IQI, ISO Set Number & Film Type - ISO 17636

IQI and ISO Set Number Calculator - ISO 17636

Discernible IQI Wire No.: -
  Recommended ISO Set No.: -

Density (for the selected class): -

Film Type Calculator

Allowed Film Type(s): -

IQI - ASME V

Choose Source Type:

Choose a side:

Nominal Single Wall Thickness [mm]:

Wire Number:

Required Set:

Recommended Geometric Unsharpness:

Required Density Range for :

IQI AS 1554 & AS2980

IQI - AS 4037

Select Source Type:

Select Technique:

Weld Metal Thickness [mm]:

AS 2314 Wire Number:

Recommended Density:

IQI - AS 2885.2

Select Source Type:

Select Technique:

Nominal Thickness [mm]:

AS 2314 Wire Number:

IQI on Film Side

Required Density:

IQI - AWS D1.1

Choose Source Type:

Nominal Material Thickness [mm]:

Wire Number:

Required Set:

Recommended Geometric Unsharpness:

Density Range for :

Note: Steel backing shall not be considered part of the weld or weld reinforcement in IQI selection.

Recommended No. of Exposures

×
Nominal Pipe Size: Material Grade: Schedule:

Thickness will be shown here

Inch (ISO):

Schedule:

Type of Source:

Recommended number of exposures: -

Weld Sensitivity Calculator

Weld Thickness:

Achieved Wire Sensitivity:

Achieved % Sensitivity: N/A

Geometric Unsharpness uG

Source to Object Distance (SOD) [mm]:

Object to Film Distance [mm]:

Effective Source Size [mm]:

×
Length (l):

Width (w):

Diagonal (d): N/A

PMC Verification Calculator

× Instruction Proceed as follows:

Check the processing parameters as prescribed by the manufacturer.

Process the strips in the processing system.

Check the correlation between strips and certificate.

Calibrate the densitometer used, by means of e.g., STRUCTURIX CERTIFIED DENSTEP.

Insert reference values from certificate:

Speed index (Sr)

Contrast Index (Cr)

Put reference values from the certificate in column - Measurement Values [Certificate].

Measure densities as per Figure 1.

Put measured values in column - Measurement Values [Measured].

Check calculations from column - Calculations.

Check if all calculations meet tolerance (Green = Pass, Red = Fail) - Result Tolerances.

Record results - Certified PMC Chart.

Update OMS.

×

Certificate Values

Speed index (Sr) - Step X (3)

Contrast Index (Cr) - Step X+4 - 7

D0 - fog + base density (Certificate)

Dx - Density of step 3 (Certificate)

Dx+4 - Density of step 7 (Certificate)

Measured Values

D0 - fog + base density (Measured)

Dx - Density of step 3 (Measured)

Dx+4 - Density of step 7 (Measured)

Minimum SOD - ISO 17636

Class Type:

Object to Film Distance [mm]:

Focal Spot Size [mm]:

Minimum Source to Film Distance to achieve uG

Required uG:

Focal Spot Size:

Object to Film Distance [mm]:

Radiographic Equivalence Factors for Metals and Alloys Relative to Steel

Metal or Alloy:

Type of Source:

Voltage/Gamma:

Thickness (mm):

Equivalent Steel Thickness (mm):

Approx equivalence FACTOR relative to steel: -

UT Skip Distance, Equivalent Depth, Beam Path, Surface Distance, and Real Depth Calculator

Image Source: https://olympus-ims.com

Leg: 0.00 mm

V-Path: 0.00 mm

Skip Distance (How much probe movement required to cover full skip): 0.00 mm

Equivalent Depth (ED): 0.00 mm

Real Depth: 0.00 mm

Surface Distance (SD): 0.00 mm

AS 1554 - Probe Selection

Probe Calculator

AS 2207 Angle of Incidence - Additional Gain

AS 1554 Tab 6.2.1 Weld Imperfection Level

Weighting Factor:

Imperfection Level:

Maximum Permissible Length of Discontinuity(mm):

Permissible Level:

Result:

Imperfection Height Message:

Result:

Total Imperfection Length (mm): -

PAUT Point Quantity Calculator

Select Range Type:

Range (Beampath) (mm):

Range (Depth) (mm):

Angle (°):

Range (Depth) / Cos(angle) (mm):

Velocity (km/s):

Probe Frequency (MHz):

Required Points / λ:

Minimum Points Required:

Minimum Stored A/D Freq (MHz):

Time Window (µs):

λ Period (µs):

Wedge Repeater

Wedge height

Height of Wedge (mm):

Wedge Velocity (mm/µs):

Material Velocity (mm/µs):

Repeater Time: - µs

Repeater in Steel: - mm

PCS

Thickness (mm):

Depth of Focusing (%):

Probe Angle (degrees):

Focal Depth (D, mm):

PCS (mm):

Wave Time

PCS (mm):

Thickness (t, mm):

Tip Depth (d, mm):

Velocity (km/s):

Lateral Wave AT (µs):

BWE AT (µs):

Tip AT (µs):

Time (µs):

Time Window (BWE - Lateral) (µs):

ISO 5817 - Select Test method & Acceptance criteria

Quality levels in accordance with ISO 5817 or ISO 10042	Testing techniques and levels in accordance with	Acceptance levels in accordance with

Notes

Contrast Coating Too Thick (± mm):

Poles of Magnet Too Far Apart (± mm):

Edge Only of Magnet Poles Applied to Test Area (± mm):

Ruler - 1 mm Graduations (± mm):

Ruler - Parallax Error (± mm):

Very Fine/Tight/Short Crack (± mm):

Defect Not at 90° to Magnetic Field (± mm):

Location/Geometry of Defect (± mm):

Inadequate Lighting (± mm):

Contrast Coating Too Thin (± mm):

Insufficient Particle Concentration (± mm):

Excessive Particle Concentration – Masks Indication (± mm):

Level of Experience of Technician (± mm):

Magnetization Time Too Short/Too Long (± mm):

Confined Space/Hard to Access Test Area (± mm):

Surface Contamination (± mm):

Estimated expanded uncertainty 95% range: ±0.0 mm

UT - Weld - Time Estimate

Length of Weld (m):

Weld Thickness (mm):

UT Method:

Defect Type:

Technician Skill Level (1-3):

Calibration Time (minutes):

Setup Time (minutes):

Weld Geometry Complexity:

Surface Preparation:

Access: