Привод blg 1002a руководство по эксплуатации

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  Product Manual 1HSB435416-2 en Rev 1 LTB 245E1 BLG 1002A 3-pole operation…

• Page 2: Table Of Contents

  PRODUCT DESCRIPTION — Circuit-Breaker PRODUCT DESCRIPTION — Operating Mechanism ASSEMBLY INSTRUCTIONS CHECKLIST OPERATING AND MAINTENANCE INSTRUCTIONS LUBRICANTS MAINTENANCE INSTRUCTIONS — Operating Mechanism OVERHAUL INSTRUCTIONS — Circuit-Breaker SPARE PARTS — Circuit-Breaker SPARE PARTS ABB Switchgear AB — Operating Mechanism S-771 80 LUDVIKA…

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  Circuit-Breaker LTB 245E1 with operating mechanism BLG 1002A 3-pole operation Product Description 1HSB435455-2 enrev1 ABB Switchgear…
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  The information in this document is subject to alteration without prior notice and should not be regar- ded as an undertaking from ABB Switchgear AB. ABB Switchgear AB takes no responsibility for errors that can occur in the documentation. ABB Switchgear AB is not responsible for damage incurred due to the misuse of this document.
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  Product Description LIST OF CONTENTS 1. Description…………….1 Design of the circuit-breaker…………1 The circuit-breaker’s gas system ………… 2 Operating mechanism…………..3 Standards ………………3 1HSB435455-2 enrev1…

• Page 6: Description

  Description Product Description 1. Description High voltage circuit-breaker type LTB 245E1with a single operating mechanism type BLG 1002A. 1.1 Design of the circuit-breaker The circuit-breaker is made up of three separate poles. These consist of three main parts. At the bottom is an operating mechanism in an alloy housing, above this are hollow post insulator through which the operating insulator runs and at the top is the breaking unit.

• Page 7: The Circuit-Breaker’s Gas System

  Description Product Description 1.2 The circuit-breaker’s gas system The circuit-breaker poles are permanently filled with SF gas at a pressure of 0.7 MPa abs at 20°C on circuit-breakers whose performance is limited by a lowest ambient temperature of ≥ -30°C. On circuit-breakers whose ambient temperature is ≥…

• Page 8: Operating Mechanism

  Description Product Description 1.3 Operating mechanism LTB circuit-breaker is operated by a motor-charged spring operating mechanism type BLG. The operating mechanism is connected to the poles’ mechanism on the circuit- breaker pole via a pull-rod system. The circuit-breaker is closed by the operating mechanism, which houses the closing springs.

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  ABB Switchgear AB 1HSB435455-2 enrev1 Head Office 0008 SE-771 80 LUDVIKA SWEDEN Telephone: +46 (0) 240 782 000 Telefax: +46 (0) 240 714 928…
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  Circuit-Breaker Operating Mechanism type BLG 1002A Product Description 1HSB515432-100 en rev2 ABB Switchgear…
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  The information in this document is subject to alteration without prior notice and should not be regar- ded as an undertaking from ABB Switchgear AB. ABB Switchgear AB takes no responsibility for errors that can occur in the document. ABB Switchgear AB is not responsible for damage incurred due to the misuse of this document.
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  Product Description LIST OF CONTENTS 1. Description…………….1 Normal operating mode …………..2 Opening operation…………….3 Closing operation …………….4 2. Component units …………..5 Drive unit ………………5 Mechanical interlock……………5 Catch gear ………………6 Dashpots………………6 Auxiliary contact…………….7 Heater element …………….8 1HSB515432-100 en rev2…
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  Product Description FIGURES Figure 1-1. Operating mechanism …………..1 Figure 1-2. Normal operating mode…………..2 Figure 1-3. Opening operation…………….3 Figure 1-4. Closing operation…………….4 Figure 2-1. Drive unit………………5 Figure 2-2. Interlocking mechanism…………..5 Figure 2-3.

• Page 14: Description

  Product Description Description 1. Description The spring operating mechanism BLG 1002A is intended for operating a circuit- breaker with integrated opening springs. The opening springs are charged automatically by the mechanism on closing of the circuit-breaker, whereby the requisite energy for opening is obtained. Under no circumstances may the mechanism be operated with the spring battery charged, without first being fitted and trimmed with the associated circuit-breaker.

• Page 15: Normal Operating Mode

  Description Product Description 1.1 Normal operating mode During normal service the circuit-breaker is in the closed position. The opening spring (14) on the circuit-breaker and the closing springs (7) in the operating mechanism are charged. The circuit-breaker is kept in the closed position by the operating mechanism’s opening catch gear (1).

• Page 16: Opening Operation

  Product Description Description 1.2 Opening operation The latch in the opening catch gear (1) is released on opening of the circuit-breaker (1). The opening spring (14) pulls, via the pull-rod (13), the operating lever (4) to the left. The movement is damped by the opening dashpot (3) at the end position before the operating lever (4) rests against the cam disc (5).

• Page 17: Closing Operation

  Description Product Description 1.3 Closing operation On closing of the circuit-breaker, the latch is released in the closing catch gear (2). The chain section (17) is released and transfers the closing spring’s (7) energy to the cam disc (5). The cam disc rotates 360° clockwise and pulls the operating lever (4) to the right until the opening catch gear (1) engages.

• Page 18: Component Units

  Product Description Component units 2. Component units 2.1 Drive unit The drive unit is supplied with one or two motor options for 60, 110 or 220 V DC and 50, 60 Hz AC. The motor should be able to charge the springs at 85% of the nominal voltage (IEC). Item Drive unit B20031…

• Page 19: Catch Gear

  Component units Product Description 2.3 Catch gear The operating mechanism is fitted as standard with one closing coil and two opening coils, but on request can be equipped with double coils on the closing side. The standard voltage of the coil is 110, 220 V DC or AC, but other voltages may occur.

• Page 20: Auxiliary Contact

  Product Description Component units 2.5 Auxiliary contact The operating mechanism is equipped as standard with a 6-pole auxiliary contact consisting of six opening and six closing contacts. Three closing and one opening contact are used for the functioning of the operating mechanism. There is a possibility of supplementing with six or twelve extra contacts.

• Page 21: Heater Element

  Component units Product Description 2.6 Heater element The operating mechanism is equipped with a heater element to prevent condensation from forming and should always be connected. Item Heater element B20036 Figure 2-6. Heater element. 1HSB515432-100 en rev2…

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  1HSB515432-100 en rev2 ABB Switchgear AB Head Office 9911 SE-771 80 LUDVIKA SWEDEN Telephone: +46 (0) 240 782 000 Telefax: +46 (0) 240 714 928…
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  Circuit-Breaker LTB 245E1 with operating mechanism BLG 1002A 3-pole operation Assembly Instructions 1HSB435410-2 enrev1 ABB Switchgear…
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  The information in this document is subject to alteration without prior notice and should not be regar- ded as an undertaking from ABB Switchgear AB. ABB Switchgear AB takes no responsibility for errors that can occur in the document. ABB Switchgear AB is not responsible for damage incurred due to the misuse of this document.
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  Assembly Instructions LIST OF CONTENTS 1. General …………….1 2. Safety………………. 3 Warning text ………………. 3 Safety, general …………….4 3. Delivery …………….5 Weights………………. 5 Unpacking ………………6 Storage before assembly …………..7 4. Assembly…………….9 Preparations………………9 Frame assembly…………….11 Assembling the frame on the foundation ……..
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  Assembly Instructions Times ……………….. 37 Motor and control circuits …………37 Resistance ………………37 Contact stroke…………….37 1HSB435410-2 enrev1…
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  Assembly Instructions FIGURES Figure 3-1. Component parts…………….5 Figure 3-2. Lifting the operating mechanism …………6 Figure 4-1. Assembly markings……………..9 Figure 4-2. Foundation………………10 Figure 4-3. Frame assembly…………….11 Figure 4-4. Frame assembly on the foundation……….12 Figure 4-5. Lifting the circuit-breaker pole………….13 Figure 4-6.
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  General Assembly Instructions 1. General This assembly instructions applies to the SF circuit-breaker type LTB 245E1 with one operating mechanism type BLG 1002A for 3-pole operation and contain all essential information for assembly and commissioning Read through the entire Assembly Manual before starting the assembly work. 1HSB435410-2 enrev1…

• Page 29: Safety

  Safety Assembly Instructions 2. Safety 2.1 Warning text Warning text occurs where required and indicates that the text in question should be observed extra carefully. The warning texts are marked as set out below: DANGER indicates an immediate hazardous situation that, if not avoided, will result in death or serious injury.

• Page 30: Safety, General

  Safety Assembly Instructions 2.2 Safety, general WARNING Circuit-breaker with pressurised porcelain insulators. Mechanical effects on the porcelain can cause it to explode with the following risk of splintering. Work on the circuit-breaker that brings about the risk of mechanical damage to the insulators should be carried out at a reduced gas pressure, 0.125 MPa (abs).

• Page 31: Delivery

  If any material is missing or if transport damage has occurred, please report this immediately to ABB Switchgear AB, Circuit Breaker Division. 3.1 Weights The weights of the component parts are as follows:…

• Page 32: Unpacking

  Delivery Assembly Instructions 3.2 Unpacking The operating mechanism with blocking beams is packed in a wooden crate or on a pallet. The crate is marked with the case number and the gross weight. Other information is written on a plywood board/label, which is attached to two of the crate’s sides.

• Page 33: Storage Before Assembly

  Delivery Assembly Instructions 3.3 Storage before assembly 3.3.1 General The circuit-breakers are normally delivered in units adapted for transport. Intermediate storage of these units should be avoided. If intermediate storage can not be avoided the units should be stored indoors or under a roof. They should also be stored horizontally above ground level to avoid cracking or water damage.

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  Delivery Assembly Instructions 3.3.3 Operating mechanism The operating mechanism should be unpacked on arrival. If it is not kept in an approved store, the heating element must be connected and permanently switched on to prevent the control equipment from corrosion or damage due to freezing. 3.3.4 Circuit-breakers The circuit-breakers should be stored in their original cases where they are properly protected from damage.

• Page 35: Assembly

  Lifting devices and lifting slings. • Lubricants, see Lubricants 1HSB445409-1 for suppliers and brand names. Grease “G”: ABB article number1171 4014-407 Grease “SV”: ABB article number 1171 4016-610. • Contact paste. • Applicable dimension drawings and diagrams for the order.

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  Assembly Assembly Instructions 4.1.2 Foundation The circuit-breaker’s foundation must be flat and level. Figure 4-2 shows the permitted deviations in mm for the position of the foundation bolts and for the phase spacing. Adjust any deviation using spacer washers, see “Chapter 4.3, Assembling the frame on the foundation”.

• Page 37: Frame Assembly

  Assembly Assembly Instructions 4.2 Frame assembly The frame is supplied in welded halves with six cross stays and nuts, bolts and washers. Bolt the halves together as shown in Figure 4-3. Fit the cross stays according to the numbering 1-4, using the supplied nuts, bolts and washers. N.B.

• Page 38: Assembling The Frame On The Foundation

  Assembly Assembly Instructions 4.3 Assembling the frame on the foundation Check that the frames are upright and adjust them to the same level using the nuts (2). Fill with spacer washers the gap between the lower nut and the foundation, which should be as small as possible.

• Page 39: Assembling The Circuit-Breaker Pole On The Frame

  Assembly Assembly Instructions 4.4 Assembling the circuit-breaker pole on the frame Place a lifting sling around the breaking unit’s top as shown in Figure 4-5 and, using this method, lift the circuit-breaker pole from its horizontal position in the transport packaging.

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  Assembly Assembly Instructions A circuit-breaker pole is fitted to each frame according to Figure 4-7. Fit the bolts (1) and tighten by hand. N.B. Final tightening is carried out when the operating mechanism has been fitted. Item Bolts M20x70 4 pcs. Nuts M20 4 pcs.

• Page 41: Preparations For Assembling The Operating Mechanism And Protective Tube

  Assembly Assembly Instructions 4.5 Preparations for assembling the operating mechanism and protective tube Remove all the pole covers (1) and the Close-Open signs (2), to gain the best possible access to the pole mechanisms. Item Cover Sign Coupling link B10130 Figure 4-8.

• Page 42: Assembling The Operating Mechanism

  Assembly Assembly Instructions 4.6 Assembling the operating mechanism On delivery the operating mechanism has been set and is supplied with the closing springs correctly adjusted. Fit the operating mechanism as set out in Figure 4-9. Fit all bolts and tighten them by hand. Then tighten the bolted joints (1) with a tightening torque of 79 Nm.

• Page 43: Assembling The Protective Tubes Between The Poles

  Assembly Assembly Instructions 4.7 Assembling the protective tubes between the poles Fit the protective tubes with a pull-rod inserted in each tube, see Figure 4-10. Tighten all bolted joints on the protective tube to 79 Nm. Item Bolts M12x50 16 pcs. Nuts M12 16 pcs.

• Page 44: Assembling The Pull-Rods

  Assembly Assembly Instructions 4.9 Assembling the pull-rods Each pole is supplied set to a basic setting. Adjust the poles to the correct open position when fitting the operating rod between the operating mechanism and the poles. Pull-rod assembly takes place in stages: •…

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  Assembly Assembly Instructions 4.9.2 Assembling the pull-rods between operating mechanism and pole A1. Each pole is supplied set to a basic setting and its Close and Open positions are determined. Adjustment is made as set out below (see Figure 4-14). •…
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  Assembly Assembly Instructions 4.9.3 Assembling the pull-rod between poles A1 and B1 • Screw on the locking nuts (2 and 3) to the end of the threads on the pull-rods (4). This is especially important for locking nut (3). N.B. Double nuts (3). •…
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  Assembly Assembly Instructions Pole C1 Pole B1 Pole A1 7, 8 7, 8 B10134 Item Coupling link (right-hand thread), pole A1 Locking nut (right-hand thread) Locking nuts (left-hand thread), 2 pcs. Pull-rod, pole A1-B1 Coupling link (left-hand thread), pole B1 Operating lever Locking screw and square washer Cylindrical pin…
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  Assembly Assembly Instructions • Lock the pull-rod using the locking nuts (1) when the alignment check hole (2) aligns with the corresponding alignment check hole in the mechanism housing. Tighten the locking nuts with a tightening torque of 300 Nm. Item Locking nuts Alignment check…

• Page 49: Inspecting The Bolted Joints, Etc

  Assembly Assembly Instructions 4.10 Inspecting the bolted joints, etc. • Check using a 6 mm diameter rod, that the arm’s alignment check hole is aligned with the predrilled hole in the mechanism housing. • Check that all bolted joints are tightened to the correct torque in accordance with the table below.

• Page 50: Electrical Connections

  flags, which are also made of aluminium. However, if copper busbars or copper connectors are used for the overhead lines, grease should be used and a bimetallic washer fitted in the joint. Bimetallic washers can be supplied by ABB on request. 1HSB435410-2 enrev1…

• Page 51: Tensioning The Closing Springs

  Rub down the surfaces using an abrasive cloth, e.g. Scotch Brite No. 7447. Apply immediately: — Contact paste on aluminium surfaces. — Grease “SV”, ABB’s article number 1171 4016-610, on copper surfaces. Fit together the joint with the paste or grease still applied. Wipe off any excess paste or grease.

• Page 52: Pressurising The Poles

  Pressurisation takes place directly from a gas cylinder using the gas filling equipment, ABB article number 1HSB 445439-A. The gas hose for the filling equipment is supplied vacuum-pumped and filled with gas.

• Page 53: Gas Filling With Sf6 Gas

  Pressurising the poles Assembly Instructions 6.2 Gas filling with SF Item Gas cylinder Regulator Density monitor Coupling Valve The breaker’s gas valve Hose Adaptor Nipple with union nut Equal union cross Valve B10016 Figure 6-1. Gas filling. Place the gas cylinder (1) in a protected area. Check the filling pressure on the circuit-breaker’s rating plate.

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  Pressurising the poles Assembly Instructions Connect the density monitor (3) to the coupling (4) or the equal union cross (10). Open valve (5) or, alternatively valve (11). If the density monitor is connected to coupling (4) then valve (11) should be closed. However, if the density monitor is connected to the equal union cross (10) then valve (5) should be closed.
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  Pressurising the poles Assembly Instructions 18. Close the valve on the gas cylinder when all poles have been filled. 19. Disconnect the hose from the gas cylinder and release the pressure in the regulator by pressing in the non-return valve. 20.

• Page 56: Gas Monitoring System

  Pressurising the poles Assembly Instructions 6.3 Gas monitoring system • Secure the protective tube (1) to the frame using pipe clips (2) and bolts, nuts and washers (3). • Fit a bushing (4) on each cable to be pulled through the protective tube and pull through the cable.

• Page 57: Leakage Test

  Pressurising the poles Assembly Instructions 6.4 Leakage test Perform a leakage test using a leak detector around the density monitor’s connections. 6.5 Final inspection of the pull-rod system The circuit-breaker can be operated when the circuit-breaker pole is filled with gas to the nominal pressure.

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  Pressurising the poles Assembly Instructions Check using a 6 mm diameter rod that the alignment check hole (2) aligns with the predrilled hole in the mechanism housing. Any requisite adjustment is done by loosening the locking nuts and turning the pull-rod. Tighten the locking nuts (3) on all poles to 300 Nm.

• Page 59: Fitting The Signs And Covers

  Pressurising the poles Assembly Instructions 6.6 Fitting the signs and covers • Fit the end cover (1) using the bolts, nuts and washers (2) on the mechanism housing for the C1-pole. Tighten the bolts with a tightening torque of 79 Nm. TIGHTENING TORQUE 79 Nm •…

• Page 60: Commissioning

  Commissioning Assembly Instructions 7. Commissioning Before commissioning the circuit-breaker carry out all checks as set out in “Check list for assembling and commissioning 1HSB445410-100” and fill in the operating values for the installation. 1HSB435410-2 enrev1…

• Page 61: Operating Values

  Operating values Assembly Instructions 8. Operating values The operating values in these instructions apply to SF circuit-breakers type LTB 245E1 3-pole operation with operating mechanism type BLG 1002A. 8.1 Times Closing times < 55 ms 17 ± 2 ms Opening time coil I 17 ±…

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  ABB Switchgear AB 1HSB435410-2 enrev1 Head Office 0009 SE-771 80 LUDVIKA SWEDEN Telephone: +46 (0) 240 782 000 Telefax: +46 (0) 240 714 928…
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  Circuit-Breaker Circuit-breakers HPL and LTB Check list, assembly 1HSB445410-100 en rev1 ABB Switchgear…
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  The information in this document is subject to alteration without prior notice and should not be regar- ded as an undertaking from ABB Switchgear AB. ABB Switchgear AB takes no responsibility for errors that can occur in the document. ABB Switchgear AB is not responsible for damage incurred due to the misuse of this document.
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  Check list for assembly and commissioning Check list 1. Check list for assembly and commissioning The following checks shall be made and the check list completed before the circuit- breaker is commissioned. The check list shall be kept in the order binder. Date:_______________ Installation:______________________________________________ Serial number:_____________________________…
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  Check list for assembly and commissioning Check list Operating values 11. Check the breaker’s operating values with the applicable operating values for the breaker in the Assembly Instructions and note down the measured values in the table below. CAUTION The circuit-breaker must not be switched Open — Close without an intermediate delay of 300 ms.
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  ABB Switchgear AB 1HSB445410-100 en rev1 Head Office 9810 SE-771 80 LUDVIKA SWEDEN Telephone: +46 (0) 240 782 000 Telefax: +46 (0) 240 714 928…

