Details - egemac
Contents
1. SOPIEN Front panel TE qp m ii qD oo Cross bar before Floor elements s i Side face view JA ES removal eli p8 e Remove the lower front e 1 Pull the first element towards the front e 2 Lift up and extract this element e Proceed in the same way for the following two elements cross bar 2 H M8x20 bolts 18 7 2 Connection instructions Use short cable terminations of the EUI C type with shells They are compulsory for i Functional Units PF PFA PGC The building of the extremity other than AREVA supply must be carried out in accordance with the manufacturer s instructions The earthing braid for each cable must always exit above the bottom plate and the clamping collar Ensure the correct orientation of the contact plate before crimping it There must be no stress tensioning the cable Never stick any phase markers to the cable end reassemblies gt decrease in the dielectric strength and degradation over time Never clamp the cable by its cable end Never leave a washer in incompatible material between the lug and the connecting plate A Leave 40mm of free clearance on the lug barrel for fitting the grounding clamp 7 3 Preparation of the cables e Pull out each cable from the e Cut out each grommet to the e Fit the grommet on to its cable opening via the front of the diam2. PF PFA Connection Proceed in the same way as for the IS unit 7 4 There is no deflector e Remove the H M8 nut and the two washers from each point e Connection is made by a round lug 7 6 Clamping the cables and connection of the screen braids e Place the second floor panel element e Fit the grommet firmly cable lt 150 mm cable gt 150 mm Adapt the cable terminal straps see further on and tighten the nuts lightly 13 mm spanner e Repeat these operations for the other two cables e Remount the lower front cross bar A Units PF PFA ensure that the cables exert no traction on the support cross bar Check that after installation the fuses can be correctly fitted in place and that the contacts are sufficiently covered See 7 9 For the Functional 7 7 Connection in a PGC or IS Functional Unit equipped with current transformers e State on delivery 7 8 Earthingthe screen braids HV cable screen braids 1 Position the lug and the cable 2 Fit the flat washer then the self locking washer 3 Screw in and tighten the H M12 nut to the indicated torque 21 7 9 Fitting the fuses on to the PF PFA Functional Units e Fora striker fuse of the FN or FD type DIN remove the protective label For FNw and FDw fuses this label must remain on For other fuses
3. o e Ensure the phase balance using a phase comparator checked If the phases are out of sequence inspect the cable connections Energize the Outgoing Functional Units Close the corresponding breaking devices 15 Maintenance 15 1 Levels of maintenance Description Levels Operations recommended in the instructions manual installation operation maintenance carried out by suitably qualified personnel having received training allowing them to intervene whilst 1 respecting the safety rules Complex operations requiring specific expertise and the implementation of support equipment in accordance with AREVA s procedures These are carried out by AREVA or by a specialised technician trained by AREVA Training Centre in the implementation of procedures and who is equipped with specific equipment All preventive and corrective maintenance all renovation and reconstruction work is carried out by AREVA 15 2 Preventive maintenance for the mechanical control mechanisms Please refer to the specific instruction manuals See 2 5 15 3 Preventive maintenance of the Functional Units Operations recommended at the Functional Unit level 3years 6years 1 2 3 Verification of the presence and condition of accessories levers etc Visual inspection of the exterior cleanliness absence of oxidation etc Cleaning of external elements with a clean dry cloth Checking the tightness to
4. DEFENSE MANOEUVRER e Padlocking of the switch ona C430 mechanical control mechanism in either the open or closed position Padlocking of the earthing switch in either the open or closed position FUNCTIONING The fitting of the access panel to the cable compartment unlocks the earthing switch The opening of the earthing switch locks the door panel in place Whenever the cable access panel is removed it is impossible to open the earthing switch but a mechanical interlock forbids operating the switch The presence of the panel frees this interlocking A mechanical interlock forbids this operation e Other padlocking devices for the earthing switch or load break switch in the open or closed position with a short shackle padlock 33 e Padlocking the door panel All of the passage holes are designed for padlock shackles of 6 to 8 mm 13 3 Locking out by keylocks For all locking operations by keylocks consult the instructions manual Instructions for the installation of standard locks by keylocks AMTNoT099 02 34 Padlocking of the tripping button on a C430 mechanical control mechanism The fitting of several padlocks at a single point requires the use of an accessory that is not supplied 14 Commissioning 14 1 Reminder Prior to shipping FLUOKIT M24 Functional Units are mechanically and electrically
5. TE Leb da VEC il p 4 Packaging Handling Storage 4 1 Transport Delivery The conditions and methods of transport are defined with the customer at the time of processing the contract 4 2 Packaging of Functional Units 7 e The packaging of a Functional Unit for road and rail transport fixed on to a wooden pallet or bound by hoops covered by plastic sheeting protection of the front face 4 3 The accessories package Contains all elements required for locating and connecting the Functional Units to busbar and cable connections 4 4 Reception e Ensure that the material delivered is all there e Carry out a visual inspection of the Functional Units and moving parts e Verify that the accessories are present in accordance with the attached list Packaging is dependent on the conditions of transport storage and the nature of the product being The Functional Unit must be handled and transported vertically position shown below transported The packaging of a Functional e Status of the equipment on Unit for air and maritime delivery transport 1 Load break switch Open heat sealed cover with desiccant sachets packed in wooden crates 2 Earthing switch Closed Check the characteristics shown on the name and rating plates in relation to the initial order voir 4 5 inform and mak
6. E e pro gt gt N e A single operating lever for the e Place the lever in position load break switch and the 1 Lever pin in the main shaft earthing switch for manoeuvring 2 Secondary pin in the notch 10 2 Operation of a Functional Unit equipped with a C410 C410S C410M control See the instructions in the AMTNoT100 02 manual 10 3 Operation of a Functional Unit equipped with a C430 C430M control See the instructions in the AMTNoT101 02 manual 10 4 Operation of a Functional Unit equipped with a C440 C440M control See the instructions in the AMTNoT102 02 manual 28 10 5 Cable testing e This test is carried out before commissioning the Functional Unit Afterwards it will also be N regularly carried out by the Safety Organisations e The load break switch must be open the earthing switch closed di bee ar The opening of the earthing switch door panel removed is forbidden by the internal mechanical locks unclion e Remove the door panel e With both hands grasp the The closing of the switch e Using the right hand turn the lever by its extremities The recovery of the key for padlockable button and e Lower the lever towards the left locking the earthing switch maintain it there The earthing switch is now open open e With the left hand insert the e Afterthetests close the operating lever earthing switch again and replace th
