Prisma P by schneider electric

With Prisma P, 100% Schneider Electric safe and optimized switchboards can be produced.

All the components (switchgear, distributors, prefabricated connections, etc.) are perfectly calibrated and coordinated to work together.
All panel configurations, even the most restrictive, have been tested.
At any time, it is possible to prove that the switchboards comply with the standards in force (in accordance with standard IEC 61439-1 and 2).
This is the assurance of achieving an electrical installation that is reliable in terms of operating safety and security for people and the installation with IP30, IP31, IP55.

LV functional systems

Optimized and scalable

Prisma P makes it possible to produce exactly the right switchboard, dimensioned exactly as necessary with an investment just as necessary.
Thanks to a complete, prefabricated and tested system, the installation can be easily upgraded while retaining its original performance.

• Cells can be combined very easily on a board already in use.
• Devices can be replaced or added at any time.

The switchboard is structured into different areas dedicated to the switchgear, the busbar, the cables, etc.

The functional units naturally overlap in the table.
Each configuration is tested for added security.
Laboratory heating test.

Great availability

With a kit concept, which facilitates handling and transport, it is possible to take advantage of Schneider Electric’s international logistics efficiency.

The Prisma P functional system makes it possible to create any type of general, divisional or terminal low voltage distribution panel up to 4000 A, in tertiary or industrial environments.

Simplicity of the concept

> A metallic structure
It consists of one or more frames associated in width and in depth on which are installed a complete choice of trim panels and doors.

> Un système de distribution de courant. Des jeux de barres horizontaux ou verticaux positionnés dans un compartiment latéral, ou en fond de cellule permettent de répartir le courant dans tous les endroits du tableau.

> Complete functional units

• A dedicated board to install the equipment.
• A front faceplate to prevent direct access to live parts.
• Prefabricated connections to connect the switchgear to the busbar.
• Devices for making the connection on site.
  Each functional unit contributes to a function in the table.
  They are modular and stack naturally.
  Everything is planned for their mechanical fixing, their power supply and their connection on site.
  The components of the Prisma P and particularly those of the functional unit have been calculated and tested taking into account the performance of the devices. This special attention makes it possible to obtain reliable operation of the electrical installation and optimum safety.

The advantages of Prisma P tables

> Safe electrical installation
Perfect consistency between Schneider Electric and Prisma P switchgear is a major advantage in ensuring a good level of safety for the installation.

> An electrical installation that knows how to evolve
The modular concept of Prisma P switchboards allows the electrical installation to evolve easily and to integrate new functional units on demand.
Maintenance operations, carried out when the switchboard is off, are quick and comfortable thanks to total accessibility to the equipment.

> In complete safety for the operator
Work on an electrical panel must be carried out by authorized persons respecting all the required safety measures.
To further increase worker safety, the equipment is installed behind a protective faceplate revealing only the operating handle.
Additional internal protections (partitions, screens) make it possible to produce forms 2, 3 or 4, which protect the operators against direct contact with the active parts.
Terminal shields are therefore strongly recommended for installing Compact NSX, INS / INV in Prisma P, for even greater protection of workers.

The design of the system has been validated by type tests according to IEC 61439-1 and 2 standards and benefits from the cumulative experience of Schneider Electric customers for many years.

Characteristics

Electrical Specifications

Compliant with IEC 62208 and EN 62208 standards:

• Rated insulation voltage of the main busbar: 1000 V.
• In A: 4000 A.
• Rated admissible peak current: Ipk 220 kÂ.
• Rated short-time admissible current: Icw 100 kA eff / 1 s.
• Frequency: 50/60 Hz.
• Rated operational voltage Ue = 690V under certain conditions.

Mechanical characteristics

• Sheet steel.
• Cataphoresis treatment + epoxy polyester powder, hot-cured, white color RAL 9001.
• Removable.
• Can be combined in width and depth.
• Degree of protection:
  • IP30: with IP30 casing including a door or a casing frame.
  • IP31: with IP30 casing including a door + seal on the roof.
  • IP55: with IP55 casing.
• Degree of protection against mechanical shocks:
  • IK07: with cover frame.
  • IK08: with IP30 casing.
  • IK10: with IP55 casing.
• Frame dimensions: 4 widths:
  • L = 300: cable compartment.
  • L = 400: cable compartment or switchgear compartment.
  • L = 650: equipment compartment or cable compartment.
  • L = 800: switchgear compartment with busbar compartment or cable compartment.
    2 depths: 400, 600 mm.
• Height: 2000 mm.
• Interior cells.

When severe applications and conditions demand the best, exceptional reliability can be achieved with Prisma PH.

Mechanical characteristics

• High quality steel, durable epoxy paint based surface treatments and reinforced design for remarkable strength.
• 1.5 mm thick steel sheet on the panels and 1.8 mm on the doors.
• Electrophoresis treatment and hot-cured polyester epoxy powder.
• White color RAL 9001, textured appearance.
• Degree of protection: IP55 (IEC 60529).
• Degree of protection against mechanical shocks: IK10 with door (IEC 62262).
• Frame dimensions:
  2 widths:
  – 700 mm (for functional units)
  – 300 mm (for vertical ducts with bars or cables)
  2 depths:
  – 500 mm (up to 1600 A).
  – 800 mm (up to 4000 A).
• Height: 2000 mm.

