OMS tools and services can be used at three stages of pipeline projects: 1) On 12-meter pipes to check dimensions, geometry, and plan counterbores and strings, 2) In pre-welding activities like measuring gaps and planning fits, and 3) After welding for tasks like scanning welds. The tools provide fast, accurate, traceable measurements to ensure specification compliance and better welds.
OMS provides tools and services for pipe measurement at various stages of pipeline projects. This includes measuring pipe ends, checking for straightness and squareness, inspecting bevels, planning fatigue string architectures and counterbores, measuring gaps before welding, visualizing pipe data, and scanning internal welds. The tools are accurate, fast, and help ensure specification compliance while minimizing non-conformances and reworks.
This document provides an overview of various products and services offered by Techstar including:
1. Measurement instruments for level, pressure, radiation, gas detection, and analytical measurements.
2. Flowmeters, signal interface modules, and connectors for industrial applications.
3. Calibration tools including a HART communicator, multifunctional calibrator, and process refractometers.
4. Additional products such as industrial lighting, sight glasses, and pressure sensors.
5. Technical services including radiological services, field diagnostics, factory certified training, and turnkey solutions.
We are professional PCB design & fabrication in Taiwan and India. We manufacture high precision, high density, and high reliability PCB up to complex multi-layered boards. We PARTNER with our customers and suppliers to provide a total test/design solution.
apsPCB provides comprehensive solutions for printed circuit board and probe card design, manufacturing, and repair. Their solutions include:
1) Design and production of PCBs and probe cards from schematic design through manufacturing, with capabilities like fine pitch multi-layer boards down to 0.4mm.
2) A probe card repair station that can maintain, improve, and repair probe cards 50% faster than other options.
3) A variety of spring pin and contact technologies for probe cards and test sockets with fine pitches down to 0.2mm and capabilities for high frequency, high current, and wide temperature ranges.
The document summarizes the products and capabilities of WINIX, a Korean company specializing in custom components. It describes WINIX's experience since 1981 and facilities. It then provides details on their hybrid integrated circuits, discrete ceramic filters, GPS antennas, and surface acoustic wave (SAW) filters. Their components are used in applications like power supplies, sensors, automobiles, and communications systems.
This document describes test methods used by Analog Devices to evaluate high-speed ADCs. Dynamic tests measure SNR, SFDR, and other metrics using a signal generator, filter, evaluation board, and data acquisition software. Static tests characterize parameters like input range and aperture delay. An ADC FIFO kit including evaluation boards, memory capture board, and software can help characterize and test ADCs on a bench. The document provides details on recommended hardware and procedures for comprehensive ADC testing and evaluation.
The document describes an 8-bit pipelined analog-to-digital converter (ADC) with a selectable resolution of 5-8 bits. The ADC was fabricated in a 0.13-micron CMOS process and achieves an effective number of bits of 6.10 in 8-bit mode with a 162 MHz input signal. Key aspects of the ADC include double sampling to relax amplifier settling times, redundant sign digit correction to compensate comparator offsets, and a two-stage op-amp design to provide sufficient gain and signal headroom given the low 1.2V supply voltage. Measured performance meets the requirements for medium resolution and sampling rate ADCs in modern synthetic aperture radar systems.
OMS provides tools and services for pipe measurement at various stages of pipeline projects. This includes measuring pipe ends, checking for straightness and squareness, inspecting bevels, planning fatigue string architectures and counterbores, measuring gaps before welding, visualizing pipe data, and scanning internal welds. The tools are accurate, fast, and help ensure specification compliance while minimizing non-conformances and reworks.
This document provides an overview of various products and services offered by Techstar including:
1. Measurement instruments for level, pressure, radiation, gas detection, and analytical measurements.
2. Flowmeters, signal interface modules, and connectors for industrial applications.
3. Calibration tools including a HART communicator, multifunctional calibrator, and process refractometers.
4. Additional products such as industrial lighting, sight glasses, and pressure sensors.
5. Technical services including radiological services, field diagnostics, factory certified training, and turnkey solutions.