7. 14 13 0999999 PGB current transformers FP circuit breaker General Busbar Protection SE DE Ba ala PGC current transformers FP circuit breaker General Cable Protection
8. MEDIUM VOLTAGE SWITCHGEAR FLUOKIT M24 Installation Commissioning Operation Maintenance Instructions A AREVA T amp D 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 3 1 3 2 3 3 4 1 4 2 4 3 4 4 4 5 4 6 4 7 4 8 4 9 4 10 4 11 5 1 5 2 5 3 5 4 9 9 5 6 Table of Contents AREVA at your service Our Service Unit our specialists and suitably adapted services 0 0 cee eee AREVA T amp D Training Centre VOUI training PAFNer cas usec ad arii a i edn id se ate te a een With regards to this User Manual 0 0 ees Eco design concept and revalorization of the materials used 0 0 0 ccc nes Responsibilities Reminder concerning normal service conditions in accordance with IEC 60694 Permissible ambient temperature Installation altitude Atmospheric pollution Permissible atmospheric pollution Special instructions for operations and any intervention on energized equipment Other technical notices to be consulted ee eee eee eee ees Tools and products not supplied required for the operations described in this user manual Conventional symbols Tightening torques for standard assemblies bolt nut LL Presentation Description Dimensions and approximate weight of the functional units 0 0 0 cece eee Presentation of
9. tested If the equipment has been stored in a damp location it is recommended that the room be heated and the heating coils be energized for a period of 24 hours prior to installation of the switchboard 14 2 Inventory of tools and accessories on completion of work Return the Functional Unit s and Circuit Breakers operating accessories to their respective storage positions Recover verify and tidy away all assembly tools and objects not required in the switchboard 14 3 Pre commissioning information Record the serial numbers and identifying marks on equipment and switchgear while they are accessible Tests and inspections have already been carried out in the factory Respect the General Safety Instructions booklet for Electrical Applications and the particular regulations for the network concerned with regard to locking out procedures 14 4 Final checks before commissioning Visual inspection Date Ensure there are no foreign bodies inside the switchboard Check the external appearance for absence of blows scratches on the paint carry out touch ups if necessary Check the conformity with the Protection Index leaktightness of the Functional Units various blanking panels etc Mechanical checks Date Operating and interlocking tests on the access doors and removable panels Key locked system tests Inspection of mechanical tightening torques electrical jointing power and earthing c
10. torque covers wiring ducts connections etc Checking the mechanical controls by carrying out a few operations Checking the positioning of the status indicators armed open and closed Control of the status and the functioning of the locking by key locks Dusting and cleaning the internal mechanical elements without solvent Inspection of the tightening of the threaded fasteners and presence of internal stop elements Dusting and cleaning the internal mechanical elements with solvent Lubrication and greasing of mechanical elements with recommended products Monitoring the general appearance of the mechanical components and connections X X XX X KK KKK KK Kw Testing the function mechanical interlocks 15 4 Systematic preventive maintenance A systematic check of all High Every 3 operations it is Voltage connections tightening therefore necessary points may be requested by the to replace all of the threaded customer fasteners 37 15 5 Greasing the contact surfaces open ose Apply the General Safety Instructions for Electrical Applications and the particular regulations for the network concerned for the locking out procedures A IRR P si re p i l e Clean and apply a film of e Clean and apply a film of e Clean and apply a film of grease to the plugging in studs grease to the lower cups on the grease to the contact plates on on the earthing switch P
11. tripped position circuit breaker is now unlocked son pa e Using the crank handle reset e Turn the handling button to e Circuit breaker closed reset the the BLR mechanical control close the circuit breaker BLR so as to have a reserve of mechanism energy available 12 5 De energizing a PGB or PGC Functional Unit Proceed with operations in the reverse order to those described in 12 1 to 12 4 32 13 Locking out and locking operations 13 1 Functional mechanical interlocks M24 functional interlocks are equipped with internal mechanical interlocks called functional intended to avoid any kind of operating error INTERLOCKING e Between the cable access panel and the earthing switch e Between the earthing switch and the load break switch It is necessary to know these interlocks in order to operate the switchgear correctly FUNCTION e lt is impossible to completely open the earthing switch if the door panel is not in place e Earthing switch open it is impossible to remove the cable access panel e The partial opening of the earthing switch door panel removed forbids the closing of the load break switch eThe complete opening of the earthing switch door panel in place authorises the operation of the load break switch e Load break switch closed it is impossible to close the earthing switch 13 2 Locking out by padlock not supplied
12. ture due to excessive ventilation a high atmospheric humidity level or the presence of hot air This condensation can be avoided by an appropriate layout of the room or of the building suitably adapted venti lation air driers heating etc Whenever the humidity level is higher than 95 we recommend that you take appropriate corrective measures For any assistance or advice contact the AREVA After Sales department See 1 1 2 4 Particular instructions for operation and intervention with energized equipment When commissioning and operating the equipment under normal conditions the General Safety Instructions for electrical applications must be respected protective gloves insulating stool etc as well as the operating instructions 2 5 Other technical notices to be consulted AMTNoT 100 02 AMTNoT 101 02 AMTNoT 102 02 AMTNoT017 02 AMTNoT055 02 AMTNoT099 02 AMTNoT093 02 C410 C410M Mechanical controls C430 C430M Mechanical controls C440 C440M Mechanical controls BLR BLRM Mechanical controls All manipulations must be completed once started The durations for carrying out the operations mentioned in the maintenance tables are given purely as an indication and depend on the conditions on site Operation Maintenance Operation Maintenance Operation Maintenance Operation Maintenance FP Circuit Breaker Installation Commissioning Operation Maintenance Standard mechanical interl