Like Prisma P, Prisma PH contributes to the safety of people, as well as to the reliability and continuity of service of the electrical installation.
Thanks to its reinforced metal structure, it combines exceptional robustness with versatility and flexibility, resisting severe environments and heavy loads.
Prisma PH is ready to work in any condition.
Like Prisma P, Prisma PH is a kit solution for low voltage electrical distribution panel cells:

• The components (switchgear, busbars, etc.) have been designed to work together.
• All the most demanding electrical panel configurations have been tested and comply with IEC standards.

Service continuity solutions for electrical installations

Continuity of service adapted to each level of requirement

All sectors of activity are more or less sensitive to the continuity of service of electrical distribution.
For some sectors, it can be a determining factor in the sustainability and growth of the business.
The continuity of service must therefore be studied for each application in order to optimize the electrical distribution to the specified need.
The challenges of service continuity are major. Even a very short interruption in electricity distribution can have serious consequences for the business.

Continuity of Service Solutions for Operation, Maintenance, Evolution

All the solutions proposed are verified in accordance with standards NF EN 61439-1 and NF EN 61439-2. The system solutions offered only integrate Schneider Electric products for a total guarantee of compatibility and operation.
In order to guarantee the safety of people, the solutions on bases, frames, disconnectable and withdrawable strips all have pre-tripping levers to guarantee the opening of the circuit breaker in the event of removal of the latter in the closed position.

Functional unit with device on a disconnectable strip in the presence of voltage
Disconnectable IS 223: (corresponding to standard IEC 61439-2: WFD).

• Strong continuity of service.
• Maintenance intervention duration less than 1 hour.
• Intervention in the presence of voltage.

Functional unit with device on a plug-in strip in the presence of voltage
Withdrawable IS 233: (correspondence to standard IEC 61439-2: WWW).

• Strong continuity of service.
• Maintenance intervention time less than 1/4 h.
• Intervention in the presence of voltage.

Security of power distribution and supervision solutions for operating theaters

A manufacturer’s solution

• All components of this solution are designed, manufactured and tested by Schneider Electric for
  work together, and be implemented by trained and approved partners.
• Schneider Electric offers maintenance plans and operating procedures related to this solution.
• Schneider Electric ensures the durability of the components throughout the life of the installation.

Secure electrical distribution

• The Schneider Electric solution integrates a transformer and an insulation monitor that comply with the standards required to supply power to medical devices after the 1st fault.
• The continuity of the power supply is ensured thanks to the full coordination of all Schneider Electric components and thanks to the inverter.
• The Schneider Electric solution is designed, wired and tested to reduce electromagnetic interference in accordance with standard IEC 60364-4-4-44.

Monitoring and traceability of events

The Schneider Electric solution integrates a monitoring system for:

• Inform maintenance personnel and medical personnel in real time in the event of an electrical fault.
• Monitor the environment of the operating room.
• Record events and environmental data.

Strengthen patient safety

Ensuring the proper functioning of operating rooms is an essential issue for the hospital.

Ensure continuity of service

Because nothing should disturb the medical team during the operations.

Improve the efficiency of hospital staff

A controllable environment, equipment that works perfectly, means more comfort and less stress for more serene work.

Power Outage Insight Solution

With POIS, Schneider Electric offers the first solution capable of giving the electrical installation very high operating reliability, monitoring it and informing the operator of any technical contingencies and their budgetary consequences.
POIS acts as a technical expert, based in the heart of electrical installations.
24 hours a day, 7 days a week, it checks the availability of secure energy, warns the operator about the quality of the electricity, informs about predictive maintenance actions and, in the event of a breakdown, provides a real-time diagnosis for quickly identify the source of the problem and thus allow maintenance personnel to restore normal operation of the installation.

By combining just a few components, the POIS solution generates all the data needed to:

• Manage an electrical failure in an optimized way in complete safety
• Develop the predictive maintenance program (s) to prevent serious failures leading to switching to backup power solutions.
  In normal operation, the solution provides real-time diagnostics, delivering essential information on the status of protection equipment (switches and circuit breakers) as well as on the status of loads:
• Number of cuts made by each device.
• The instantaneous load of each.
• The mechanical endurance of the equipment.
• The state of maintenance.

The POIS offer is made up of 2 essential components:

• Power E-Box, an on-board computer integrated into the main panel and connected to Masterpact NT / NW and Masterpact NT / NW, Compact NS and NSX circuit breakers, and to Power Meter & ION controllers with a software application installed on the computer allowing monitor the electrical installation in real time.
• An input / output module providing the computer with additional functions (Zigbee signal, GMS modules, temperature, vibration or humidity sensors, etc.) for optimum efficiency + inputs.

Energy management with Prisma P

Smart Panel tables: powerful technologies, easy to use

The Smart Panel solution is not limited to basic functions and envelopes, but includes new functions for collecting and transmitting energy data from the main board and all the auxiliary boards, making it a tool for extremely flexible and precise energy management.