We are professional PCB design & fabrication in Taiwan and India. We manufacture high precision, high density, and high reliability PCB up to complex multi-layered boards. We PARTNER with our customers and suppliers to provide a total test/design solution.
apsPCB provides comprehensive solutions for printed circuit board and probe card design, manufacturing, and repair. Their solutions include:
1) Design and production of PCBs and probe cards from schematic design through manufacturing, with capabilities like fine pitch multi-layer boards down to 0.4mm.
2) A probe card repair station that can maintain, improve, and repair probe cards 50% faster than other options.
3) A variety of spring pin and contact technologies for probe cards and test sockets with fine pitches down to 0.2mm and capabilities for high frequency, high current, and wide temperature ranges.
The document summarizes the products and capabilities of WINIX, a Korean company specializing in custom components. It describes WINIX's experience since 1981 and facilities. It then provides details on their hybrid integrated circuits, discrete ceramic filters, GPS antennas, and surface acoustic wave (SAW) filters. Their components are used in applications like power supplies, sensors, automobiles, and communications systems.
This document describes test methods used by Analog Devices to evaluate high-speed ADCs. Dynamic tests measure SNR, SFDR, and other metrics using a signal generator, filter, evaluation board, and data acquisition software. Static tests characterize parameters like input range and aperture delay. An ADC FIFO kit including evaluation boards, memory capture board, and software can help characterize and test ADCs on a bench. The document provides details on recommended hardware and procedures for comprehensive ADC testing and evaluation.
The document describes an 8-bit pipelined analog-to-digital converter (ADC) with a selectable resolution of 5-8 bits. The ADC was fabricated in a 0.13-micron CMOS process and achieves an effective number of bits of 6.10 in 8-bit mode with a 162 MHz input signal. Key aspects of the ADC include double sampling to relax amplifier settling times, redundant sign digit correction to compensate comparator offsets, and a two-stage op-amp design to provide sufficient gain and signal headroom given the low 1.2V supply voltage. Measured performance meets the requirements for medium resolution and sampling rate ADCs in modern synthetic aperture radar systems.
OMS Project Tools and Services provides pipe measurement and inspection services using specialized tools and software. Their tools allow visualization of pipe end fit-up, internal and external weld inspection, bevel checking, pipe straightness measurement, and verification of pipe dimensions. These services help ensure quality welding and compliance with contracts. OMS has experience managing complex pipeline projects and provides proven measurement solutions.
Oms Project Tools And Services Overviewjamessale17
OMS tools and services can be used at three stages of pipeline projects: 1) on 12 meter pipes to measure dimensions, straightness, squareness, and bevels; 2) in pre-welding activities like gap measurements and dynamic fit-up planning; and 3) after welding for activities like weld scanning and measuring weld flushing. OMS provides fast, accurate, and traceable tools to ensure pipe specifications are met at each stage for better welds and longer fatigue life.
OMS Project Tools And Services Overviewjamessale17
OMS tools and services can be used at three stages of pipeline projects: 1) on 12 meter pipes to measure dimensions, straightness, squareness, and bevels; 2) in pre-welding activities like gap measurements and dynamic fit-up planning; and 3) after welding for activities like weld scanning and measuring weld flushing. OMS provides fast, accurate, and traceable tools to ensure pipe specifications are met at each stage for better welds and longer fatigue life.
This document provides an overview of project tools and services from OMS including:
1) Pipe end dimensioning and fit up visualization tools to view pipe measurement data and simulate pipe fits.
2) Dynamic fit up planning tools used in various stages of the pipe welding process from unloading to firing line.
3) Non-destructive testing tools like internal weld scanning, weld inspection cameras, and bending trials equipment used to ensure weld and pipe quality.
4) Geometry measurement tools that check attributes like bevel geometry, pipe straightness, squareness, and gap heights critical for fatigue performance.
5) OMS offers these proven measurement solutions and services globally from offices in the US and UK.
App021 en checking-accuracy-robot-trajectoriesISATECK
The document describes using eddy current displacement sensors to check the accuracy and reproducibility of robot trajectories. Six sensors mounted on a measuring head are moved along a steel rule by a robot to simultaneously acquire position and orientation deviations, with a measuring range of 0-15mm and accuracy of 10 micrometers. Reasons for selecting this non-contact system include its high accuracy, economical price, and insensitivity to dirt, oil, and electromagnetic fields.
