unités fonctionnelles standards ou 9 ISFL 160. On peut installer 3 rangées de 9 ISFL 160 dans la cellule avec un habillage IP 30 pour des raisons d ’échauffement. Un déclassement est nécessaire avec l ’habillage IP 55. Des plans de barres sont disponibles pour une liaison avec un jeu de barres horizontal (barres de 5 ou 10 mm)�


System P : Horizontal fuse switches SASIL/SLIMLINE

Under process with german panelbuilder developmentavailability end 2004

Horizontal-type switch- disconnector-fuse


The orientation of the project is to propose a global solution which takes into account the needs of the various countries

IRISH SWISS

NORVEGIAN

BULGARIAN

Metering in Prisma Plus System G : the existing solutions

Presenter�


Rappel de la doctrine générale. Il semble que le branchement recouvre généralement les trois objectifs suivants : - raccorder une installation électrique privée à un réseau de distribution public, - permettre la facturation de l’énergie grâce au comptage, - établir la limite de responsabilité entre distributeur d’énergie et utilisateur, ceci détermine la limite de l’installation privée. Fonction protection amont du branchement: cette protection est parfois incorporée dans le compteur, elle est de type fusible mais on trouve aussi parfois des disjoncteurs. Elle a pour objet de protéger le compteur et les câbles de cette portion d’installation (bien souvent en TN-C) contre un court-circuit phase/phase, phase/neutre ou phase/masse. Fonction comptage d’énergie, facturation : le compteur est le seul appareillage du branchement que l’on retrouve toujours dans tous les pays. Le compteur peut disposer de télé-report pour reporter le relevé de l’énergie en dehors de la propriété privée si nécessaire ; il peut aussi évoluer vers le pré-paiement en combinaison avec un contacteur et une interface utilisateur. Appareil aval du branchement: Les bornes aval de cet appareil déterminent le point de livraison. Cet appareil n’existe pas dans tous les pays. Le point de livraison correspond parfois aux bornes aval du compteur. Mais la responsabilité du distributeur d’énergie électrique se termine généralement au bornier client physiquement constitué des bornes aval de ce dispositif. �


The orientation of the project is to propose a global solution which takes into account the needs of the various countries

Functional assembly, simple to implement, sure, free of position in the enclosure, modular and sealed

The proposed system will consist classically of a front plate and mounting plate

• Front plate– insulated of the mounting plate– Forbidding the access– sealed

• Mounting plate– class 2– sealed– grooves corresponding to the

Norvegian existing solution

Metering in Prisma Plus System G : the proposal

Presenter�


Rappel de la doctrine générale. Il semble que le branchement recouvre généralement les trois objectifs suivants : - raccorder une installation électrique privée à un réseau de distribution public, - permettre la facturation de l’énergie grâce au comptage, - établir la limite de responsabilité entre distributeur d’énergie et utilisateur, ceci détermine la limite de l’installation privée. Fonction protection amont du branchement: cette protection est parfois incorporée dans le compteur, elle est de type fusible mais on trouve aussi parfois des disjoncteurs. Elle a pour objet de protéger le compteur et les câbles de cette portion d’installation (bien souvent en TN-C) contre un court-circuit phase/phase, phase/neutre ou phase/masse. Fonction comptage d’énergie, facturation : le compteur est le seul appareillage du branchement que l’on retrouve toujours dans tous les pays. Le compteur peut disposer de télé-report pour reporter le relevé de l’énergie en dehors de la propriété privée si nécessaire ; il peut aussi évoluer vers le pré-paiement en combinaison avec un contacteur et une interface utilisateur. Appareil aval du branchement: Les bornes aval de cet appareil déterminent le point de livraison. Cet appareil n’existe pas dans tous les pays. Le point de livraison correspond parfois aux bornes aval du compteur. Mais la responsabilité du distributeur d’énergie électrique se termine généralement au bornier client physiquement constitué des bornes aval de ce dispositif. Classe 2 : pour protéger le compteur + dde de certains pays�


Metering in Prisma Plus System G : the targetted catalogue

CodeUv Code article Designation (english) Modules (50)03152 CUPLE808 M.PL.FOR 2 3PH METERS 8 modules03153 CUPLE805 MEASUREMENT CASING 250 A idem Prisma03154 CUPLE806 FR.PL FOR 1 3PH METER IN DUCT 8 modules03155 CUPLE341 FR.PL FOR 3 1PH METERS 6 modules03156 CUPLE342 M.PL.FOR 1 3PH METER IN DUCT 8modules03157 CUPLE343 M.PL.FOR 3 1PH METERS 6 modules03158 CUPLE809 FR.PL FOR 2 3PH METERS 8 modules

EnclosersNb of meters Nb of modules

Single Phase 3 6Three Phase 2 8

DuctNb of meters Nb of modules

Single Phase 1 8Three Phase 1 8


Prisma Plus « P system »: dedicated incomer cubicles (1 device) functional units

With an aim of satisfying the need of reducing the overall dimensions of electrical switchboards, Prisma Plus proposes installation of incoming units in 650 and 400 mm wide cubicles (Masterpact NW and NT and Compact NS 630b/1600 ranges).