Smart Panel Solution

The Smart Panel solution automates the collection of energy usage data, eliminating manual meter readings that are time-consuming and error-prone.
Automatic metering at source lets you know exactly how and where the building is consuming energy. It can also intelligently aggregate energy usage data:

• By zones (offices, storage, parking lots, etc.)
• By type of use (lighting, heating, domestic hot water, etc.).

Rapsody software

Rapsody software saves time during the design and costing phases.
Greater flexibility thanks to the possibilities of modifications and updates throughout the project.

5 steps only to design an electrical panel:

Examples of panel configurations

Arrival device

Masterpact NT 1000 3P: Withdrawable, front sockets Power supply by Canalis.

Division
Linergy LGY busbar.

Departure devices

> Compact NSX250: Fixed vertical, front terminals, toggle control.
Power supply: Linergy FC distributor.
Connection: Direct by cables.

> Compact NSX250: Fixed horizontal, front terminals, toggle control.
Power supply: Prefabricated link.
Connection: Placed in the cable compartment L = 400 mm.

> Compact NSX400: Fixed horizontal, front terminals, crank pin control.
Power supply: Prefabricated link.
Connection: Placed in the cable compartment L = 400 mm.

> Acti 9 devices
Power supply: Linergy FM 80 A, Linergy FH.
Circulation of wiring Bracelets, chutes.
Linergy TA connection in the cable compartment L = 300 mm.

> Motor protection devices
Power supply: Linergy FH.
Circulation of wiring Bracelets, chutes.
Linergy TA connection in the cable compartment L = 300 mm.

Envelope

Cubicle for switchgear L = 800/650 mm. P = 400 mm.
Cable compartment L = 300/400 mm. P = 400 mm.

The functions of an electrical panel

(1) Distribution function
Linergy LGY busbar in busbar compartment L = 150 mm.
Linergy LGYE horizontal busbar.
Linergy BW busbar.
(2) Equipment compartment L = 650 mm.
(3) Connection compartment L = 400 mm.

(1) Swivel faceplate support.
(2) Roof.
(3) Background.
(4) Front trim.
(5) Cable gland plates.
(6) Side cladding.

Linergy, distribution solutions

(1) Solutions available up to 4000 A.

• Connection without drilling (with LGY and LGYE profiles).

(2) Compact solution (3 x 4P / 4 x 3P).

• Reliable connection.
• Dedicated to Compact NSX up to 250 A.

(3) Compactness

• Simplicity of implementation.
• Dedicated to Compact NSX.

(4) Ease of implementation.

• Consistency and interoperability guaranteed.

The patented Linergy LGYE-LGY system is based on decades of Schneider Electric expertise in electrical distribution systems. It is certified in accordance with the IEC 61439-2 standard by ASEFA.

Linergy’s unique profile has been designed for guaranteed and validated characteristics and performance
up to 4000 A.
Heat is dissipated by conduction and radiation.
Unlike tin-plated aluminum busbars, Linergy LGYE-LGY busbars have a very robust contact track made of copper to guarantee optimum quality and reliability of the connections.

Cold spraying, the patented Linergy LGYE-LGY system uses a supersonic flame coating process for a robust copper contact surface.
Linergy LGYE-LGY busbars are twice as light as Linergy BS bars of equivalent sizes, for more fuel-efficient transport, more convenient handling and easier installation.
Linergy LGYE-LGY bars are extruded to obtain a unique profile, with solid parts and recessed parts, thus improving rigidity, heat dissipation and short-circuit withstand up to 100 kA / 1 s (Icw).

Linergy accessories
Linergy is a complete busbar system that includes all connections, screws, bolts, insulating brackets and other accessories for assembly without drilling.

Linergy LGYE 630 A to 4000 A Horizontal / vertical

The Linergy solution, a complete set of horizontal and vertical busbars functional up to 4000 A:

• 630 A to 4000 A.
• Icw of 85 kA / 1 s for configurations from 630 A to 1600 A.
• Icw of 100 kA / 1 s for configurations from 2500 A to 4000 A.
  More power in the same panel volume.
  No need to drill any more, thanks to the Linergy concept, greater accessibility to connect bars, links and fishplates.
  Full compatibility for Linergy LGYE with existing vertical Linergy BS busbar 630 to 1600 A.
  Replacement of Linergy BS horizontal top / bottom busbars by Linergy LGYE up to 4000 A.
  Reuse of the existing Linergy 1000 to 1600 A and Linergy LGY double busbar or replacement with vertical Linergy LGYE from 2000 to 4000 A.

Horizontal busbar from 630 to 4000 A
The Linergy LGYE busbar can be installed independently at the top or the bottom of a grid.

• Dimensions for 630 A to 2500 A: 150 mm.
• Dimensions for 3200 to 4000 A: 200 mm.
• The fixing principle is based on that of the Linergy BS busbar, avoiding any constraints on the installer.

