Section 2 - Internal Components - Reykjafell | Lausnir í … · · 2015-03-23Logstrup enclosures...

Internal ComponentsIndex

1.0Date: Made By: Approved By: Rev. no. Section: 07/02/12 RO'C PEB 005 02

w w w . l o g s t r u p . c o m

DESCRIPTION PAGE

Introduction................................................................................................................................................................... 2.0

ORDERING INFORMATION

Forms of Separation .................................................................................................................................................... 3.0Base Cover, Front Plate and Blankplates .................................................................................................................... 6.0Bottom Cover Plate and End Cover.............................................................................................................................. 7.0Side Plates type EPC ................................................................................................................................................... 8.0Vent Plates and Vent Flaps........................................................................................................................................... 9.0Front and Rear Cover Plates ........................................................................................................................................ 10.0Rear Cover Plate (Release) & Release Cover ............................................................................................................. 11.0Rear Cover Plates (Cableway) ..................................................................................................................................... 12.0Partition Plates and Brackets ....................................................................................................................................... 13.0Joint Brackets and Stop End Plates ............................................................................................................................. 14.0Explosion Duct ............................................................................................................................................................. 15.0Explosion Flap.............................................................................................................................................................. 16.0Main Busbar Cover and Cover Plates .......................................................................................................................... 17.0Mounting plates and brackets....................................................................................................................................... 18.0Dividing Plates.............................................................................................................................................................. 19.0Mounting Plates type ETM and Brackets ..................................................................................................................... 20.0Cross Bars.................................................................................................................................................................... 22.0Compartment Boxes..................................................................................................................................................... 23.0Meter Unit .................................................................................................................................................................... 24.0M.C.B Units .................................................................................................................................................................. 28.0Bending Tools ............................................................................................................................................................... 32.0

ASSEMBLY INSTRUCTIONS

Sideplates..................................................................................................................................................................... 33.0Compartment Boxes..................................................................................................................................................... 34.0

TERMINOLOGY & DIMENSIONS

Functional Units, Cableways and Explosion Sections .................................................................................................. 36.0

Internal ComponentsIntroduction

2.0 Section: Rev. no. Approved By: Made By: Date: 02 004 JLI RO'C 07/02/12

INTRODUCTION This section contains the internalcomponents in the Logstrup modularsystem.The internal components enableenclosures to be divided into 4 separatesections.1. Explosion / Ventilation sections2. Functional unit sections3. Busbar sections4. Cable waysThe forms of separation between thesesections may be varied depending on theapplication to improve the safety level ofthe enclosures. The modular range of internalcomponents make it possible to constructLogstrup enclosures of all sizes to Forms1, 2a, 2b, 3a, 3b, 4a and 4b in accordanceto IEC 60439-1, IEC 61439 series andother national standards.The form of separation is subject to anagreement between the manufacturer andthe client.


Internal ComponentsForms of Separation



IEC 60439-1

One or more of the following conditions can be attained by dividing ASSEMBLIES by means of partitions or barriers (metallicor non-metallic) into separate compartments or enclosed protected spaces:

- protection against contact with hazardous parts belonging to the adjacent functional units. The degree of protection shall be at least IPXXB;

- protection against the passage of solid foreign bodies from one unit of an ASSEMBLY to an adjacent unit. The degree of protection shall be at least IP2X.

NOTE The degree of protection IP2X covers the degree of protection IPXXB.

The form of separation and higher degrees of protection shall be the subject of an agreement between manufacturer anduser.

Main Criteria Subcriteria Form

No internal separation Form 1

Separation of busbars from the functional units

Terminals for external conductors not separated frombusbars

Form 2a

Terminals for external conductors separated frombusbars

Form 2b

Separation of busbars from the functional units andseparation of all functional units from one another.Separation of terminals for external conductors fromthe functional units, but not from those of otherfunctional units


Form 3a


Form 3b

Separation of busbars from all functional units andseparation of all functional units from one another.Separation of terminals for external conductorsassociated with a functional unit from those of anyother functional unit and the busbars

Terminals for external conductors in the samecompartment as the associated functional unit

Form 4a

Terminals for external conductors not in the samecompartment as the associated functional unit, but inindividual, separate, enclosed protected spaces orcompartments

Form 4b


4.0 Section: Rev. no. Approved By: Made By: Date: 02 005 PEB RO'C 07/02/12


IEC 61439-2

Typical arrangements of internal separation by barriers or partitions are described in Table 104 and are classified as forms

The form of separation and higher degrees of protection shall be the subject of an agreement between ASSEMBLYManufacturer and User.

PSC-ASSEMBLIES can be divided to attain one or more of the following conditions between functional units, separatecompartments or enclosed protected spaces:

- protection against contact with hazardous parts. The degree of protection shall be at least IP XXB;

- protection against the passage of solid foreign bodies. The degree of protection shall be at least IP 2X

NOTE The degree of protection IP 2X covers the degree of protection IP XXB.

Separation may be achieved by means of partitions or barriers (metallic or non-metallic), insulation of live parts or the integralhousing of a device e.g. moulded case circuit breaker.

Main Criteria Subcriteria Form

No internal separation Form 1

Separation of busbars from the functional units


Form 2a


Form 2b

Separation of busbars from the functional units andseparation of all functional units from one another.Separation of terminals for external conductors fromthe functional units, but not from those of otherfunctional units


Form 3a


Form 3b

Separation of busbars from all functional units andseparation of all functional units from one another.Separation of terminals for external conductorsassociated with a functional unit from those of anyother functional unit and the busbars

Terminals for external conductors in the samecompartment as the associated functional unit

Form 4a

Terminals for external conductors not in the samecompartment as the associated functional unit, but inindividual, separate, enclosed protected spaces orcompartments

Form 4b




The following are typical forms of separation by partitions:

FORM 1No internal separation.

FORM 2Separation of busbars from the functional units.

FORM 2ATerminals for external conductors not separatedfrom busbars.

FORM 2BTerminals for external conductors separated frombusbars.

Symbols used in IEC 60 439-1 figures from Annexe D and drawings from Log Cad system.Symbols used in IEC 61 439-2 figures from Annexe AA and drawings from Log Cad system.

