TASK 72-32-88-300-006 Fan Exit Guide Vane - Replace The Vanes, Outer Platform And/or Repair The Unbonding, Repair-006 (VRS1771)

DMC:V2500-A5-72-32-8800-03A-920A-C|Issue No:001.00|Issue Date:2014-05-01

Export Control

EAR Export Classification: Not subject to the EAR per 15 C.F.R. Chapter 1, Part 734.3(b)(3), except for the following Service Bulletins which are currently published as EAR Export Classification 9E991: SBE70-0992, SBE72-0483, SBE72-0580, SBE72-0588, SBE72-0640, SBE73-0209, SBE80-0024 and SBE80-0025.

Copyright

© IAE International Aero Engines AG (2001, 2014 - 2021) The information contained in this document is the property of © IAE International Aero Engines AG and may not be copied or used for any purpose other than that for which it is supplied without the express written authority of © IAE International Aero Engines AG. (This does not preclude use by engine and aircraft operators for normal instructional, maintenance or overhaul purposes.).

Applicability

V2500-A5

Common Information

TASK 72-32-88-300-006 Fan Exit Guide Vane - Replace The Vanes, Outer Platform And/or Repair The Unbonding, Repair-006 (VRS1771)

Effectivity

FIG/ITEM

PART NO.

06-100

5A1375

Assembly A

06-100

5A1513

Assembly B

06-300

5A1375

Assembly A

06-300

5A1513

Assembly B

06-500

5A1375

Assembly A

06-500

5A1513

Assembly B

06-700

5A1375

Assembly A

06-700

5A1513

Assembly B

07-100

5A1375

Assembly A

07-100

5A1513

Assembly B

07-300

5A1375

Assembly A

07-300

5A1513

Assembly B

07-500

5A1375

Assembly A

07-500

5A1513

Assembly B

07-700

5A1375

Assembly A

07-700

5A1513

Assembly B

08-100

5A1375

Assembly A

08-100

5A1513

Assembly B

08-300

5A1375

Assembly A

08-300

5A1513

Assembly B

08-500

5A1375

Assembly A

08-500

5A1513

Assembly B

08-700

5A1375

Assembly A

08-700

5A1513

Assembly B

09-100

5A1375

Assembly A

09-100

5A1513

Assembly B

09-300

5A1375

Assembly A

09-300

5A1513

Assembly B

09-500

5A1375

Assembly A

09-500

5A1513

Assembly B

09-700

5A1375

Assembly A

09-700

5A1513

Assembly B

10-100

5A1375

Assembly A

10-100

5A1513

Assembly B

10-300

5A1375

Assembly A

10-300

5A1513

Assembly B

10-500

5A1375

Assembly A

10-500

5A1513

Assembly B

10-700

5A1375

Assembly A

10-700

5A1513

Assembly B

Material of component

DESCRIPTION

SYMBOL

MATERIAL

Fan exit guide vane assembly

(Assembly A)

Aluminum alloy

Fan exit guide vane assembly

(Assembly B)

Vane: Aluminum alloy

Outer platform: Carbon fiber reinforced plastics

Inner platform: Aluminum alloy

General

Price and availability - none

The practices and processes referred to in the procedure by the TASK numbers are in the SPM.

All priming and bonding operations shall be done in controlled-environment rooms designated for non-silicone materials.

NOTE

To identify the consumable materials refer to the PCI.

NOTE

Special tools are identified in the procedure by the primary tool number.

NOTE

Mixed use of 5A1148 and 5A1853 in an FEGV Assembly is permitted

Preliminary Requirements

Pre-Conditions

NONE

Support Equipment

NameManufacturerPart Number / IdentificationQuantityRemark
Penetrant Crack Test EquipmentLOCALPenetrant crack test equipment
Plastic scraperLOCALPlastic scraper
TweezersLOCALTweezers
OvenLOCALOven