• Horizontal busbar:
  • Functionalized profiled bar L = 2000 mm.
  • For bars from 630 to 2500 A, a single track is integrated over the entire length.
  • For bars from 3200 to 4000 A, a double track is integrated over the entire length.

Vertical busbar from 630 to 4000 A
The Linergy LGYE busbar can be mounted vertically for all ratings:

• 630 to 2500 A, L = 150 mm.
• 3200 to 4000 A, L = 300 mm.

• Vertical busbar:
  – Profiled bar L = 2000 mm to be cut to 1675 mm for connection with horizontal busbar from 630 to 1600 A.
  – Functionalized profiled bar L = 1625 mm from 2000 A to 4000 A for connection with horizontal busbars of 2000 A and 4000 A.

Linergy LGY lateral busbar

Linergy LGY busbar from 630 to 1600 A

• Can be installed independently on the left or the right of a frame L = 800 mm (650 + 150), and allows distribution on either side.
• For an Icw y 40 kA eff / 1 s, 2 supports in the “useful” area are sufficient to hold the bars. A third support is positioned at the bottom and is also used for wedging the bars.

• Very rigid profile to better contain the electrodynamic effects.
• Connection points accessible from the front and adjustable to the full height.
• Compatible with all Prisma P prefabricated connections.

Linergy LGY busbar up to 3200 A
2 busbars are installed in parallel in 2 adjacent 800 mm wide frames (650 + 150).
They must be connected by 3 equipotential links.
Generally, these are made up of:

• The horizontal busbar.
• A connection in the middle and at the bottom of the vertical busbars.

Linergy BS Horizontal and lateral busbar

Horizontal busbar from 800 to 3200 A
Horizontal busbars up to 3200 A installed in the same footprint.

• Horizontal busbar:
  – Linergy BS solid bar L = 2000 mm, 5 mm thick.
  – Linergy BS solid bar L = 2000 mm, thickness 10 mm.

Lateral busbar from 800 to 3200 A

• Installs independently on the left or the right of a frame L = 800 mm and allows distribution on either side.
• 3 fixed supports (04661) are compulsory.
  When more than 3 supports are required, use flying supports (04662).
• Busbar wedging: the busbar is wedged by a lower support (04663).
• Linergy BS perforated bars 5 mm thick (up to 1600 A), L = 1675 mm.
• Linergy BS perforated bars 10 mm thick (up to 2500 A), L = 1675 mm.
• Has a double hole diameter 10 mm at 25 mm intervals over the entire height.
• This busbar does not allow the use of prefabricated links in Prisma P.

Linergy and Prisma P

At the head of the table

Connection of feeders in spring terminals: reliable connections, maintenance-free.
Horizontal or vertical installation, in an optimized volume.

Linergy DS

Simplified feeding of group heads.
Ease and comfort of cabling thanks to great accessibility.

Linergy BW up to 630 A
Compact busbar ready to be installed (supplied complete with supports and obturators).

Linergy BS 160 to 630 A stepped distributor
Versatile traditional solution.
Multiple installation possibilities.

On rows of devices

Linergy FC 100/250 A
Tested solution meeting all needs up to currents of 800 A.
Quality of the tightening of the connections requiring no maintenance.
For greater scalability of the table.

Linergy DX 125 to 160 A
Electrical connection by spring terminals: tightening guaranteed over time.
Aesthetic front panel allowing perfect integration alongside modular devices.

Linergy FM 63/200 A
Reliable, maintenance-free spring-loaded connections.
Speed of implementation.
Flexibility of evolution: replacement or addition of devices.
Ease of phase balancing.

Linergy FH 80 to 125 A
Versatile traditional solution.
Multiple installation possibilities.

Linergy TB 63/160 A
Quick connect earth bar.
Linergy TR
Innovative solution.

IEC 61439 standard

Both the energy point of arrival and the distribution unit for site applications, the LV switchboard is the intelligence of the device, at the heart of the electrical installation.
It plays a key role in the availability of electrical energy, while meeting the security needs of people and property. Its definition, design and installation are based on precise rules; improvisation is not in order. The purpose of the IEC 61439 standard is to better define “low voltage switchgear assemblies”, ensuring that the specified performance is achieved. It specifies in particular:

• the responsibilities of each person involved, distinguishing those of the original manufacturer, the organization which carried out the original design and the associated verification of an assembly in accordance with the standard, from that of the assembly manufacturer – the organization taking responsibility for the finished assembly;
• the design and verification rules, constituting a reference system for the certification of products.
  All the components of the electrical panel are covered by standard IEC 61439. Equipment produced in accordance with the requirements of this panel standard ensures the safety and reliability of the installation.

Only equipment produced in accordance with the requirements of IEC 61439-1 and 2 guarantees the safety and reliability of the installation.
The person in charge of an installation, aware of the professional and legal risks to which he and his company are exposed, demands a high level of safety from his electrical installation.
On the other hand, the serious economic consequences resulting from prolonged production stoppages require the electrical panel to have perfect continuity of service, whatever the operating conditions.