Logstrup Indication of Form SeparationLogstrup Indication for External Terminal

(Fixed)

(Fixed)

(Fixed)

Busbars, including distribution busbars

Enclosure Internal separation Functional unit

Terminal(s) for external conductors




FORM 3ATerminals for external conductors not separatedfrom busbars.

FORM 3BTerminals for external conductors separated frombusbars.

FORM 4Separation of busbars from all functional units and separation of all functional units from one another.Separation of terminals for external conductors associated with a functional unit from those of any other functional unit andthe busbars.

FORM 4BTerminals for external conductors not in the samecompartment as the associated functional unit,but in individual, separate, enclosed protectedspaces or compartments.

The form of separation and higher degrees ofprotection shall be subject to an agreementbetween the manufacturer and the user.

FORM 4ATerminals for external conductors in the samecompartment as the associated functional unit.

(Fixed or Withdraw-

able)

(Fixed or Withdraw-

able)

(Fixed)

(Fixed)

(Fixedor

Withdrawable)

FORM 3Separation of busbars from the functional units and separation of all functional units from one another. Separation of terminals for external conductors from the functional units, but not from those of other functional units.




The UK National annex to BS EN 60439

The Internal separation of assemblies by barriers or partitions is specified in 7.7, and is

subject to agreement between the manufacturer and the user.

The table below gives additional information regarding different types of construction, based

on typical practice in the United Kingdom. Other types of construction are not precluded, and

it is not essential to adopt any of the listed types in order to comply with the requirements of

this British Standard. However, in order to achieve agreement between manufacturers and

users, it is recommended to adopt any of the listed types of construction.

Forms of separation

Main criteria

No separation

Separation of busbars

from the functional

units.


from the functional units

and separation of all

functional units from

one another.

Separation of the

terminals for external

conductors from the

functional units, but not

from each other.


from the functional units

and separation of all

functional units from

one another, including

the terminals for

external conductors

which are an integral

part of the functional

unit.

Sub-criteria

Terminals for external

conductors not separated from

busbars.


conductors separated from

busbars.


conductors not separated from

busbars


conductors separated from

busbars


conductors in same

compartment as associated

functional unit.


conductors not in the same

compartment as the

associated functional unit, but

in individual, separate,

enclosed protected spaces or

compartments

Form

Form 1

Form 2a

Form 2b

Form 3a

Form 3b

Form 4a

Form 4b

Type of construction

Type 1 Busbar separation is achieved by

insulated covering, e.g. sleeving,

wrapping or coatings.

Type 2 Busbar separation is by metallic or

non-metallic rigid barriers or partitions.


insulated coverings, e.g. sleeving,







Cables may be glanded elsewhere.






The termination for each functional unit

has its own integral glanding facility.







Terminals may be separated by

insulated coverings and glanded in

common cabling chamber(s).

Type 6 All separation requirements are by

metallic or non-metallic rigid barriers or

partitions.Cables are glanded in

common cabling chamber(s).

Type 7 All separation requirements are by

metallic or non-metallic rigid barriers or

partitions. The termination for each

functional unit has its own integral

glanding facility.




Form 1No internal separation

Form 2aSeparation of busbars from the functional units.Terminals NOT separated from busbars.

Form 2bSeparation of busbars from the functional units.Terminals separated from busbars.Type 1: Busbar separation by insulated coverings e.g sleeving, wrapping orcoatings.Type 2: Busbar separations by metallic or non metallic rigid barriers orpartitions.

Form 3aSeparation of busbars from the functional units. Separation of functional unitsfrom one another. Separation of terminals from functional units but not from eachother.Terminals NOT separated from busbars

Form 3bSeparation of busbars from the functional units. Separation of functional unitsfrom one another. Separation of terminals from functional units but not from eachother.Terminals separated from busbars.Type 1: Busbar separation by insulated coverings e.g sleeving, wrapping orcoatings.Type 2: Busbar separations by metallic or non metallic rigid barriers orpartitions.

Internal Enclosure Busbar Functional units cable separation including terminals glands

for external conductors

Form 1

Form 2a

Form 2bTypes 1 & 2

Form 3a

Form 3bTypes 1 & 2

Symbol keys




Form 4aSeparation of busbars from the functional units.Separation of functional units from one another.Separation of terminals of functional units Terminals in same compartment as functional unit.

Type 1: Busbar separation by insulated coverings e.g sleeving, wrapping or coatings. Cables glanded elsewhere.

Type 2: Busbar separations by metallic or non metallic rigid barriers or partitions. Cables glanded elsewhere.

Type 3: All separation by metallic or non metallic rigid barriers or partitions. The terminals for each functional unit have their own integral glanding facility.

Form 4bSeparation of busbars from the functional units.Separation of functional units from one another.Separation of terminals of functional units Terminals NOT in same compartment as functional unit.

Type 4: Busbar separation by insulated coverings e.g sleeving, wrapping or coatings. Cables glanded elsewhere.

Type 5: Busbar separations by metallic or non metallic rigid barriers or partitions.Terminals separated by insulated coverings. Cables glanded in common cabling chamber.

Type 6: All separation by metallic or non metallic rigid barriers or partitions. Cables glanded in common cabling chamber.

Type 7: All separation by metallic or non metallic rigid barriers or partitions. The terminals for each functional unit have their own integral glanding facility.