Electric

Teflon beakerLOCALTeflon beaker
Vacuum vesselLOCALVacuum vessel
Vacuum pumpLOCALVacuum pump
Stainless spoonLOCALStainless spoon
Depth gage micrometerLOCALDepth gage micrometer
Hardness tester (Durometer)LOCALHardness tester (Durometer)
Tensile testerLOCALTensile tester
Vibrating marking pencilLOCALVibrating marking pencil
Protective gloves and gogglesLOCALProtective gloves and goggles
Soldering ironLOCALSoldering iron
IAE 3J12834 Molding fixture0AM53IAE 3J128341
IAE 3J12836 Inspection fixture0AM53IAE 3J128361
IAE 3J12770 Fixture, test piece0AM53IAE 3J127701

Consumables, Materials and Expendables

NameManufacturerPart Number / IdentificationQuantityRemark
CoMat 01-124 ISOPROPYL ALCOHOLLOCALCoMat 01-124
CoMat 02-001 ADHESIVE TAPE (MASKING)LOCALCoMat 02-001
CoMat 03-026 LIQUID NITROGENLOCALCoMat 03-026
CoMat 05-050 SILICON CARBIDE GRIT1E1X8CoMat 05-050
CoMat 07-068 PRIMERIE401CoMat 07-068
CoMat 07-069 POLYURETHANE RESIN24664CoMat 07-069
CoMat 01-120 HOT PAINT STRIPPER71410CoMat 01-120
CoMat 08-020 EPOXY PRIMER,REDLOCALCoMat 08-020

Spares

NameManufacturerPart Number / IdentificationQuantityRemark
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Vane5A1148A/R
Vane5A1853A/R
Platform, Outer Assembly A5A1376A/R
Vane5A1853A/R
Platform, Outer Assembly B5A1514A/R
Platform, Outer Assembly A5A1376A/R
Platform, Outer Assembly B5A1514A/R
Platform, Outer Assembly A5A1376A/R
Platform, Outer Assembly B5A1514A/R
Platform, Outer Assembly A5A1376A/R
Platform, Outer Assembly B5A1514A/R
Platform, Outer Assembly A5A1376A/R
Platform, Outer Assembly B5A1514A/R

Safety Requirements

NONE

Procedure

    1. SUBTASK 72-32-88-350-062 Remove the Strip Seals from the Fan Exit Guide Vane

      1. Remove the strip seals from the fan exit guide vane.

      1. Refer to VRS1772, TASK 72-32-88-300-007 (REPAIR-007).

    2. SUBTASK 72-32-88-330-053 Remove the Polyurethane Rubber from the Fan Exit Guide Vanes Assembly

      1. Examine and identify damaged vanes, outer platform and unbonds.

      1. Refer to TASK 72-32-88-200-000 (INSPECTION-000).

      2. If necessary, remove oil, grease and contamination with cloth made moist with isopropyl alcohol.

    3. SUBTASK 72-32-88-330-054-A01 Remove the Polyurethane Rubber from the Fan Exit Guide Vane Assembly - Cooling Method - Assembly A

    1. WARNING

      DURING THE OPERATION, WEAR PROTECTIVE GLOVES AND GOGGLES TO PROTECT AGAINST EXTREME LOW TEMPERATURE FOR COOLING.

      WARNING

      MAKE SURE THERE IS SUFFICIENT VENTILATION DURING THE OPERATION.

      WARNING

      DISPOSE OF REMOVED POLYURETHANE RUBBER INTO A SPECIFIED BOX FOR PLASTIC WASTE.

      WARNING

      AVOID EXTREMELY STRONG STROKES DURING HAMMERING IN ORDER NOT TO DAMAGE VANE, INNER AND OUTER PLATFORM.

      NOTE

      This Step is an alternative to Step.

      Put the fan exit guide vane in a stainless cage and set it into cooling tank, then cool by liquified nitrogen.

      2. Cool the fan exit guide vane at minus 274 to minus 310 deg F (minus 170 to minus 190 deg C) for 40 to 60 minutes.

      3. Hammer the inner and /or outer platform to separate vanes from platform, as soon as the fan exit guide vane is drawn out from the cooling tank.