The Schneider Electric solution

• Prescribe a table in accordance with standard IEC 61439-1 and 2.
• Guarantee 100% validated safety from commissioning and throughout the life of the installation.
• Sustain the investments by upgrading the installation in accordance with the standard.
• The certainty of having a table in accordance with the specifications.

The table tested Prisma

This is a table with proven compliance.
A Prisma array is:

• Made up of Schneider Electric LV components and switchgear all in accordance with their respective standards.
• Established on the basis of the catalog configurations.
• Made up of mechanical and electrical components of the Prisma and Linergy systems having undergone all the verifications of the original manufacturer.
• Fitted and wired by the panel builder in accordance with the rules of the art.
• Subject to individual serial verification.
  The project manager has all the means, made available to him by Schneider Electric, to carry out
  Prisma tested switchboards: basic configurations of the low voltage distribution catalog, files
  necessary for the design and installation of tables, calculation software, design, etc.
  He can prove conformity with standard IEC 61439-1 and 2 by presenting declarations or certificates of conformity to type tests, carried out by independent laboratories (ASEFA, ASTA, KEMA, etc.) and supplied by Schneider Electric.
  He engages his own responsibility by carrying out the individual serial verification and by establishing the corresponding declarations of conformity.

The IEC 61439 standard clearly defines the type of checks that must be carried out by each of the 2 manufacturers involved in the conformity to the standard of the final equipment: the original manufacturer, guaranteeing the design of the entire system and the overall manufacturer, responsible of the final conformity of the table.

The 10 main functions of IEC 61439

For each of the 10 functions below, the IEC 61439 standard requires system builders to carry out design verifications – essentially via type tests – and panel builders to carry out routine verifications to ensure 3 main functions: safety, continuity of service and compliance to the requirements of the end customer.

– security
Ability to withstand tensile stresses
Withstand permanent voltages and transient and temporary overvoltages in accordance with the principles and requirements of isolation coordination.

Ability to carry current
Protect against burns and resist overheating:

• When any circuit is loaded on its own, continuously, at the specified current.
• When the assembly is charged at the specified current in accordance with the specified load profile (between circuits and / or as a function of time).

Ability to withstand short circuits
Withstand the stresses resulting from the presumed short-circuit current and associated data (high forces between conductors, heating in a very short time, air ionization, overpressure).

Protection against electric shock

• Dangerous active parts must not be accessible (main protection).
• The accessible conductive parts must not become dangerous (protection in the event of a fault).

Protection against the risk of fire or explosion

• Resistance to incandescent internal elements.
• Note: the protection of people as well as optional protection of the assembly against an arc due to an internal electrical fault can be specified by a “special test” according to IEC 61641.

–

Continuity of service
Aptitude for maintenance and modifications
Ability to maintain continuity of service without compromising safety during maintenance or modifications of the assembly:

• Electrical state of the assembly and its various circuits.
• Speed of exchange of functional units.
• Test facilities …

Electromagnetic compatibility
Operate correctly (immunity) and not generate EM disturbances (emission) under specified environmental conditions:

• Industrial networks or sites (Environment A).
• Residential, commercial and light industrial sites (Environment B).

–

Compliance with end customer requirements
Ability to operate the electrical installation
Operate properly, in accordance with:

• The electrical diagram of the network and associated information (voltages, coordination, etc.).
• The specified facilities (eg free or restricted access to Human-Machine Interfaces, isolation of outgoing circuits, etc.).

Suitability for installation on site

• Resist handling, transport, storage … and installation constraints.
• Suitability for assembly and connection (type of enclosure, type, material and sections of external conductors).

Protection of the whole against the mechanical and atmospheric environment

• Presence of water or solid foreign bodies (IP according to IEC 60529).
• External mechanical impacts (IK according to IEC 62262).
• Indoor or outdoor installation (humidity, UV).

–

IEC 61439-1 and 2 paragraph 11.4
Protection against electric shock and integrity of protection circuits
You should visually check:

• The presence of protective screens against direct and indirect contact on live parts.
• The presence of the PE conductor.
  The continuity of the protection circuits is ensured by compliance with the assembly instructions supplied with each product.

–

IEC 61439-1 and 2 paragraph 11.5
Integration of embedded components
The assembly manufacturer should follow the original manufacturer’s instructions for installing and wiring the components used.

–

IEC 61439-1 section 11.6
Internal electrical circuits and connections
Schneider Electric recommends marking the nut using a tinted acrylic varnish, indelible and resistant to temperature.
It allows:

• Not only a self-check to ensure effective tightening to the torque.
• But also to identify any loosening.

–

IEC 61439-1 and 2 paragraph 11.9
Dielectric properties
The main, auxiliary and control circuits connected to the main circuit must be subjected to the test voltage.

–

IEC 61439-1 and 2 paragraph 11.10
Wiring, operating performance and function
Verification of compliance with plans, nomenclature, diagram, wiring and markings.

Shapes according to IEC 61439-1 & 2

The form of the separation and the degrees of protection must be agreed between the manufacturer and the user.