• Page 68: Operating And Maintenance Instructions

  Circuit-Breaker Type LTB E Operating and Maintenance Instructions 1HSB435409-100 enrev1 ABB Switchgear…

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  The information in this document is subject to alteration without prior notice and should not be regar- ded as an undertaking from ABB Switchgear AB. ABB Switchgear AB takes no responsibility for errors that can occur in the documentation. ABB Switchgear AB is not responsible for damage incurred due to the misuse of this document.
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  Operating and Maintenance Instructions INNEHÅLLSFÖRTECKNING 1. General …………….1 Warning text ………………. 1 Varning ………………. 2 2. Preventative maintenance ……….3 Circuit-breaker …………….3 Operating mechanism…………..5 Spare parts………………6 3. Inspection intervals…………7 Maintenance summary …………..8 Maintenance category A …………..9 Maintenance category B……………
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  Operating and Maintenance Instructions FIGURES Figure 2-1. Number of operations with short-circuit current……4 1HSB435409-100 enrev1…

• Page 72: General

  General Operating and Maintenance Instructions 1. General These Operating and Maintenance Instructions apply to the SF circuit-breaker type LTB E. The instructions contain recommendations for the care and guidelines for the maintenance of high-voltage circuit-breakers the LTB E type. The instructions are divided into four parts: •…

• Page 73: Varning

  General Operating and Maintenance Instructions 1.2 Varning WARNING Circuit -breakers with pressurised porcelain insulators. Mechanical damage to the porcelain can cause it to explode with the subsequent risk of splintering. Work on the circuit-breaker that brings about the risk of mechanical damage to the insulators should be carried out at a reduced gas pressure, 0.125 MPa (abs).

• Page 74: Preventative Maintenance

  Preventative maintenance Operating and Maintenance Instructions 2. Preventative maintenance 2.1 Circuit-breaker 2.1.1 Circuit-breaker service life Assuming that the recommended inspection intervals have been adhered to and the appropriate measures have been implemented, the LTB E circuit-breaker will have a service life exceeding 30 years or 10,000 mechanical operations. The following points will ensure a long service life: Burning-off of the arcing contacts is limited.

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  Preventative maintenance Operating and Maintenance Instructions 2.1.2 Service life of arcing contacts with short-circuit interruption The diagram below shows the number of interruptions versus short-circuit current that the contacts in a LTB E circuit-breaker can manage before the metal losses due to burning becomes so great that they must be replaced.

• Page 76: Operating Mechanism

  Preventative maintenance Operating and Maintenance Instructions 2.1.4 Cleaning the outside The circuit-breaker insulators must be cleaned from salt and other contaminant deposits at the same time as the cleaning of the other insulators in the substation. The time interval for cleaning depends on local conditions, i.e. the amount of atmospheric pollution.

• Page 77: Spare Parts

  The recommended rust inhibitor is Grease “G” or Tectyl 506 (ABB Art. No. 1241 0011-108). N.B. Tectyl 506 forms a waxy protective skin when it dries and therefore it must not be sprayed into bearings and latch mechanisms or on to gear-wheels and chains.

• Page 78: Inspection Intervals

  Inspection intervals Operating and Maintenance Instructions 3. Inspection intervals Important checkpoints, acceptable tolerances, certain functional values for adjustments, and recommended inspection intervals can be found in the following inspection chart. In corrosive or polluted air and in climates with a high relative humidity, it can be necessary to halve the inspection intervals.

• Page 79: Maintenance Summary

  Inspection intervals Operating and Maintenance Instructions 3.1 Maintenance summary Condition of Com- Explan- circuit- petence Type of measure Inspection interval ation breaker require- during work ments Ocular inspection 1-2 years Preventive maintenance Intermediate check • Operation test including 3-6 years or 2,000 mech. timing test CLOSE/OPEN operations.

• Page 80: Maintenance Category A

  Personnel authorised by ABB to carry out assembly, commissioning and maintenance work. Personnel authorised by ABB to carry out assembly, commissioning and maintenance work. Support from ABB may be necessary in certain cases. 3.2 Maintenance category A Tools To be inspected…

• Page 81: Maintenance Category B

  Inspection intervals Operating and Maintenance Instructions 3.3 Maintenance category B Tools To be inspected Inspection interval Measures / Instructions / Ocular inspection 3-6 years or 2,000 mech. CLOSE/ Check external cleanliness, heater OPEN operations. element function, gas pressure, valves and drainage holes. No special tools needed.

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  Inspection intervals Operating and Maintenance Instructions Tools To be inspected Inspection interval Measures / Instructions / Thermovision 3-6 years or 2,500 mechanical To be carried out at full load before the measurements Close-Open operations. circuit-breaker is taken out of service. Checking the temperature rise of the the external parts of the breaking unit.

• Page 83: Maintenance Category C

  Inspection intervals Operating and Maintenance Instructions 3.4 Maintenance category C Tools To be inspected Inspection interval Measures / Instructions / Ocular inspection 15 years or 5,000 mech. CLOSE/ Check external cleanliness, heater OPEN operations. element function, gas pressure, valves and drainage holes. No special tools needed.

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  Inspection intervals Operating and Maintenance Instructions Tools To be inspected Inspection interval Measures / Instructions / Main current circuit • Resistance check. 15 years or 5,000 mech CLOSE/ Check resistance of circuit-breaker. OPEN operations. Resistance bridge, test current min. 200 A DC. Circuit-breakers only operating Resistance value as specified in <100 CLOSE/OPEN…
• Page 85
  Inspection intervals Operating and Maintenance Instructions Tools To be inspected Inspection interval Measures / Instructions / Operational availability • Pull rod system 15 years or 5,000 mechanical Check the tightening torque on bolts in Close-Open operations. the pull-rod system. Torque wrench. Torque: See applicable Assembly instructions for the circuit-breaker.
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  Inspection intervals Operating and Maintenance Instructions Tools To be inspected Inspection interval Measures / Instructions / Dashpot 15 years or 5,000 mechanical Checking of oil-level or recording of Close-Open operations. damping during operation alternatively. Recording of damping during operation is made by means of a circuit breaker analyzer with transducers connected to: •…
• Page 87
  Inspection intervals Operating and Maintenance Instructions Tools To be inspected Inspection interval Measures / Instructions / Heaters • Operating mechanism 15 years or 5,000 mech. CLOSE/ Checking of resistance: OPEN operations. If applicable, check signal for loss of power. See Manual 1HSB515409-100 for BLG 1002A or 1HSB535409-100 for BLK 222.
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  Inspection intervals Operating and Maintenance Instructions Tools To be inspected Inspection interval Measures / Instructions / Tightness of the SF 15 years or 5,000 mech. CLOSE/ Check the density switches and • Density monitoring OPEN operations. signal/blocking circuits. Accurancy test of the pressure gauge must be done at standard reference atmosphere i.e.

• Page 89: Overhaul Instructions

  Inspection intervals Operating and Maintenance Instructions Tools To be inspected Inspection interval Measures / Instructions / 12b. Worm gear 15 years or 5,000 mechanical • For BLG 1002A: Close-Open operations. Greasing the operating mechanism’s drive unit with Grease “M”. • For BLK 222: Check the oil level in the worm gear housing.

• Page 90: Maintenance Category D

  Protection against decomposed gas as standard tools above. Instructions: For circuit-breaker, see Manual Overhaul Instructions for actual circuit- breaker. Operating mechanism under supervision from ABB. Capacitor 30 years or 10,000 mech. Check of values on: CLOSE/OPEN operations. C = C +5%,-0% PD <…

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  ABB Switchgear AB 1HSB435409-100 enrev1 Head office 0008 S-771 80 LUDVIKA SWEDEN Telephone: +46 (0) 240 782 000 Telefax: +46 (0) 240 714 928…
• Page 92
  Circuit-Breaker Circuit-breakers HPL and LTB Lubricants 1HSB445409-1 en0 ABB Switchgear…
• Page 93
  The information in this document is subject to alteration without prior notice and should not be regar- ded as an undertaking from ABB Switchgear AB. ABB Switchgear AB takes no responsibility for errors that can occur in the document. ABB Switchgear AB is not responsible for damage incurred due to the misuse of this document.
• Page 94
  Lubricants LIST OF CONTENTS 1. General …………….1 Safety instructions…………….1 2. Oil………………3 3. Grease …………….. 5 1HSB445409-1 en0…

• Page 95: General

  General Lubricants 1. General As a guide to the selection of oils and greases for circuit-breakers HPL and LTB with operating mechanisms, a description is given below of the application areas as well as trade names and suppliers. 1.1 Safety instructions Protective gloves, long-sleeved overalls and eye protection must be worn when handling greases and oils.

• Page 96: Oil

  Only dashpots with the letter “s” punched on the cover shall be filled with this oil. SUPPLIER Oil “A” Oil “D” Oil “S” ABB art. No. 1171 2039-1 1171 3011-102 1173 7011-106 ABB spare part No. 1HSB875318-A 1HSB875318-B 1HSB875318-C MOBIL MOBIL 1 (481127) Circuit-breaker oil 5W-30 Univolt 42 (44)

• Page 97: Grease

  Lubricants 3. Grease Grease “G” Low-temperature grease for all types of bearings, gearing and worm gears and valves in air-blast circuit-breakers. Also used for greasing sealing rings and crevice corrosion protection on breakers type HPL Grease “K” Molykote grease for lubricating pins in link gears and in earthquake dampers. Grease “N”…

• Page 98
  Grease “G” Grease “K” Grease “N” Grease “L” ABB art. No. 1171 4014-407 1263 0011-102 1171 4016-607 1171 4016-606 ABB spare part No. 5316 381-A 5316 381-M 5316 381-L 5316 381-H ASEOL AG ASEOL SYLITEA 4-018 Dow Corning G-rapid plus…
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  ABB Switchgear AB 1HSB445409-1 en0 Head Office 9808 SE-771 80 LUDVIKA SWEDEN Telephone: +46 (0) 240 782 000 Telefax: +46 (0) 240 714 928…
• Page 100
  Circuit-Breaker Operating Mechanism type BLG 1002A Maintenance 1HSB515409-100 en rev2 ABB Switchgear…
• Page 101
  The information in this document is subject to alteration without prior notice and should not be regar- ded as an undertaking from ABB Switchgear AB. ABB Switchgear AB takes no responsibility for errors that can occur in the documentation. ABB Switchgear AB is not responsible for damage incurred due to the misuse of this document.
• Page 102
  Maintenance Operating Mechanism LIST OF CONTENTS 1. General …………….1 2. Safety………………. 3 Warning text ………………3 Safety directives…………….4 3. Maintenance, general …………7 Tools………………..7 Cleaning equipment …………….7 Spare parts………………7 Test equipment …………….7 4. Maintenance……………. 9 General ………………..9 Preparations for maintenance…………12 Cleaning ………………13 Corrosion………………13 Lubrication ………………14…
• Page 103
  Maintenance Operating Mechanism FIGURES Figure 4-1. Operating mechanism …………..9 Figure 4-2. Interlocking mechanism …………… 10 Figure 4-3. Releasing the interlock …………..11 Figure 4-4. Check dimension, closing springs……….11 Figure 4-5. Control panel …………….12 Figure 4-6. Heater element …………….15 Figure 4-7.

• Page 104: General

  • Preventive maintenance after 15 years or 5,000 mechanical Close-Open operations. • Overhaul after 30 years or 10,000 mechanical Close-Open operations. Overhauling and repair work may only be carried out by authorised ABB Switchgear AB service personnel. 1HSB515409-100 en rev2…

• Page 105: Safety

  Operating Mechanism Maintenance Safety 2. Safety 2.1 Warning text Warning text occurs where required and indicates that the text in question should be observed extra carefully. The warning texts are marked as set out below: DANGER indicates an immediate hazardous situation that, if not avoided, will result in death or serious injury.

• Page 106: Safety Directives

  Safety Operating Mechanism Maintenance 2.2 Safety directives On all types of work on high-voltage circuit-breakers, the risks listed below must be taken into consideration and corresponding measures must be taken. WARNING Breakers with pressurised insulators. Mechanical damage to the porcelain can cause it to explode with the following risk of splintering.

• Page 107
  Operating Mechanism Maintenance Safety WARNING The work requires training and product knowledge and may only be carried out by authorised personnel. Risk Measure Working next to high voltage. Isolate and earth next to the work place. If work must be carried out next to live installation components, the safety distance applying in the country’s applicable safety…

• Page 108: Maintenance, General

  Grease “M”: ABB Art. No. 1171 4016-612. Oil “A”: ABB Art. No. 1171 2039-1 • Anti-corrosion agent. Valvoline Tectyl 506: ABB Art. No. 1241 0011-108 Grease “G”: ABB Art. No. 1171 4014-407. 3.4 Test equipment • Equipment to record attenuation curves and operating values.

• Page 109: Maintenance

  Operating Mechanism Maintenance Maintenance 4. Maintenance 4.1 General The Operating and Maintenance Instructions for the circuit-breaker should be studied and followed before work on circuit-breaker is started and while work is in progress. WARNING Do not operate the operating mechanism unloaded! Operations shall take place only after the mechanism has been connected and trimmed with the associated pressurised circuit-breaker.

• Page 110
  Maintenance Operating Mechanism Maintenance 4.1.1 Mechanical interlock The mechanical interlock prevents a closing operation if the circuit-breaker is already in the closed position or if the closing springs in the operating mechanism are uncharged or not completely charged, which can occur if, for example, the closing catch has been opened by hand or if a mechanical fault has occurred in the interlocking mechanism.
• Page 111
  Operating Mechanism Maintenance Maintenance Releasing the interlock If the movement of the cam disc is stopped by the interlocking arm, it is not possible to carry out a closing operation until the cam disc has been returned to its normal position.

• Page 112: Preparations For Maintenance

  Maintenance Operating Mechanism Maintenance 4.2 Preparations for maintenance The following should be done before maintenance is started: Switch the circuit-breaker to the open position. Isolate and earth. Switch off the motor current. Perform a Close-Open operation so that the spring battery in the operating mechanism is discharged.

• Page 113: Cleaning

  Operating Mechanism Maintenance Maintenance 4.2.1 Emptying the gas Work that involves a risk of damaging the insulators must not be carried out until the gas has been evacuated to a pressure of max. 0.125 MPa (abs). WARNING Unused SF gas is non-toxic, odourless and colourless. It is heavier than air and can therefore easily collect in low-lying places, e.g.

• Page 114: Lubrication

  Maintenance Operating Mechanism Maintenance 4.5 Lubrication The ball, roller and needle bearings in the operating mechanism are permanently lubricated and require no maintenance. Therefore only the shafts in catch gears and worm gear in the drive unit need to be lubricated. •…

• Page 115: Heater Element

  Operating Mechanism Maintenance Maintenance 4.6 Heater element The operating mechanism is fitted with a heater element to prevent condensation and should always be connected. • Measure the resistance and check the voltage failure signal, if there is such, after every15 years or 5,000 operations. Item Heater element B20010…

• Page 116: Drive Unit

  Maintenance Operating Mechanism Maintenance 4.7 Drive unit • Check and clean the shafts in the catch gear and the worm gears in the drive unit. • Lubricate these with Grease “M” at intervals of 3-6 years or 2,000 operations. • Measure the motor current at the end of the spring charging procedure at intervals of 15 years or 5,000 operations.

• Page 117: Catch Gear

  Operating Mechanism Maintenance Maintenance 4.8 Catch gear The operating mechanism is fitted as standard with one closing coil and two opening coils, but can, on request, be equipped with double coils on the closing side. Closing catch gear Item Catch gear Opening catch gear B20012 Figure 4-8.

• Page 118: Dashpots

  Maintenance Operating Mechanism Maintenance 4.9 Dashpots The operating mechanism is fitted with a Closing dashpot to brake the rotation of the cam disc and an Opening dashpot to dampen the final phase of the opening movement. Item Closing dashpot Opening dashpot B20014 Figure 4-10.

• Page 119
  Operating Mechanism Maintenance 4.9.1 Closing dashpot Check the oil level in the dashpot by recording the damping effect during operation. • Connect the circuit-breaker analyser’s sensor to the cam shaft in the operating mechanism and record a damping curve. Check the damping distance and the damping time as set out in Figure 4-11.

• Page 120: Link System And Spring Battery

  Maintenance Operating Mechanism Maintenance 4.10 Link system and spring battery Perform a visual check of the spring battery, links and bearings. If necessary, lubricate the links and bearings with Grease “M”. 4.11 Auxiliary contact The operating mechanism is fitted as standard with a 6-pole auxiliary contact consisting of six opening and six closing contacts.

• Page 121
  Operating Mechanism Maintenance Connect a time-meter across the signal contacts 20, 29, 291 and 292 in accordance with the circuit diagram. Measure the times t and t Turn the switch “Local/Remote” to the “LOCAL” position. Connect the time-meter across terminals X1:190 and X1:192. Turn the switch “On/Off”…

• Page 122: Terminal Blocks

  Operating Mechanism Maintenance 4.12 Terminal blocks Check all screws and pins. Item 2 limit switches with auxiliary contacts Motors Switch Hand/Motor Relays Contactors Direct-on-line starters Miniature circuit-breakers Plug socket Thermostat Fuses Opening coil Terminal block Closing coil Cover B20022 Figure 4-2. Electrical equipment. 1HSB515409-100 en rev2…

• Page 123: Slow Closing And Opening Operations

  Operating Mechanism Maintenance 4.13 Slow closing and opening operations Some service work requires the circuit-breaker to operate slowly. For example preparing for overhaul of breaking unit on two chamber breaker. CAUTION Slow closing and opening operations may only be carried out by persons that are well conversant with the operation of the mechanism and circuit- breaker, as there is a risk of personal injury and mechanical damage.

• Page 124
  Operating Mechanism Maintenance The closing springs are uncharged. Place the crank (1) on the shaft. Press the reverse catch button (2) in hard using a screwdriver to release the reverse catch and discharge the springs. Crank clockwise until the spring yoke has reached the bottom position and rests against the foot of the frame.
• Page 125
  Operating Mechanism Maintenance The interlocking mechanism is disengaged. Press the operating rod (1) or the interlocking arm (2) upwards. Insert the blocking pin (3) in the hole (4). Item Operating rod Interlocking arm Open position Blocking pin Closed Hole for blocking pin position B20005 Figure 4-6.
• Page 126
  Operating Mechanism Maintenance Pull the blocking pin out of the hole. Turn the switch Motor/Hand to the Motor position. Switch on the motor voltage with the direct-on -line starters. Set the switch Local/Remote to the Remote position. The circuit-breaker is now in the closed position and a normal opening operation can be carried out.
• Page 127
  Operating Mechanism Maintenance Slow opening operation May only be done if: The circuit-breaker is in the closed position. The switch Local/Remote (1) on the control panel is in the Off position. The motor voltage is switched off with the direct-on-line starters (2), (3).
• Page 128
  Operating Mechanism Maintenance The closing springs are uncharged. Place the crank (1) on the shaft. Press the reverse catch button (2) in hard using a screwdriver to release the reverse catch and discharge the springs. Crank clockwise until the spring yoke has reached the bottom position and rests against the foot of the frame.
• Page 129
  Operating Mechanism Maintenance The interlocking arm (1) is locked by the pin (5) and stops in the horizontal position against the locking disc (4). Press the interlocking arm (1) with force upwards. Insert the blocking pin (2) in the hole (3). Item Interlocking arm Blocking pin…
• Page 130
  Operating Mechanism Maintenance Check that the locking lug (2) rests against the roller (3). Otherwise crank anti- clockwise until the locking lug rests against the roller. 10. Pull the blocking pin out of the hole. 11. Turn the switch Motor/Hand to the Motor position. 12.
• Page 131
  Operating Mechanism Maintenance 4.13.1 Manual tensioning of the closing springs Crank anticlockwise until the closing springs are fully charged. Check by measuring between the bridge and the frame foot. Turn the switch on the drive unit to the “MOTOR” position. Reset the direct-on-line starters.
• Page 132
  1HSB515409-100 en rev2 ABB Switchgear AB Head Office 9911 SE-771 80 LUDVIKA SWEDEN Telephone: +46 (0) 240 782 000 Telefax: +46 (0) 240 714 928…
• Page 133
  Circuit-Breaker LTB 245E1 with operating mechanism BLG 1002A 3-pole operation Overhaul Instructions 1HSB435409-201 enrev1 ABB Switchgear…
• Page 134
  The information in this document is subject to alteration without prior notice and should not be regar- ded as an undertaking from ABB Switchgear AB. ABB Switchgear AB takes no responsibility for errors that can occur in the documentation. ABB Switchgear AB is not responsible for damage incurred due to the misuse of this document.
• Page 135
  Overhaul Instructions LIST OF CONTENTS 1. General …………….1 2. Safety………………. 3 Warning text ………………. 3 Safety directives …………….4 3. Overhaul, general …………… 7 Tools ………………..7 Gas handling equipment…………..7 Personal safety equipment………….. 7 Cleaning equipment …………… 7 Spare parts………………
• Page 136
  Overhaul Instructions Filling gas ………………28 Assembling the tripping mechanism’s pull rod on the operating lever ………………..29 9. Dismantling the breaking unit for transport ….31 Assembling the breaking unit after an overhaul……32 10.Assembling the circuit-breaker and commissioning..35 1HSB435409-201 enrev1…
• Page 137
  Overhaul Instructions FIGURES Figure 4-1. Dismantling the circuit-breaker pole……….12 Figure 5-1. Dismantling the pull-rod……………13 Figure 5-2. Removing the breaking unit…………14 Figure 5-3. Removing the post insulator…………15 Figure 5-4. Dismantling the breaking unit…………16 Figure 6-1. Upper current path ……………..17 Figure 6-2.

• Page 138: General

  1. General This Overhaul Instruction applies to the SF circuit-breaker LTB 245E1, 3-pole operation. This Manual contains information for overhaul and repair work. Overhaul and repair work may only be carried out by technicians trained by ABB Switchgear AB. 1HSB435409-201 enrev1…

• Page 139: Safety

  Safety Overhaul Instructions 2. Safety 2.1 Warning text Warning text occurs where required and indicates that the text in question should be observed extra carefully. The warning texts are marked as set out below. DANGER indicates an immediate hazardous situation that, if not avoided, will result in death or serious personal injury.

• Page 140: Safety Directives

  Safety Overhaul Instructions 2.2 Safety directives On all types of work on high-voltage circuit-breakers, the risks listed below must be taken into consideration and corresponding measures must be taken. WARNING Circuit -breakers with pressurised porcelain insulators. Mechanical damage to the porcelain can cause it to explode with the following risk of splintering.

• Page 141
  Safety Overhaul Instructions WARNING Work requires training and product knowledge and may only be carried out by authorised personnel. Risk Measure Working close to high-voltage. Isolate and earth close to the work place. If work must be carried out close to live installation components, the safety distance applying in the country’s applicable safety regulations must be observed.

• Page 142: Overhaul, General

  Overhaul, general Overhaul Instructions 3. Overhaul, general Before the overhaul work is started, all the necessary equipment and replacement parts should be made available so that the overhaul work can be carried out in the best possible way. The following equipment is needed. 3.1 Tools •…

• Page 143: Spare Parts

  • Protective cover for breaking unit, ABB Art. No. 1HSB445237-1. • Protective cover for post insulator, ABB Art. No. 5439 142-A. 3.6 Test equipment • Equipment to capture attenuation curves on the operating mechanism. (e.g. Programma or ABB SA10) •…

• Page 144: Dismantling The Circuit-Breaker

  Dismantling the circuit-breaker Overhaul Instructions 4. Dismantling the circuit-breaker 4.1 General Before the circuit-breaker is dismantled and during the course of the dismantling work, the directives in the Operating and Maintenance Instructions 1HSB435409-100 must be read and followed: Check and note down the circuit-breaker’s operating values before dismantling. Any deviation from the recommended values indicates that something must be carefully checked during the overhaul.

• Page 145: Gas

  Dismantling the circuit-breaker Overhaul Instructions 4.2 Gas Work on the circuit-breaker’s insulators or other live components as well as transport and dismantling of complete circuit-breaker poles from the frame, may not be done until the gas has been evacuated to a pressure of max 0.125 MPa (abs). Gas shall be emptied fully to atmospheric pressure, when a normal pressurised space, e.g.

• Page 146: Cleaning And Waste Disposal

  Dismantling the circuit-breaker Overhaul Instructions 4.3 Cleaning and waste disposal CAUTION Some decomposition products formed in the breaking unit can, when coming in contact with moisture, become corrosive and can irritate the skin, eyes and mucous membrane. Protective gloves of plastic or rubber, long-sleeved overalls and a full face mask with a fine particle and acidic gas filter must be worn when cleaning the inside of the circuit-breaker.

• Page 147: Dismantling The Circuit-Breaker Pole For Transport

  Dismantling the circuit-breaker Overhaul Instructions 4.4 Dismantling the circuit-breaker pole for transport Before the circuit-breaker pole is dismantled, the circuit-breaker must be taken out of service, see Chapter 4.1.1, and the gas emptied, see Chapter 4.2.1. The density monitor must be dismantled and the sealing cap (1) fitted on the non-return valve (2). Dismantle the pull-rod between the operating mechanism and the circuit — breaker pole.

• Page 148: Dismantling The Circuit-Breaker Pole

  Dismantling the circuit-breaker pole Overhaul Instructions 5. Dismantling the circuit-breaker pole The circuit-breaker pole is fitted vertically on an appropriate frame, for example, a circuit-breaker frame or a frame on the floor of the workshop. 5.1 Dismantling the tripping mechanism’s pull-rod Dismantle the protective cover (8).

• Page 149: Removing The Breaking Unit

  Dismantling the circuit-breaker pole Overhaul Instructions 5.2 Removing the breaking unit Fit the lifting sling from the top of the breaking unit to the crane or the overhead crane. Tension the lifting sling moderately. Remove the bolts (1) between the post insulator (2) and the breaking unit (3). Lift the breaking unit 75-100 mm.

• Page 150: Removing The Post Insulator

  Dismantling the circuit-breaker pole Overhaul Instructions 5.3 Removing the post insulator Plan the work to remove the insulator so that it can be carried out quickly and without long delays to prevent moisture in the air coming into lengthy contact with the dust in the post and operating insulators.

• Page 151: Dismantling The Breaking Unit

  Dismantling the circuit-breaker pole Overhaul Instructions 5.4 Dismantling the breaking unit Plan the dismantling work so that it can be carried out quickly and without long delays to prevent moisture in the air coming into lengthy contact with the dust in the breaking unit and on the inside and outside of the breaking chamber insulator.

• Page 152: Contact And Puffer Replacement

  Contact and puffer replacement Overhaul Instructions 6. Contact and puffer replacement If the circuit-breaker is not going to be reassembled immediately after the cleaning of the component parts, protect them against contamination and moisture by packing them in plastic bags with a desiccant to absorb moisture. The insulators are suitably protected by tying heavy-duty plastic sheet over the end surfaces.

• Page 153: Inspection Of The Puffer

  Contact and puffer replacement Overhaul Instructions 6.2 Inspection of the puffer Move the contact springs upwards from position a to b. Lift off the puffer and check that the sliding surfaces on the pull-rod are not worn. Check that the nozzle is not punctured. Also check that the contact surfaces on the puffer cylinder are not burnt or worn so that copper is visible.

• Page 154: Inspection Of The Lower Current Path

  Contact and puffer replacement Overhaul Instructions 6.3 Inspection of the lower current path Check that the lower current path’s sealing ring (5), Teflon band (4) and guide bush (6) are not worn. Also check that the valve washer (7) is flat and seals. Check that the silver on the lower current path contacts is not worn so that the copper is visible.

• Page 155: Overhaul Of The Mechanism

  Protect untreated or manganese phosphated steel parts outside the gas chamber using Valvoline Tectyl 506, ABB art. No. . 1241 0011-108. The operating shaft (2) is journalled on a large ball-bearing (4) on the outside of the gas chamber.

• Page 156: Assembling The Circuit-Breaker Pole

  After cleaning with Scotch Brite, always be remove all loose particles. • Greasing: Apply Grease “N” (ABB art. No. 1171 4016-607) in a covering, but very thin layer to the male contacts and the puffer cylinder surfaces. Carefully wipe off all excess grease.

• Page 157: Treatment Of Sealing Surfaces And Seals

  Coat flange surfaces outside the outer seal with a thin, well-covering layer of anti- corrosion agent matched to the flange material in question, usually Grease ”G” (ABB art. No. 1171 4014-407). Degreasing and cleaning material: •…

• Page 158: Assembling The Breaking Unit

  Assembling the circuit-breaker pole Overhaul Instructions 8.3 Assembling the breaking unit Fit the puffer (1) on the lower current path (2). Place the contact springs above the slotted lower section of the puffer cylinder, Figure 8-1, position a. Press down the puffer above the teflon band to its contact position. Roll the springs down over the contact fingers to Figure 8-1 position b.

• Page 159: Assembling The Post Insulator

  Assembling the circuit-breaker pole Overhaul Instructions 8.4 Assembling the post insulator Turn the operating lever (1) and link (2) over the edge of the mechanism housing and fit the operating insulator (3) using the pin (4), washer (5) and circlip (6). N.