        1. Hit the outside inner or outer platform toward the inside by hammer.

        1. Use wooden or plastic hammer.

      4. If the fan exit guide vane can not be disassembled completely, do this SUBTASK again.

        1. Extra cooling time should be 20 to 30 minutes.

        1. Total cooling time must be less than 90 minutes.

    4. SUBTASK 72-32-88-330-054-A02 Remove the Polyurethane Rubber from the Fan Exit Guide Vane Assembly - Heating Method - Assembly A

    1. WARNING

      WEAR HEAT RESISTANT GLOVES AND GOGGLES DURING HEATING OF THE FAN EXIT GUIDE VANE ASSEMBLY.

      WARNING

      MAKE SURE THERE IS SUFFICIENT VENTILATION DURING THE OPERATION.

      WARNING

      MAXIMUM TEMPERATURE IN THE OVEN SHOULD NOT EXCEED 338 DEG. F (170 DEG. C) IN ORDER TO PREVENT GENERATING POISONOUS GASES AND DAMAGING ALUMINUM OF BASE METAL.

      NOTE

      This Step is an alternative to Step.

      Put the fan exit guide vane assembly into the oven.

      2. Heat the fan exit guide vane assembly at 302 to 329 deg F (150 to 165 deg C) for 40 to 60 minutes.

      1. Use an electric oven.

    3. Take vanes off from inner and outer platform by hand, as soon as the fan exit guide vane is drawn out from the oven.

    5. SUBTASK 72-32-88-330-054-B00 Remove the Polyurethane Rubber from the Fan Exit Guide Vane Assembly - Heating Method - Assembly B

    1. WARNING

      WEAR HEAT RESISTANT GLOVES AND GOGGLES DURING HEATING OF THE FAN EXIT GUIDE VANE ASSEMBLY.

      WARNING

      MAKE SURE THERE IS SUFFICIENT VENTILATION DURING THE OPERATION.

      WARNING

      MAXIMUM TEMPERATURE IN THE OVEN SHOULD NOT EXCEED 338 DEG. F (170 DEG. C) IN ORDER TO PREVENT GENERATING POISONOUS GASES AND DAMAGING ALUMINUM OF BASE METAL.

      Put the fan exit guide vane assembly into the oven.

      2. Heat the fan exit guide vane assembly at 302 to 329 deg F (150 to 165 deg C) for 40 to 60 minutes.

      1. Use an electric oven.

    3. Take vanes off from inner and outer platform by hand, as soon as the fan exit guide vane is drawn out from the oven.

    6. SUBTASK 72-32-88-330-055-A01 Remove the Residual Polyurethane Rubber from the Fan Exit Guide Vane Assembly - Soldering Iron Method - Assembly A

      1. WARNING

        MAXIMUM TEMPERATURE IN THE SOLDERING IRON SHOULD NOT EXCEED 338 DEG. F (170 DEG. C) IN ORDER TO PREVENT GENERATING POISONOUS GAS AND DAMAGING ALUMINUM OF BASE METAL.

        WARNING

        WEAR HEAT RESISTANT GLOVES AND GOGGLES DURING OPERATION.

        WARNING

        MAKE SURE THERE IS SUFFICIENT VENTILATION DURING THE OPERATION.

        WARNING

        DISPOSE OF REMOVED POLYURETHANE RUBBER INTO A SPECIFIED BOX FOR PLASTIC WASTE.

        CAUTION

        USE A SOLDERING IRON WITH A ROUND TIP TO AVOID DAMAGE ON BASE METAL.

        NOTE

        This Step is an alternative to Step.

        NOTE

        If the residual polyurethane is forming a smooth thin film of brownish color on the surface, this SUBTASK is not necessary. It can be removed by dry abrasive blast 15.C.

        Scrape residual polyurethane rubber from vane, inner and outer platform by soldering iron and scraper.

        1. Keep the temperature of the iron at 302 to 329 deg F (150 to 165 deg C).

        1. A presence of residual polyurethane as a thin brownish color film is acceptable.

        2. Use soldering iron.

        3. Use bamboo scraper.

    2. Air blast to remove residual contamination and residues.

    7. SUBTASK 72-32-88-330-055-A02 Remove the Residual Polyurethane Rubber from the Fan Exit Gude Vane Assembly - Non-Chlorine Solvent Method - Assembly A

      1. NOTE

        This Step is an alternative to Step.

