This document provides a summary of vibration qualification testing performed on Microflex connectors according to MIL-DTL-55302F and MIL-DTL-83513G standards. The testing subjected the connectors to vibrations of 15g and 20g peak levels in three axes for over 12 hours total. Electrical continuity was continuously monitored and no interruptions greater than 1 microsecond were observed. Upon visual inspection after testing, no damage or loosening of parts was found. The report concludes that the Microflex connectors passed the vibration testing requirements.
This document outlines the ultrasonic testing (UT) inspection plan and procedures for an industrial project. It includes:
1. A review of UT personnel qualifications and certification requirements.
2. Calibration and verification requirements for UT equipment and mock-ups using calibration blocks.
3. In-process inspection tasks like verifying UT techniques and procedures, evaluating UT reports, and ensuring NDE process control including repairs.
4. It specifies the use of SAIC checklists and database entry for UT inspection results, as outlined in the Saudi Aramco engineering standards.
This Quality Plan and Inspection and Test Plan is prepared to assure the safe operational and to provide the guidance controlling Quality, Inspection and Test activities of ready mix concrete supply, including its raw material for Betara Complex development Project, Jambi, Indonesia.
The document discusses quality control requirements for various construction materials including aggregates, cement, water, admixtures and reinforcement steel. It outlines testing frequency and standards for each material to ensure quality. Key aspects covered include pre-qualification of suppliers, material certification, sampling, storage procedures, and testing of physical and chemical properties at regular intervals.
This quality assurance plan outlines the procedures for fabricating and inspecting pipes at a shop for a client's project. It describes 11 manufacturing stages including receiving raw materials, welding, gauging, leakage testing, dimensional checks, and certification. Control checks and reference documents are provided for each stage, along with the manner of recording inspections. The plan aims to ensure pipes are manufactured according to specifications.
This document provides a manufacturing quality plan for a 2 MVA, 3.3 kV/433V dry type indoor transformer. It outlines the components, operations, quality checks, acceptance criteria, records, and responsibilities at each stage of manufacturing. Key checks include dimensional verification, mechanical and electrical testing of materials, inspection of winding assembly, core assembly, and enclosure construction, as well as final routine testing including load loss measurement, insulation resistance testing, and induced overvoltage withstand testing to ensure quality standards are met.
Test Plan Development using Physics of Failure: The DfR Solutions ApproachCheryl Tulkoff
This document discusses using physics of failure (PoF) methodology to develop optimized test plans that are tailored to a product's specific design, materials, use environment, and reliability needs. It provides an overview of key aspects of test plan development including defining reliability goals and the use environment, identifying failure inducing loads, developing a comprehensive test plan, and ensuring change control processes and ongoing reliability testing are in place. The document also presents a case study of how PoF modeling was used to develop a test plan for microinverters intended for a 25-year lifespan in harsh outdoor solar installations.
QRICS i.e. ‘Quality Ring Inspection Co-Ordination Services’ established in 1989 as a proprietary firm with Mumbai Shop Act No. Pashan/II/122. It deals with quality assurance support services such as calibration of mechanical, pressure, angle, thermal and electro-technical measuring instruments and equipment.Later on, in 1996 this organization was promoted to Private Limited with the name and title of QRICS Calibration Laboratories Pvt.Ltd. It has a registered office and laboratory at ‘Paras’ Complex, Sl. No. No. GP/67, Thermax Chowk, Chinchwad, Pune 411 019, Maharashtra State, INDIA. This laboratory has now been legally identified vide certificate of incorporation No. 11-103211 (1996) with a seal of registrar of companies, Maharashtra state.
More Details,
www.qrics.in
This document is a test report for a water flow sensor. It provides information on the applicant, test item description, test standards, test procedures, test results and other details. The water flow sensor was tested according to IEC/EN 61010-1 for safety requirements for electrical equipment. The testing was performed by Shenzhen ZCT Technology Co., Ltd. and the test item was found to meet the requirements of the standard.
This document outlines the ultrasonic testing (UT) inspection plan and procedures for an industrial project. It includes:
1. A review of UT personnel qualifications and certification requirements.
2. Calibration and verification requirements for UT equipment and mock-ups using calibration blocks.
3. In-process inspection tasks like verifying UT techniques and procedures, evaluating UT reports, and ensuring NDE process control including repairs.
4. It specifies the use of SAIC checklists and database entry for UT inspection results, as outlined in the Saudi Aramco engineering standards.
This Quality Plan and Inspection and Test Plan is prepared to assure the safe operational and to provide the guidance controlling Quality, Inspection and Test activities of ready mix concrete supply, including its raw material for Betara Complex development Project, Jambi, Indonesia.
The document discusses quality control requirements for various construction materials including aggregates, cement, water, admixtures and reinforcement steel. It outlines testing frequency and standards for each material to ensure quality. Key aspects covered include pre-qualification of suppliers, material certification, sampling, storage procedures, and testing of physical and chemical properties at regular intervals.