13. 30 A and 1250 A busbar eee eens 7 Connection of the HV cables 0 cece eee 7 4 Preparation of the HV cable connections 0 eee eens 7 2 Connection instructions nea 1 0 Preparation Or the cables acus lt teeeue pe eaaa ta ne eee eee ee la ee eee 7 4 Connection of an IS Functional Unit 75 Connection of a PF or PFA Functional Unit 2 22004 ila a 7 6 Clamping the cables and connection of the screen braids 0 0 cece eens 7 f Connection in a PGC or IS Functional Unit equipped with current transformers 7 8 Earthingthe earthing screen braids for the cables 0 eens 7 9 Fitting the fuses on to the PF PFA Functional Units 7 10 The sensors rings for fault detection and signalling anaana ccc eee eee ft Mounino CONS MNCS sot ice et tee ie ay see a even aa eh aa ul ann 7 12 Special instructions at the end of the connections 8 Connection of the low voltage circuits ccc ee 8 1 Motorised remote control interface for the switches option 8 2 Foolproofing of the remote control connector Public Distribution LL 8 3 Identification and function of the pins Public Distribution LL 8 4 Connection of the Metering low voltage wiring to the PGB Functional Unit 8 5 Connection of the Metering low voltage wiring to the TM Functional Unit 9 Double shunt layout function 0 ccc ee
14. 8 8 9 8 8 S 6 6 8 8 9 9 8 Ss 9 6 5 10 5 10 10 5 10 10 5 10 5 10 5 10 8 8 S 9 8 8 8 6 9 8 e 9 8 e amp 6 O 5 O 02 2 6 5 O O O S SF Ne AS i e a AN Pad J Screw Dowel Pin Journal Foolproofing is made by journals screwed into the female connector 8 3 Identification and function of the pins Public Distribution Pin Remote Control Function RC Pin Remote Control Function RC 48V 48V HVA closing command Command neutralised HVA opening command Presence absence of HVA voltage HVA switch Open Reserved HVA switch Closed Reserved 24 8 4 Material to be provided lugs for fasteners 6 mm in diameter Connection of the Metering low voltage wiring to the PGB Functional Unit 1 5 mm in diameter wire TM 2 5 or 6 mm in diameter wire PGB A C AZ FF e TTNET N hl Mele Sil LE bi pale gp PA EF EE PA PAPA PA e Front view Connection is made from the top via the rear of the LV box 8 5 Side face view connection from the top 1 Location of the terminal block 2 Wiring to be carried out on site Provide for an additional length of 4 m of wire Connection of the Meterin
15. F PFA for contact with the the downstream earthing switch earthing switch for a PGC 15 6 Corrective maintenance Replacements or modifications See chapter 1 2 3 Replacement of the three fuses 15 7 X X Replacement of the VDS Voltage Detection System 15 8 XX 15 7 Replacement of the three MV fuses Locking out the Functional Unit All locking out operations must be performed according to the particular Parts required 3 fuses with the same reference verify values in accordance with the rules for the network concerned transformer power The body of a fuse can For an apparently single of voltage become very hot following a phase fault it is imperative e Close the earthing switch short circuit that all 3 fuses be replaced e Remove the cable access panel Take standard precautions wear Open the load break switch work gloves e Ensure that there is an absence 38 e Take hold of the fuse by the e Lift the fuse up to free it from e Fit the replacement fuses by upper part the lower current supply carrying out the instructions e Pull the fuse towards the front terminal in 7 9 This causes the upper current e Similarly remove all 3 fuses supply terminal shell to open The latter will remain open 15 8 Replacement of the VDS Voltage Detection System LV capacitors Intervention Duration Busbar Cables Switch Earthing switch Normal Oh 30 de energized de energized op
16. ably adapted nor protected for these effects This user manual does not list the locking out procedures that must be applied The interventions described are carried out on de energized equipment in the course of being installed or locked out non operational 2 3 Reminder concerning normal service conditions in accordance with IEC 60694 Permissible ambient temperature The ambient air temperature should be comprised between 5 C and 40 C Installation altitude HV equipment are defined in accordance with European Standards and can be used up to an altitude of 1 000 m Atmospheric pollution The ambient air must not contain any dust particles fumes or smoke corrosive or flammable gases vapours or salts The mean measured value for a 24 hour period must not exceed 35 C Beyond this account must be taken of the decrease in dielectric withstand Permissible atmospheric humidity level The average atmospheric relative humidity level measured over a 24 hour period must not exceed 95 The average water vapour pressure over a period of 24 hours must not exceed 22 mbar The average atmospheric relative humidity value measured over a period of one month must not exceed 90 The average water vapour pressure over a period of one month must not exceed 18 mbar For these specific cases contact the AREVA Sales Department Condensation may appear in case of any sharp variation in tempera
17. alization switch 9 1 Mounting and connection of the rings Cable connection lug Cable earthing screen braid HV cable Ring Earthing the rings secondary for the rings male E Connectors A unctiona female SO e Connecting the rings 9 2 Commissioning the double shunt layout Ensure that the batteries are Carry out replacement of properly charged before the these batteries every 4 years commissioning tests e Mountthe rings which are inside the Functional Unit e Lowerthe LV cable for each ring equipped with a female connector through the floor panel via the HV cable trough e Below the floor panel connect each female connector to the male connector on the cable bundle coming from the automatic changeover switch The screen braids for the cables absolutely must pass through each ring in the reverse direction to the HV cable before being connected to earth Apply the commissioning instructions in chapter 16 27 10 Operating accessories and instructions 10 1 Reminder The Functional Unit is delivered The manoeuvres for manual If cubicle de energised the with the operation are made without any wearing of gloves is not load break switch Open special effort compulsory earthing switch Closed If cubicle is energised Respect and apply the operating and safety instructions in force on the site Re
18. change at any time Whilst every effort is made to produce up to date literature this brochure should only be regarded as a guide and is intended for information purposes only Its contents do not constitute an offer for sale or advise on the application of any product referred to in it We cannot be held responsible for any reliance on any decisions taken on its contents without specific advice AREVA T amp D Boulevard de la Resistance BP84019 F 71040 Macon Cedex 9 Tel 33 0 3 85 29 3500 Fax 33 0 3 85 29 36 36 The other names mentioned registered or not are the property of their respective companies 389191982 RCS PARIS Creation AREVA Macon Printed in France AMTNoT090 02 00 11 2004 AREVA 2004 AREVA the AREVA logo and any alternative version thereof are trademarks and service marks of AREVA
19. dically carry out an inspection of the packaging check that among other things there are no holes When unpacking check the operation of the switchgear by carrying out several operations test the min threshold level AC 85 rated Un DC 70 of Un for the electrical operation of the coils 4 11 Specific recommendations for storage durations of between 12 and 24 months Periodically carry out an inspection of the packaging check that among other things there are no holes Periodically replace the desiccant sachets On removing the packaging light maintenance work check the operation of the switchgear by carrying out several operations test the min threshold level AC 85 rated Un DC 70 of Un for the electrical operation of the coils The pressure for an SF6 circuit breaker having travelled by air must be re established to its rated value before any mechanical operation test 11 o Unpacking and installing the equipment 5 1 Type of Civil Engineering The installation of a switchboard requires a sufficiently flat and even concrete structure 5 2 Surface evenness values Overall evenness A 2m rule moved along the base should not highlight any irregularity of greater than 5mm The dressing of a top coat of cement using a rule should eliminate any surface irregularities Local evenness A 20 cm rule moved along the base should not highlight any irregularity of greater than 2 mm A la