The Society for Underwater Technology and The Hydrographic Society held a joint Subsea Metrology Seminar in Aberdeen on June 18, 2014. Zupt presented a paper on the application of our inertial survey tools for subsea metrologies. For more information, please contact sales@zupt.com
This document provides an overview of various tools and techniques used in electronics repair, including:
- Multi-meters, oscilloscopes, logic probes, and function generators for testing circuits.
- Microscopes and borescopes for inspection.
- Desoldering and soldering equipment for component-level repairs.
- In-circuit testers and logic analyzers for debugging logic problems.
- Advanced techniques like pinpoint technology and auto-point DT for reverse engineering and fault isolation without schematics.
- Considerations for cleaning and maintenance of circuit boards.
This document provides an overview and proposal for a Prelude 202 Solderability Test System from RPS Automation. Key details include:
- The Prelude 202 is a proven system that performs solderability testing according to Mil-STD-202 Method 208 via a dip and look process.
- It features precision PLC motion control and temperature management to control the component dipping process.
- The proposal is for a system configured with a 15 lb solder pot, flux station, and X and Z axis control to handle various component types.
This document provides information about Abdallah I. AlTamimi Industrial Services Est. (AITIS), which offers non-destructive testing (NDT) and condition assessment services. AITIS has equipment and technicians for guided wave testing, eddy current testing, vibration analysis, remote visual inspection, and conventional NDT methods. The document lists their inspection services and provides contact information.
The document discusses Waveline metrology systems for measuring surface roughness, contour, and topography. It describes their portable, mobile, and stationary systems that can perform automated and manual measurements in production and metrology labs. The systems provide precise measurement data through tactile and optical probes to evaluate surfaces and dimensions in manufacturing.
This document describes the design and implementation of a real-time flow measurement system using a Hall probe sensor and PC-based SCADA. The objectives are to measure flow rate using a Hall probe sensor with a rotameter and develop, test, and demonstrate the system. It introduces the components of the system including the Hall probe sensor, LCD display, Arduino microcontroller, and other hardware. Diagrams of the Hall probe sensor and system block diagram are presented. The document also provides information on how the Hall probe sensor works and its output signal.
This presentation provides a general overview of Servoflo Corporation. Located in Massachusetts, Servoflo is a premier provider of pressure sensors, humidity sensors, sensor signal conditioning, LED drivers and power management IC's. Servicing North & South America, Servoflo offers complete sensing solutions for design engineers in many industries, including medical, automotive, HVAC, electronics, instrumentation and much more.
The document discusses bar code scanning and work-in-process (WIP) systems. It explains that bar codes contain predefined information that can be scanned automatically and accurately to collect real-time data. WIP systems track details about jobs like what is being worked on, its location, tasks completed, employees involved, and time/output metrics. The document provides examples of how bar code scanning and WIP systems can be implemented in manufacturing processes like tire production to track materials, production stages, and finished goods.
The document discusses bar code scanning and work-in-process (WIP) systems. It explains that bar codes contain predefined information that can be scanned automatically and accurately to collect real-time data. WIP systems track details about jobs like what is being worked on, its location, tasks completed, duration, and output using bar code scanning. The document provides examples of how bar codes are used in manufacturing processes and inventory management.
This document describes a project to add a pushbar cleaning mechanism to concrete handling equipment. It discusses using proximity sensors and a PLC to automate the mechanism. The PLC programming logic and inputs/outputs are described. Future projects proposed include automating height measurement of pavers and installing a cuber machine using a CODESYS open source programming software.
Electrohms is a leading designer and manufacturer of current sensing solutions for industrial applications. They offer a range of Hall effect current sensors from 25A to 600A as well as current transformers and custom solutions. Electrohms has a quality certified manufacturing facility, engineering team, and global customer base among major power equipment companies. They invite customers to contact them to discuss current sensing needs and business challenges.
www.hitechpcba.com
Surface Mount Technology (SMT) is necessary for PCB assembly. If the PCB has no through-hole components, Through Hole (THT) PCB Assembly is not needed.
SMT assembly: SMT stands for surface mount technology, which is a versatile PCB assembly technology. Currently, all electronic components can be made into surface-mounted devices (SMD). SMDs are interconnected to the PCB pads with solder paste. SMT assembly is automatic.