This quality assurance plan outlines the procedures for fabricating and inspecting pipes at a shop for a client's project. It describes 11 manufacturing stages including receiving raw materials, welding, gauging, leakage testing, dimensional checks, and certification. Control checks and reference documents are provided for each stage, along with the manner of recording inspections. The plan aims to ensure pipes are manufactured according to specifications.
This document provides a manufacturing quality plan for a 2 MVA, 3.3 kV/433V dry type indoor transformer. It outlines the components, operations, quality checks, acceptance criteria, records, and responsibilities at each stage of manufacturing. Key checks include dimensional verification, mechanical and electrical testing of materials, inspection of winding assembly, core assembly, and enclosure construction, as well as final routine testing including load loss measurement, insulation resistance testing, and induced overvoltage withstand testing to ensure quality standards are met.
Test Plan Development using Physics of Failure: The DfR Solutions ApproachCheryl Tulkoff
This document discusses using physics of failure (PoF) methodology to develop optimized test plans that are tailored to a product's specific design, materials, use environment, and reliability needs. It provides an overview of key aspects of test plan development including defining reliability goals and the use environment, identifying failure inducing loads, developing a comprehensive test plan, and ensuring change control processes and ongoing reliability testing are in place. The document also presents a case study of how PoF modeling was used to develop a test plan for microinverters intended for a 25-year lifespan in harsh outdoor solar installations.
QRICS i.e. ‘Quality Ring Inspection Co-Ordination Services’ established in 1989 as a proprietary firm with Mumbai Shop Act No. Pashan/II/122. It deals with quality assurance support services such as calibration of mechanical, pressure, angle, thermal and electro-technical measuring instruments and equipment.Later on, in 1996 this organization was promoted to Private Limited with the name and title of QRICS Calibration Laboratories Pvt.Ltd. It has a registered office and laboratory at ‘Paras’ Complex, Sl. No. No. GP/67, Thermax Chowk, Chinchwad, Pune 411 019, Maharashtra State, INDIA. This laboratory has now been legally identified vide certificate of incorporation No. 11-103211 (1996) with a seal of registrar of companies, Maharashtra state.
More Details,
www.qrics.in
This document is a test report for a water flow sensor. It provides information on the applicant, test item description, test standards, test procedures, test results and other details. The water flow sensor was tested according to IEC/EN 61010-1 for safety requirements for electrical equipment. The testing was performed by Shenzhen ZCT Technology Co., Ltd. and the test item was found to meet the requirements of the standard.
Semiconductor Equipment Inventory.Please email us for more info/ the availability of these equipment. These are subject to prior sale.Appreciate your time! sales@semistarcorp.com
- QRICS Calibration Laboratories Pvt. Ltd. has been accredited by the National Accreditation Board for Testing and Calibration Laboratories (NABL) in accordance with the ISO/IEC 17025:2005 standard for competence in testing and calibration laboratories.
- The accreditation is for its facilities in Pune, Maharashtra and covers the discipline of electro-technical calibration for quantities such as DC voltage, DC current, AC voltage, AC current, resistance, frequency, capacitance, temperature simulation, and more.
- The scope of accreditation document specifies the calibration and measurement capabilities of QRICS Calibration Laboratories Pvt. Ltd. for various instruments and ranges in electro-technical calibration.
The document outlines responsibilities for various parties in relation to pressure vessel inspection programs. It discusses who is responsible for: controlling inspection programs and maintenance; functioning as an authorized inspection agency; controlling activities related to vessel ratings, repairs, and engineering assessments; developing, implementing, and assessing inspection systems; implementing change management processes; and implementing and maintaining integrity operating windows programs. It also discusses responsibilities of inspectors, examiners, repair organizations, and owner/user personnel.
A crack was discovered in a circumferential weld of a hot-reheat drip leg during an inspection at a generating station. Metallurgical analysis found the failure was caused by thermal fatigue from thermal transients between the hot-reheat bypass valve drain line and the drip leg's end-cap girth weld. A root cause analysis determined a leaking manual drain valve had emptied the drip leg, removing the condensate that normally acts as insulation and prevents thermal transients, leading to the fatigue failure in the weld. To prevent future issues, the plant will ensure drip legs maintain a minimum condensate level.
QRICS i.e. ‘Quality Ring Inspection Co-Ordination Services’ established in 1989 as a proprietary firm with Mumbai Shop Act No. Pashan/II/122. It deals with quality assurance support services such as calibration of mechanical, pressure, angle, thermal and electro-technical measuring instruments and equipment.Later on, in 1996 this organization was promoted to Private Limited with the name and title of QRICS Calibration Laboratories Pvt.Ltd. It has a registered office and laboratory at ‘Paras’ Complex, Sl. No. No. GP/67, Thermax Chowk, Chinchwad, Pune 411 019, Maharashtra State, INDIA. This laboratory has now been legally identified vide certificate of incorporation No. 11-103211 (1996) with a seal of registrar of companies, Maharashtra state.