Form 4aTypes1 & 2

Form 4aType 3

Form 4bTypes 4,5 & 6

Form 4bType 7

Symbol keys

Internal Enclosure Busbar Functional units cable separation including terminals glands

for external conductors

Type X,Y,Z Description Order No. Order No. Assembly Aluzinc Code

X,Z MBA 2,2 Base cover 26630 3 MBA 2,3 Base cover 26633 3 MBA 2,4 Base cover 26633 3

MBA 3,2 Base cover 26631 3 MBA 3,3 Base cover 26634 3 MBA 3,4 Base cover 26634 3

MBA 4,2 Base cover 26632 3 MBA 4,3 Base cover 26635 3 MBA 4,4 Base cover 26635 3

MBA 5,3 Base cover 26636 MBA 5,4 Base cover 26636

X MFC 2 Front plate 26613 3 MFC 3 Front plate 26614 3 MFC 4 Front plate 26615 3 MFC 5 Front plate 26616

Z MBP 2 Blank plate 26641 3 MBP 3 Blank plate 26535 3 MBP 4 Blank plate 26535 3 MBP 5 Blank plate 26535 3

Screw 96758 6 M6 x 12 ISO7380 8.8 FZB

Clip nut 98077 6 M6

Poprivet 99010 6 3.2 X 6.7

Internal ComponentsBase Cover, Front Plate and Blank Plates

6.0 Section: Rev. no. Approved By: Made By: Date:

Drawing

02 004 PEB RO'C 07/02/12

BASE COVER & FRONT PLATESThe base cover and front plate separatethe busbar section from the cablewaysand the explosion sections. BLANK PLATESThe blank plates may be used to seal offthe busbar section.


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Internal ComponentsBottom Cover Plate and End Cover

7.0Date: Made By: Approved By: Rev. no. Section:

Type X,Y,Z Description Order No. Order No. Assembly Code

X,Z MCO 2,4 Bottom cover plate 27696 3 MCO 3,4 Bottom cover plate 27697 3 MCO 4,4 Bottom cover plate 27698 3 MCO 5,4 Bottom cover plate 27700 3

Z MEC 3 End cover 26591 3 MEC 4 End cover 26602 3

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB

Screw 96758 6 M6 x 12 ISO7380 8.8 FZB

Clip nut 98077 6 M6

Drawing

07/02/12 RO'C PEB 004 02

BOTTOM COVER PLATEThe bottom cover plate separates thehorizontal cableway from the unit section.END COVERThe end cover is fixed to AKA frame barsto separate the explosion section from thecableway.


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Y,Z EPC 1,1 Side plate 35681 3 EPC 2,1 Side plate 35682 3

EPC 1,2 Side plate 35601 3 EPC 1.5,2 Side plate 35605 3 EPC 2,2 Side plate 35602 3 EPC 3,2 Side plate 35603 3 EPC 4,2 Side plate 35604 3 EPC 5,2 Side plate 35606 3



FLA Grommet 90055 6 48/26-35

Screw 96758 6 M6 x 12 ISO7380 8.8 FZB

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB

Square nut 98056 6 M6 DIN557-5

Internal ComponentsSide Plates


Drawing

02 007 PEB RO'C 07/02/12

SIDE PLATESSide plates Type EPC are fixed to thevertical framebars / crossbars separatingthe unit sections from vertical cableways,busbar and explosion sections. Cableexits are easily made by knocking outembossed holes and fitting grommettype FLA Assembly instructions Pg. 37.0


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Left/Right

Internal ComponentsBase Frames



Y,Z EPD 1,1 Side plate 35572 3 EPD 2,1 Side plate 35573 3

EPD 1,2 Side plate 35581 3 EPD 2,2 Side plate 35582 3 EPD 3,2 Side plate 35583 3 EPD 4,2 Side plate 35584 3 EPD 5,2 Side plate 35585 3



FLA Grommet 90055 6 48/26-35

Screw 96758 6 M6 x 12 ISO7380 8.8 FZB

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB


Drawing

07/02/12 RO'C PEB 005 02

SIDE PLATESSide plates Type EPD are fixed to thevertical framebars / crossbars separatingthe unit sections from vertical cableways,busbar and explosion sections. Cableexits are easily made by knocking outembossed holes and fitting grommettype FLA Assembly instructions Pg. 37.0NB! EPD sideplates can only be usedwith MCB units type EFC (pg. 28.0)


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Internal ComponentsNotes Page



Internal ComponentsVent Plates and Vent Flap



Y,Z EUP 1,2 Vent plate 35631 3 EUP 1.5,2 Vent plate 35636 3 EUP 2,2 Vent plate 35632 3 EUP 3,2 Vent plate 35633 3 EUP 4,2 Vent plate 35634 3 EUP 5,2 Vent plate 35635 3

EUP 1,3 Vent plate 35641 3 EUP 1.5,3 Vent plate 35646 3 EUP 2,3 Vent plate 35642 3 EUP 3,3 Vent plate 35643 3 EUP 4,3 Vent plate 35644 3 EUP 5,3 Vent plate 35645 3

EUP 1,4 Vent plate 35651 3 EUP 1.5,4 Vent plate 35656 3 EUP 2,4 Vent plate 35652 3 EUP 3,4 Vent plate 35653 3 EUP 4,4 Vent plate 35654 3 EUP 5,4 Vent plate 35655 3

EUP Vent flap 30891

Spring 99001 6 4 x 25mm

Screw 96758 6 M6 x 12 ISO7380 8.8 FZB

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB

Screw 91213 6 M4 x 20 DIN912 8.8 FZB

Square nut 98056 6 M6 DIN557

Nut 98099 6 M4 DIN985

Drawing

07/02/12 RO'C PEB 007 02

VENT PLATES & VENT FLAPVent plates Type EUP and vent flap arefixed to the vertical framebars / crossbars,separating the unit sections from verticalcableways, busbar and explosionsections. In the case of an internal arcfault in a unit section this provides ameans of releasing any overpressure andgases away from the unit and adjacentunit sections.