• Page 160
  Assembling the circuit-breaker pole Overhaul Instructions 8.5 Assembling the circuit-breaker pole Suspend the breaking unit in the lifting sling and pull out the puffer so that the pull-rod (1) is accessible for assembly. Carefully clean the sealing surface for the sealing ring on the post insulator (2). Also clean the lower flange (3) and lubricate well using grease ”G”…

• Page 161: Filling Gas

  Assembling the circuit-breaker pole Overhaul Instructions When the pin is fitted, carefully lower the breaking unit on to the post insulator and centre it. Tighten the breaking unit using the bolts (7) to a torque of 60 Nm. TIGHTENING TORQUE 60 Nm Clean the sealing surface on the upper flange (8) and coat with grease ”G”.

• Page 162: Assembling The Tripping Mechanism’s Pull Rod On The Operating Lever

  Screw on the nut (6) until measurement Y, see Chapter 5.1. Tighten the locking nut (7) to 200 Nm and lock using locking fluid, ABB No. 12690014-410 (Loctite 242). Clean the drainage groove in the bottom cover (8) and refit the cover.

• Page 163: Dismantling The Breaking Unit For Transport

  Dismantling the breaking unit for transport Overhaul Instructions 9. Dismantling the breaking unit for transport Dismantling of just the breaking unit for an overhaul may only be carried out in good and settled weather conditions and if the relative humidity does not exceed 80%. Take the circuit-breaker out of service.

• Page 164: Assembling The Breaking Unit After An Overhaul

  9.1 Assembling the breaking unit after an overhaul Suspend the breaking unit, and remove the post insulator’s protective cover, ABB Art. No. 1HSB445237-1, and pull out the puffer so that its pull-rod (7) is accessible for assembly. Reduce the nitrogen pressure in the post insulator (8) to atmospheric pressure and remove the protective cover.

• Page 165
  Dismantling the breaking unit for transport Overhaul Instructions Fit the absorption agent container (12) and the cover (10) and tighten the bolts (11) to a torque of 45 Nm. TIGHTENING TORQUE 45 Nm Item Washer Circlip Operating insulator Bolt M12x 35 Washer 13x28x3 Breaking unit Puffer pull-rod…
• Page 166
  Dismantling the breaking unit for transport Overhaul Instructions 11. Operate the circuit-breaker slowly towards the open position by cranking the operating mechanism by hand and check that the alignment check hole, D=6 mm, for the open position on the operating lever aligns with the hole in the mechanism housing.

• Page 167: Assembling The Circuit-Breaker And Commissioning

  Assembling the circuit-breaker and commissioning Overhaul Instructions 10. Assembling the circuit-breaker and commissioning The circuit-breaker is assembled and commissioned in accordance with the applicable assembly instructions for the circuit-breaker in question. After assembling the circuit-breaker, check and note down the operating values. First overhaul.

• Page 168
  Assembling the circuit-breaker and commissioning Overhaul Instructions Second overhaul. Measured values Check the following Pole A Pole B Pole C Closing time coil I Closing time coil II Opening time coil I Opening time coil II Close-Open times Lowest control voltage to coil I Lowest control voltage to coil II Lowest control voltage from coil I Lowest control voltage from coil II…
• Page 169
  ABB Switchgear AB 1HSB435409-201 enrev1 Head Office 0009 SE-771 80 LUDVIKA SWEDEN Telephone: +46 (0) 240 782 000 Telefax: +46 (0) 240 714 928…
• Page 170
  Circuit-Breaker LTB 245E1 with operating mechanism BLG 1002A 3-pole operation Spare Parts 1HSB435409-301 en0 ABB Switchgear…
• Page 171
  The information in this document is subject to alteration without prior notice and should not be regar- ded as an undertaking from ABB Switchgear AB. ABB Switchgear AB takes no responsibility for errors that can occur in the documentation. ABB Switchgear AB is not responsible for damage incurred due to the misuse of this document.
• Page 172
  Spare Parts LIST OF CONTENTS 1. General …………….1 Circuit-breaker pole …………… 2 2. Breaking unit…………… 3 Breaking unit……………… 3 Contact set………………4 3. Post insulator…………..5 4. Mechanism …………….7 Mechanism ………………7 Tripping mechanism…………… 7 5. Accessories ……………. 9 Absorption agent container …………
• Page 173
  Spare Parts FIGURES Figure 1-1. Circuit-breaker type LTB 245E1, 3-pole……..1 Figure 1-2. Circuit-breaker pole ……………. 2 Figure 2-1. Breaking unit……………… 3 Figure 2-2. Contact set………………4 Figure 3-1. Post insulator……………… 5 Figure 4-1. Mechanism housing……………. 7 Figure 4-2.

• Page 174: General

  Spare Parts 1. General Spare parts for the SF circuit-breaker LTB 245E1 with operating mechanism BLG 1002A are supplied by: ABB Switchgear AB Box 700 SE-771 80 Ludvika Sweden Tel: +46 (0) 240-78 20 00 Spare parts recommended to be kept in stock are marked with an R. With more then ten circuit-breakers in operation the spare parts marked with RR are also recommended to be kept in stock.

• Page 175: Circuit-Breaker Pole

  General Spare Parts 1.1 Circuit-breaker pole Item Designation Breaking unit Post insulator Mechanism Tripping mechanism B10122 Figure 1-2. Circuit-breaker pole Please state the type designation and serial number with all enquiries and orders of spare parts or tools. Please also state the order number if possible. 1HSB435409-301 en0…

• Page 176: Breaking Unit

  Breaking unit Spare Parts 2. Breaking unit 2.1 Breaking unit Item Qty. Designation Note Breaking chamber Upper current path Included in contact set Lower current path Included in contact set Puffer Included in contact set B10123 Figure 2-1. Breaking unit. Please state the type designation and serial number with all enquiries and orders of spare parts or tools.

• Page 177: Contact Set

  Breaking unit Spare Parts 2.2 Contact set Qty. Designation Note Contact set B10124 Figure 2-2. Contact set. Please state the type designation and serial number with all enquiries and orders of spare parts or tools. Please also state the order number if possible. 1HSB435409-301 en0…

• Page 178: Post Insulator

  Post insulator Spare Parts 3. Post insulator Item Qty. Designation Note Post insulator Operating insulator B10125 Figure 3-1. Post insulator. Please state the type designation and serial number with all enquiries and orders of spare parts or tools. Please also state the order number if possible. 1HSB435409-301 en0…

• Page 179: Mechanism

  Mechanism Spare Parts 4. Mechanism 4.1 Mechanism Item Qty. Designation Note Mechanism B10130 Figure 4-1. Mechanism housing. 4.2 Tripping mechanism Item Qty. Designation Note Tripping mechanism RR B10126 Figure 4-2. Tripping mechanism. Please state the type designation and serial number with all enquiries and orders of spare parts or tools.

• Page 180: Accessories

  Accessories Spare Parts 5. Accessories 5.1 Absorption agent container Item Qty. Designation Note Absorption agent container Absorption agent B10127 Figure 5-1. Absorption agent container. 5.2 Density monitor Item Qty. Designation Note Density monitor, temperature-compensated — reference volume Density monitor, temperature-compensated — bimetal B10052 Figure 5-2.

• Page 181: Set Of Seals

  Accessories Spare Parts 5.3 Set of seals Set of seals for a complete circuit-breaker pole. Qty. Designation Article number Note Set of seals 1HSB436309-A 5.4 Assembly set Set of bolts for a circuit-breaker pole. Qty. Designation Article number Note Set of bolts 1HSB436309-B Set of pins for a complete circuit-breaker pole.

• Page 182: Tools And Lubricants

  Tools and lubricants Spare Parts 6. Tools and lubricants 6.1 Protective cover Item Qty. Designation Article number Note Protective cover for 1HSB445237-1 breaking unit Protective cover for 5439 142-A post insulator 6.2 Lubricants 6.2.1 Oils Article number Note “A” 1HSB875318-A “D”…

• Page 183
  ABB Switchgear AB 1HSB435409-301 sen0 Head Office 9808 SE-771 80 LUDVIKA SWEDEN Telephone: +46 (0) 240 782 000 Telefax: +46 (0) 240 714 928…
• Page 184
  Circuit-Breaker Operating mechanism type BLG 1002A Spare Parts 1HSB515409-200 en rev2 ABB Switchgear…
• Page 185
  The information in this document is subject to alteration without prior notice and should not be regar- ded as an undertaking from ABB Switchgear AB. ABB Switchgear AB takes no responsibility for errors that can occur in the documentation. ABB Switchgear AB is not responsible for damage incurred due to the misuse of this document.
• Page 186
  Spare Parts TABLE OF CONTENTS 1. General …………….1 2. Drive unit …………….3 3. Dashpots …………….5 Closing dashpot…………….5 Opening dashpot …………….6 4. Catch gear …………….7 5. Auxiliary contact …………..9 6. Heater element…………..11 7. Electrical equipment …………13 8.
• Page 187
  Spare Parts FIGURES Figure 1-1. Operating mechanism…………..1 Figure 2-1. Drive unit………………3 Figure 3-1. Closing dashpot…………….5 Figure 3-2. Opening dashpot …………….6 Figure 4-1. Catch gear ………………7 Figure 5-1. Limit switch with auxiliary contact……….9 Figure 6-1.

• Page 188: General

  Spare Parts General 1. General Spare parts for operating mechanism BLG 1002A are supplied by: ABB Switchgear AB SE-711 80 Ludvika Sweden Tel: +46 (0) 240-78 20 00 Replacement modules are supplied complete and tested. Please state the type designation and serial number with all enquiries and orders of spare parts or tools.