More Details,
www.qrics.in
QRICS i.e. ‘Quality Ring Inspection Co-Ordination Services’ established in 1989 as a proprietary firm with Mumbai Shop Act No. Pashan/II/122. It deals with quality assurance support services such as calibration of mechanical, pressure, angle, thermal and electro-technical measuring instruments and equipment.Later on, in 1996 this organization was promoted to Private Limited with the name and title of QRICS Calibration Laboratories Pvt.Ltd. It has a registered office and laboratory at ‘Paras’ Complex, Sl. No. No. GP/67, Thermax Chowk, Chinchwad, Pune 411 019, Maharashtra State, INDIA. This laboratory has now been legally identified vide certificate of incorporation No. 11-103211 (1996) with a seal of registrar of companies, Maharashtra state.
More Details,
www.qrics.in
World class precision manufacturing under one roof in Bangkok Thailand: Aerospace OEM parts (AS9100, NADCAP), Medical, Automotive, General CNC machining, Mold/Die, Jigs/Fixtures, Metal Stamping, Cutting Tools, Gage calibration, Sheet metal fabrication
Tailor welding blanks generally used for making doors of an automobile get crack along welding line. This leads to rejection and Wrong body production. Its analysis & countermeasure shared in sides.
This document contains an inventory list of 215 items located in either Nanjing, China or Morgan Hill, CA USA. The majority of the items are various types of process equipment used in semiconductor manufacturing, including bonders, chillers, coaters, CVD tools, developers, etchers, evaporators, furnaces, metrology equipment, ovens, PECVD tools, plasma ashers, pumps, RTP tools, sputtering systems and more. The items are from various manufacturers such as K&S, SMC, SVG, SOLITEC, PlasmaLab, BOLD, Temescal, Varian, Ditector, CANON, Nanometrics, Gaertner Scientific, Rudolph Research
L&T Valves - Role of NDT in Valve IndustriesBabu Kuriakose
The document discusses the role of non-destructive testing (NDT) in valve industries. It provides an overview of L&T Valves Limited, including its facilities, certifications, and customers. It then discusses LTVL's NDT journey, current NDT practices, challenges, and improvements made. Specific topics covered include personnel qualifications, NDT processes, validation, customer demands vs LTVL practices, case studies of NDT failures, and interpretations of ASME standards taken up by LTVL.
Отчет по ударопрочности боросиликатных линз REETHSEA Company
Боросиликатные линзы показывают высокие показатели по эффективнсоти и равномерности свечения. Максимальная температура использования линз до +450...550 °C, что позволяет использовать это решение в тяжелых промышленных условиях.
This consolidated test report summarizes RoHS testing of components in an electric self-balanced unicycle. Testing was conducted by Shenzhen BCTC Technology Co. and other labs on plastics, wires, screws, capacitors, resistors and other components. Test results found lead levels below limits in most components, with some exceptions. The report concludes that test data did not exceed limits of the RoHS Directive.
The document is a test report from Intertek that summarizes testing performed on a Standard ZipDesk 30" x 53" according to ANSI/BIFMA standards. The report details that the ZipDesk passed all tests, including stability under load, unit strength, top load cycling, drop testing, and leg strength tests. Tests were performed between June 16 and July 9, 2020 at Intertek's Kentwood, Michigan facility.
This curriculum vitae summarizes Marco Annoni's professional experience and qualifications. It lists his education, languages, certifications, approved companies, components knowledge, main experiences, activities managed, previous work experiences and main projects managed. The CV shows that Marco Annoni has over 30 years of experience in quality control, inspections, and project management for oil, gas and industrial components and systems.
Pacorr Melt Flow Index tester is used for evaluating the flow properties of molten plastics or resins. The Melt flow Index
of thermoplastic materials is defined as the rate of flow (in grams per ten minutes) of extrudates of molten resins through a
jet of a particular length and diameter.
iMovR Lander Lite - ANSI/BIFMA X5.5-2014 CertificationiMovR
The document is a 22-page test report from Intertek summarizing durability testing performed on Lander Lite standing desks with various desktop sizes according to ANSI/BIFMA standards. Two desk samples were tested and found to conform to all applicable stability, strength, and durability requirements. The report provides test details, procedures, acceptance criteria, results and photographs for each test conducted.
various nondestructive testing techniques and their inspections on aircraft s...kd11
This document provides a summary of Karan Duggal's final year major project on the study of various non-destructive testing techniques. The project involved studying different NDT methods like eddy current testing, ultrasonic testing, visual testing and their applications. Specifically, the project included performing high frequency eddy current inspection of wheel hubs from an Airbus A320 aircraft and ultrasonic inspection of fan blades from an IAE V2500 engine installed on an A320. The results from these inspections were analyzed to identify defects and recommend remedial measures to improve reliability and prevent failures. The document emphasizes the importance of NDT in detecting critical flaws early to avoid safety issues and unscheduled maintenance.