20. distances in See 2 5 front of behind and to each side of The limits of the civil engineering layout depends on the type and quantity of materials to be installed 5 6 Revalorizing packaging waste After unpacking the materials remaining cover wooden floor panel etc should be sorted and sent to the appropriate recycling services the switchboard Slide the Functional Unit along using three cylindrical rollers of 30 mm min diameter Thus moving it to its final installation place 13 6 1 For a switchboard consisting of 1 to 8 Functional Units it is advised that 6 Installation installation of the materials 6 2 For all installation operations it is advised that you use suitable protective gloves Installing Functional Units starts at the end of the room For switchboards using more than opposite the entrance 8 units start by installing the equipment to the middle of the switchboard Installation of each Functional Unit Organise the arrival of the Functional Units in accordance with the single line diagram 6 3 Fix the Functional Units to the floor To each far end Functional Unit fix the blanking off side panel at two points in front and Fixing the Functional Units e Position the first Functional Unit e Juxtapose the second e Verify that it is upright Functional Unit e Mark out the 6 coupling p
21. e door panel in position 10 6 Installing the removable earthing switch device e Theearthing switch being closed and the door panel having been removed see 10 5 check for the absence of voltage with the voltage detection pole e Fix the main jaws of the earthing block to the earthing pin e Fit in place and tighten one after the other the earthing block s clamps to the cables lug barrels 40 mm of space in reserve Use the insulating pole provided for this 7 2 gt ZF KY N Zz Za 2 JA SY EF S A A ZI Z ys The position of the earthing n 4 block should forbid the refitting Si in place of the door panel Cable lugs 4 N y i Re Lt After the tests remove the earthing switch device and replace the door panel Insulating pole in position 29 11 Operating the TM Functional Unit 11 1 Operating manoeuvres for the TM Functional Unit e Door panel in place and locked close the fuses of the secondary circuit for the voltage transformers 30 Fit the protective cover in place again The rest of the manoeuvres is identical to those of the IS Functional Unit refer to the instructions on the AMTNoT100 02 manual 12 Operation of the PGB and PGC Functional Units 12 1 Openi
22. e the necessary reserves with the transporter The Functional Unit must A remain on its base within its original packaging during any storage period and until it arrives at the location of its installation i In the event of an anomaly 4 5 Location of the technical data plates STANDARD NORME 18 nt ORDER NUMBER NUMERO COMMANDE SERIAL SERIE FONCTION WEST MASEF ch T VOLTAGE TENSION qo FREQUENCY FREGQUENCE g du gaT M24 0340003 Il CUSTOMER ID REF CLIENT NUMITE MASE WITHSTAND VOLTAGE TENSON TENUEAUCHOC 405 w EAR 9003 com EHDET TIME WITHETAND CURRENT 18 DURATION 4 1 0 ANNEE SOUMAT COORTE DUREE ADMITEELE n MA DUREE a la DIAGRAM HUMBER BUSBAR CURRENT PER SHORT TIME WITHSTAND CURRENT 40 NUMERO DE SCHEMA ANTENSITE JEU DE BARRES ry WALFUR CRETE COURANT COURTE DUREE ADMISOBLF 7 i 400 A TEC WIORMAL CURRENT COURANT EN SERVICE CONTINU B30 i e 1 Technical characteristics e 2 Identification plate e 3 Allocation to AMT customer references order number etc 4 6 Handling 1m min e Road and Rail packaging e Packaging for air and maritime e Pass 2 slings each one 500 kg max using a fork lift transport Depending on the supporting 1 000 kg truck weight indicated on the crate e Remove the lifting parts after e Itis imperative to ensure that e Itis imperative that the
23. e valves Earthing bar connection point 15 16 17 18 19 20 21 22 23 24 25 26 27 Access panel to the busbars Mechanical control mechanism for the switch Circuit breaker mechanical control mechanism BLR Voltage presence luminous indicators or interface for Voltage Detection System Inspection window for checking the earthing switch position Test pin for fitting the earthing block Access panel to the cable compartment ES location LV capacitors Voltage transformers Auxiliary contacts Current transformers Cable connection lugs FP circuit breaker with interruption under SF6 gas IS Switch Disconnector 13 13 PF PFA Combined Fuse Protection a C fp Ses s RI L Go o S _d YOM ORO O TM Instrument Transformer BIS AAA E E EI
24. en closed Locking out the Functional Unit All locking out operations must be performed according to the particular rules for the network concerned Parts required 1VDS e The VDS is located in the e Example under IS Extract the cross bar which supports the VDS via the front disconnect it Capacitive insulators and replace it See 3 3 39 15 9 Possible anomalies and remedies SYMPTOM ORGAN Unusual noises when Voltage presence box energized crackling lavei is Capacitive insulator Insulators Cable ends Abnormal force required Control for the switch when operating the breaking switchgear Earthing switch Voltage presence indicator HV Fuses extinguished with eT switchboard energized volage Inerces Abnormal heating at the Connections connection points Inappropriate tripping Rings operations 40 PROBABLE CAUSE REMEDY Plug badly connected to the Check connections conductors Accidental destruction Insulating parts polluted or degraded Excessive humidity Safety interlocks Safety interlocks Fuse blown Deterioration of a component Badly tightened Badly assembled Badly connected Replace the voltage divider Clean the insulating components or call our After Sales Department see 1 1 Install a heating element Check the position of the breaking switchgear Check the position of the breaking switchgear and the door panel Replace the three fuses Replace the indicat
25. eover box with four 12 V batteries 2 cables marked Cable A and Cable B of 5 or 10 metres each 6 opening rings equipped with connectors 2 cables for the connection of the rings equipped with connectors of 7 or 12 metres each e For the installation of the automatic changeover switch refer to the instruction notice PASA Box Ref AREVA N 896 A TITTI Low voltage box with neutralization switch La M M Volt Voltage dv ee detection relay relay I _IIl RPTI Connection RPTI dA I terminal to automatic d changeover switch Cable 1 Cable 2 e Schematic diagram for the e Connection of the command double shunt function without control to the PASA box fault detection 1 48 V 2 Closing command lt 3 Opening command 9 4 Open position Multiconductor cable O 5 Closed position aa 10 6 48V A neutralization switch is located Conmarine on the front face on the box for wy each Functional Unit 8 Presence absence of HVA voltage It is padlockable in the open Reseed position and ensures the TO 9 sectionalizing of the auxiliary 10 Reserved power supply 48 V 48 V e Layout of the connection terminal with the terminal markings 26 e Neutr
26. eter of the cable Functional Unit to make up the extremity p F f a s _ E x I 2 a 4 r Li zl n ge pe e Exampleofa connection e Exampleofa connection terminating in IS terminating in PF 19 7 4 Connection of an IS Functional Unit Legend for 7 4 and 7 5 1 Round lug 2 Deflector 3 HM12 nut ssi e Me e Lift off the deflector the H M12 nut and the two washers for each point e Connection is made by a round or rectangular lug 4 Belleville Washer 5 Flat washer 6 Rectangular lug 7 Copper spacer not supplied 8 HM8nut 9 6 O gt th 12mm J i 13mm 28mm Round lug connection Fit the lug which must hold firm against the contact plate Fit the flat washer Fit the Belleville washer Screw in and tighten the nut to the indicated torque 18 mm spanner Clip on the deflector 7 5 Connection of a PF or PFA Functional Unit Connection point e Begin the connections by the cable at the back 20 Rectangular lug connection Fit in place the spacer in copper Position to hold firm the rectangular lug Fit the flat washer Fit the Belleville washer Screw in and tighten the nut to the indicated torque 18 mm spanner Clip on the deflector
27. follow the manufacturer s instructions Position the striker towards the top e Push the fuse home into the upper current supply terminal e Ensure that the upper contacts are correctly covered The 4 blades of the jaw must hold firm over all of their surface contact on the fuse cup 22 e Lift the lid of the upper current supply terminal e Hold the fuse by its upper part e Ensure the correct refitting of the lid and the position of the label it must be visible from the front face panel e Fit the fuse into the lower shell e The fuse is now in place 7 10 The sensors rings for fault detection and signalling Le e Sensorofthe ring with blades e Example ofthe assembly of the type rings for delivery 7 11 Mounting the rings Position and fit each ring centred Insulate the earthing braid perpendicularly to the cable Pass the braid back in the reverse The rings must be positioned direction to the cable into the ring below the cable end of each cable Under no circumstances must they be on the cable end Connect together the 3 cable screen braids on to the earthing circuit H M8x30 screw 13 mm spanner e Each braid must pass back in the reverse direction to the cable into the ring e Connecttogether the 3 cable screen braids to t
28. forks of handling the forks of the truck are fully the truck are fully engaged 4 screws 13 mm spanner engaged throughout the entire throughout the entire width of width of the Functional Unit the crate 4 7 Storage conditions Ensure that the material is suitably original factory packaging Ensure that there is a total absence packaged for the requirements of of aggressive vapours e g Sulphur Avoid leaving the material where it the planned storage period n Hi pan Dioxide S0 gt is likely to be subjected to large Preserve the equipment in its intact sudden temperature changes The site chosen for storage must be capable of protecting the products against possible damage due to deterioration agents such as Water Water vapour Saline atmosphere All types of pollution Micro organisms Contact AREVA for any derogations to these criteria 4 8 Intervention levels Description Operations carried out by the Customer Operations requiring specific training carried out by an agreed third party Work to be carried out exclusively by AREVA 4 9 Specific recommendations for storage durations of less than 6 months Packaged under a plastic covering Periodically carry out an inspection of the packaging When unpacking check the mechanical operation by carrying out about ten operations 4 10 Specific recommendations for storage durations of between 6 and 12 months Perio
29. g low voltage wiring to the TM Functional Unit poe FRRFAS e Frontview Connection is made from the top via the rear of the LV box An extremity blanking piece for the terminal block cover is delivered mounted on each IS Functional Unit It can be dismantled then reassembled on to another Functional Unit depending on the layout of the switchboard Side face view connection from the top 1 Location of the terminal block 2 Wiring to be carried out on site Provide for an additional length of 4 m of wire 25 9 Double shunt layout function This enables the manual or automatic transfer of the load from a source chosen as a normal power supply cable 1 to a second source called a backup cable 2 The double shunt layout function comprises two IS each of which is equipped with a C410M mechanical control mechanism without mechanical latching and a voltage detection relay of the RPTI type 1 The double shunt layout function without any detection of an HV fault comprises 1 automatic changeover box with four 12 V batteries 2 cables marked Cable A et Cable B of 5 or 10 metres each 2 The double shunt layout func tion with detection of an HV fault comprises 1 PASA automatic chang
30. he earthing circuit 7 12 Special instructions at the end of the connections After any work in the cable Ensure that all of the connec E ente replace the tions busbar couplings front face panel cables earthing circuits and low voltage circuits have been correctly carried out Ensure that the fuses have been correctly fitted in place and the presence of access panels to the interior of the Functional Units 23 8 Connection of the low voltage circuits 8 1 Motorised remote control interface for the switches option I F e UFA i 0 COMMANDE ELECTRIQUE i NEUTRALISEE De 1 EXPLOITATION NORMALE e Front face of the box e Neutralization switch marked e The cable connection is UFA delivered with a connector marked UFA and a packet of labels 8 2 Foolproofing of the remote control connector Public Distribution 10 pin male connector Type H an 10A seen from pin side UFA UFB UFC UFD UFE UFF UFG UFH gt ma i Se Sr aa A QD amp QD Q O Sl gt 59 i 59 S 9 2 S 5 8 8 S 9 8 8 S 6 9 8 8 9 8 e S 6 2 7 2 7 2 7 2 7 2 7 2 7 2 7 2 7 8 8 S 8 8 8 6 8 8 8 8 8 8 6 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 6 8 6 8 e 6 amp 6 8 6 6 8 e 6 6 4 4 9 4 9 4 9 4 9 4 9 4 9 4 9
31. in conformity with the instructions in IEC161958 To each of the 3 phases L1 L2 and L3 there is a corresponding flashing indicator 1 A connection point 2 for each phase is accessible on the front face of the luminous indicator in order to connect the phase comparator Remarks Signature The indication of a VPIS by itself is insufficient to ensure that the system is de energized if the operating rules demand it then the appropriate voltage detectors must be used to that effect in compliance with IEC61243 5 Energize the busbar To do this close the load break switch See 10 14 6 Energizing a second Incoming Functional Unit supplied from the same source Energize the cables Check that the neon lights of the voltage presence indicator light up Check the phase balance See 14 7 prior to commissioning 14 7 Control of phase balance with a VPIS voltage presence indicator in accordance with IEC 61958 1 Phase comparator test o e Connect the 2 phase comparator plugs optional to 2 phases of the same Functional Unit The light should light up Showing the comparator is working 14 8 Energize the switchboard Close the breaking devices on the Incoming Functional Units 36 bl L2 L3 000 2 Verification of phase balance LI L2 L3 000 e Phases balanced Light out e Phases out of sequence Light on