THT assembly: THT, or PTH or DIP, means through-hole technology. The electronic components that require THT assembly have long pins. Usually, they are capacitors, fuses, and connectors. The PCB is pre-drilled, and these components’ pins plug in the holes and wave reflowed. THT assembly is manual.
In the PCB assembly process, SMT assembly happens before the THT assembly.
The document discusses Balluff GmbH and the flexible sensors and systems they offer for machine tools. Balluff provides solutions for object detection, linear position sensing, identification, networking, and more. Their intelligent combination with IO-Link communication ensures reliable information flow and diagnostics to help modern machine tools integrate into intelligent manufacturing. Balluff offers optimal solutions for position feedback, clamping stroke monitoring, tool usage monitoring, process monitoring, and more.
This document discusses step gages and their use for monitoring the accuracy of coordinate measuring machines (CMMs). It provides details on KOBA-step step gages, including their standardized lengths, materials, certification options, and features that allow accurate measurements in various orientations. Step gages can check the length measurement uncertainty of CMMs, which is important for establishing their suitability for measuring lengths - the most common metrology task.
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Similar to Oms Project Tools And Services Overview
OMS Project Tools and Services provides pipe measurement and inspection services using specialized tools and software. Their tools allow visualization of pipe end fit-up, internal and external weld inspection, bevel checking, pipe straightness measurement, and verification of pipe dimensions. These services help ensure quality welding and compliance with contracts. OMS has experience managing complex pipeline projects and provides proven measurement solutions.
Oms Project Tools And Services Overviewjamessale17
OMS tools and services can be used at three stages of pipeline projects: 1) on 12 meter pipes to measure dimensions, straightness, squareness, and bevels; 2) in pre-welding activities like gap measurements and dynamic fit-up planning; and 3) after welding for activities like weld scanning and measuring weld flushing. OMS provides fast, accurate, and traceable tools to ensure pipe specifications are met at each stage for better welds and longer fatigue life.
OMS Project Tools And Services Overviewjamessale17
OMS tools and services can be used at three stages of pipeline projects: 1) on 12 meter pipes to measure dimensions, straightness, squareness, and bevels; 2) in pre-welding activities like gap measurements and dynamic fit-up planning; and 3) after welding for activities like weld scanning and measuring weld flushing. OMS provides fast, accurate, and traceable tools to ensure pipe specifications are met at each stage for better welds and longer fatigue life.
This document provides an overview of project tools and services from OMS including:
1) Pipe end dimensioning and fit up visualization tools to view pipe measurement data and simulate pipe fits.
2) Dynamic fit up planning tools used in various stages of the pipe welding process from unloading to firing line.
3) Non-destructive testing tools like internal weld scanning, weld inspection cameras, and bending trials equipment used to ensure weld and pipe quality.
4) Geometry measurement tools that check attributes like bevel geometry, pipe straightness, squareness, and gap heights critical for fatigue performance.
5) OMS offers these proven measurement solutions and services globally from offices in the US and UK.
App021 en checking-accuracy-robot-trajectoriesISATECK
The document describes using eddy current displacement sensors to check the accuracy and reproducibility of robot trajectories. Six sensors mounted on a measuring head are moved along a steel rule by a robot to simultaneously acquire position and orientation deviations, with a measuring range of 0-15mm and accuracy of 10 micrometers. Reasons for selecting this non-contact system include its high accuracy, economical price, and insensitivity to dirt, oil, and electromagnetic fields.
The Society for Underwater Technology and The Hydrographic Society held a joint Subsea Metrology Seminar in Aberdeen on June 18, 2014. Zupt presented a paper on the application of our inertial survey tools for subsea metrologies. For more information, please contact sales@zupt.com
This document provides an overview of various tools and techniques used in electronics repair, including:
- Multi-meters, oscilloscopes, logic probes, and function generators for testing circuits.
- Microscopes and borescopes for inspection.
- Desoldering and soldering equipment for component-level repairs.
- In-circuit testers and logic analyzers for debugging logic problems.
- Advanced techniques like pinpoint technology and auto-point DT for reverse engineering and fault isolation without schematics.
- Considerations for cleaning and maintenance of circuit boards.
