bolt load

100% Tensioning Pressures 50% Tensioning Pressures 9411 649 11293 779 Max Detensioning Pressures 9411 649 - - 48.7 9411 649 58.5 - - 48.7 Client Project Project Reference Date and Engineer Flange Ident Joint Information Nom Thread Size TPI Num Bolts Bolt to Tensioning Ratio Clamp Length Load Transfer Factor LTF Proposed Tensioning Tool Tool Pressure Area Bolt Information Bolt Material Bolt Yield Strength Tensile Stress Area Bolt Length 5 x 150 ANSI NEW APPLICATION 3/4"-10UN 10 8 50% 2.772 1.2806 C10-00 STD SPLIT NUT 1.841 1187.50 ASTM A193 - B7 105152 725 0.338 218.17 227.6 8.96 - Bolt Stress Bolt Load % of Bolt Yield lbs/in2 N/mm2 Tons kN % 61469 423.81 9.28 92.46 58.5 51224 353.18 7.73 77.05 48.7 40000 275.79 6.04 60.17 38.0 Technip Captain C 13586754 24/11/2010 PRE Proposed Tensioning Tool Torque Information Torque 192 142 Coefficient of Friction 0.12 51224 353.18 7.73 77.05 48.7 Tensioning Pressures 1st Pass 2nd Pass % of Bolt Yield psi Bar psi Bar % Tensioning Tool Information 70.40 Stress @ Detensioning Based on Tensile Stress Area T1 @ A Pressure T1 @ B Pressure T2 Residual Bolt Tensioning Datasheet Flange Configuration F1 Gap F2 Ws In WN-RTJ WN-RTJ mm 30.20 10 30.20 RN In2 lb/in2 In2 mm mm2 N/mm2 mm2 In ft.lb N.m Pass 1 1 11293 779 Pass 2 2 9411 649 Pass 3 Pass 4 Pass 1 1 9411 649 Pass 1 1 9411 649 Pass psi bar Tensioner Bolt # Applied Pressure Checking Pass Specification ANSI B16.5 & MSS-SP44 Application Comments Predicted Bolt Max Detensioning Pressure refers to the maximum capacity of the tensioning tool and should not be considered to be the safe max load capacity of the flange 100% Tensioning is the recommended mode of bolt tensioning, wherever possible use 100% Bolt to tool ratio Tentec Limited do not accept any liability for errors within or caused by the use of this software. © 2010 Tentec Limited - All Rights Reserved

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100% Tensioning Pressures50% Tensioning Pressures

9411 64911293 779

Max Detensioning Pressures 9411 649

- - 48.79411 649 58.5

- - 48.7

ClientProjectProject ReferenceDate and Engineer

Flange

IdentJoint InformationNom Thread SizeTPINum BoltsBolt to Tensioning Ratio

Clamp LengthLoad Transfer Factor LTF

Proposed Tensioning ToolTool Pressure Area

Bolt InformationBolt MaterialBolt Yield StrengthTensile Stress AreaBolt Length

5 x 150 ANSI

NEW APPLICATION

3/4"-10UN108

50%

2.7721.2806

C10-00 STD SPLIT NUT1.841 1187.50

ASTM A193 - B7105152 7250.338 218.17

227.68.96

- Bolt Stress Bolt Load % of Bolt Yieldlbs/in2 N/mm2 Tons kN %

61469 423.81 9.28 92.46 58.551224 353.18 7.73 77.05 48.740000 275.79 6.04 60.17 38.0

TechnipCaptain C1358675424/11/2010 PRE

Proposed Tensioning Tool

Torque InformationTorque 192142Coefficient of Friction 0.12

51224 353.18 7.73 77.05 48.7Tensioning Pressures 1st Pass 2nd Pass % of Bolt Yield psi Bar psi Bar %

Tensioning Tool Information70.40

Stress @ Detensioning

Based on Tensile Stress Area

T1 @ A PressureT1 @ B PressureT2 Residual

Bolt Tensioning Datasheet

Flange ConfigurationF1

GapF2WsIn

WN-RTJ

WN-RTJ

mm

30.20 10

30.20

RN

In2

lb/in2

In2

mm

mm2

N/mm2

mm2

In

ft.lb N.m

Pass 1 1 11293 779Pass 2 2 9411 649Pass 3Pass 4

Pass 1 1 9411 649

Pass 1 1 9411 649

Pass psi barTensioner

Bolt #Applied Pressure

Checking Pass

Specification ANSI B16.5 & MSS-SP44

Application CommentsPredicted Bolt

Max Detensioning Pressure refers to the maximum capacity of the tensioning tool and should not be considered to be the safe max load capacity of the flange100% Tensioning is the recommended mode of bolt tensioning, wherever possible use 100% Bolt to tool ratioTentec Limited do not accept any liability for errors within or caused by the use of this software. 2010 Tentec Limited - All Rights Reserved