• Page 189: Drive Unit

  Spare Parts Drive unit 2. Drive unit Type of drive unit Article number 1 Motor, 220 V 0-60Hz 2361 113-AU 2 Motors, 220 V 0-60 Hz 2361 113-AV 1 Motor, 110 V 0-60Hz 2361 113-AS 2 Motors, 110 V 0-60 Hz 2361 113-AT (1) See wiring diagram B20031…

• Page 190: Dashpots

  Spare Parts Dashpots 3. Dashpots 3.1 Closing dashpot Designation Article number Closing dashpot 5256 707-BN B20032 Figure 3-1. Closing dashpot. Please state the type designation and serial number with all enquiries and orders of spare parts or tools. Please also state the order number, if possible. 1HSB515409-200 en rev2…

• Page 191: Opening Dashpot

  Dashpots Spare Parts 3.2 Opening dashpot Designation Article number Opening dashpot HPLxxxA1, 3-pole 5256 707-BP HPLxxxB1, 3-pole HPLxxxA4 HPLxxxB4 HPLxxxB2 5256 707-BH HPLxxxA1, xxxB1, xxxA2, 5256 707-BR 1-pole B20033 HPL B1, 1-pole 5256 707-BS HPL B1, 1-pole, HI-speed 5256 707-BY HPL B2, B4 5256 707-BT HPL B1, 3-pole…

• Page 192: Catch Gear

  Spare Parts Catch gear 4. Catch gear Designation Article number Closing catch STD 1-coil 5436 009-V gear 1-coil, interlock 5436 009-AB 2-coils 5436 009-X 2-coils, interlock 5436 009-AC Opening catch 5436 009-Z gear Manual opening 5436 009-AD B20034 Manual opening 5436 009-AF 69 device Figure 4-1.

• Page 193: Auxiliary Contact

  Spare Parts Auxiliary contact 5. Auxiliary contact Designation Article number Auxiliary contact 6- or 12-pole 5751 805-F 18-pole 5751 805-H B20035 Figure 5-1. Limit switch with auxiliary contact. Please state the type designation and serial number with all enquiries and orders of spare parts or tools.

• Page 194: Heater Element

  Spare Parts Heater element 6. Heater element Designation Voltage range Article number Heater element 110-127 V AC, 70 W 5291 800-R 220-254 V AC, 70 W 5291 800-S 110-127 V AC, 70+140 W 5291 800-U 220-254 V AC, 70+140 W 5291 800-V 110-127 V AC, 5291 800-X 70+140+140 W…

• Page 195: Electrical Equipment

  Spare Parts Electrical equipment 7. Electrical equipment Spare parts for electrical equipment BLG 1002A. Article Item Designation Voltage range number Contactors 110-125 V DC 5351 749-2 110-130V, 50/60 HZ 5351 749-4 220-250 V DC 5351 749-1 220-250 V, 50/60 Hz 5351 749-3 Direct-on-line 110-125 V, 4-6 A 5576 0760-2…

• Page 196: Lubricants

  Spare Parts Lubricants 8. Lubricants 8.1 Oil Article number “A” 1HSB875318-A “D” 1HSB875318-B “S” 1HSB875318-C 8.2 Grease Grease Article number “G” 5316 381-A “K” 5316 381-M “N” 5316 381-L “L” 5316 381-H “M” 5316 381-J “P” 5316 381-N “S” 5316 381-G “SV”…