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Y,Z EUD 1,2 Vent plate 35661 3 EUD 2,2 Vent plate 35662 3 EUD 3,2 Vent plate 35663 3 EUD 4,2 Vent plate 35664 3 EUD 5,2 Vent plate 35665 3

EUD 1,3 Vent plate 35666 3 EUD 2,3 Vent plate 35667 3 EUD 3,3 Vent plate 35668 3 EUD 4,3 Vent plate 35669 3 EUD 5,3 Vent plate 35670 3

EUD 1,4 Vent plate 35671 3 EUD 2,4 Vent plate 35672 3 EUD 3,4 Vent plate 35673 3 EUD 4,4 Vent plate 35674 3 EUD 5,4 Vent plate 35675 3

EUD Vent flap 30891

Spring 99001 6 4 x 25mm

Screw 96758 6 M6 x 12 ISO7380 8.8 FZB

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB

Screw 91213 6 M4 x 20 DIN912 8.8 FZB

Square nut 98056 6 M6 DIN557

Nut 98099 6 M4 DIN985

Internal ComponentsVent Plates and Vent Flap


Drawing

02 004 PEB RO'C 07/02/12

VENT PLATES & VENT FLAPVent plates Type EUD and vent flap arefixed to the vertical framebars / crossbars,separating the unit sections from verticalcableways, busbar and explosionsections. In the case of an internal arcfault in a unit section this provides ameans of releasing any overpressure andgases away from the unit and adjacentunit sections.NB! EUD vent plates can be used withMCB units type EFC (pg. 28.0)


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9.2Date: Made By: Approved By: Rev. no. Section: 07/02/12 RO'C JLI 002 02


Type X,Y,Z Description Order No. Order No. Assembly Code X,Z MBR 2,2 Rear cover plate 26500 3 MBR 2,3 Rear cover plate 26510 3 MBR 2,4 Rear cover plate 26573 3 MBR 3,2 Rear cover plate 26501 3 MBR 3,3 Rear cover plate 26511 3 MBR 3,4 Rear cover plate 26574 3 MBR 4,2 Rear cover plate 26502 3 MBR 4,3 Rear cover plate 26512 3 MBR 4,4 Rear cover plate 26575 3 MBR 5,3 Rear cover plate 26576 MBR 5,4 Rear cover plate 26577 Wide MBW 3,3 Rear cover plate 26580 3 MBW 4,3 Rear cover plate 26581 3 MBW 5,3 Rear cover plate 26582 3 MBW 3,4 Rear cover plate 26583 3 MBW 4,4 Rear cover plate 26584 3 MBW 5,4 Rear cover plate 26585 3

MBF 2,2 Front cover plate 26653 3 MBF 2,0.75 Front cover plate 26656 3



MBF 5,0.75 Front cover plate 26659 3

Z MBR 2 Mounting bracket 26503 3 MBR 0.75 Mounting bracket 26534 3

Screw 96757 6 M6 x 10 ISO7380 8.8 FZB

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB


Pop rivet 99010 6 3.2 x 6.7

Internal ComponentsFront and Rear Cover Plates


Drawing

02 007 PEB RO'C 07/02/12

FRONT COVER PLATESThe front cover plate type MBF separatesthe unit section from the horizontalcableway.REAR COVER PLATESThe rear cover plate Type MBR & MBWdivides the vertical and horizontal busbarsections, providing fixing positions forbusbar supports.


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Internal ComponentsRear Cover Plate (Release) & Release Cover



X,Z MRR 3,3 Rear cover plate (Release) 26514 3 MRR 3,4 Rear cover plate (Release) 26517 3

Z MBR 0.75 Mounting bracket 26534 3

X MRR 3 Release cover 26008

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB


Pop rivet 99010 6 3.2 x 6.7

Plastic rivet 90412 6

Drawing

25/09/12 RO'C PEB 006 02

REAR COVER PLATES (RELEASE)The rear cover plate (release) divides thevertical and horizontal busbar sections ina drawout enclosure, providing fixingpositions for busbar supports.RELEASE COVERThe release cover is fixed to the rearcover plate type MRR and insulates therelease.NB! These components are only usedwith the drawout system.


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OBSOLETE


X,Z MCR 1,2 Rear cover plate 26519 3 MCR 1,3 Rear coverplate 26525 3 MCR 1,4 Rear cover plate 26531 3

MCR 2,2 Rear cover plate 26520 3 MCR 2,3 Rear cover plate 26526 3 MCR 2,4 Rear cover plate 26532 3

MCR 3,2 Rear cover plate 26521 3 MCR 3,3 Rear cover plate 26527 3 MCR 3,4 Rear cover plate 26533 3

MCF 1,3 Front cover plate 26528 3

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB


Internal ComponentsRear Cover Plates


Drawing

02 005 PEB RO'C 07/02/12

REAR COVER PLATESThe rear cover plate type MCR separatesthe vertical cableway / explosion sectionfrom the horizontal busbar section.


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Internal ComponentsPartition Plates and Brackets


Type X,Y,Z Description Order No. Order No. Assembly Aluminium Code

X,Y MPP 2,2 Partition plate 25082 1 MPP 3,2 Partition plate 25083 1 MPP 4,2 Partition plate 25084 1 MPP 5,2 Partition plate 25190 1

X Partition Plate Brackets MPB 2 Top bracket 26687 3 MPB 3 Top bracket 26688 3 MPB 4 Top bracket 26689 3 MPB 5 Top bracket 26710 3

MPB 2 Bottom bracket 26559 3 MPB 3 Bottom bracket 26560 3 MPB 4 Bottom bracket 26561 3 MPB 5 Bottom bracket 26708 3

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB

Screw 97804 6 5.5 x 13 DIN7981C FZB


Drawing

07/02/12 RO'C PEB 004 02

PARTITION PLATESThe Aluminium partition plates separatethe horizontal busbar section from thehorizontal cableway.PARTITION PLATE BRACKETSThe partition plate brackets hold the platein position against the BTR rail and frontcover plate.


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MJB Joint Bracket 26661 3 (Rear)

MJB Joint Bracket 26650 3 (Front)

Z MSE 2 Stop end bar 26666 3 MSE 3 Stop end bar 26667 3 MSE 4 Stop end bar 26668 3

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB

Screw 97804 6 5.5 x 13 DIN7981C FZB

Internal ComponentsJoint Brackets & Stop End Bar


Drawing

02 004 PEB RO'C 07/02/12

JOINT BRACKETSJoint brackets type MJB are used to joinpartition plates type MPP together wheremore that one plate is necessary. STOP END BARSStop end bars type MSE are used ascrossbars providing fixing positions forBSR rails. The stop end bars may also beused as supports for the top cover platestype MBF, MBR, MCF and MCR.