Width 650 & 400 mm

3P fixed/draw-out Masterpact NT

CompactNS 630b/1600

fixed3/4 PDraw-out 3 P

Width: 400 mm

Masterpact NWfixed/draw-out

Width : 650 mm


“P system”: dedicated incomer cubicles in 400 mm wide

Device in central position in the framework,• The mounting plates are dedicated • Incomers by cables from top or bottom on device terminal

pads, front connectionDistribution on horizontal busbars: connections to be made by the installer

• The drawings are supplied for a busbar at the top and the cubicle placed to the left of the switchboard

Human / switchboard interface on swivelling front plate :• 6 interfaces 72 x 72 or 4 interfaces 96 x 96 mm

(voltmeter, ammeter, commutator, PM500 ..)functional busbar screen which afford the installation

of protection devices for HSI (fuses, mcbs, surge arresters, …)

Presenter�


The horizontal busbar can be installed at the top or bottom of the cubicle in a space of 400 m with respect to the front panel to remain in the logic of Prisma Plus and simplify connections to the adjacent cubicle. Connections to the horizontal busbar are scheduled in flat busbars (50x10 mm) and must be carried out by the installer. 2 loose flat flanging supports are provided in the catalogue ( prisma: 2 supports on mounting plates) Busbar drawings are supplied for the connection between Compact NS 630/1600 fixd (3 or 4P), Compact NS 630/1600 draw-out 3P , Masterpact NT 630/1600 fixed or draw-out 3 P, and the horizontal busbar. The direct connection to the Linergy busbar is not scheduled. �


Prisma Plus 4000 A: A simple and high-performance offer with Masterpact NW 40 in a 650 mm wide cubicle

600 +

400 m

m

600 m

m

600 depth for a front connection by cables, bottom incoming

The device is always in the same position

In = 3520 A with cover panels IP 30 in natural ventilationSuccessful qualification test for Icw = 100kA/1s Ipk = 220 kÂ

cables

1000 m depth for rear connection by cables or by Canalis

Presenter�


Offer intended for « tb type « panel-builders » in France. In = transformer In = 3520 A, with IP 30 cover panelling without door in natural ventilation, or IP 30 or IP 55 with door but with forced ventilation (ventilation and output filter from the roof) .( Prisma = IP 20 with depth of 600 mm) Busbar Icw = 100 kA/1s for an Ipk = 220 kÂ Installation of the fixed or draw-out Masterpact NW 40 in a 650 mm wide and 600 mm deep framework in front connection and with a depth of 1000 mm in rear connection Configurations proposed: Front connection from bottom and by cables Rear connection from top or from bottom by cables and from top for a Canalis prefabricated connection. Form 2 partitioning. Whether in rear or front connection, the Masterpact NW is always placed at the same point. No questions to be asked: the front panel covering will always be the same.�


Prisma Plus: Disconnectable offer

Disconnectable Prisma Plus: Why?

• In order to distinguish a special panel-builder customer group to improve control of new competitors

– limits between Okken and P system Prisma Plus

• Satisfies the emerging live evolution needs in certain buildings– Addition of feeders in switchboards where main power outage

is not accepted



solutions to guarantee optimum service

• Prisma plus proposes a choice of disconnectable functional units designed to satisfy the need for continuity of supply of industrial, tertiary and infrastructure sites

– For electrical distribution feeders up to 630A (June 2004 )

– For motor control and monitoring feeders up to 37kW (Sept 2004 )



solutions to simplify maintenance, modification and evolution ofelectrical switchboards

• designed to satisfy the need for continuity of supply

– Switchboard operation is guaranteed without voltage breaking, while also ensuring operator safety

– Choice of the adapted functional unit is optimised

– Open-endness is simplified and free rows do not need to be pre- equipped

– Investment is limited to what is strictly necessary


Disconnectable

Prisma Plus: Disconnectable offer conditions

Installation of feeders on a useful height of 1500 mm, modularity 25 mm, WFD type connectionBusbars (40 to 100) x 10 mm (In = 2000 A maximum with IP 30 cover panels), fully protected against direct contact

• Grid IPxxb on front panel, side panels• Installation in 650 mm wide standard framework• 400 or 600 mm deep

Standard cover panels IP 30 or IP 55 without front panel, plain or transparent doorForm 2 of horizontal busbar and inter-cubicle partitioning

Presenter�


Switchgear zone useful height: 1500 mm, (i.e. 60 x 25 mm modules). 300 mm are dedicated to the horizontal busbar. Front panel busbar covering with IP20 red grid and red clamps. Side, top and bottom covering in Ral 9001 painted sheet metal. The busbar + cover + grid assembly = 1 UV Temperature rise test conducted with a busbar 100 x 10 mm, In = 2004 A, cover panels IP 30) There are no assembly manuals with the busbar supports but a general manual is supplied with the busbar. �


Disconnectable Prisma Plus: an electrical distribution offer with Compact NS 100/250 and 400/630

Installation of devices on horizontal disconnectalbe strip to optimise switchboard filling

Polyfast(moving part)

Handle

Contact studsfor device rear conections

Rigid connectionto contact pads

Clamps connectedto busbars

Grid IP 20

Framework fixing screws

Striker(delivered mounted)

Host structure(fixed part)

NS100/250 NS400/6303P 125 mm 175 mm 4P 150 mm 200 mm

FU dimensions

Presenter�


Horizontal devices installed on galvanised réglettes, WFD type connection. NS 100/250 and 400/630 offer, all operating mechanism types, Vigi module on Compact NS 100/250 only (the vigi Module on Compact NS 400/630 cannot be moutned as it comes up against the handles) Front panel busbar covering with the IP 20 red grid and red clamps. Side, top and bottom covering in Ral 9001 painted sheet metal.�


Prisma Plus Disconnectable offer: Motor Control Center

In addition with the traditional MCC solutions, Prisma Plus offers Intelligent motor control command (iMCC)

• To control and protect the motors

• To reduce the global cost of the installation

• To reduce the stopping time

• To ease the open-endness

Prisma plus offers simple low cost monitoring solutions with Transparent Ready Equipment (Tre)

• mastering of energy cost

• To prevent the intempestive trippings


Prisma Plus Disconnectable offer : MCC / iMCC

the Schneider iMCC relay offer is complete

TeSys U 32A: a major competitive advantage for 70% of feeders(simple feeders and less than 15kW)LUTM BL module (June 2004) extension of the Tesys U range up to 800AKARAM project: optimised protection relay for the iMCC

Complete network connection offer• Modbus V2 (June 2004) = 2 entries on Tesys U 32A• Can open (September 2004)• Profibus and Device Net (January 2005)• Ethernet (During 2005)


MCC / iMCC: catalogue, choice guide

Based on motor powerChoice of devices according to deratingChoice of protection relay (conventional or intelligent)Choice of «disconnectable strip » according in the diagram (DOL, changeover switch, etc.)On the other pages: diagrams, parts list of components necessary for each feeder (contactor auxilairies, circuit-breaker auxiliaries, terminals, etc.)


Prisma Plus Disconnectable offer : MCC / iMCC

Tesys U50 mm

GV275 and 100 mm

NS80150 mm

NS80200 mm

Host structure

Clamps

Moving part(delivered mounted,cables included)

Motor control and monitoring feeder réglette

Disconnectablestrip

Mounting ofauxiliaries

Functional units common to Prisma Plus and Okken


Prisma Plus Disconnectable offer : MCC / iMCC accessories

Manual rework box (Sept 2004)• Remote / Local, ON / OFF, Reset• Initial status display (8 LEDs)• Wire to wire connection • Feeder appearance and consistence• Cabling savings: approx. 1 hour• Installation on door or on disconnectable strip

Bus distribution in switchboard(beginning 2005)

48x96


Prisma Plus Disconnectable offer : MCC / iMCC outlook

Enlargement of the MCC / iMCC offer in the course of development

• Fixed functional units (around June 05)• Speed Drivers (VVD) functional units (around June 05)• Economical draw-out solution (in course of evaluation)

Parallel development of Okken and Blokset• Semi-height and full-width drawers

(75mm) for feeders < 15kW


Prisma Plus Disconnectable offer : MCC / iMCC accessible market

Process industry • critical (Chemical)• continuous (ciment, paper)• batch (pharmaceutics, food industry)

Infrastructures • airports, tunnels• water treatment • télécom..

Public buildings • banks,• hospitals• Commercial centers• Public distribution networks

Energy with bad quality

Energy availability

Supply management

Life time of th

e equipments

Energy Management (active)

Motor control


Transparent Ready Equipment : A simple electrical distribution monitoring offer

Simple low-cost monitoring applications on Intranet Overview of the installation on Internet Explorer of your computerCatalogue components (installed software in EGX)Hot line supportTested switchboard solution in Prisma Plus in 4th quarter 2004

Web SiteM

odbu

s


Transparent Ready Equipment: A simple electrical distribution monitoring offer

Increase energy cost control

• Subscribed power greater than needs

• Possible savings not detected

• Poor perception of manufacturing costs by insufficient detail of consumption

Anticipate nuisance tripping

Immediate consultation of TRE

• TRE provides the consumption profile

• TRE helps « track down waste »

• TRE gives the exact distribution per load centre

TRE shows• Level and evolution of feeder load• Phase unbalance

Documents

Prisma Plus System G System P The aim is to … · Prisma Plus System G ... – Busbar to the left in the enclosure • Enrichment of the offer – Pack enclosure – More prefabricated