New summary interlaboratory & summary instrument group reports mar15 chnRandox
This report summarizes performance results from an interlaboratory quality assurance group called Randox. It analyzes prothrombin time (PT) results as both an international normalized ratio (INR) and in seconds. For each registered laboratory and instrument, the report shows percentage deviations from target values over the past 10 samples, with results outside the allowable 16.3% deviation highlighted in red. Line graphs visually depict percentage deviations to simply identify instruments with poor performance. The report contains data from up to 15 registered laboratories and instruments per table and graph.
132kV PIPAR CITY GSS - RTU Accessories Pre-SAT Procedure (1).docxAniketSingh198707
The document describes site acceptance test procedures for a remote terminal unit (RTU) and associated equipment installed at the Pipar City substation in Jodhpur, Rajasthan, India. Key tests include verifying construction and wiring matches drawings, checking RTU database configuration, testing analog/digital inputs and outputs, communication ports, downloading database from the master station, and end-to-end testing between the RTU and SCADA master. Successful completion of the outlined tests will indicate the RTU system has been installed and commissioned according to approved engineering documents.
This document provides guidelines for drilling and well operations in 3 sections. Section 1 discusses drilling programme approval, including wellsite surveys, well positioning, notices of operations, and variations. Section 2 covers recording and reporting requirements such as daily drilling reports and final drilling reports. Section 3 addresses drilling quality assurance and control. Key areas like well design, casing and cementing, blowout preventers, and formation evaluation are outlined. Guidelines are provided for operations including drilling, completions, workovers, and well abandonment. Requirements for onshore drilling are also included.
This document provides a summary of inspection and test plans for the procurement of control valve packages for the Senipah-Balikpapan gas pipeline project. It outlines 7 key items that will be inspected including: 1) quality control of materials, 2) valve assembly, 3) actuator assembly, 4) surface treatment, 5) final assembly, 6) topworks testing, and 7) post-manufacturing tasks like preservation and packaging. Tests include chemical analysis, pressure testing, functional testing, and more to ensure all valves and components meet design and quality standards.
Semiconductor Equipment Inventory.Please email us for more info/ the availability of these equipment. These are subject to prior sale.Appreciate your time! sales@semistarcorp.com
- QRICS Calibration Laboratories Pvt. Ltd. has been accredited by the National Accreditation Board for Testing and Calibration Laboratories (NABL) in accordance with the ISO/IEC 17025:2005 standard for competence in testing and calibration laboratories.
- The accreditation is for its facilities in Pune, Maharashtra and covers the discipline of electro-technical calibration for quantities such as DC voltage, DC current, AC voltage, AC current, resistance, frequency, capacitance, temperature simulation, and more.
- The scope of accreditation document specifies the calibration and measurement capabilities of QRICS Calibration Laboratories Pvt. Ltd. for various instruments and ranges in electro-technical calibration.
The document outlines responsibilities for various parties in relation to pressure vessel inspection programs. It discusses who is responsible for: controlling inspection programs and maintenance; functioning as an authorized inspection agency; controlling activities related to vessel ratings, repairs, and engineering assessments; developing, implementing, and assessing inspection systems; implementing change management processes; and implementing and maintaining integrity operating windows programs. It also discusses responsibilities of inspectors, examiners, repair organizations, and owner/user personnel.
A crack was discovered in a circumferential weld of a hot-reheat drip leg during an inspection at a generating station. Metallurgical analysis found the failure was caused by thermal fatigue from thermal transients between the hot-reheat bypass valve drain line and the drip leg's end-cap girth weld. A root cause analysis determined a leaking manual drain valve had emptied the drip leg, removing the condensate that normally acts as insulation and prevents thermal transients, leading to the fatigue failure in the weld. To prevent future issues, the plant will ensure drip legs maintain a minimum condensate level.
QRICS i.e. ‘Quality Ring Inspection Co-Ordination Services’ established in 1989 as a proprietary firm with Mumbai Shop Act No. Pashan/II/122. It deals with quality assurance support services such as calibration of mechanical, pressure, angle, thermal and electro-technical measuring instruments and equipment.Later on, in 1996 this organization was promoted to Private Limited with the name and title of QRICS Calibration Laboratories Pvt.Ltd. It has a registered office and laboratory at ‘Paras’ Complex, Sl. No. No. GP/67, Thermax Chowk, Chinchwad, Pune 411 019, Maharashtra State, INDIA. This laboratory has now been legally identified vide certificate of incorporation No. 11-103211 (1996) with a seal of registrar of companies, Maharashtra state.
More Details,
www.qrics.in
QRICS i.e. ‘Quality Ring Inspection Co-Ordination Services’ established in 1989 as a proprietary firm with Mumbai Shop Act No. Pashan/II/122. It deals with quality assurance support services such as calibration of mechanical, pressure, angle, thermal and electro-technical measuring instruments and equipment.Later on, in 1996 this organization was promoted to Private Limited with the name and title of QRICS Calibration Laboratories Pvt.Ltd. It has a registered office and laboratory at ‘Paras’ Complex, Sl. No. No. GP/67, Thermax Chowk, Chinchwad, Pune 411 019, Maharashtra State, INDIA. This laboratory has now been legally identified vide certificate of incorporation No. 11-103211 (1996) with a seal of registrar of companies, Maharashtra state.