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Internal ComponentsExplosion Duct


Type X,Y,Z Description Order No. Order No. Assembly Painted Code

Z MVD 2 Vent duct case 26568 3 MVD 3/4 Vent duct case 26579 3

MVD 2 Vent duct plate 26567 3 MVD 3/4 Vent duct plate 26578 3

MVD 2/3/4 Vent duct bracket 26566 3 MVD 2 Duct flap 26065 4 MVD 3/4 Duct flap 26076 4

MVD Duct bracket 26569 3

Spring 99001 6 4 x 25mm

Pop rivet 99010 6 3.2 x 6.7

Screw 96756 6 M6 x 8 ISO7380 8.8 FZB

Screw 91213 6 M4 x 20 DIN912 8.8 FZB

Rubber bung 98701 6

Nut 98099 6 M4 DIN985

Drawing

07/02/12 RO'C PEB 005 02

EXPLOSION DUCT (MVD)The explosion duct type MVD is fitted overthe explosion section. In the event of aninternal arc fault any overpressure andgases are conducted safely to the top ofthe enclosure and released.NB! the duct bracket type MVD is onlyused for 1 module wide explosion /ventilation sections.


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11MVD

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Type X,Y,Z Description Order No. Order No. Assembly Painted Code

Z MVB 2 Vent duct frame 26548 3 MVB 0.75 Vent duct frame 26556 3

MVB 0.75 Vent frame 26545 3

MVB 0.75 Vent grill 26539 3

MVD 2 Duct bracket 26547 3 MVD 0.75 Duct bracket 26566 3

MVD 2 Duct flap 26046 4 MVD 0.75 Duct flap 26076 4

Spring 99001 6 4 x 25mm

Pop rivet 99010 6 3.2 x 6.7

Screw 96758 6 M6 x 12 ISO7380 8.8 FZB

Screw 91213 6 M4 x 20 DIN912 8.8 FZB

Rubber bung 98701 6

Nut 98099 6 M4 DIN985


Internal ComponentsExplosion Flap


Drawing

02 005 PEB RO'C 07/02/12

EXPLOSION FLAP (MVB)The explosion flap type MVB is fitted topanels type APA over the busbar or cablesections. In the event of an internal arcfault the explosion flap releases any overpressure and gases safely through the topof the enclosure.


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MVB

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12

11

Internal ComponentsMain Busbar Cover & Cover Plates



Z MBC 2 Main busbar cover 26604 3 MBC 3 Main busbar cover 26606 3 MBC 4 Main busbar cover 26608 3

Z MCP 2 Cover plate 26605 3 MCP 0.75 Cover plate 26607 3

MCT End bracket 27699 3

Pop rivet 99010 6 3.2 x 6.7

Drawing

07/02/12 RO'C JLI 002 02

MAIN BUSBAR COVEREnd brackets type MCT and main busbarcovers type MBC seal off the horizontalbusbar sections at both ends of anenclosure.COVER PLATEThe cover plate type MCP seals theexplosion duct when it is used betweentwo unit sections.


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X,Y Mounting plate EMK 2,1 x = 306mm y = 189mm 33471 3 EMK 2,1.5 x = 306mm y = 284mm 33476 3 EMK 2,2 x = 306mm y = 379mm 33472 3 EMK 2,3 x = 306mm y = 569mm 33473 3 EMK 2,4 x = 306mm y = 759mm 33474 3 EMK 2,5 x = 306mm y = 949mm 33475 3 EMK 3,1 x = 496mm y = 189mm 33481 3 EMK 3,1.5 x = 496mm y = 284mm 33486 3 EMK 3,2 x = 496mm y = 379mm 33482 3 EMK 3,3 x = 496mm y = 569mm 33483 3 EMK 3,4 x = 496mm y = 759mm 33484 3 EMK 3,5 x = 496mm y = 949mm 33485 3 EMK 4,1 x = 686mm y = 189mm 33491 3 EMK 4,1.5 x = 686mm y = 284mm 33496 3 EMK 4,2 x = 686mm y = 379mm 33492 3 EMK 4,3 x = 686mm y = 569mm 33493 3 EMK 4,4 x = 686mm y = 759mm 33494 3 EMK 4,5 x = 686mm y = 949mm 33495 3 EMK 5,1 x = 876mm y = 189mm 33497 3 EMK 5,1.5 x = 876mm y = 284mm 33502 3 EMK 5,2 x = 876mm y = 379mm 33498 3 EMK 5,3 x = 876mm y = 569mm 33499 3 EMK 5,4 x = 876mm y = 759mm 33500 3 EMK 5,5 x = 876mm y = 949mm 33501 3 EMK 6,2 x = 1066mm y = 379mm 33504 EMK 6,3 x = 1066mm y = 569mm 33505

Y EMB 1 Mounting bracket 32853 3 EMB 1.5 Mounting bracket 32961 EMB 2 Mounting bracket 32854 3 EMB 3 Mounting bracket 32855 3 EMB 4 Mounting bracket 32856 3 EMB 5 Mounting bracket 32857 3 EMB 6 Mounting bracket 32858 3 EMB 7 Mounting bracket 32859 3 EMB 8 Mounting bracket 32860 3 EMB 9 Mounting bracket 32959 3 EMB 10 Mounting bracket 32960

Pop rivet 99010 6 3.2 x 6.7 Screw 96758 6 M6 x 12 ISO7380 8.8 FZB Clip nut 98076 6 M6

Internal ComponentsMounting Plates & Brackets


Drawing

02 005 PEB RO'C 07/02/12

MOUNTING PLATES & BRACKETSMounting brackets type EMB are fixed toside plates type EPC, EUP. The mountingplates are then fixed to the brackets andcan be easily removed from the front ofthe enclosure.


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Internal ComponentsDividing Plates



X EDC 2 Dividing plate 32947 3 z = 431 mm EDC 2 Dividing plate 32948 3 z = 288 mm EDC 2 Dividing plate 32942 3 z = 161 mm

EDC 3 Dividing plate 32952 3 z = 431 mm EDC 3 Dividing plate 32953 3 z = 288 mm EDC 3 Dividing plate 32943 3 z = 161 mm

EDC 4 Dividing plate 32957 3 z = 431 mm EDC 4 Dividing plate 32958 3 z = 288 mm EDC 5 Dividing plate 32964 3 z = 431 mm EDC 6 Dividing plate 32965 3 z = 431 mm

Screw 96758 6 M6 x 12 ISO7380 8.8 FZB


Drawing

07/02/12 RO'C PEB 006 02

DIVIDING PLATESDividing Plates type EDC are fixed toside plates type EPC and EUP to providehorizontal segregation between individualunit sections.