In most installations, Prisma P cubicles do not require any particular partitioning.
The electrical panel is then Form 1.
In a constant concern for safety, Schneider Electric offers arrangements that go well beyond the recommendations of the standard.
In fact, the protection of people and property is guaranteed from the outset:

• By the presence of the faceplates which can only be opened using a tool.
• By locking the doors sometimes giving access to live parts.
• By systematically installing terminal shields on Compact NSX circuit breakers, as well as on Compact INS and INV switches.
• By a cover of the upstream and downstream ranges of the inlet device, which allows the operator to be in perfect safety anywhere in the switchboard when the device is open.
  Prisma P also offers various partitions that allow partitions to be made inside the cubicles, and thus form electrical panels of Form 2, 3 and 4.
  The electrical panel must comply with the degree of protection IP2X according to standard IEC 61439-1 and 2.

Shape 2b
Terminals for external conductors separated from the busbars.
Functional units and terminals are separated from the busbar.

Shape 3b
Terminals for external conductors separated from the busbars.
The functional units are separated from each other and separated from the busbars.
The terminals are separated from the busbars, but are not separated from each other.

Shape 4a
Terminals for external conductors in the same compartment as the functional unit to which they are associated.

Shape 4b
Terminals for external conductors which are not in the same compartment as the functional unit to which they are associated, but in protected spaces or separate and closed individual compartments.

Partition Form 1
Covering of the upstream and downstream ranges of all devices.
The protection of people and property is ensured by:

• Systematic installation of terminal covers on Compact NSX circuit breakers, as well as on Compact INS and INV switches.
• Covering of the upstream and downstream ranges of the incoming device, which allows the operator to be in perfect safety anywhere in the switchboard when the device is open.

Partition Form 2
Separation between busbars and functional units
Form 2b partitioning is essential to ensure excellent protection of the installation and of those working in the switchboard.

• Protection against contact with active parts upstream of feeders.
• Protection against the passage of solid foreign bodies.
  Added to the original protections (terminal shield, prefabricated connections, etc.), it prohibits all direct contact with live parts.

Partition Form 3
Separation of functional units from one another + Separation between connection terminals and devices
Form 3b partitioning is essential to ensure excellent protection of the installation and of those working in the switchboard.

• Protection against contact with live parts.
• Limitation of the risk of faults between each of the functional units (propagation of electric arcs, etc.).

Partition Form 4
Separation of busbars from functional units + separation of all functional units from one another + terminals for external conductors
Form 4 partitioning is essential to ensure excellent protection of the installation and of those working in the switchboard.

• Protection against contact with live parts and limitation of the risk of faults between each of the functional units (propagation of electric arcs).
  In addition to the partitioning of the main busbar (Form 2) and the horizontal screens separating the
  functional units (Form 3), the cubicle must be equipped:
• Form 4 cable gland plates to make Form 4a.
• Hoods for deferred connection Form 4 to achieve Form 4b.
• Form 4b: the terminals are installed in protected spaces or compartments.

IP30 / 31/55 cells

Thought out down to the smallest detail, Prisma P cubicles allow all common switchgear configurations up to 4000 A.
A reduced number of references facilitates the choice while offering essential functionalities such as:

• Multiple associations.
• Variety and interchangeability of casings, IP30 or IP55 without adding a seal.
• Full accessibility to all switchboard connection points.
• Sufficiently wide cable compartment.
• Height capacity: 36 modules of 50 mm.
  With a discreet aesthetic, where the purity of the lines is combined with the softness of the RAL 9001 color curves in the shape of an ogive, Prisma P cells are naturally integrated in all tertiary and industrial sites.
  They comply with the IEC 62208 standard.

Around the same frame, all the casing panels (IP30 or IP55) are fixed by 1/4 turn devices.
Electrical continuity is achieved naturally, without the addition of staples or ground braid.

The framework

With closed profiled uprights, the framework combines lightness and rigidity. Its compactness allows a gain in useful volume of about 15%. Very ergonomic, it has no sharp edges.
The assembly, carried out with only 12 directly accessible screws, is particularly fast.
The uprights are provided with wing holes at 25 mm intervals. A starting mark (zero point) allows a meter to be hooked to measure the useful height necessary for installing a device.
Markings installed every 50 mm with a double marking every 100 mm facilitate the counting of modules. A ground fixing device also allows the adjustment of the flatness.

The faceplates are fitted with clip-on grippers with integrated 1/4 turn closure for quick handling and installation.
The sealing function is directly integrated into the gripper fixing mechanism.

Swivel frame support

It allows direct and instant access to the equipment.
Reversible, it is articulated around two pre-assembled hinges.
2 screws are enough to fix it on the frame.

The doors

Solid or transparent, reversible right-left, door assembly is particularly quick and easily carried out by a single person.
The pre-assembled hinges lock on 1/4 turn studs. The handle installed as a block in its location is locked by clipping.
All the attachment points are located at the front of the uprights and leave the useful space free for the equipment.
In width 800 mm, the doors are delivered with a screen L = 150 mm preventing access to the busbar.
The push-pull handle offers a wide choice of locking.