        NOTE

        If the residual polyurethane is forming a smooth thin film of brownish color on the surface, this SUBTASK is no necessary. It can be removed by dry abrasive blast 15.C.

        Soak the vane platform in stripping solution, at temperature of 160 to 212 deg F (71 to 100 deg C) for 1 to 2 hours.

    2. Put the vane and platform fully in cold water tank, then spray rinse with cold water.

    3. Put the vane and platform fully in hot water at 150 to 200 deg F (66 to 93 deg C).

    4. Air blast to remove residual contamination and residues.

    8. SUBTASK 72-32-88-330-055-B01 Remove the Residual Polyurethane Rubber from the Fan Exit Gude Vane Assembly - Soldering Iron Procedure - Assembly B

      1. WARNING

        MAXIMUM TEMPERATURE IN THE SOLDERING IRON SHOULD NOT EXCEED 338 DEG. F (170 DEG. C) IN ORDER TO PREVENT GENERATINF POISONOUS GAS AND DAMAGING ALUMINUM OF BASE METAL.

        WARNING

        WEAR HEAT RESISTANT GLOVES AND GOGGLES DURING OPERATION.

        WARNING

        MAKE SURE THERE IS SUFFICIENT VENTILATION DURING THE OPERATION.

        WARNING

        DISPOSE OF REMOVED POLYURETHANE RUBBER INTO A SPECIFIED BOX FOR PLASTIC WASTE.

        CAUTION

        USE A SOLDERING IRON WITH A ROUND TIP TO AVOID DAMAGE ON BASE METAL.

        NOTE

        This Step is an alternative to Step.

        NOTE

        If the residual polyurethane is forming a smooth thin film of brownish color on the surface, this SUBTASK is not necessary. It can be removed by dry abrasive blast in 17 deg C.

        Scrape residual polyurethane rubber from vane, inner and outer platform by soldering iron and scraper.

        1. Keep the temperature of the iron at 302 to 329 deg F (150 to 165 deg C).

        1. A prescence of residual polyurethane as thin brownish color film is acceptable.

        2. Use soldering iron.

        3. Use bamboo scraper.

    2. Air blast to remove residual contamination and residues.

    9. SUBTASK 72-32-88-330-055-B02 Remove the Residual Polyurethane Rubber from the Fan Exit Gude Vane Assembly - Non-Chlorine Solvent Procedure - Assembly B

      1. CAUTION

        DO NOT SOAK THE OUTER PLATFORM OF ASSEMBLY B IN NON-CHLORINE SOLVENT. IF THE OUTER PLATFORM IS SOAKED IN NON-CHLORINE SOLVENT, THE OUTER PLATFORM MUST BE SCRAPPED.

        NOTE

        Do Step Soldering iron method for the outer platform of assembly B.

        NOTE

        This Step is an alternative to Step.

        NOTE

        If the residual polyurethane is forming a smooth thin film of brownish color on the surface, this SUBTASK is not necessary. It can be removed by dry abrasive blast in 17 deg C.

        Soak the vane and platform in stripping solution, except outer platform of assembly B, at temperature of 160 to 212 deg F (71 to 100 deg C) for 1 to 2 hours.