More Details,
www.qrics.in
World class precision manufacturing under one roof in Bangkok Thailand: Aerospace OEM parts (AS9100, NADCAP), Medical, Automotive, General CNC machining, Mold/Die, Jigs/Fixtures, Metal Stamping, Cutting Tools, Gage calibration, Sheet metal fabrication
Tailor welding blanks generally used for making doors of an automobile get crack along welding line. This leads to rejection and Wrong body production. Its analysis & countermeasure shared in sides.
This document contains an inventory list of 215 items located in either Nanjing, China or Morgan Hill, CA USA. The majority of the items are various types of process equipment used in semiconductor manufacturing, including bonders, chillers, coaters, CVD tools, developers, etchers, evaporators, furnaces, metrology equipment, ovens, PECVD tools, plasma ashers, pumps, RTP tools, sputtering systems and more. The items are from various manufacturers such as K&S, SMC, SVG, SOLITEC, PlasmaLab, BOLD, Temescal, Varian, Ditector, CANON, Nanometrics, Gaertner Scientific, Rudolph Research
L&T Valves - Role of NDT in Valve IndustriesBabu Kuriakose
The document discusses the role of non-destructive testing (NDT) in valve industries. It provides an overview of L&T Valves Limited, including its facilities, certifications, and customers. It then discusses LTVL's NDT journey, current NDT practices, challenges, and improvements made. Specific topics covered include personnel qualifications, NDT processes, validation, customer demands vs LTVL practices, case studies of NDT failures, and interpretations of ASME standards taken up by LTVL.
Отчет по ударопрочности боросиликатных линз REETHSEA Company
Боросиликатные линзы показывают высокие показатели по эффективнсоти и равномерности свечения. Максимальная температура использования линз до +450...550 °C, что позволяет использовать это решение в тяжелых промышленных условиях.
This consolidated test report summarizes RoHS testing of components in an electric self-balanced unicycle. Testing was conducted by Shenzhen BCTC Technology Co. and other labs on plastics, wires, screws, capacitors, resistors and other components. Test results found lead levels below limits in most components, with some exceptions. The report concludes that test data did not exceed limits of the RoHS Directive.
The document is a test report from Intertek that summarizes testing performed on a Standard ZipDesk 30" x 53" according to ANSI/BIFMA standards. The report details that the ZipDesk passed all tests, including stability under load, unit strength, top load cycling, drop testing, and leg strength tests. Tests were performed between June 16 and July 9, 2020 at Intertek's Kentwood, Michigan facility.
This curriculum vitae summarizes Marco Annoni's professional experience and qualifications. It lists his education, languages, certifications, approved companies, components knowledge, main experiences, activities managed, previous work experiences and main projects managed. The CV shows that Marco Annoni has over 30 years of experience in quality control, inspections, and project management for oil, gas and industrial components and systems.
Pacorr Melt Flow Index tester is used for evaluating the flow properties of molten plastics or resins. The Melt flow Index
of thermoplastic materials is defined as the rate of flow (in grams per ten minutes) of extrudates of molten resins through a
jet of a particular length and diameter.
iMovR Lander Lite - ANSI/BIFMA X5.5-2014 CertificationiMovR
The document is a 22-page test report from Intertek summarizing durability testing performed on Lander Lite standing desks with various desktop sizes according to ANSI/BIFMA standards. Two desk samples were tested and found to conform to all applicable stability, strength, and durability requirements. The report provides test details, procedures, acceptance criteria, results and photographs for each test conducted.
various nondestructive testing techniques and their inspections on aircraft s...kd11
This document provides a summary of Karan Duggal's final year major project on the study of various non-destructive testing techniques. The project involved studying different NDT methods like eddy current testing, ultrasonic testing, visual testing and their applications. Specifically, the project included performing high frequency eddy current inspection of wheel hubs from an Airbus A320 aircraft and ultrasonic inspection of fan blades from an IAE V2500 engine installed on an A320. The results from these inspections were analyzed to identify defects and recommend remedial measures to improve reliability and prevent failures. The document emphasizes the importance of NDT in detecting critical flaws early to avoid safety issues and unscheduled maintenance.
New summary interlaboratory & summary instrument group reports mar15 chnRandox
This report summarizes performance results from an interlaboratory quality assurance group called Randox. It analyzes prothrombin time (PT) results as both an international normalized ratio (INR) and in seconds. For each registered laboratory and instrument, the report shows percentage deviations from target values over the past 10 samples, with results outside the allowable 16.3% deviation highlighted in red. Line graphs visually depict percentage deviations to simply identify instruments with poor performance. The report contains data from up to 15 registered laboratories and instruments per table and graph.
