SlideShare a Scribd company logo
1 of 8
Download to read offline
BILL OF MATERIAL
Evaluator: Kevin Wilson – Field Engineer Date: 9/6/11
Unit: 2 Building: Turbine Elevation: 649’
Description of Material Order:
Material for temporary support of 6” & 8” pipe between Col. Rows T10 & T11 & D & H.
Materials:
Item No. Req’d Description
1 6 Adjustable Clevis Hanger, Anvil Fig. 260 for 8” Pipe, Plain Finish
2 16 ¾” Flat Washer, Mat’l: F436
3 24 ¾” Heavy Hex Nut, Mat’l: A563
4 8 ¾” Fully Threaded Round Bar, 16 Ft. Lg., Mat’l: A36 (Cut as Required)
5 5 Universal Beam Clamp, Anvil Fig. 292, Size 4 for ¾” Rod, Plain Finish
6 3 Universal Beam Clamp, Anvil Fig. 292, Size 5 for ¾” Rod, Plain Finish
7 1 Standard Riser Clamp, Anvil Fig. 40 for 8” Pipe, Mat’l: Carbon Steel, Plain Finish
8 2 Adjustable Clevis Hanger, Anvil Fig. 260 for 6” Pipe, Plain Finish
9 16 Rod Coupling, Anvil Fig. 135, for ¾” Rod, Straight, Plain Finish
FIELD ENGINEERING EVALUATION – SI58
Page 1 of 1
Evaluator: Kevin Wilson – Field Engineer Date: 8/24/11
Unit: 2 Building: Turbine Elevation: Floor El. 649’
Location: Between Col. Rows “D” and “H” and Col. Rows “T9” and “T11”
References:
1. 3BW0404-OO-01 - Mechanical Drains and Vents & Misc. Piping
2. 3BW0404-OO-42 - Mechanical Drains and Vents & Misc. Piping
Problem Description:
There is an 8” Pipe running from condenser at a location approx. 16’ West of Col. Row “E” to the south and
then parallel to Col Row “T11” then thru a penetration in the floor to El. 629’. The pipe has no permanent or
temporary supports installed. There are only cables and turnbuckles installed. There is also a 6” pipe that
runs parallel to the 8” pipe. The 6” pipe has some permanent supports installed, but it lacks about 3 of them. It
is also suspended by cables.
Evaluation Summary:
The piping is 8” Sch. 120 which weighs 60.63 lbs./lin. ft. The 6” piping is assumed to be Sch. 120 as well and
weighs 36.39 lbs/ lin. ft. The loads are calculated based on those assumptions. The loads calculated for each
support are shown on SI58_Sketch_1. New supports should be installed as shown on the attached sketches.

More Related Content

Similar to SI58_SKETCHES_EVAL

Similar to SI58_SKETCHES_EVAL (20)

SI51_PACK
SI51_PACKSI51_PACK
SI51_PACK
 
Customized Pipe Clamps Webinar
Customized Pipe Clamps Webinar Customized Pipe Clamps Webinar
Customized Pipe Clamps Webinar
 
Design, Application & Installation of Custom Clamps - July
Design, Application & Installation of Custom Clamps - JulyDesign, Application & Installation of Custom Clamps - July
Design, Application & Installation of Custom Clamps - July
 
Design, Application & Installation of Custom Clamps - March
Design, Application & Installation of Custom Clamps - MarchDesign, Application & Installation of Custom Clamps - March
Design, Application & Installation of Custom Clamps - March
 
Pipe Clamp Design, Application & Installation - November
Pipe Clamp Design, Application & Installation - NovemberPipe Clamp Design, Application & Installation - November
Pipe Clamp Design, Application & Installation - November
 
Pipe Clamps Webinar
Pipe Clamps WebinarPipe Clamps Webinar
Pipe Clamps Webinar
 
6. pipe support and restraint.ppt
6. pipe support and restraint.ppt6. pipe support and restraint.ppt
6. pipe support and restraint.ppt
 
Design, Application & Installation of Pipe Clamps Webinar
Design, Application & Installation of Pipe Clamps WebinarDesign, Application & Installation of Pipe Clamps Webinar
Design, Application & Installation of Pipe Clamps Webinar
 
POTW Showcase Webinar - August
POTW Showcase Webinar - AugustPOTW Showcase Webinar - August
POTW Showcase Webinar - August
 
piping design engineering by hamed motlagh
piping design engineering by hamed motlaghpiping design engineering by hamed motlagh
piping design engineering by hamed motlagh
 
22 05 23_general-duty valves for plumbing piping
22 05 23_general-duty valves for plumbing piping22 05 23_general-duty valves for plumbing piping
22 05 23_general-duty valves for plumbing piping
 
CH 3_Piping Materials(1).pptx
CH 3_Piping Materials(1).pptxCH 3_Piping Materials(1).pptx
CH 3_Piping Materials(1).pptx
 
Heat Exchanger
Heat ExchangerHeat Exchanger
Heat Exchanger
 
244442551-Basic-of-Piping.pdf
244442551-Basic-of-Piping.pdf244442551-Basic-of-Piping.pdf
244442551-Basic-of-Piping.pdf
 