• Page 197
  1HSB515409-200 en rev2 ABB Switchgear AB Head Office 9911 SE-771 80 LUDVIKA SWEDEN Telephone: +46 (0) 240 782 000 Telefax: +46 (0) 240 714 928…
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  CIRCUIT DIAGRAM SHOWS OPERATING MECHANISM WHEN CIRCUIT BREAKER IS IN OFF POSITION, NOT PRESSURIZED, CLOSING SPRING UNCHARGED, HANDCRANK ADAPTED AND CIRCUITS DE-ENERGIZED. DIAGRAMA MUESTRA EL MECÁNISMO DE MANIOBRA CUANDO EL INTERRUPTOR CORRESPONDIENTE DE ALTA TENSION ESTAN POSICION ABIERTA, NO PRESURISADO, LOS RESORTES DEL MECANISMO NO ESTAN TENSADOS, CON LA MANIVELA APLICADA Y BOBINAS DESENERGIZADAS.
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  +BW1 +BG1 TRIP CIRCUIT 1 CIRCUITO DE DISPARO 1 TRIP 1 +, REMOTE DISPARO 1 +, REMOTO TRIP 1 +, LOCAL DISPARO 1 +, LOCAL 21[3] 21[3] 21[3] +BD1 +BD2 +BD3 22[4] 22[4] 22[4] CLOSE & TRIP CIRCUIT 1 BLOCKED CIRCUITOS DE CIERRE Y DISPARO 1 BLOQUEO (TRIP 1 -)
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  TRIP CIRCUIT 2 +BW1 +BG1 CIRCUITO DE DISPARO 2 TRIP 2 +, REMOTE +K10 DISPARO 2 +, REMOTO TRIP 2 +, LOCAL DISPARO 2 +, LOCAL 31[5] 31[5] 31[5] +BD1 +BD2 +BD3 32[6] 32[6] 32[6] TRIP CIRCUIT 2 BLOCKED CIRCUITO DE DISPARO 2 BLOQUEO (TRIP 2 -) (DISPARO 2 -) 1HSB 543206-XBY…
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  +BW1 +BG1 SIGNAL CONTACTS CONTACTOS DE SENALIZACION REMOTE REMOTO LOCAL LOCAL DISCONN. DESCON. 11[1] 11[1] 11[1] +BD1 +BD2 +BD3 12[2] 12[2] 12[2] +K25 AUXILIARY CONTACTS CONTACTOS AUXILIARES REMOVE LINKS IF ONLY CONDITION MONITORING CONTACTS IMPULSE CONTACT IS NEEDED CONTACTOS DE VERIFICACION REMUEVA LOS ACOPLAMIENTOS SI SOLAMENTE DE POSICION EL CONTACTO DEL IMPULSO ES NECESARIO…
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  +BW1 +BG1 AUXILIARY CONTACTS CONTACTOS AUXILIARES 12-POLE 12-POLOS 1HSB 543206-XBY 2009-11-24 Hellsten Sara Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Gutman Anton OPERATING MECHANISM BLG1002A +BLG.1 Approved MANÖVERDON BLG1002A PPHB/BOD Resp dept Rev ind Lang Sheet 1HSB543206-XBY Cont…
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  +BW2 MOTOR CIRCUIT CIRCUITO DE MOTOR L / + N / — SPRING CHARGED RESORTE TENSADO MOTOR HAND +BT1 AC AUX. CIRCUIT CIRCUITO AUX. CA +E3.1 1HSB 543206-XBY 2009-11-24 Hellsten Sara Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Gutman Anton OPERATING MECHANISM BLG1002A +BLG.1…
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  CIRCUIT DIAGRAM SHOWS OPERATING MECHANISM WHEN CIRCUIT BREAKER IS IN OFF POSITION, NOT PRESSURIZED, CLOSING SPRING UNCHARGED, HANDCRANK ADAPTED AND CIRCUITS DE-ENERGIZED. DIAGRAMA MUESTRA EL MECÁNISMO DE MANIOBRA CUANDO EL INTERRUPTOR CORRESPONDIENTE DE ALTA TENSION ESTAN POSICION ABIERTA, NO PRESURISADO, LOS RESORTES DEL MECANISMO NO ESTAN TENSADOS, CON LA MANIVELA APLICADA Y BOBINAS DESENERGIZADAS.
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  TERMINAL ARRANGEMENT (VERTICAL MOUNT.) (UPPER RAIL) DISPOSICION DE TERMINALES (MONTAJE VERTICAL) (BARRA SUPERIOR) TERMINAL ARRANGEMENT (VERTICAL MOUNT.) (LOWER RAIL) DISPOSICION DE TERMINALES (MONTAJE VERTICAL) (BARRA INFERIOR) TERMINAL ARRANGEMENT (HORIZONTAL MOUNT.) (INTERNAL TERMINALS) DISPOSICION DE TERMINALES (MONTAJE HORIZONTAL) (TERMINALES INTERNA) 1HSB 543206-XBY 2009-11-24 Hellsten Sara Circuit Diagram…
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  List of Revisions Prepared Approved Rev Index Revision text Date Symbols in project updated and terminal arr adjusted. 2009-06-11 Hellsten Sara Ruthström Jan Switches changed to Kraus & Naimer. 2009-11-27 Hellsten Sara Ruthström Jan 1HSB 543206-XBY 2009-11-24 Hellsten Sara Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared…
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  CIRCUIT DIAGRAM SHOWS OPERATING MECHANISM WHEN CIRCUIT BREAKER IS OPEN, WITHOUT PRESSURE, CLOSING SPRING NOT CHARGED AND HANDCRANK ADAPTED. CIRCUIT BREAKER EL DIAGRAMA DE CIRCUITO MUESTRA EL MECÁNISMO DE OPERACION CUANDO EL INTERRUPTOR ESTA EN POSICION ABIERTO, NO PRESURIZADO INTERRUPTOR CLOSE CIRCUIT LOS RESORTES DE DESCARGADOS Y CON LA MANIVELA APLICADA.
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  +BG1 TRIP CIRCUIT 2 CIRCUITO DE DISPARO 2 TRIP CIRCUIT SUPERVISION +XC11 SUPERVISION DE CIRCUITO DE DISPARO TRIP 2 + DISPARO 2 + 31[5] +BD1 32[6] +XC11 TRIP 2 — DISPARO 2 — +BW1.1 +BW1.2 +BW2.1 +BW2.2 SPRING DISCHARGED RESORTE DESCARGADO MOTOR CONTACTOR CONTACTOR DE MOTOR 11[1]…
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  +BG1 +XC11 SIGNAL CONTACTS CONTACTOS DE SENALIZACION CONDITION MONITORING CONTACTS CONTACTOS DE VERIFICACION DE POSICION AUXILIARY CONTACTS +XC12 CONTACTOS AUXILIARES 2011-08-18 Hedberg Reine Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-14 Johansson Sören OPERATING MECHANISM BLK +BLK.1 Approved MECANISMO DE OPERACAO BLK PPHB/BOD Resp dept Rev ind…
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  MOTOR CIRCUIT CIRCUITO DE MOTOR MOTOR CONTACTOR L / + +XC11 CONTACTOR DE MOTOR L / + MOTOR CONTACTOR N / — CONTACTOR DE MOTOR N / — +BT1 AC AUX. CIRCUIT CIRCUITO AUX. CA +XC1 +XC2 2011-08-18 Hedberg Reine Circuit Diagram DIAGRAMA DE CIRCUITO Based on…
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  CIRCUIT DIAGRAM SHOWS OPERATING MECHANISM WHEN CIRCUIT BREAKER IS OPEN, WITHOUT PRESSURE, CLOSING SPRING NOT CHARGED AND HANDCRANK ADAPTED. EL DIAGRAMA DE CIRCUITO MUESTRA EL MECÁNISMO DE OPERACION CUANDO EL INTERRUPTOR ESTA EN POSICION ABIERTO, NO PRESURIZADO LOS RESORTES DE DESCARGADOS Y CON LA MANIVELA APLICADA. ITEM DESIGNATION ITEM…
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  We reserve all rights in this document and in the in- formation contained therein. Reproduction, use or disclosure to third parties without express authority is strictly forbidden. c ABB INT.2 INT.1 EXT. INT. +XC1 +XC2 +XC12 +XC12 +XC11 +XC11…
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  List of Revisions Prepared Approved Rev Index Revision text Date First edition. 2009-07-01 Arnberg Mikael Winther Per Update configuration in project. 2009-07-02 Arnberg Mikael Winther Per Wire data changed 2009-09-07 Arnberg Mikael Winther Per X3 terminals added. 2009-12-02 Sjöström Björn Winther Per X3 deleted, XC11-12 redrawn, X0:43-44 added.
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  CLOSE CIRCUIT CIRCUIT DIAGRAM SHOWS OPERATING MECHANISM WHEN CIRCUIT BREAKER IS OPEN, WITHOUT PRESSURE, CLOSING SPRING NOT CHARGED AND HANDCRANK ADAPTED. EL DIAGRAMA DE CIRCUITO MUESTRA EL MECÁNISMO DE OPERACION CUANDO EL INTERRUPTOR ESTA EN POSICION ABIERTO, NO PRESURIZADO CIRCUIT BREAKER CIRCUITO DE CIERRE LOS RESORTES DE DESCARGADOS Y CON LA MANIVELA APLICADA.
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  TRIP CIRCUIT 1 CIRCUITO DE DISPARO 1 +K11 +BG1 +XC21 TCS, POLE — A TCS, POLO-A TCS, POLE — B TCS, POLO-B TCS, POLE — C TCS, POLO-C TRIP 1 +, REMOTE, POLE-A DISPARO 1 +, REMOTO, POLO-A TRIP 1 +, REMOTE, POLE-B DISPARO 1 +, REMOTO, POLO-B TRIP 1 +, REMOTE, POLE-C DISPARO 1 +, REMOTO, POLO-C…
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  TRIP CIRCUIT 2 CIRCUITO DE DISPARO 2 +XC21 +BG1 TCS, POLE — A TCS, POLO-A TCS, POLE — B TCS, POLO-B TCS, POLE — C TCS, POLO-C TRIP 2 +, REMOTE, POLE-A DISPARO 2 +, REMOTO, POLO-A TRIP 2 +, REMOTE, POLE-B DISPARO 2 +, REMOTO, POLO-B TRIP 2 +, REMOTE, POLE-C DISPARO 2 +, REMOTO, POLO-C…
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  +K12.C +K13 +K12.B +K12.A +XC21 +BW1.1 +BW1.2 +BW2.1 +BW2.2 +XC21 +Q1.A +XC21 +Q1.B +Q1.C +XC21 1HSB543212-GKG 2011-09-16 Gutman Anton Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Stark Mikael OPERATING MECHANISM BLK +BLK.1 Approved MECANISMO DE OPERACION BLK PPHB/BOD Resp dept Rev ind Lang…
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  +K12.A +K12.B +K12.C +K13 886a 887a 886b 887b 886c 887c 888a 889a 888b 889b 888c 889c 1HSB543212-GKG 2011-09-16 Gutman Anton Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Stark Mikael OPERATING MECHANISM BLK +BLK.1 Approved MECANISMO DE OPERACION BLK PPHB/BOD Resp dept Rev ind…
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  SIGNAL CONTACTS CONTACTOS DE SENALIZACION REMOTE REMOTO LOCAL LOCAL DISCONN. DESCON. 11[1] +XC21 +BD1 12[2] +K25 AUXILIARY CONTACTS CONTACTOS AUXILIARES +XC21 191a 192a 190b 191b CONDITION MONITORING CONTACTS CONTACTOS DE VERIFICACION 192b DE POSICION 199b +XC21 191c 192c +XC22 +XC22 +XC22 +XC22 1HSB543212-GKG…
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  AUXILIARY CONTACTS +XC22 +BG1 CONTACTOS AUXILIARES 1HSB543212-GKG 2011-09-16 Gutman Anton Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Stark Mikael OPERATING MECHANISM BLK +BLK.1 Approved MECANISMO DE OPERACION BLK PPHB/BOD Resp dept Rev ind Lang 7 14 Sheet 1HSB543212-GKV Cont…
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  AUXILIARY CONTACTS CONTACTOS AUXILIARES +XC22 +XC22 +XC22 +XC22 +XC22 +XC22 1HSB543212-GKG 2011-09-16 Gutman Anton Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Stark Mikael OPERATING MECHANISM BLK +BLK.1 Approved MECANISMO DE OPERACION BLK PPHB/BOD Resp dept Rev ind Lang 8 14 Sheet 1HSB543212-GKV…
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  +Q1.A +Q1.C +Q1.B MOTOR CIRCUIT CIRCUITO DE MOTOR +F1.A 878a 879a +F1.B 878b 879b +F1.C 878c 879c L / + +XC21 N / — +XC21 1HSB543212-GKG 2011-09-16 Gutman Anton Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Stark Mikael OPERATING MECHANISM BLK +BLK.1 Approved…
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  AC AUX. CIRCUIT CIRCUITO AUX. CA +BT1 +XC1 +XC21 +XC2 +XC21 +XC1 +BX1 +XC2 1HSB543212-GKG 2011-09-16 Gutman Anton Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Stark Mikael OPERATING MECHANISM BLK +BLK.1 Approved MECANISMO DE OPERACION BLK PPHB/BOD Resp dept Rev ind Lang 10 14…
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  CIRCUIT DIAGRAM SHOWS OPERATING MECHANISM WHEN CIRCUIT BREAKER IS OPEN, WITHOUT PRESSURE, CLOSING SPRING NOT CHARGED AND HANDCRANK ADAPTED. EL DIAGRAMA DE CIRCUITO MUESTRA EL MECÁNISMO DE OPERACION CUANDO EL INTERRUPTOR ESTA EN POSICION ABIERTO, NO PRESURIZADO LOS RESORTES DE DESCARGADOS Y CON LA MANIVELA APLICADA. ITEM DESIGNATION ITEM…
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  TERMINAL ARRANGEMENT (VERTICAL MOUNT.) DISPOSICION DE BORNERAS (MONTAJE VERTICAL) 1HSB543212-GKG 2011-09-16 Gutman Anton Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Stark Mikael OPERATING MECHANISM BLK +BLK.1 Approved MECANISMO DE OPERACION BLK PPHB/BOD Resp dept Rev ind Lang 12 14 Sheet 1HSB543212-GKV Cont…
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  TERMINAL ARRANGEMENT (VERTICAL MOUNT.) (INTERNAL) DISPOSICION DE BORNERAS (MONTAJE VERTICAL) (INTERNA) 1HSB543212-GKG 2011-09-16 Gutman Anton Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Stark Mikael OPERATING MECHANISM BLK +BLK.1 Approved MECANISMO DE OPERACION BLK PPHB/BOD Resp dept Rev ind Lang 13 14 Sheet…
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  List of Revisions Prepared Approved Rev Index Revision text Date First edition 2011-09-23 Gutman Anton Stark Mikael 1HSB543212-GKG 2011-09-16 Gutman Anton Circuit Diagram DIAGRAMA DE CIRCUITO Based on Prepared 2011-09-23 Stark Mikael OPERATING MECHANISM BLK Approved MECANISMO DE OPERACION BLK PPHB/BOD Resp dept Rev ind…

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Приложение 1.
Выключатель HPL 550B2 с тремя приводами BLG 1002А. Общий вид. Заводская табличка.

ЗЛЕГАЗОВЫЙ КОЛОНКОВЫЙ ВЫКЛЮЧАТЕЛЬ HPL 550B2 ДВУХРАЗРЫВНЫЙ С ТРЕМЯ ПРУЖИННЫМИ ПРИВОДАМИ BLG 1002А
ГАБАРИТНО-УСТАНОВОЧНЫЙ ЧЕРТЕЖ

Приложение 2.
Привод BLG 1002А выключателя HPL 550B2. Схема электрическая принципиальная.

Схема управления привода выключателя в положении ‘ΌΤΚΛ», пружина не заряжена, элегаз вез давления, при вставленной рукоятке ручного взвода.

ПРИНЦИПИАЛЬНАЯ СХЕМА УПРАВЛЕНИЯ

ЭЛЕГАЗОВЫЙ КОЛОНКОВЫЙ ВЫКЛЮЧАТЕЛЬ С ПОПОЛЮСНЫМ УПРАВЛЕНИЕМ ПРИВОД ПОЛЮСА ВЫКЛЮЧАТЕЛЯ BLG-1002A
ПРИНЦИПИАЛЬНАЯ СХЕМА УПРАВЛЕНИЯ

 Номинальный ток узла управления (катушка включения/отключения + шунтирующее сопротивление), 2 А.


ПРИНЦИПИАЛЬНАЯ ЭЛЕКТРИЧЕСКАЯ СХЕМА

ПРИНЦИПИАЛЬНАЯ ЭЛЕКТРИЧЕСКАЯ СХЕМА

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D