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X,Y Mounting Plate ETM 1,1 x = 118mm, y = 118mm 35913 3 ETM 1,2 x = 118mm, y = 308mm 35914 3 ETM 1,3 x = 118mm, y = 498mm 35915 3 ETM 1,4 x = 118mm, y = 688mm 35916 3 ETM 1,5 x = 118mm, y = 878mm 35917 3 ETM 1,6 x = 118mm, y = 1068mm 35918 3 ETM 1,7 x = 118mm, y = 1258mm 35919 3 ETM 1,8 x = 118mm, y = 1448mm 35920 3 ETM 1,9 x = 118mm, y = 1638mm 35921 3 ETM 1,10 x = 118mm, y = 1828mm 35922 3





Drawing

02 003 JLI RO'C 07/02/12

MOUNTING PLATES Mounting plates type ETM are used formounting electrical equipment and can bemounted directly to the frame bars typeAKA and AMA, or to crosshole bars typeEDA.


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X,Y Mounting Plate ETM 4,1 x = 688mm, y = 118mm 35916 3 ETM 4,2 x = 688mm, y = 308mm 35925 3 ETM 4,3 x = 688mm, y = 498mm 35933 3 ETM 4,4 x = 688mm, y = 688mm 35940 3 ETM 4,5 x = 688mm, y = 878mm 35941 3 ETM 4,6 x = 688mm, y = 1068mm 35942 3 ETM 4,7 x = 688mm, y = 1258mm 35943 3 ETM 4,8 x = 688mm, y = 1448mm 35944 3 ETM 4,9 x = 688mm, y = 1638mm 35945 3 ETM 4,10 x = 688mm, y = 1828mm 35946 3 ETM 5,5 x = 878mm, y = 878mm 31947 3 ETM 5,6 x = 878mm, y = 1068mm 31948 3 ETM 5,7 x = 878mm, y = 1258mm 31949 3 ETM 5,8 x = 878mm, y = 1448mm 31950 3 ETM 5,9 x = 878mm, y = 1638mm 31951 3 ETM 5,10 x = 878mm, y = 1828mm 31952 3

EBM Mounting bracket 33906 6

Screw 96522 6 M6 x 12 Taptite

Clip nut 98078 6 M8

Screw 96760 6 M8 x 16 ISO7380 8.8 FZB

Drawing

07/02/12 RO'C PEB 007 02

MOUNTING PLATES Mounting plates type ETM are used formounting electrical equipment and can bemounted directly to the frame bars typeAKA and AMA, or to crosshole bars typeEDA.MOUNTING BRACKETSMounting brackets type EBM are used toallow for installation and removal from thefront of the mounting plate.


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EDA 1 Cross bar 34501 3 EDA 2 Cross bar 34502 3 EDA 3 Cross bar 34503 3 EDA 4 Cross bar 34504 3 EDA 5 Cross bar 34505 3 EDA 6 Cross bar 34506 3

Screw 96522 6 M6 x 12 Taptite

AKA mount bracket 34507 6

AMA mount bracket 34508 6

Internal mount bracket 34509 6

Internal ComponentsCross Bars


Drawing

02 007 CT RO'C 07/02/12

CROSS BARSCross bars provide fixing points at varyingdepths for mounting plates type ETM.Cross bars type EDA are fixed betweenframe bars type AKA and/or cross barstype AMA. Cross bars type EDA can alsobe fixed between other EDA cross barsboth in horizontal or vertical axes.


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Internal ComponentsACB support rail



X ECB 3 C-profile 35971 3 ECB 4 C-profile 35972 3 ECB 5 C-profile 35973 3 ECB 6 C-profile 35974 3

Z ECB 3 C-profile 35975 3 ECB 4 C-profile 35976 3 ECB 5 C-profile 35977 3

EBB Bracket for C-profile 35980 6

EUM Profile nut 35981 6 M8

FHB Bolt 93363 6 M8 x 20 DIN931-8.8 FZB

FWS Spring Washer 98406 6 M8 DIN6796 FZB

FBH Screw 90311 6 M6 x 16 8.8. FZB

Drawing

07/02/12 RO'C JLI 002 02

PROFILE RAIL TYPE ECBECB profile rail is used for fixing differenttypes of air circuit breakers. Brackets typeEBB are used for fixing ECB rails in the“Z” depth between frame bars (AKA)and/or crossbars (AMA).ECB rails in the “X” width are mounted ontop of the ECB rails in the “Z” depth.ECB rails can also be used in the “Z”depth for mounting busbar support rails.


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Internal ComponentsCompartment Boxes



X,Y Compartment box

ESO 2,1 Z = 150mm 32601 3 ESO 2,2 Z = 150mm 32602 3 ESO 2,3 Z = 150mm 32603 3 ESO 2,4 Z = 150mm 32604 3



ESO 2,1 Z = 280mm 32565 3 ESO 2,2 Z = 280mm 32566 3 ESO 2,3 Z = 280mm 32567 ESO 2,4 Z = 280mm 32568 3



Screw 97804 6 5.5 x 13 DIN7981C FZB

Pop rivet 99010 6 3.2 x 6.7

Drawing

07/02/12 RO'C JLI 004 02

COMPARTMENT BOXESCompartment boxes type ESO are fittedto the vertical framebars / crossbarsproviding a complete enclosedcompartment.Assembly Instructions Pg. 38.0


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EHB 2,4,1 C.T & Breaker Housing 34289 EHB 2,5,1 C.T & Breaker Housing 34289 EHB 2,6,1 C.T & Breaker Housing 34289


Internal ComponentsForm 2 Units


Drawing

02 003 JLI RO'C 07/02/12

INCOMING UNITThe unit is a complete housing for themain breaker and CT's (currenttransformers) The unit includes theBreaker Housing, Mounting plate typeEMK and all the fasteners for the breakerand for fixing the housing to the frame.







X,Y EMK 2,1 Mounting Plate 33471 3 X=306mm Y=189mm EMK 2,2 Mounting Plate 33472 3 X=306mm Y=379mm EMK 2,3 Mounting Plate 33473 3 X=306mm Y=569mm

Y EMB 1 Mounting bracket 32853 3 EMB 2 Mounting bracket 32854 3

FPR Pop Rivet 99010 6 3.2 x 6.7mm

FPR Pop Rivet 99014 6 4.8 x 9.0mm

Screw 96758 6 M6 x 12 8.8 FZB

Clip nut 98076 6 M6

Drawing

07/02/12 RO'C JLI 003 02w w w . l o g s t r u p . c o m

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ECK 2,1 Sidecover 33110 C = 380mm

ECK 2,2 Sidecover 33113 C = 380mm

ECK 2,3 Sidecover 33118 2 C = 380mm

ECK 1,1 Side cover top & Bottom, C=190mm 33007 ECK 1,2 Side cover top & Bottom, C=190mm 33008 ECK 1,3 Side cover top & Bottom, C=190mm 33009

ECP 2,1 Top & bottom cover 33130 ECP 3,1 Top & bottom cover 33131 ECP 2,2 Top & bottom cover 33132 ECP 2,3 Top & bottom cover 33134 ECP 3,2 Top & bottom cover 33133 ECP 3,3 Top & bottom cover 33135

FPR Pop rivet 99010 6

FBH Screw 96758 6 M6 x 12 8.8. FZB



Drawing

02 004 JLI RO'C 21/01/15w w w . l o g s t r u p . c o m

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BHI 2 Holder for busbar support 33161

BHI 3 Holder for busbar support 33160

BHC Busbar support rear C225 33181 1

BHC Busbar support front C225 33182 1

FST Screw 97804 6 5.5 x 13 DIN7981C FZG

Drawing


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BCK 4 Copper bar C255 13231 1 563mm BCK 6 Copper bar C255 13232 1 941mm BCK 8 Copper bar C255 13233 1 1319mm BCK 10 Copper bar C255 13234 1 1697mm BCK 12 Copper bar C255 13235 1 2075mm

BHC Busbar support frontC225 33182 1



Drawing


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X,Y C.T Unit (Long)

BTC 2,2 600A B = 304mm (cu =5 x40mm) 10730

BTC 2,2 1000A B = 304mm (cu =2 x5 x40mm) 2 x 10730

Drawing

07/02/12 RO'C JLI 003 02

C.T UNITThis is a complete package of allcomponents needed to connect the C.Tunit to the panel. It allows CT's to beremoved easily. The C.T unit is availablefor 600A and 1000A , and with a C.T railof 304mm long (3 Transformers). C.T units include Busbar Supports, C.Trails, all Copper Bows, Copper Splicesand all fasteners needed for assemblyand fixing to the C.T housing.


B

Type X,Y,Z Description Order No. Order No. Assembly 630 A 1000 A Code

BMB 2 12mm Busbar Support 10702 10702 6 Busbar Top BBD C = 110mm N 10708 10704 6 BBD C = 164mm L3 10709 10705 6 BBD C = 218mm L2 10710 10706 6 BBD C = 272mm L1 10711 10707 6 BTC C = 305mm L1, L2, L3, N 33170 (225 A)

BCT C.T Fish Plate 10035 10035 6 (Long) (1pcs) (2pcs) C = 304mm BSP Copper Splice 10714 10712 6 146mm(For long C.T Plt.)

Locking Iron / M12 98039 98039 6 40 x36mm

Bolt M6 x30, M6 x 30 DIN931-8.8 FZG 93316 93316 6

M12 x45, DIN931-8.8 FZG 93469 93469 6

M12 x40, DIN931-8.8 FZG 93468 93468 6

Spring Washer 98406 98406 6 M6 DIN6796 FZG

Spring Washer 98412 98412 6 M12 DIN6796 FZG

Square Nut 98056 98056 6 M6 DIN557



Drawing


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L1 L2 L3 N

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Type X,Y,Z Description Order No. Order No. Assembly 600 A 1000 A Code

BIK * Busbar insulation (3x17mm) 362mm 33171 1





BIK ** Busbar insulation (3x17mm) 336mm 33176 1

BIK ** Busbar insulation (3x17mm) 370mm 33178 1

Drawing

07/02/12 RO'C JLI 002 02

(*) Insulation for crossing busbar (3 x 17mm) Vertical/vertical busbar

(**) Insulation for crossing busbar (3 x 17mm) CT unit/vertical busbar



X,Y EBU 2,3 Meter Unit 33191 EBU 2,4 Meter Unit 33291 3

EBU 3,3 Meter Unit 33192 EBU 3,4 Meter Unit 33193

AWM 2,4 Door with window for meter (UL) 20090 4 AWM 2,3 Door with window for meter (UL) 20092 AWM 3,4 Door with window for meter (UL) 20091 AWM 3,3 Door with window for meter (UL) 20093

AHH Hinges complete 20116 6

AHH Hinges complete 1200 21116 6

AKL Slotted screw lock 20124 6 M8

AMO Manual lock 21495 6

Internal ComponentsMeter Unit


Drawing

02 005 PEB RO'C 07/02/12

METER UNITThe meter unit is a compartment X2,Y3 &Y4 with a plastic mounting plate which willtake ordinary wood screws. The unit includes Compartment Box,Mounting plate(P.V.C), and all fastenersfor assembly and fixing of the unit. Seepage 25.0AWM door with inspection window can beused in front of the meter unit (door,hinges and locking device must beordered separately).