Stress analysis review and theory background.pptx
Stress analysis review and theory background.pptxStress analysis review and theory background.pptx
Stress analysis review and theory background.pptx
 
Product of the Week Showcase - May
Product of the Week Showcase - MayProduct of the Week Showcase - May
Product of the Week Showcase - May
 
Spencer Turbine - Vacuum and Low Pressure Air Tubing
Spencer Turbine - Vacuum and Low Pressure Air TubingSpencer Turbine - Vacuum and Low Pressure Air Tubing
Spencer Turbine - Vacuum and Low Pressure Air Tubing
 
Pipe line activities To know about fabrication and modifications work Instal...
Pipe line activities  To know about fabrication and modifications work Instal...Pipe line activities  To know about fabrication and modifications work Instal...
Pipe line activities To know about fabrication and modifications work Instal...
 
EP LAB MANUAL
EP LAB MANUALEP LAB MANUAL
EP LAB MANUAL
 
Piping system presentation
Piping system presentationPiping system presentation
Piping system presentation
 

More from Kevin Wilson

Proposal Conemaugh Bottom Supports
Proposal Conemaugh Bottom SupportsProposal Conemaugh Bottom Supports
Proposal Conemaugh Bottom Supports
Kevin Wilson
 
TEE_STIRRUP Standard
TEE_STIRRUP StandardTEE_STIRRUP Standard
TEE_STIRRUP Standard
Kevin Wilson
 
Proposal_Coutant_SW_Upgrade
Proposal_Coutant_SW_UpgradeProposal_Coutant_SW_Upgrade
Proposal_Coutant_SW_Upgrade
Kevin Wilson
 
47A400-11-99_Rev002
47A400-11-99_Rev00247A400-11-99_Rev002
47A400-11-99_Rev002
Kevin Wilson
 
74-2RHR-R059_Rev002
74-2RHR-R059_Rev00274-2RHR-R059_Rev002
74-2RHR-R059_Rev002
Kevin Wilson
 
03B-2AFW-V207_Rev002
03B-2AFW-V207_Rev00203B-2AFW-V207_Rev002
03B-2AFW-V207_Rev002
Kevin Wilson
 
Exploded_View_Reedy_Motor3
Exploded_View_Reedy_Motor3Exploded_View_Reedy_Motor3
Exploded_View_Reedy_Motor3
Kevin Wilson
 
Aux_Bldg_Cover_Load_Capacity
Aux_Bldg_Cover_Load_CapacityAux_Bldg_Cover_Load_Capacity
Aux_Bldg_Cover_Load_Capacity
Kevin Wilson
 
SI71_Grating_Capacity_Turbine_Bldg
SI71_Grating_Capacity_Turbine_BldgSI71_Grating_Capacity_Turbine_Bldg
SI71_Grating_Capacity_Turbine_Bldg
Kevin Wilson
 
SI33_Jet_Impingement_Shield_Sketches
SI33_Jet_Impingement_Shield_SketchesSI33_Jet_Impingement_Shield_Sketches
SI33_Jet_Impingement_Shield_Sketches
Kevin Wilson
 
Safety_Trailer_Addition
Safety_Trailer_AdditionSafety_Trailer_Addition
Safety_Trailer_Addition
Kevin Wilson
 
Kelly_Building_Sketches
Kelly_Building_SketchesKelly_Building_Sketches
Kelly_Building_Sketches
Kevin Wilson
 
U2_OUTAGE_BLDG_7-16-15
U2_OUTAGE_BLDG_7-16-15U2_OUTAGE_BLDG_7-16-15
U2_OUTAGE_BLDG_7-16-15
Kevin Wilson
 
Calculation_Tubelock_Load_Capacity
Calculation_Tubelock_Load_CapacityCalculation_Tubelock_Load_Capacity
Calculation_Tubelock_Load_Capacity
Kevin Wilson
 
SI63_Hanger_Bracket_Evaluation
SI63_Hanger_Bracket_EvaluationSI63_Hanger_Bracket_Evaluation
SI63_Hanger_Bracket_Evaluation
Kevin Wilson
 

More from Kevin Wilson (20)

Proposal Conemaugh Bottom Supports
Proposal Conemaugh Bottom SupportsProposal Conemaugh Bottom Supports
Proposal Conemaugh Bottom Supports
 
TEE_STIRRUP Standard
TEE_STIRRUP StandardTEE_STIRRUP Standard
TEE_STIRRUP Standard
 
Proposal_Coutant_SW_Upgrade
Proposal_Coutant_SW_UpgradeProposal_Coutant_SW_Upgrade
Proposal_Coutant_SW_Upgrade
 
02964-4E9256-00
02964-4E9256-0002964-4E9256-00
02964-4E9256-00
 
47A400-11-99_Rev002
47A400-11-99_Rev00247A400-11-99_Rev002
47A400-11-99_Rev002
 
74-2RHR-R059_Rev002
74-2RHR-R059_Rev00274-2RHR-R059_Rev002
74-2RHR-R059_Rev002
 
03B-2AFW-V207_Rev002
03B-2AFW-V207_Rev00203B-2AFW-V207_Rev002
03B-2AFW-V207_Rev002
 