Bottom panels

IP30 panels consist of 2 1/2 identical and interchangeable panels, very easy to handle.
They are extra flat to save floor space.
Openings ensure natural ventilation of the painting.
The IP55 panels are reinforced (IK10), and have centering pins which facilitate their installation.

Side panels

Thanks to their ergonomics and rounded edges, they are very easy to handle.
Their installation is guided from below using the hooking pins.
Like all trim panels, they are very quick to attach using 1/4 turn devices.

The roof

Extra flat panel to allow passage of the switchboard under all the doors, it has 4 openings allowing the lifting rings to pass.
These can be installed and removed without removing the roof.

Cover panels

Front cladding:

• For 650 and 800 mm wide frames.
  In front of the swivel faceplate support frame is installed:
  – Or a solid door (IP30 or IP55).
  – Or a transparent door (IP30 or IP55).
  – Or a covering frame (IP30).

• For 300 and 400 mm wide frames.
  It is achieved by a solid door (IP30 or IP55).
  Rear cladding:
  It is made with a bottom panel:
  – In 2 parts for IP30 panels.
  – In 1 single part, reinforced, for IP55 panels.
  It can also be made using a solid door, especially for switchboards with rear connection (depth 800/1000).
  Side cladding:
  It consists of a set of 2 panels (IP30 or IP55).
  In case of a back to back combination (double depth), 2 sets of 2 panels must be used.
  Roof
  There is a solid roof (IP30 or IP55) for each frame dimension.
  Cable gland plates:
  They are essential, whatever the degree of protection of the table to be respected.
  For each dimension of the frame, there are solid (IP55) or two-part (IP30) cable entry plates.

Degrees of protection

IP30 table:
Use :

• IP30 covering panels with door or covering frame.
• IP30 solid roofs.
• The cable gland plates (solid or in two parts).

Table IP31:
Use :

• IP30 covering panels with door.
• IP30 solid roofs.
• The IP31 waterproofing kit.
• The cable gland plates (solid or in two parts).

IP55 table:
Use :

• IP55 covering panels with door.
• IP55 solid roofs.
• The solid cable gland plates.
  In the event of a combination of frames, use the IP55 sealing kit for lateral association.

Dress configuration
Table depth 400
For making boards with front connection.

• Front paneling
  In front of the swivel faceplate support frame is installed:
  – Either an IP30 or IP55 transparent door.
  – Either a solid door IP30 or IP55.
  – Or a fixed IP30 functional casing.
• Rear cladding: made by a screwed back.
• Side cladding: made by 1 set of 2 panels.
• Full roof.
• Plain or 2-part cable gland plates.

Table 1 nomenclature
(1) 08406: frame L = 650, P = 400, H = 2000.
(2) 08566: faceplate support frame L = 650.
(3) 08576: functional panel L = 650.
(4) 08736: bottom L = 650 (2 1/2 panels).
(5) 08750: set of 2 side panels P = 400.
(6) 08436: solid roof L = 650, P = 400.
(7) 08486: solid cable gland plate L = 650, P = 400.

Table depth 600
For making boards with front connection.

• Front cladding.
  In front of the swivel faceplate support frame is installed:
  – Either an IP30 or IP55 transparent door.
  – Either a solid door IP30 or IP55.
  – Or a fixed IP30 functional casing.
• Rear cladding: made by a screwed back.
• Side cladding: made by 1 set of 2 panels.
• Full roof.
• Plain or 2-part cable gland plates.

Table 2 nomenclature
(1) 08603: framework L = 300, P = 600, H = 2000.
(2) 08607: frame L = 800, P = 600, H = 2000.
(3) 08606: frame L = 650, P = 600, H = 2000.
(4) 08566: faceplate support frame L = 650.
(5) 08513: solid door L = 300.
(6) 08538: transparent door L = 800 (supplied with a screen for the bar compartment L = 150).
(7) 08536: transparent door L = 650.
(8) 08733: bottom L = 300 (2 1/2 panels).
(9) 08738: bottom L = 800 (2 1/2 panels).
(10) 08736: bottom L = 650 (2 1/2 panels).
(11) 08760: set of 2 side panels P = 600.
(12) 08633: solid roof L = 300, P = 600.
(13) 08638: solid roof L = 800, P = 600.
(14) 08636: solid roof L = 650, P = 600.
(15) 08683: solid cable gland plate L = 300, P = 600.
(16) 08687: solid cable gland plate L = 800, P = 600.
(17) 08686: solid cable gland plate L = 650, P = 600.

Table depth 800
Made up of 2 cells associated in depth.
Allows rear connection.

• Front paneling
  In front of the swivel faceplate support frame is installed:
  – Either an IP30 or IP55 transparent door.
  – Either a solid door IP30 or IP55.
  – Or a fixed IP30 functional casing.
• Rear cladding: made by a screwed back.
• Side cladding: made by 1 set of 2 panels.
• Full roof.
• Plain or 2-part cable gland plates.