32. ircuits etc Handling operations carried out on the switchgear Closing and opening the load break switches and earthing switches Arming closing and tripping the circuit breakers Inspections and tests Date Dielectric tests at 80 of the test value Whilst taking all precautions necessary carry out a dielectric test on the HV equipment and LV cabling NB These tests must be carried out prior to electrical testing Electrical tests Check the continuity of the earthing circuit Check the connections on the LV links Test the correct functioning of the LV switchgear Record the relay parameters Also check the leaktight sealing in the room and the cable troughs Attach the M24 technical instruction manual in a visible location within the room Refer to the drawings and diagrams supplied with the equipment They describe the functionalities employed to carry out the level of operation required Remarks Signature Remarks Signature Remarks Signature 35 State of the switchgear Date Ensure that all the load break switches circuit breakers and earthing switches are open and the access panels to the cables and the busbars are in place In accordance with the fuse supplier instructions ensure that the striker covers on the voltage transformer fuses have been removed 14 5 Energizing the Incoming Functional Unit The voltage presence indication is ensured
33. l contact the internal contact the 3 Belleville washers then the CHC M10x65 bolt without tightening e Position the 1250 A bars between the two contacts At each extremity as shown here fit a shim in place of the second bar e When all of the bars have been fitted tighten to the indicated torque e Clip on the extremity deflectors 6 8 Connection between 630 A and 1250 A busbars H MIO nt Deflector e X S 3 Belleville washers p o nn S MoE YY 630 A Bar External contact M12 M10 92 pin _ gt Example of a connection Insulator e Screw the M12 M10 92 pin into the insulator e Fit the 630 A bar the external contact the internal contact the 3 Belleville washers then the H M10 nut without tightening e Position the 1250 A bars between the two contacts At each extremity as shown opposite fit a shim in place of the second bar e When all of the bars have been fitted tighten to the indicated torque e Clip on the extremity deflectors 17 7 Connection of the HV cables 7 1 Preparation of the HV cable connections e State of the Functional Units after installation all of the earthing switches Remove the upper cable are closed tightening straps e Remove and mark the cable access panels in accordance with the 2 H M8x50 screws Functional Units
34. ng of the downstream earthing switch only for PGC ar ZZ a A 5 gt ay e Using the left hand turn the e Make the rod slide upwards padlockable button and then grip the lever by both its maintain it there extremities e Insert the lever e Lower the lever towards the left 12 2 Opening the upstream earthing switch e Using the right hand turn the e Make the rod slide upwards padlockable button and then grip the lever by both its maintain it there extremities e Insert the lever e Lower the lever towards the left le TELS LI J d d fi LA e o o d TA ah e The earthing switch is now open For the PGC the door panel is now locked The earthing switch is now open e Remove the lever 31 12 3 Closing the earthing switch 9 FLUOKIT M FLUOKIT M o A 99 i N Using the left hand turn the Make the rod slide upwards e The switch is now closed padlockable button and then grip the lever by both its e Remove the lever maintain it there extremities e Insert the lever e Lower the lever towards the right 12 4 Closing the circuit breaker 9 FLUOKIT e Lock the load break switch and e The circuit breaker is locked in e Insert the key and turn it The remove the key the
35. noses and advice requalification of installations in Working hours order to benefit from new technologies and extend the life of Phone No 33 0 3 85 29 35 00 days per week 24hours per day your switchgear by limited Fax 33 0 3 85 29 36 30 invesimente Or 33 0 3 85 29 36 43 Free phone No 0 800 40 27 62 1 2 AREVA T amp D Training Centre your training partner e A wide field of expertise e training sessions in our centres study and design of networks or on site defined according to and installations your objectives and constraints operation and maintenance of qualified trainers and experts in LV HVA and HVB equipment their field application themes electrical e practical work on real machines generating sets diesel motors which represent more than 50 etc of the training period electrical safety enabling the e an FIEEC Quality Training employer to give suitable Charter member organisation authorisation to the people in and certified ISO 9001 version charge of the operations and 2000 interventions on electrical equipment Faced with the direct and indirect training costs of the operational stoppages and shutdown training is a real investment AREVA T amp D Training Centre 130 Rue L on Blum BP 1321 F 69611 Villeurbanne Cedex Tel 33 0 4 72 68 33 86 Fax 33 0 4 72 68 35 17 E mail formation dafep areva td com 2 With regards to this notice AREVA 2004 AREVA the AREVA logo and their figura
36. ocking by keylocks Civil Engineering Guide 2 6 Tools and products not supplied required for the operations described in this notice Cutter Crowbar Flat blade spanners size 10 13 16 18 amp 19 mm Ratchet handle extension with socket sizes 10 13 16 amp 18 mm Torque wrench with sockets size 10 13 18 mm Magnetic screwdriver 3mm Allen key tip Flat headed screwdriver Allen key for sizes 4 5 6 8mm Adry cloth Solvent di electric resistance gt 30kV excluding chlorine based products Electrolube 2 GX electrical contact grease from Comindus Product code 2 7 Symbols amp conventions Code f duct CAUTION Remain vigilant E ia sii sl A Precautions to be taken in order to avoid any accident or injury keted by AREVA AE FORBIDDEN Do not do it Torque value The compliance with this indication is Example 1 6 daN m i compulsory non compliance with this stipulation may damage the equipment INFORMATION ADVICE Mark corresponding to a key i Your attention is drawn to a specific point or operation 2 8 Tightening torque values for standard assemblies nut bolt Threaded fasteners without grease Threaded fasteners with grease Use grease referenced assembly with ungreased washers mounted with the washer greased Zinc plated steel fasteners without grease daN m Stainless steel fasteners with Dimensions grease daN m Cla
37. oints e Align the front panels e Continue to install the Functional units whilst repeating the same checks each time 2 points at the rear H M12x30 Interconnect the Functional Units bolts flat washer 32 exterior or using the 6 fixing points by 2 points in the centre for PGB H M8x20 bolts and PGC PGB or PGC Front face of the switchboard 3 or X Functional Units 4 ground anchoring points Fasteners not supplied 14 e The Functional Units at each end must be anchored to the floor by their 4 fixing points e With the exception of specific requirements seismic resistance vibration it is possible to install just one of the Functional Units out of two at the rear 6 4 af n Connection of the inter Functional Units grounding circuit IE IE e On the roof of the Functional Units position and fix the earthing circuit bars M8 washer ES 8 washer H M8 nut 13 mm spanner 6 5 Earthing the switchboard The general switchboard earthing connection to the ground electrode of the building is made via the Functional Unit to the extreme right of the set viewed from the front e Connector point for the linkage cable to the ground electrode e Close up of the connection Remove the plastic blanking The copper connecting conductor panel to connect the cable must have a minimum cross section of 25mm fa