132kV PIPAR CITY GSS - RTU Accessories Pre-SAT Procedure (1).docxAniketSingh198707
The document describes site acceptance test procedures for a remote terminal unit (RTU) and associated equipment installed at the Pipar City substation in Jodhpur, Rajasthan, India. Key tests include verifying construction and wiring matches drawings, checking RTU database configuration, testing analog/digital inputs and outputs, communication ports, downloading database from the master station, and end-to-end testing between the RTU and SCADA master. Successful completion of the outlined tests will indicate the RTU system has been installed and commissioned according to approved engineering documents.
This document provides guidelines for drilling and well operations in 3 sections. Section 1 discusses drilling programme approval, including wellsite surveys, well positioning, notices of operations, and variations. Section 2 covers recording and reporting requirements such as daily drilling reports and final drilling reports. Section 3 addresses drilling quality assurance and control. Key areas like well design, casing and cementing, blowout preventers, and formation evaluation are outlined. Guidelines are provided for operations including drilling, completions, workovers, and well abandonment. Requirements for onshore drilling are also included.
This document provides a summary of inspection and test plans for the procurement of control valve packages for the Senipah-Balikpapan gas pipeline project. It outlines 7 key items that will be inspected including: 1) quality control of materials, 2) valve assembly, 3) actuator assembly, 4) surface treatment, 5) final assembly, 6) topworks testing, and 7) post-manufacturing tasks like preservation and packaging. Tests include chemical analysis, pressure testing, functional testing, and more to ensure all valves and components meet design and quality standards.
This document provides test results for SAR measurements of a portable cellular phone. SAR measurements were taken for the phone operated near the head and for phone accessories worn on the body. Results were below FCC limits for general population exposure. The phone was tested for various radio technologies including LTE, GSM, WCDMA, Wi-Fi and Bluetooth. Multiple frequency bands and transmission modes were evaluated. Measurement methods and equipment are described meeting various international standards.
Test_description_for_dry-type-transformers_for_special_testsSARAVANAN A
This technical article briefly describes seven very important tests you should perform during commissioning of a dry-type transformer. Usually, tests are performed in the factory where transformers are produced.
This document is the safety manual for the Dräger Pulsar 7000 Series gas detection system. It outlines the assumptions and requirements for using the system in a safety instrumented system (SIS) in accordance with IEC 61508 standards. The key assumptions include following installation, operation, and maintenance instructions; performing regular calibrations and proof tests; using approved accessories; and configuring the system within specified parameters. The safety function of the gas detection system is to continuously monitor gas concentrations and output a 4-20 mA current signal accordingly.
The document discusses quality control requirements for various construction materials including aggregates, cement, water, admixtures and reinforcement steel. It outlines testing frequency and standards for each material to ensure quality. Key aspects covered include pre-qualification of suppliers, material certification, sampling, storage procedures, and testing of physical and chemical properties at regular intervals.
This document summarizes the requirements for type and production testing of mechanical equipment as outlined in Naval Engineering Standard 362 Issue 3 (Reformatted). It provides details on general requirements, type tests, production tests, and ancillary drives for auxiliary equipment. The standard establishes procedures for testing equipment prior to installation to demonstrate suitability, establish performance characteristics, and set baseline values for production testing. Requirements addressed include test sites, facilities, instrumentation, and documentation of test plans, procedures, and results.
This document provides test results for the SEMCO Corporation Model FP 40-7 solar collector. Key findings include:
- Thermal performance tests were conducted before and after a 34-day weather exposure test. No deterioration was observed after exposure.
- Efficiency curves were generated for initial and re-tests. The initial test efficiency equation is 66.1 - 536.8(Ti-Ta)/I. The retest equation is 64.2 - 360.4(Ti-Ta)/I - 2429.1[(Ti-Ta)/I]2.
- An incident angle modifier test found the collector performed best when radiation was normal to its surface. Performance decreased with increasing incidence angles.
Yale (d878) glp155 vx lift truck service repair manualfhsjejfksemm
The document provides instructions for removing an operator cab from various lift truck models:
1. Disconnect battery, air filter hose, radiator cap, and heater hoses from the engine. Extract refrigerant if the cab has air conditioning.
2. Open doors and windows to access fasteners and disconnect refrigerant lines if equipped.
3. The operator cab can then be removed as a complete unit from the lift truck frame.
Yale (d878) gp135 vx lift truck service repair manualfujsekfkksemm
The document provides instructions for removing an operator cab from various lift truck models:
1. Disconnect battery, air filter hose, radiator cap, and heater hoses from the engine. Extract refrigerant if the cab has air conditioning.
2. Disconnect any air conditioning refrigerant hoses from the compressor.
3. With an assistant, open doors and remove cab as a complete unit from the lift truck frame.
Yale (d878) gp155 vx lift truck service repair manualfjskefksemer
The document provides instructions for removing an operator cab from various lift truck models:
1. Disconnect battery, air filter hose, radiator cap, and heater hoses from the engine. Extract refrigerant if the cab has air conditioning.