This document provides an overview and proposal for a Prelude 202 Solderability Test System from RPS Automation. Key details include:
- The Prelude 202 is a proven system that performs solderability testing according to Mil-STD-202 Method 208 via a dip and look process.
- It features precision PLC motion control and temperature management to control the component dipping process.
- The proposal is for a system configured with a 15 lb solder pot, flux station, and X and Z axis control to handle various component types.
This document provides information about Abdallah I. AlTamimi Industrial Services Est. (AITIS), which offers non-destructive testing (NDT) and condition assessment services. AITIS has equipment and technicians for guided wave testing, eddy current testing, vibration analysis, remote visual inspection, and conventional NDT methods. The document lists their inspection services and provides contact information.
The document discusses Waveline metrology systems for measuring surface roughness, contour, and topography. It describes their portable, mobile, and stationary systems that can perform automated and manual measurements in production and metrology labs. The systems provide precise measurement data through tactile and optical probes to evaluate surfaces and dimensions in manufacturing.
This document describes the design and implementation of a real-time flow measurement system using a Hall probe sensor and PC-based SCADA. The objectives are to measure flow rate using a Hall probe sensor with a rotameter and develop, test, and demonstrate the system. It introduces the components of the system including the Hall probe sensor, LCD display, Arduino microcontroller, and other hardware. Diagrams of the Hall probe sensor and system block diagram are presented. The document also provides information on how the Hall probe sensor works and its output signal.
This presentation provides a general overview of Servoflo Corporation. Located in Massachusetts, Servoflo is a premier provider of pressure sensors, humidity sensors, sensor signal conditioning, LED drivers and power management IC's. Servicing North & South America, Servoflo offers complete sensing solutions for design engineers in many industries, including medical, automotive, HVAC, electronics, instrumentation and much more.
The document discusses bar code scanning and work-in-process (WIP) systems. It explains that bar codes contain predefined information that can be scanned automatically and accurately to collect real-time data. WIP systems track details about jobs like what is being worked on, its location, tasks completed, employees involved, and time/output metrics. The document provides examples of how bar code scanning and WIP systems can be implemented in manufacturing processes like tire production to track materials, production stages, and finished goods.
The document discusses bar code scanning and work-in-process (WIP) systems. It explains that bar codes contain predefined information that can be scanned automatically and accurately to collect real-time data. WIP systems track details about jobs like what is being worked on, its location, tasks completed, duration, and output using bar code scanning. The document provides examples of how bar codes are used in manufacturing processes and inventory management.
This document describes a project to add a pushbar cleaning mechanism to concrete handling equipment. It discusses using proximity sensors and a PLC to automate the mechanism. The PLC programming logic and inputs/outputs are described. Future projects proposed include automating height measurement of pavers and installing a cuber machine using a CODESYS open source programming software.
Electrohms is a leading designer and manufacturer of current sensing solutions for industrial applications. They offer a range of Hall effect current sensors from 25A to 600A as well as current transformers and custom solutions. Electrohms has a quality certified manufacturing facility, engineering team, and global customer base among major power equipment companies. They invite customers to contact them to discuss current sensing needs and business challenges.
www.hitechpcba.com
Surface Mount Technology (SMT) is necessary for PCB assembly. If the PCB has no through-hole components, Through Hole (THT) PCB Assembly is not needed.
SMT assembly: SMT stands for surface mount technology, which is a versatile PCB assembly technology. Currently, all electronic components can be made into surface-mounted devices (SMD). SMDs are interconnected to the PCB pads with solder paste. SMT assembly is automatic.
THT assembly: THT, or PTH or DIP, means through-hole technology. The electronic components that require THT assembly have long pins. Usually, they are capacitors, fuses, and connectors. The PCB is pre-drilled, and these components’ pins plug in the holes and wave reflowed. THT assembly is manual.
In the PCB assembly process, SMT assembly happens before the THT assembly.
The document discusses Balluff GmbH and the flexible sensors and systems they offer for machine tools. Balluff provides solutions for object detection, linear position sensing, identification, networking, and more. Their intelligent combination with IO-Link communication ensures reliable information flow and diagnostics to help modern machine tools integrate into intelligent manufacturing. Balluff offers optimal solutions for position feedback, clamping stroke monitoring, tool usage monitoring, process monitoring, and more.