38. or s 1 Clean the connecting plate connections 2 Replace the damaged fasteners 3 Retighten to appropriate torque 1 Clean the connecting plate connections 2 Eliminate all material of a different nature placed in the point of the current flow 3 Retighten to appropriate torque 1 Insulate the earthing screen braids for the cables 2 Pass these grounds into the ring in the reverse direction to the cable before connecting them again to the switchboard s earthing point 16 Spare parts 16 1 The spare part Describes a part that is designed to replace a corresponding one with a view to re establishing the original by a The replacement of these parts can only be carried out person who is suitably qualified function and trained for this operation Programmed replacement This concerns wearing parts designed to be replaced after a predetermined number of uses Use Maintenance stock necessary for optimum maintenance procedures every 6 years Non Programmed replacement Describes spare parts whose replacement intervenes in the course of corrective maintenance Use Parts that are changed during a cor rective maintenance operation outside the scope of normal preventive maintenance actions Exceptional replacement Describes the spare parts or assemblies whose foreseeable service life is at least equal to that of the equipment Use Spare parts or sub assemblies conserved in a safety s
39. out by keylocks Commissioning Reminders Sjoa l o p PNE E E ES EE E EE P E EE EE E Inventory of tools and accessories on completion of Work Pre commissioning information Final checks before COMMISSIONING LL Energizing the Incoming Functional Unit Energizing a second Incoming Functional Unit supplied from the same source Control of phase balance with a VPIS voltage presence indicator in accordance with IEC 61958 Energizing the switchboard Maintenance Levels of maintenance Preventive maintenance for the control mechanisms i Preventive maintenance of the functional units nea Systematic preventive maintenance ee een eee eee nena Greasing the contact surfaces ee eee een eens Corrective maintenance Replacement of the three MV fuses 0 0 ce eee ene e ene eens Replacement of the VDS Voltage Detection System LV capacitors Possible anomalies and remedies aa Spare parts eee eee eee eee eee eee The spare part Identification of the equipment See 4 5 2 0 eee Storage conditions Maintenance consumables 31 31 31 32 32 32 33 33 33 34 35 35 35 35 35 36 36 36 36 37 3 3 3 3 38 38 38 39 40 41 41 41 42 42 17 17 1 17 2 17 3 17 4 17 5 18 End of the equipment se
40. rvice life Valorization of the equipment Safety instructions Dismantling of the equipment service Specific recommendations for the SF6 gas type circuit breaker and load break switch Breakdown and valorization of the materials used for PGB See 17 1 43 43 43 43 44 44 45 1 AREVA at your service Operation and maintenance may If this is not the case please refer General Safety Instructions only be carried out by personnel to our Service Unit or to our booklet for Electrical Applications who have received suitable Training Centre UTE C 18 510 authorisation for the operations and All locking out operations must be or its equivalent outside FRANCE man uvres they are responsible performed according to the for performing 1 1 Our Service Unit our specialists and suitably adapted services e Guarantee extension contracts in relation to the selling of new equipment e Supervision of HVA switchgear installations e Technical advice diagnoses of the facilities expertise e Maintenance contracts adapted to the operational constraints e Systematic or conditional preventive maintenance e Corrective maintenance in case of partial or complete failure e Supply of spare parts oja ale ul un nGa la Lo d an Gan AC a aa a a alol ioe 7 O _ y 5 e a E b E a f IU qj p a a e Overhauling of equipment and Contact the AREVA Service Unit for diag
41. s 9 1 Mounting and connection of the rings 9 2 Commissioning the double shunt layout 0 0 ce eee eee 10 Operating accessories and instructions eee 10 1 Reminders event a cease alia ea oi Satie aed lenti 10 2 Operation of a Functional Unit equipped with a C410 C410S C410M control 10 3 Operation of a Functional Unit equipped with a C430 C430M control 10 4 Operation of a Functional Unit equipped with a C440 C440M control 2 0 eee 10 5 Testing ING cables icone d ated fair e ae 10 6 Installing the removable earthing switch device 11 Operation of the TM Functional Unit 0 0 ees 11 1 Operating manoeuvres for the TM Functional Unit 24 24 24 25 26 27 27 28 28 28 28 29 30 30 12 12 1 12 2 12 3 12 4 12 5 13 13 1 13 2 13 3 14 14 1 14 2 14 3 14 4 14 5 14 6 14 7 14 8 15 15 1 15 2 15 3 15 4 15 5 15 6 15 7 15 8 15 9 16 16 1 16 2 16 3 16 4 Table of Contents Operation of the PGB and PGC Functional Units 00c eee Opening of the downstream earthing switch only for PGC 0 0 ee Opening the upstream earthing switch Closing the earthing switch Closing the circuit breaker De energizing a PGB or PGC Functional Unit Locking out and locking operations ees Mechanical function interlocks aa Locking out by padlock not Locking
42. ss 6 8 Class 8 8 A2 70 M6 0 7 0 9 0 7 M8 1 6 2 1 1 6 M 10 3 2 4 3 3 2 M 12 5 6 6 5 M 14 8 7 11 6 8 7 M 16 13 4 17 9 13 4 M 20 26 2 35 26 2 3 Presentation 3 1 Description FLUOKIT M24 Functional Units Each Functional Unit is divided into are designed for indoor use 4 separate compartments separated by metal partitions Telecontrol compartment Busbar The range meets the definition of switchgear of the type under compartmentalised metal casing in compliance with the design and A Breaker ngear i construction rules mentioned in the isolation switchgear with an Standards IEC 62271 200 and operating lever IEC 60466 Cables 3 2 Dimensions and approximate weight of the Functional Units Functional Units IS PF PFA Width mm 375 500 375 500 750 Overall Depth mm 1026 1026 1026 1026 1100 ia optat pare 1610 1610 1610 1610 1610 with deflector or LV box on the roof 1950 1950 1950 1950 1950 Approximate weight kg 115 125 195 210 410 PGB PGC 875 1100 1610 1950 460 1125 1100 1610 1950 510 3 3 Presentation of the Functional Units I OG WAN DAA WNDMH a dI NU LUN Key Busbar connection plates ISR switch disconnector Upstream Earthing Switch Upper fuse support shell Cable connections shell MV Fuse Capacitive insulator Lower fuse holder shell Downstream Earthing Switch Base plate in 4 elements LV casing Exhaust shaft Overpressur
43. steners not supplied ME H M12x20 bolts flat washer self locking washer H M12 nut Min cross section 25 mm2 lt e Fit the bolt via the interior of the Functional unit then attach the cable the flat washer the self locking washer and finally the HM12 nut fasteners not supplied 15 6 6 Standard busbar connections No preparation is required for the If the storage time has been long In case of oxidation lightly brush contact surfaces A simple dusting ensure that there has been no the parts with Vaseline using a down should be allowed for trace of any knocks or oxidation very fine metal brush e Gain access to the busbar by e Also remove the second panel e The busbar assembly IS removing the first roof panel 4 H M6x20 screws accessible as well as the front fixing by 7 H M6 screws protection panel Use the deflector with a captive screw CHC M10x35 8 mm Allen key e Possibility of dismantling this e Standard assembly of the bars panel to have access to the on to the supply terminals wires behind the LV box e Connection of the busbars between two Functional Units 16 6 7 Connection ofa 1250 A busbar CHC M10x65 bolts 3 Belleville washers 6S SN EEA AIA Deflector NI e Fit the externa