2-62A-809_Rev002
2-62A-809_Rev0022-62A-809_Rev002
2-62A-809_Rev002
 
2-01A-312_Rev002
2-01A-312_Rev0022-01A-312_Rev002
2-01A-312_Rev002
 
Exploded_View_Reedy_Motor3
Exploded_View_Reedy_Motor3Exploded_View_Reedy_Motor3
Exploded_View_Reedy_Motor3
 
JD317-01-Pack
JD317-01-PackJD317-01-Pack
JD317-01-Pack
 
Aux_Bldg_Cover_Load_Capacity
Aux_Bldg_Cover_Load_CapacityAux_Bldg_Cover_Load_Capacity
Aux_Bldg_Cover_Load_Capacity
 
SI71_Grating_Capacity_Turbine_Bldg
SI71_Grating_Capacity_Turbine_BldgSI71_Grating_Capacity_Turbine_Bldg
SI71_Grating_Capacity_Turbine_Bldg
 
SI33_Jet_Impingement_Shield_Sketches
SI33_Jet_Impingement_Shield_SketchesSI33_Jet_Impingement_Shield_Sketches
SI33_Jet_Impingement_Shield_Sketches
 
Safety_Trailer_Addition
Safety_Trailer_AdditionSafety_Trailer_Addition
Safety_Trailer_Addition
 
Kelly_Building_Sketches
Kelly_Building_SketchesKelly_Building_Sketches
Kelly_Building_Sketches
 
SK-FE038_DWG_PACK
SK-FE038_DWG_PACKSK-FE038_DWG_PACK
SK-FE038_DWG_PACK
 
U2_OUTAGE_BLDG_7-16-15
U2_OUTAGE_BLDG_7-16-15U2_OUTAGE_BLDG_7-16-15
U2_OUTAGE_BLDG_7-16-15
 
Calculation_Tubelock_Load_Capacity
Calculation_Tubelock_Load_CapacityCalculation_Tubelock_Load_Capacity
Calculation_Tubelock_Load_Capacity
 
SI63_Hanger_Bracket_Evaluation
SI63_Hanger_Bracket_EvaluationSI63_Hanger_Bracket_Evaluation
SI63_Hanger_Bracket_Evaluation
 

SI58_SKETCHES_EVAL

  • 1.
  • 2.
  • 3.
  • 4.
  • 5.
  • 6.
  • 7. BILL OF MATERIAL Evaluator: Kevin Wilson – Field Engineer Date: 9/6/11 Unit: 2 Building: Turbine Elevation: 649’ Description of Material Order: Material for temporary support of 6” & 8” pipe between Col. Rows T10 & T11 & D & H. Materials: Item No. Req’d Description 1 6 Adjustable Clevis Hanger, Anvil Fig. 260 for 8” Pipe, Plain Finish 2 16 ¾” Flat Washer, Mat’l: F436 3 24 ¾” Heavy Hex Nut, Mat’l: A563 4 8 ¾” Fully Threaded Round Bar, 16 Ft. Lg., Mat’l: A36 (Cut as Required) 5 5 Universal Beam Clamp, Anvil Fig. 292, Size 4 for ¾” Rod, Plain Finish 6 3 Universal Beam Clamp, Anvil Fig. 292, Size 5 for ¾” Rod, Plain Finish 7 1 Standard Riser Clamp, Anvil Fig. 40 for 8” Pipe, Mat’l: Carbon Steel, Plain Finish 8 2 Adjustable Clevis Hanger, Anvil Fig. 260 for 6” Pipe, Plain Finish 9 16 Rod Coupling, Anvil Fig. 135, for ¾” Rod, Straight, Plain Finish
  • 8. FIELD ENGINEERING EVALUATION – SI58 Page 1 of 1 Evaluator: Kevin Wilson – Field Engineer Date: 8/24/11 Unit: 2 Building: Turbine Elevation: Floor El. 649’ Location: Between Col. Rows “D” and “H” and Col. Rows “T9” and “T11” References: 1. 3BW0404-OO-01 - Mechanical Drains and Vents & Misc. Piping 2. 3BW0404-OO-42 - Mechanical Drains and Vents & Misc. Piping Problem Description: There is an 8” Pipe running from condenser at a location approx. 16’ West of Col. Row “E” to the south and then parallel to Col Row “T11” then thru a penetration in the floor to El. 629’. The pipe has no permanent or temporary supports installed. There are only cables and turnbuckles installed. There is also a 6” pipe that runs parallel to the 8” pipe. The 6” pipe has some permanent supports installed, but it lacks about 3 of them. It is also suspended by cables. Evaluation Summary: The piping is 8” Sch. 120 which weighs 60.63 lbs./lin. ft. The 6” piping is assumed to be Sch. 120 as well and weighs 36.39 lbs/ lin. ft. The loads are calculated based on those assumptions. The loads calculated for each support are shown on SI58_Sketch_1. New supports should be installed as shown on the attached sketches.