This document discusses step gages and their use for monitoring the accuracy of coordinate measuring machines (CMMs). It provides details on KOBA-step step gages, including their standardized lengths, materials, certification options, and features that allow accurate measurements in various orientations. Step gages can check the length measurement uncertainty of CMMs, which is important for establishing their suitability for measuring lengths - the most common metrology task.
Similar to Oms Project Tools And Services Overview (20)
2. Stages where OMS tools and services
can be used in projects
First stage – Pipes
End Dimensioning, Straightness, Squareness, Bevel, SCR
Architecture, Counterbore Planning, Visualisation
Software
Second stage – Pre-welding activities
Internal and External Hi-Lo, Dynamic Fit Up Management
for Flowlines
Third stage – Post-welding activities
Weld Scanning, External Weld Flushing
-2-
4. Stage 1 – Pipe End Dimensioning
Why perform end dimensioning?
Better fit up (Flowline, SCR or Fatigue String architecture)
AUT Cal Block Sorting
Counterbore planning
More efficient welding
Why use OMS?
Fastest tools, most accurate, fundamentally better than
calipers, traceable measurements, most experienced partner
Where is pipe end dimensioning performed?
Pipe Mill, Coating Plant, Dockside, Spoolbase, Pipelay Vessel
-4-
5. Stage 1 - SCR or Fatigue String Architecture
-5-
6. Stage 1 - Fatigue String Planning
Why create a Fatigue String Architecture?
Best possible fit up
Counterboring is undesirable or impossible
No loss of material
Why OMS?
Experience of many complex strings
Tools and software
When is Fatigue string design carried out?
From pipe manufacture to after coating
-6-
8. Stage 1 - Counterbore Planning
Why do Counterbore Planning?
Counterboring is required to manage wall thickness
A single counterbore size is not possible due to WT
issues
Improved management of welding process
Why OMS?
Experience managing complex multiple SCR projects
When is counterbore planning carried out?
At any stage between pipe manufacture and pipe
yard
-8-
9. Stage 1 - Bevel Checking
Land thickness, depth and angle
-9-
10. Stage 1 - Bevel Checking
Why check bevel geometry?
Ensures that bevel geometries are within specification
Documentation of specification compliance
Better welds due to consistent land depths, angles and land
thicknesses
Why Use OMS Tools?
Fast, accurate, traceable, repeatable, lasting record
When are bevels checked?
Just after bevelling before the firing line
- 10 -
12. Stage 1 - Pipe Straightness
Why check straightness?
Quantifying pipe bend and hooking
Ensuring the double joints are straight
Proving contract compliance
Ensuring that spooled pipes are straightened correctly
without wasting material by checking on deck
Why use OMS tools?
Fast, accurate, repeatable, traceable, easy to use
When are pipes checked for straightness?
Before and after welding and after spooling
- 12 -
13. Stage 1 - Pipe End Squareness
Digital Dial
Gauge
- 13 -
14. Stage 1 - Pipe End Squareness
Why check end squareness?
Avoidance of out of straight pipe joints
Stress reduction for fatigue senstive pipes
Higher speed welding as time is not wasted rotating pipes to
obtain a zero gap
Proof of contract compliance
Why OMS tools?
Fast, accurate, repeatable, traceable, easy to use
When are pipe ends checked for squareness?
Following the bevelling station
- 14 -
15. Stage 2 – Pre-welding activitites
ID Hi-Lo – Closed Gap
ID Hi-Lo – Open Gap
OD Hi-Lo
Dynamic Fit up for Flowlines
Fit up for SCR or Fatigue Sensitive String
Visualisation of pipe end data
- 15 -
17. Stage 2 - ID HiLo Closed Gap
Why measure ID Closed Gap Hi-Lo?
Longer fatigue life
Less likelihood of a Hi-Lo problem related cut out
Contract requirement
Why use OMS tools?
Faster, accurate, repeatable, traceable
When are ID Hi-Lo’s measured ?
Directly before welding
- 17 -
19. Stage 2 - ID HiLo Open Gap
Why measure ID Hi-Lo?