Nomenclature
(1) 08407 x 2: 2 frames L = 800, P = 400, H = 2000.
(2) 08406 x 2: 2 frames L = 650, P = 400, H = 2000.
(3) 08566: faceplate support frame L = 650.
(4) 08578: fixed functional cladding L = 800 (supplied with a wicket L = 150).
(5) 08576: functional panel L = 650.
(6) 08518: solid door L = 800 (supplied with a screen for the bar compartment L = 150).
(7) 08516: solid door L = 650.
(8) 08750 x 2: 2 sets of 2 side panels P = 400.
(9) 08438 x 2: 2 solid roofs L = 800, P = 400.
(10) 08436 x 2: 2 solid roofs L = 650, P = 400.
(11) 08487 x 2: 2 solid cable entry plates L = 800, P = 400 Association of IP30 cubicles with functional covers.
(12) 08486 x 2: 2 solid cable entry plates L = 650, P = 400.
08719 x 2: double depth combination kit.

Table depth 1000
Made up of 2 cells associated in depth.
Allows rear connection.

• Front paneling
  In front of the swivel faceplate support frame is installed:
  – Either an IP30 or IP55 transparent door.
  – Either a solid door IP30 or IP55.
  – Or a fixed IP30 functional casing.
• Rear cladding: made by a screwed back.
• Side cladding: made by 1 set of 2 panels.
• Full roof.
• Plain or 2-part cable gland plates.

IP30 switchboard nomenclature
(1) 08607: frame L = 800, P = 600, H = 2000.
(2) 08606: frame L = 650, P = 600, H = 2000.
(3) 08407: framework L = 800, P = 400, H = 2000.
(4) 08406: frame L = 650, P = 400, H = 2000.
(5) 08566: faceplate support frame L = 650.
(6) 08538: transparent door L = 800 (supplied with a screen for the bar compartment L = 150).
(7) 08536: transparent door L = 650.
(8) 08518: solid door L = 800 (supplied with a screen for the bar compartment L = 150).
(9) 08516: solid door L = 650.
(10) 08760: set of 2 side panels P = 600.
(11) 08750: set of 2 side panels P = 400.
(12) 08638: solid roof L = 800, P = 600.
(13) 08636: solid roof L = 650, P = 600.
(14) 08438: solid roof L = 800, P = 400.
(15) 08436: solid roof L = 650, P = 400.
(16) 08687: solid cable gland plate L = 800, P = 600.
(17) 08686: solid cable gland plate L = 650, P = 600.
(18) 08487: solid cable gland plate L = 800, P = 400.
(19) 08486: solid cable gland plate L = 650, P = 400.
08719: double depth combination kit.

IP55 panel nomenclature
(1) 08607: frame L = 800, P = 600, H = 2000.
(2) 08606: frame L = 650, P = 600, H = 2000.
(3) 08407: framework L = 800, P = 400, H = 2000.
(4) 08406: frame L = 650, P = 400, H = 2000.
(5) 08566: faceplate support frame L = 650.
(6) 08548: transparent door L = 800 (supplied with a screen for the bar compartment L = 150).
(7) 08546: transparent door L = 650.
(8) 08528: solid door L = 800 (supplied with a screen for the bar compartment L = 150).
(9) 08526: solid door L = 650.
(10) 08765: set of 2 side panels P = 600.
(11) 08755: set of 2 side panels P = 400.
(12) 08658: solid roof L = 800, P = 600.
(13) 08656: solid roof L = 650, P = 600.
(14) 08458: solid roof L = 800, P = 400.
(15) 08456: solid roof L = 650, P = 400.
(16) 08687: solid cable gland plate L = 800, P = 600.
(17) 08686: solid cable gland plate L = 650, P = 600.
(18) 08487: solid cable gland plate L = 800, P = 400.
(19) 08486: solid cable gland plate L = 650, P = 400.
08717 x 2: IP55 sealing kit for lateral association.
08719 x 2: double depth combination kit.

IP30 corner kit

Metal sheath with bar supports.
Used to create and protect the connection of the horizontal busbars of 2 panels installed at right angles.
This kit requires a length of 1080mm of Linergy LGYE.
Also order the splice kit, including the 4 copper connections and the screws:

• 2 x 04610 for Linergy LGYE 630-1600 A.
• 2 x 04611 for Linergy LGYE 2000-2500 A.
• 2 x 04613 for Linergy LGYE 3200-4000 A.

Installation accessories

Many installation accessories exist such as:

• The bases.
• Handling and rolling bases.
• Lifting rings.
• Frame stabilizer.
• Flatness adjustment kit.
• Kit for fixing to a false floor.
• Floor and wall fixing kit.
• Breastplate accessories.
• Clip-on labels.
• Engraving plates.
• Self-adhesive supports.
• Symbol plates.
• Adhesive synoptics.
• Table identification plate.
• Plan holder pocket.
• Touch-up brush.
• Handles and padlocking device.
• Barrels and inserts.
• Connection to the earth.
• Ventilation accessories (see in the thermal management blog).

Optimization of electrical networks

Prisma P cells are designed to allow the installation of VarplusCan reactive energy compensation modules, which improves the quality of the electrical network and reduces the consumption of reactive energy.
These modules are made up of capacitors, contactors and suitable protections against internal faults.

The modules can be supplied via a vertical Linergy-type busbar.

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