Internal ComponentsMeter Unit



X,Y EBU 2,3 Meter unit Box 33208 3 EBU 2,4 Meter unit Box 33217 3

EBU 3,3 Meter unit Box 33205 3 EBU 3,4 Meter unit Box 33206 3

X,Y EEM 2,3 Plastic Mounting Plate 33209 3 White 17mm EEM 2,4 Plastic Mounting Plate 33218 3 White 17mm

EEM 3,3 Plastic Mounting Plate 33204 3 White 17mm EEM 3,4 Plastic Mounting Plate 33207 White 17mm

Screw 97804 6 5.5 x 13 DIN7981C FZG

Poprivet 99010 6 3.2 x 6.7mm

Screw 90315 6 M6 x 25 DIN912

Clip nut 98077 6 M6

Drawing


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X,Y MCB Units EFC 2,1 1 Row 34300 3 Blind pcs EFC 2,1 1 Row 34311 3 Multiple depth EFC 2,2 2 Row 34301 3 Blind pcs EFC 2,2 2 Row 34313 3 Multiple depth

EFC 2,3 4 Row 34302 3

EFC 2,4 5 Row 34303 3 Blind pcs

EFC 2,5 7 Row 34304 3

Internal ComponentsM.C.B Units


Drawing

02 005 JLI RO'C 20/08/14

M.C.B UNITSThese are a 2 module wide unit for fittingand covering MCB's (Mini CircuitBreakers). Each unit includes SidePlates, DIN rails, Plastic•Cover Platesand all fasteners for assembly and fixingunit to the frame work. A 2 Module wide unit is 289mm wideallowing 16 single pole MCB's (18mm)to be fitted per row.





Y Side Plates EPT 1 For 1 Row 34212 3

EPT 2 For 2 Row 34213 3 EPT 3 For 4 Row 34214 3

EPT 4 For 5 Row 34215 3 EPT 5 For 7 Row 34216 EPT 1 For 1 Row 34217 3 Multiple depth

X,Y ETB 2,1 Top/Bottom Plate 33002 6 Only EFC Y2 & 4

X EFC 2 Front Plate 33292 3

ERD 2 DIN Rail 32998 3 DIN46277 x 300mm

Screw 97804 6 5.5 x 13 DIN7981 C FZG

Screw 96310 6 M6 x 16 Taptite UH-POZ

Drawing


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X,Y MCB Units EFC 3,1 1 Row 34305 3 Blind pcs EFC 3,1 1 Row 34312 3 Multiple depth EFC 3,2 2 Row 34306 3 Blind pcs EFC 3,2 2 Row 34314 3 Multiple depth

EFC 3,3 4 Row 34307 3

EFC 3,4 5 Row 34308 3 Blind pcs

EFC 3,5 7 Row 34309 3



Drawing

02 006 RTJ RO'C 20/08/14

M.C.B UNITSThese are a 3 module wide unit for fittingand covering MCB's (Mini CircuitBreakers). Each unit includes SidePlates, DIN rails, Plastic Cover Plates and all fasteners for assembly and fixingunit to the frame work. A 3 Module wide unit is 469mm wideallowing 26 single pole MCB's (18mm) tobe fitted per row.





Y Side Plates EPT 1 For 1 Row 34212 3

EPT 2 For 2 Row 34213 3 EPT 3 For 4 Row 34214 3

EPT 4 For 5 Row 34215 3 EPT 5 For 7 Row 34216 EPT 1 For 1 Row 34217 3 Multiple depth

X,Y ETB 3,1 Top/Bottom Plate 33003 6 Only EFC Y2 & 4

X EFC 3 Front Plate 33293 3

ERD 3 DIN Rail 32999 3 DIN46277 x 490mm

Screw 97804 6 5.5 x 13 DIN7981C FZG

Screw 96310 6 M6 x 16 Taptite UH-POZ

Drawing


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WBE 2 Bending tool 80072 6 WBE 3 Bending tool 80067 6

Internal ComponentsBending Tools


Drawing

02 002 JLI RO'C 07/02/12

BENDING TOOLSThe bending tool type WBE is used forbending perforated components. It issuitable for both 1mm and 2mm metal.


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Internal ComponentsAssembly Instructions

33.0Date: Made By: Approved By: Rev. no. Section: 07/02/12 RO'C JLI 002 02

SIDE PLATES 1. The shaded areas must be removed in order to fit side plates type EPC, EUP, EPD, EUD or ECO to the top or bottom module of an enclosure. 2. The shaded areas must be removed to allow cross bars type AMA to be fitted between side plates type EPC, EUP, EPD, EUD or ECO to the framework of an enclosure. 3. Bend the joining flaps at 90° to the side plate with the bending tool type WBE. 4. The side plates type EPC, EUP, EPD, EUD or ECO are then aligned and fixed in position.


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COMPARTMENT BOXES 1. The shaded areas must be removed in order to fit compartment box type ESO to the top or bottom module of an enclosure. 2. The shaded areas must be removed in order to allow crossbars type AMA to be fitted between compartment boxes type ESO and frame bars type AKA. 3. Bend joining flaps to 90° with bending tool type WBE 4. Bend sides of box to 90° to sides with bending tool type WBE.


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35.0Date: Made By: Approved By: Rev. no. Section: 07/02/12 RO'C SMR 003 02


COMPARTRMENT BOXES

5. Bend both top and bottom flaps of box to 90° to form a box. 6. Pop rivet the top/bottom to the sides with pop rivets Order No. 99010

7. Align and fit compartment box to frame bars type AKA.

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Internal ComponentsTerminology & Dimensions



FUNCTIONAL UNIT SECTIONThe functional unit Section contains theelectrical equipment for both outgoing andincoming units.

1010mm 1580mm 1770mm

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1010mm 1580mm 1770mm

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1010mm 1580mm 1770mm

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2425

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1010mm 1580mm 1770mm

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CABLE SECTIONThe cable section runs vertically beside eachfunctional unit section, and may be of varyingwidths allowing for easy wiring.

DISTRIBUTION & MAIN BUSBAR SECTIONThe Distribution Busbar section runs verticallybehind each functional unit section and theMain Busbar runs horizontally behind thecable section at the top of the panel.

EXPLOSION / VENTILATION SECTIONAn explosion / ventilation section may beincluded in the enclosure as an added safetyprecaution. The explosion / ventilation sectionis accessible by each functional unit. Thisconducts any overpressure and gases thatmay result from an internal arc fault safely tothe top of the enclosure to be released.

Section 2 - Internal Components - Reykjafell | Lausnir í … · · 2015-03-23Logstrup enclosures...

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Transcript of Section 2 - Internal Components - Reykjafell | Lausnir í … · · 2015-03-23Logstrup enclosures...