2. Open doors and windows to access fasteners and disconnect refrigerant lines if equipped.
3. The operator cab can then be removed as a complete unit from the lift truck frame.
Yale (d878) gdp135 vx lift truck service repair manualfujsekksmem
The document provides instructions to remove an operator cab from various lift truck models:
1. Disconnect battery, air filter hose, radiator cap, and heater hoses from the engine. Extract refrigerant if the cab has air conditioning.
2. Disconnect any air conditioning refrigerant hoses from the compressor.
3. With an assistant, open doors and remove cab as a complete unit from the lift truck frame.
Yale (d878) glp135 vx lift truck service repair manualfujsefkskemm
The document provides instructions for removing an operator cab from various lift truck models:
1. Disconnect battery, air filter hose, radiator cap, and heater hoses from the engine. Extract refrigerant if the cab has air conditioning.
2. Open doors and windows to access fasteners and disconnect refrigerant lines if equipped.
3. The operator cab can then be removed as a complete unit from the lift truck frame.
Yale (d878) gdp155 vx lift truck service repair manualfujsekfksmemer
The document provides instructions to remove an operator cab from various lift truck models:
1. Disconnect battery, air filter hose, radiator cap, and heater hoses from the engine. Extract refrigerant if the cab has air conditioning.
2. Disconnect any air conditioning refrigerant hoses from the compressor.
3. With an assistant, open doors and remove cab as a complete unit from the lift truck frame.
Yale c875 glp20 vx lift truck service repair manualfjjksekfksmem
The document provides service manual contents and procedures for removing an operator cab from various forklift truck models. It contains the following key points:
- The operator cab is a separate unit that can be removed as a complete module from the forklift frame.
- Steps include tilting the steering column, sliding the seat forward, disconnecting battery and air filter hoses, draining coolant and removing radiator cap, disconnecting heater hoses and refrigerant lines (if equipped), and removing side door assemblies.
- Special precautions are outlined for working with pressurized cooling systems and refrigerants, as well as different cab configurations among the various forklift models.
Yale c875 glp25 vxp lift truck service repair manualfjsefksemmm
The document provides service manual contents and procedures for removing an operator cab from various lift truck models. It contains the following key points:
- The operator cab is a separate unit that can be removed as a complete module from the frame.
- Steps include tilting the steering column, sliding the seat forward, disconnecting battery and air filter hoses, draining coolant and removing radiator cap, disconnecting heater hoses and refrigerant lines (if equipped).
- Contact an HVAC technician to extract refrigerant from air conditioning systems prior to cab removal.
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Qtr1305a microflex solder pin vibration test
1. R & D L A B O R A T O R Y
QUALIFICATION TEST REPORT QTR1305a
Page : 1 /17
QTR1305a
MICROFLEX SOLDER PIN_VIBRATION
TEST @15g & 20g WITH RESIN RTV133
According to “MIL-DTL-55302F & MIL-DTL-83513G
§3.5.12 & 4.5.14”
& “EIA/ECA-364-28E test procedure”
Qualification
status :
ISSUE MODIFICATION VISA DATE
a Original Issue ID 29/05/13
b
c
Name Duty Date Visa
Written by I. DESALMAND Laboratory Technician 29/05/13 ID
Test Operator(s) H. COSTE Laboratory Technician 29/05/13 HC
Checked by F.PELLOUX R&D Laboratory Manager 29/05/13 FP
Approved by D. ZIEDER R&D / Methods Manager 29/05/13 DZ
Requested by J. RIGAT Conception Manager 29/05/13 JR
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2. R & D L A B O R A T O R Y
QUALIFICATION TEST REPORT QTR1305a
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CONTENTS
1 CONCLUSION........................................................................................................................................................3
2 TECHNICAL FEATURES PROPOSAL..............................................................................................................3
3 CONNATE REPORTS...........................................................................................................................................3
4 INFORMATION ABOUT THE TESTS ...............................................................................................................4
4.1 OBJECT.............................................................................................................................................................4
4.2 REFERENCE DOCUMENTS..................................................................................................................................4
4.3 TESTED PRODUCTS...........................................................................................................................................4
4.4 PERSONS PRESENT DURING THE TESTS..............................................................................................................4
4.5 DATE AND PLACE OF THE TESTS .......................................................................................................................4
4.6 ENVIRONMENTAL CONDITIONS.........................................................................................................................5
4.7 INCIDENTS DURING THE TEST ...........................................................................................................................5
4.8 TEST EQUIPMENTS............................................................................................................................................5
4.9 TEST TOOLING..................................................................................................................................................5
5 REQUIREMENTS..................................................................................................................................................5
5.1 VIBRATION REQUIREMENTS ACCORDING TO MIL-DTL-83513G STANDARD....................................................5
6 TEST PROCEDURE ..............................................................................................................................................6
6.1 DEFINITIONS.....................................................................................................................................................6
6.1.1 Axis .............................................................................................................................................................6
6.2 VIBRATION TEST PROCEDURE ACCORDING TO EIA 364-28E............................................................................7