    2. Put the vane and platform fully in cold water tank, then, pressure spray rinse with cold water.

    3. Put the vane and platform fully in hot water at 150 to 200 deg F (66 to 93 deg C).

    4. Air blast to remove residual contamination and residues.

    10. SUBTASK 72-32-88-230-057-A00 Examine the Outer Platform, Inner Platform and Vane for Cracks - Assembly A

      1. Fluorescent penetrant examine the outer platform, inner platform and vanes.

        1. Make sure there are no cracks in the outer platform, inner platform and vanes.

        1. Refer to the SPM TASK 70-23-03-230-501.

        2. Refer to TASK 72-32-88-200-000 (INSPECTION-000).

        3. Use penetrant crack test equipment.

    11. SUBTASK 72-32-88-230-057-B00 Examine the Inner Platform and Vanes for Cracks - Assembly B

      1. Fluorescent penetrant examine the inner platform and vanes.

        1. Make sure there are no cracks in the inner platform and vanes.

        1. Refer to the SPM TASK 70-23-03-230-501.

        2. Refer to TASK 72-32-88-200-000 (INSPECTION-000).

        3. Use penetrant crack test equipment.

    12. SUBTASK 72-32-88-290-052 Make the Test Piece for the Tensile Test

    1. Refer to Figure.

      2. Make the three test pieces.

      1. Refer to ASTM D2240.

      3. Prepare the surface of the test pieces.

      1. Refer to Step.

        1. Refer to SUBTASK 72-32-88-330-055.

        1. Step A,B,C,E through M, for the use of the same mixed batch as applied to FEGV in mold.

    13. SUBTASK 72-32-88-360-057 Prepare the Surface of the Inner Platform, Outer Platform and Vanes, Assembly A and B

    1. Refer to Figure.

      2. Remove the grease from the inner platform, outer platform and vanes.

      1. Use CoMat 01-124 ISOPROPYL ALCOHOL with lint free cloth.

      3. Mask inner platform, outer platform and vanes without the molding surfaces.

      4. Dry abrasive blast the molding surface with the silicon carbide grit at 75.8 to 81.4 psi (523.1 to 561.6 KPa) pressure and 45 degree impingement angle.

    5. Remove masking tape.

    6. Remove residual abrasive by vacuuming.

      7. Clean the blasted surfaces.

      1. Use CoMat 01-124 ISOPROPYL ALCOHOL with lint free cloth.

    8. CAUTION

      AFTER PREPARATION THE PREPARED SURFACE MUST BE FULLY CLEANED AND MUST NOT BE TOUCHED BY HAND, TO PREVENT CONTAMINATION.

      Dry the blasted surfaces at room temperature for 15 minutes minimum.

    14. SUBTASK 72-32-88-360-058 Apply and Cure the Primer to Molding Surfaces on Outer Platform - Assembly B

    1. Refer to Figure.

      2. CAUTION

        AFTER PREPARATION THE PREPARED SURFACE MUST BE FULLY CLEANED AND MUST NOT BE TOUCHED BY HAND, TO PREVENT CONTAMINATION.

        Apply a mask to the areas where the molding is not to be applied.

      3. Apply a thin layer of primer to molding surfaces of outer platform.

    4. Dry the primer at room temperature fo 15 minutes.

      5. Cure the primer at 338 to 356 deg F (170 to 180 deg C) for one hour.

      1. Use an electric oven.

    15. SUBTASK 72-32-88-330-055 Apply and Cure the Polyurethane Resin - Assembly A and B

    1. Refer to Figure.

      2. WARNING

        YOU MUST USE PLASTIC GLOVES, DURING PREPARATION AND USE OF THE RESIN TO PREVENT CONTAMINATION OF THE SKIN.

        Apply a thin layer of the primer to molding surfaces of inner and outer platform and vanes within half an hour after cleaning.

      1. Use CoMat 07-068 PRIMER with lint free cheese cloth and tweezers.

    3. CAUTION

      IN LESS THAN EIGHT HOURS THE PRIMER MUST BE APPLIED AND CURED AND THE POLYURETHANE RESIN MUST BE APPLIED TO THE FEGV AND SPECIMENS.

      Dry the component at room temperature for 15 minutes.

      4. Cure the component at 239.0 to 249.8 deg F (115 to 121 deg C) for 13 to 15 minutes.

      1. Use an electric oven.

      5. Assemble the new or serviceable vanes, the inner platform and outer platform onto molding fixture.

      1. NOTE

        Locally manufactured tool may be used instead of IAE 3J12834 Molding fixture if all the requirements in Figure and Figure.re satisfied after the molding.

      6. Prepare the polyurethane resin.

        1. Put 5.29 oz (150 g) of the part A into teflon beaker.

        2. Put 0.88 oz (25 g) of part B into another beaker.

        3. The quantity of the part A and B above can be applied between three vanes and inner or outer platform.

      7. Heat the polyurethane resin to reduce the viscosity sufficient to allow for pour and pump.

        1. Heat the part A at 167 to 185 deg F (75 to 85 deg C) and part B at 275 to 293 deg F (135 to 145 deg C).

        1. Use an electric oven.

      8. Before mixing, remove entrapped air from part A.

      1. Use vacuum vessel and vacuum pump.

        1. Put part B into the part A teflon beaker, and mix with stainless spoon.

        1. Part A 99.0 to 101.0 parts by weight.

        2. Part B 16.2 to 17.2 parts by weight.

      10. Remove entrapped air from the mixture caused by mixing, under 0.19 in.Hg (5 mm Hg) for one minute maximum.

      1. Use vacuum vessel and vacuum pump.

      11. NOTE

        Locally manufactured tool may be used instead of IAE 3J12834 Molding fixture if all the requirements in Figure and Figure.re satisfied after molding.