Longer fatigue life
Less likelihood of a Hi-Lo problem related cut out
Contract requirement
Why use OMS tools?
Faster, accurate, repeatable, traceable, lasting record
When are ID Hi-Lo’s measured ?
Directly before welding
- 19 -
20. Stage 2 - OD Hi-Lo Measurement
Micrometer
Head
Magnetic
Base
Precision
Sliding Rails
OD
HiLo
Pipe 1 Pipe 2
- 20 -
21. Stage 2 - OD HiLo Measurement
Why measure OD Hi-Lo?
Longer fatigue life
Contract requirement
Why OMS tool?
Accurate, repeatable, faster, traceable
When are OD Hi-Lo’s measured ?
Directly before welding
- 21 -
22. Stage 2 - Dynamic Fit Up Planning
Enter Pipe Numbers
Rejected Pipe
Rack Firing Line Welding Stations and AUT
etc
Ready rack
Beveling
shed OMS Software
used here
Unloading
rack
Loader - Loader - Get Fit up
empty full
results
Pipe Yard
Hi-Lo maps
+ Pass/Fail
Pipe stacks contain
measured pipes awaiting
welding
- 22 -
23. Stage 2 - Dynamic Fit Up Planning for Flowlines
Why fit up pipes in this way?
The solution achieves the best possible fit up of pipes
Philosophy:
Measure + Visualisation Software = Best Fit-Up Achievable, Quicker and Easier
Solution can be tailored to meet client needs
Best fit up because actual pipe geometry is used to achieve solution
Minimises logistics necessary to achieve best result
OMS package includes operator training
Why use OMS
Proven system (saving time and money) and easy
implementation
When is the the OMS dynamic fit up scheme used?
Near to the firing line or near to the pipe load out
- 23 -
24. Stage 2 - Fit Up for SCR or Fatigue
Sensitive String
- 24 -
25. Stage 2 - Fit Up Visualisation
OD HiLo graph at
current rotation.
These buttons
ID HiLo graph at “nudge” the
current rotation. rotation.
Fixed and Free end
pipe IDs along with
there diameters.
Buttons to
automatically select
the Best ID, OD or
combined fitup
rotation.
Click here to Return to
Fitup status indicators. See the pipe end selection
Current rotation from datum Max ID and OD HiLos at the current further documentation. screen.
rotation along with OK/Fail indicators.
26. Stage 2 - Fit up Visualisation
Why Visualise Pipe End Data?
View measurement data for any pipe end
Pipe statistics e.g. Average, Min or Max, Internal and Outer
Diameter, Wall Thickness
View simulated fit up of pipes
Best Fit up pipes in spoolbase, on JLay/SLay vessel
Best ID only fit up, or ID and OD fit up
Why OMS?
Proven tools, software and services
- 26 -
28. Stage 3 - Internal Weld Scanning
Why perform internal weld scanning?
Elimination of weld defects
Reduction in cut outs at AUT station
Contract requirement
Why OMS Tool?
Fast, extremely high quality images, accurate, recordable
data
When to inspect internal welds?
After welding of DJ, in firing-line after hot-pass, in JLay tower,
at stalk tie-in
- 28 -
29. Stage 3 - Weld Flushing
Measure the depth to
which the weld is
ground off
Gauge mounted on
movable carriage to
measure across the
weld zone
Magnetic mount to pipe
- 29 -
30. Stage 3 - Weld Flushing
Why measure weld cap height and flushing?
Reporting to client
Stronger weld
Contract compliance
Why use OMS tool?
Accurate direct measurements, traceable, repeatable
When to measure weld cap flushing?
After grinding before AUT inspection
- 30 -
31. Summary
OMS tools and services can be
used at three stages:
1. On 12 metre pipes
2. In the process of preparing
for welding
3. After welding
- 31 -
32. We’re here to help!
USA
Tel: 001 832-230-0153
Email: Lauren.Lionberger@omsmeasure.com
17421 Village Green Drive, Houston, Texas 77040, USA
UK
Tel: +44 (0) 1279 656038 or +44 7929 777286
Email: Hugh.Davies@omsmeasure.com
8 Twyford Business Centre, London Road, Bishop’s
Stortford, Hertfordshire, CM23 3YT, UK
www.omsmeasure.com