44. the Functional Units 0 0 0 0 ea Packaging Handling Transport Delivery Packaging of Functional Units The accessories package Acceptance Location of the technical data Handing ia i ss eet ae ween at Storage conditions Intervention levels Storage 0 Lino DIALOGS occa ada iaia Specific instructions for storage of less than 6 Months Specific instructions for storage from 6 to 12 Months Specific instructions for storage from 12 to 24 months ce ee Unpacking and installation of the equipment Type of Building Structural Work Surface flatness values Unpacking the Functional Units 20 0 0 eee een eee eee e nee Handling the Functional Unit Installation of a switchboard Revalorizing packaging waste N P PP UP UV N DN NN NN IN Qi OI O1 12 12 12 12 13 13 6 Installation c ee ees 0 1 Installation of the Functional Units irene ei ee mix 6 2 Fitting each of the Functional Units in place cc eens 63 FING ANE FUNCIONGl WANG seses esri eeu pone Bw eo a ewer ace ween ob a tm SO a i aw e ee 6 4 Connection of the inter Functional Units grounding circuit naasa naana aeaee 6 5 Eartning ne SWIIChDOQIG css viene 8 ao oc ct a 0 endive Sau bets a a E at 6 6 Standard busbar connections 6 7 Connection of a 1250 A busbar aa 6 8 Connection between 6
45. thods or valorization Evaluating the cost of valorization product s service life PGB 24 kV 400 A 750 mm wide Copper 5 Alu Steel lt FE E A a ae de Copper P A Thermosetting parts copper SF6 Thermosetting parts 17 2 Safety instructions Do not dismantle the Do not open the poles Do not dismantle the A mechanical control A without first having recovered A earthing switch s springs mechanism springs without the SF6 gas using the without the releasing device the releasing device appropriate tools 17 3 Dismantling of the equipment service Consult AREVA or a suitable company for all decommissioning services e Remove all electrical equipment e Ondisassembly the materials coils motors etc must be sorted and sent on via the appropriate recycling channels 43 17 4 Specific recommendations for the SF6 gas type circuit breaker and load break s
46. tive forms are AREVA registered trademarks The other brand names mentioned within this document whether they be 2 1 Eco design concept and revalorization of the materials used The design and manufacture of our packaging are both in conformity with the French government decree 2 2 Responsibilities Our devices are quality controlled and tested at the factory in accordance with the standards and the regulations currently in force Apparatus efficiency and apparatus life depend on the compliance with the installation commissioning and operation instructions described in this user manual Non respect of these instructions Is likely to invalidate any guarantee Local requirements especially about safety and which are in N 98 638 of 20 July 1998 concerning the account that is accordance with the indications given in this document must be observed AREVA declines any responsibility for the consequences due to the non respect of the recommendations in this manual which make reference to the international regulations in force due to the non respect of the ins tructions by the suppliers of cables and connection accessories during installation and fitting operations copyright or not belong to their respective holders taken of environmental requirements any possible aggressive climatic conditions humidity pollution etc acting in the immediate environment of the materials that are neither suit
47. tock HV fuses by 3 20years x x xX Heating element e X X Heating element VPIS luminous indicator Grommet IS PF Grommet PGC Busbar deflector Cable connection deflector IS Current transformers or rings phase Voltage transformers roof or cable compartment Lightning arresters for the SP or LP Functional Units Operating lever Circuit breaker Complete equipped pole 16 2 Identification of the equipment See 4 5 For all orders for spare parts it is necessary to enclose the equipment characteristics form 41 16 3 Storage conditions The components should be stored must be marked by the AREVA away from dust humidity or sun In reference number Certain order to facilitate the search they components are fragile they should 16 4 Maintenance Department Designates the products necessary for maintenance See 2 6 42 preferably be stored in their original packaging 17 End of the equipment service life 17 1 Valorization of the equipment Our Functional Units are composed They enable the following The indications given in tables of recyclable elements Calculation to be made of the 17 5 facilitate co operation The tables 17 5 give information capacities for valorization between users and companies and figures for the types of Optimising the valorization specialised in elimination to valorize materials their quality and their PORTII 5 the product at the end of the ma
48. witch Recuperate the SF6 gas e Clean the components before using a recuperation unit their elimination Dismantle the interrupting poles e On disassembly the materials must be sorted and sent on via the appropriate recycling channels with the specific tools compulsory protections and all this in a specific room 17 5 Distribution and valorization of the materials used for PGB See 17 1 Total weight Functional Unit FP circuit breaker 6 CT RKF24 MICOM P124 relay 459 kg Steel 253 Yes 100 Stainless steel 0 Copper and copper based alloys 49 1 Yes 95 Aluminium and aluminium alloys 15 Other non ferrous metals 0 Epoxy Resin 113 Cannot be valorized Glass fibre reinforced polyester 0 sent to Others 0 Technical Burial Centres Total Thermosetting Products 713 15 6 mainly silica PC PTFE PVC PPO Cannot be valorized PU Others PMMA PA PBT Total Thermoplastics 66 58 ai Elastomers 0 09 Cannot be valorized Paints 0 03 Yes 100 regeneration Total others 20 064 Cannot be valorized 44 18 Notes If you have any comments on the use of this document or on the use of the equipment and services that are described in it please send us your remarks suggestions and wishes to AREVA Service Technique BP 84019 F 71040 Macon Cedex 9 FRANCE Fax 33 0 3 85 29 36 36 45 Our policy is one of continuous development Accordingly the design of our products may
49. yout on iron supports for levelling off is ideal as they will also serve as a guide for the adjustment of the cement top coat 5 3 Unpacking the Functional Units Proceed with unpacking the Functional Units only where they are Use suitable protective gloves for any handling operation to be installed on site 5 4 Handling the Functional Unit e Remove the protective plastic cover e Open the front panel 1 lift the panel 2 pull the panel towards you Mark each panel in accordance with the corresponding Functional Unit For the PGB and PGC Functional Units remove the wooden base without extracting the circuit breaker 12 e Remove the 4 fixing screws 16 mm spanner from the wooden base e Free the Functional Unit e Place the Functional Unit on the ground 1mimin e Four fixed slinging points are provided for on the roof of each Functional Unit These lifting lugs are to be removed when the Functional Units are in the immediate proximity of their definitive installation 5 5 Installation of a switchboard Lift the Functional Unit by 4 slings each one capable of supporting 1 000 kg Respect the minimum carrying height as shown on the above diagram Please refer to the instructions in Position the cells whilst respecting the Civil Engineering Guide minimum clearance
Download Pdf Manuals
Related Search