        Apply polyurethane resin to FEGV and test pieces.

    12. First cure at room temperature for 4 to 16 hours.

      13. Then cure at 239.0 to 260.6 deg F (115 to 127 deg C) for four to four and a half hours.

      1. Use electric oven.

    14. After cooling, remove the molding assembly from the fixture.

    15. Remove the excess polyurethane resin to the specified shape.

    16. SUBTASK 72-32-88-330-056 Apply the Surface Protection on the Fan Exit Guide Vane Assembly - Assembly A and B

      1. Apply chromate conversion coating to the tool marks on the fan exit guide vane assembly.

      1. Refer to SPM TASK 72-32-88-300-503.

    17. SUBTASK 72-32-88-220-079 Examine the Pepaired Area of the Fan Exit Guide Vane Assembly

    1. Refer to Figure, Figure and Figure.

    2. Visually inspect the molded areas for cracks, peeling, pits, voids and unwanted material.

      3. Do a hardness test for the polyurethane rubber.

        1. Use hardess tester (Durometer A).

        1. Hardness: 85 to 96.

      4. Do a tensile test for the three test pieces.

        1. Refer to ASTM D412.

        1. Use tensile tester.

        2. Tensile strength min. 2418 psi (1.7 kg/mm2).

      5. Dimensionally inspect the fan exit guide vane assembly including molding areas.

      1. Use IAE 3J12836 Inspection fixture and depth gage.

    18. SUBTASK 72-32-88-350-063 Install the Strip Seals to the Fan Exit Guide Vane

      1. Install the strip seals to the fan exit guide vane.

      1. Refer to VRS1772, TASK 72-32-88-300-007 (REPAIR-007).

    19. SUBTASK 72-32-88-350-064 Mark Repair Number on the Fan Exit Guide Vane Assembly

      1. Write VRS1771, adjacent to the part number on the fan exit guide vane assembly.

        1. Refer to the SPM TASK 70-09-00-400-501.

        1. Use the vibrating marking pencil.

      2. Apply the chromate conversion coating to the marked repair number.

      1. Refer to the SPM TASK 70-38-02-300-503.

    20. Figure: Repair details and dimensions - Assembly A

    Sheet 1

    Legend
    Repair details and dimensions - Assembly A

    Sheet 1

    Close

    Figure: Repair details and dimensions - Assembly A

    Sheet 2

    Legend
    Repair details and dimensions - Assembly A

    Sheet 2

    Close

    Figure: Repair details and dimensions - Assembly A

    Sheet 3

    Legend
    Repair details and dimensions - Assembly A

    Sheet 3

    Close

    Figure: Repair details and dimensions - Assembly A and B

    Sheet 4

    Legend
    Repair details and dimensions - Assembly A and B

    Sheet 4

    Close

    Figure: Repair details and dimensions - Assembly B

    Sheet 5

    Legend
    Repair details and dimensions - Assembly B

    Sheet 5

    Close

    Figure: Repair details and dimensions - Assembly A and B

    Sheet 6

    Legend
    Repair details and dimensions - Assembly A and B

    Sheet 6

    Close

    Figure: Repair details and dimensions - Assembly A and B

    Sheet 7

    Legend
    Repair details and dimensions - Assembly A and B

    Sheet 7

    Close

    Figure: Repair details and dimensions - Assembly A

    Sheet 8

    Legend
    Repair details and dimensions - Assembly A

    Sheet 8

    Close

    Figure: Repair details and dimensions - Assembly B

    Sheet 9

    Legend
    Repair details and dimensions - Assembly B

    Sheet 9

    Close

    Figure: Repair details and dimensions - Assembly A

    Sheet 10

    Legend
    Repair details and dimensions - Assembly A

    Sheet 10

    Close

    Figure: Repair details and dimensions - Assembly B

    Sheet 11

    Legend
    Repair details and dimensions - Assembly B

    Sheet 11

    Close

    Figure: Repair details and dimensions - Assembly A

    Sheet 12

    Legend
    Repair details and dimensions - Assembly A

    Sheet 12

    Close

    Figure: Repair details and dimensions - Assembly B

    Sheet 13

    Legend
    Repair details and dimensions - Assembly B

    Sheet 13

    Close

    Figure: Repair details and dimensions - Assembly B

    Sheet 14

    Legend
    Repair details and dimensions - Assembly B

    Sheet 14

    Close

    Figure: Acceptance limits for visual inspection - Assembly A and B

    Acceptance limits for visual inspection - Assembly A and B

    Figure: Test piece details and dimensions - Assembly A and B

    Test piece details and dimensions - Assembly A and B

Requirements After Job Completion

Follow-On Conditions

NONE
Link not Found
Manufacturer Code:0AM53
Enterprise Name:IAE INTERNATIONAL AERO ENGINES AG
BU Name:NULL
Building:SUITE 400
Street:628 HEBRON AVENUE
City:GLASTONBURY
State:CT
Zip Code:06033
Country:USA
Manufacturer Code:1E1X8
Enterprise Name:SAINT-GOBAIN CERAMICS AND PLASTICS, INC
BU Name:SAINT-GOBAIN CERAMICS AND PLASTICS, INC
Street:1 NEW BOND ST
City:WORCESTER
State:MA
Zip Code:01606
Country:UNITED STATES OF AMERICA
Phone Number:1-508-795-5000, 1-800-243-0028
Fax Number:1-508-795-2380
Internet:www.saint-gobain-northamerica.com
Manufacturer Code:24664
Enterprise Name:JONAL LABORATORIES INC
BU Name:JONAL LABORATORIES INC
Street:456 CENTER ST
City:MERIDEN
State:CT
Zip Code:06450-0743
Country:USA
Phone Number:1-203-634-4444
Fax Number:1-203-634-4448
Email:jonal@jonal.com
Manufacturer Code:71410
Enterprise Name:HENKEL CORPORATION (WAS: TURCO PRODUCTS, INC)
BU Name:HENKEL CORPORATION (WAS: TURCO PRODUCTS, INC)
Street:32100 STEPHENSON HIGHWAY
City:MADISON HEIGHTS
State:MI
Zip Code:48071
Country:USA
Phone Number:1-248-583-9300
Fax Number:1-248-583-2976
Internet:www.aerospace.henkel.com
Manufacturer Code:IE401
Enterprise Name:LORD CORPORATION
BU Name:LORD CORPORATION,DELETED REFER TO 30676
Manufacturer Code:LOCAL
Enterprise Name:LOCALLY SUPPLIED
Link not Found
Link not Found
Link not Found
Link not Found
Manufacturer Code:LOCAL
Supply Number:CoMat 01-120
Type:sp01
Supply Short Name:CoMat 01-120 HOT PAINT STRIPPER
Supply Name:CoMat 01-120 HOT PAINT STRIPPER
Specification Groups:
Doc NumberType
DELETED.
Suppliers:
ManufacturerRemarks
LOCAL
Manufacturer Code:LOCAL
Supply Number:CoMat 01-124
Type:sp01
Supply Short Name:CoMat 01-124 ISOPROPYL ALCOHOL
Supply Name:CoMat 01-124 ISOPROPYL ALCOHOL
Specification Groups:
Doc NumberType
OMAT:1/40GPR TECHNICAL GRADE
PMC 9094GPR TECHNICAL GRADE
JCR-011GPR TECHNICAL GRADE
Suppliers:
ManufacturerRemarks
LOCAL
U1185
24853
K6835
Manufacturer Code:LOCAL
Supply Number:CoMat 02-001
Type:sp01
Supply Short Name:CoMat 02-001 ADHESIVE TAPE (MASKING)
Supply Name:CoMat 02-001 ADHESIVE TAPE (MASKING)
Specification Groups:
Doc NumberType
OMAT: 230 (RR REF)ZINC OXIDE AT142
JCR-197 (JAEC REF)ZINC OXIDE AT142
Suppliers:
ManufacturerRemarks
LOCAL
K6835
U0415
Manufacturer Code:LOCAL
Supply Number:CoMat 03-026
Type:sp01
Supply Short Name:CoMat 03-026 LIQUID NITROGEN
Supply Name:CoMat 03-026 LIQUID NITROGEN
Specification Groups:
Doc NumberType
OMAT:220BB-N-411 T2GBC1
JCR-135BB-N-411 T2GBC1
Suppliers:
ManufacturerRemarks
LOCAL
U2046
U2096
Manufacturer Code:1E1X8
Supply Number:CoMat 05-050
Type:sp01
Supply Short Name:CoMat 05-050 SILICON CARBIDE GRIT
Supply Name:CoMat 05-050 SILICON CARBIDE GRIT
Specification Groups:
Doc NumberType
PMC 3053-31SILICON CARBIDE 5348 COATING No. 60 GRIT
Suppliers:
ManufacturerRemarks
1E1X8
Manufacturer Code:IE401
Supply Number:CoMat 07-068
Type:sp01
Supply Short Name:CoMat 07-068 PRIMER
Supply Name:CoMat 07-068 PRIMER
Specification Groups:
Doc NumberType
JCR-101CHEMLOK 218
Suppliers:
ManufacturerRemarks
IE401
Manufacturer Code:24664
Supply Number:CoMat 07-069
Type:sp01
Supply Short Name:CoMat 07-069 POLYURETHANE RESIN
Supply Name:CoMat 07-069 POLYURETHANE RESIN
Specification Groups:
Doc NumberType
JCR-102JL-77-206-1
JS-3026JL-77-206-1
Suppliers:
ManufacturerRemarks
24664
Manufacturer Code:LOCAL
Supply Number:CoMat 08-020
Type:sp01
Supply Short Name:CoMat 08-020 EPOXY PRIMER,RED
Supply Name:CoMat 08-020 EPOXY PRIMER,RED
Specification Groups:
Doc NumberType
REDUX 122 MSRR 9245
REDUX 122 OMAT: 8/59
REDUX 122 JCR-087
Suppliers:
ManufacturerRemarks
LOCAL
IAE77
K6835
IE404
04621
70657
Manufacturer Code:LOCAL
Tool Number:Depth gage micrometer
Tool Name:Depth gage micrometer
Manufacturer Code:LOCAL
Tool Number:Hardness tester (Durometer)
Tool Name:Hardness tester (Durometer)
Manufacturer Code:0AM53
Tool Number:IAE 3J12770
Tool Name:IAE 3J12770 Fixture, test piece
Manufacturer Code:0AM53
Tool Number:IAE 3J12834
Tool Name:IAE 3J12834 Molding fixture
Manufacturer Code:0AM53
Tool Number:IAE 3J12836
Tool Name:IAE 3J12836 Inspection fixture
Manufacturer Code:LOCAL
Tool Number:Oven
Tool Name:Oven
Manufacturer Code:LOCAL
Tool Number:Penetrant crack test equipment
Tool Name:Penetrant Crack Test Equipment
Link not Found
Manufacturer Code:LOCAL
Tool Number:Protective gloves and goggles
Tool Name:Protective gloves and goggles
Manufacturer Code:LOCAL
Tool Number:Soldering iron
Tool Name:Soldering iron
Manufacturer Code:LOCAL
Tool Number:Stainless spoon
Tool Name:Stainless spoon
Manufacturer Code:LOCAL
Tool Number:Teflon beaker
Tool Name:Teflon beaker
Manufacturer Code:LOCAL
Tool Number:Tensile tester
Tool Name:Tensile tester
Manufacturer Code:LOCAL
Tool Number:Tweezers
Tool Name:Tweezers
Manufacturer Code:LOCAL
Tool Number:Vacuum pump
Tool Name:Vacuum pump
Manufacturer Code:LOCAL
Tool Number:Vacuum vessel
Tool Name:Vacuum vessel
Link not Found