6.2.1 Electrical load and discontinuity................................................................................................................7
6.2.2 Vibration conditions ...................................................................................................................................7
6.2.3 Resonance...................................................................................................................................................7
6.2.4 Test condition IV [196.1 m/s2 (20 gn) peak] and Test condition III 147.1 m/s2 (15 gn) peak]..................7
6.2.5 Amplitude at 20g.........................................................................................................................................8
6.2.6 Amplitude at 15g.........................................................................................................................................8
6.2.7 Frequency range.........................................................................................................................................8
6.2.8 Sweep time and duration.............................................................................................................................8
7 TEST SETUP.........................................................................................................................................................10
7.1 TEST CONFIGURATION ....................................................................................................................................10
7.2 ELECTRICAL DIAGRAM...................................................................................................................................11
8 MEASUREMENTS RESULTS ...........................................................................................................................12
8.1 REMINDER REQUIREMENTS.............................................................................................................................12
8.2 MEASUREMENTS RESULTS..............................................................................................................................12
8.2.1 Vibration at 15g........................................................................................................................................12
8.2.2 Vibration at 20g........................................................................................................................................14
9 VISUAL INSPECTION........................................................................................................................................16
10 APPENDIX............................................................................................................................................................17
10.1 THE LABORATORY ADVICE ............................................................................................................................17
10.2 PICTURES........................................................................................................................................................17
3. R & D L A B O R A T O R Y
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1 Conclusion
The Microflex connectors passed regarding vibration test according to MIL-DTL-55302F & MIL-
DTL-83513G standard using an FFC of 5cm length and RTV133 resin to secure solder pin side.
2 Technical Features Proposal
MIL-DTL-55302F Test Condition III 147.1 m/s2 (15 gn) peak] &
MIL-DTL-83513G Test Condition IV 196.1 m/s2 (20 gn) peak]
@ ambient condition of use with a FFC length of 5 cm and RTV133 resin on solder pin side.
It is recommended to use the locking fixing hardware (screws) instead of the floating ones for
vibrating applications and to use RTV133 resin to secure solder pin side.
3 Connate Reports
None
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4 Information about the tests
4.1 Object
The object of this test is to determine the effects of vibration within the predominant or random
vibration frequency ranges and magnitudes that may be encountered during the life of the
connector.
4.2 Reference documents
Glossary :
MIL-DTL-83513G § 4.5.14 standard
EIA/ECA-364-28E test procedure
PDQ P13001a_(produit)
4.3 Tested Products
4.4 Persons present during the tests
Name Duty
Hélène COSTE Laboratory Technician
Isabelle DESALMAND Laboratory Technician
Fabrice PELLOUX R&D Laboratory Manager
4.5 Date and place of the tests
NICOMATIC HQ R&D Lab. from 28/04/13 to 29/05/13
Designation Article Reference Batch Quantity
Connector CMM 221S20F24
(PCB)
1311 1
Microflex 220MF20PW0156T-
T1M16F2
1315 3
Female/Solder pin version
Resin RTV133 NC NC
5. R & D L A B O R A T O R Y
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4.6 Environmental conditions
Ambient temperature: 21.2 °C
Pressure: 941 mbar
Humidity: 21 %
4.7 Incidents during the test
None
4.8 Test Equipments
Designation Calibration Data
Oscilloscope 041 Last calibration date 15/02/12
Next calibration date 14/02/14
Designation Calibration Data
Accelerometer 040 Last calibration date 21/02/12
Next calibration date 20/02/14
4.9 Test Tooling
Designation Tooling reference
Battery cell /
Monitoring program /
Power Amplifier /
Cooling Vacuum /
Electrodynamic Shaker /
5 Requirements
5.1 Vibration requirements according to MIL-DTL-83513G standard
The connector assembly shall be mounted as specified herein and vibrated in accordance with test
procedure EIA-364-28, condition III & IV
All contacts shall be wired in series with at least 100 milliamperes of current allowed to flow
6. R & D L A B O R A T O R Y
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A suitable instrument shall be employed to monitor the current flow and to indicate any
discontinuity of contact or interruption of current flow
Mated connectors shall not be damaged and there shall be no loosening of parts due to vibration
Counterpart connectors shall be retained in the mated condition and there shall be no interruption of
electrical continuity or current flow longer than 1 microsecond.
6 Test Procedure
6.1 Definitions
6.1.1 Axis
The following mounting axis definitions shall be employed during the performance of this test.
Figure 1 indicates a pictorial view of the axis definitions. The referencing document shall indicate
the fixturing required or the axis definitions if different than as stated in figure 1. Axis definitions
for symmetrical, square and “free” connectors shall be defined in the Detail Specification.
X-axis: Along the longitudinal length of the test sample
Y-axis: The axis perpendicular to the longitudinal length of the sample (transverse direction).
Z-axis: The axis perpendicular to the fixture seating plane attached to the test table.
7. R & D L A B O R A T O R Y
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6.2 Vibration Test procedure according to EIA 364-28E
6.2.1 Electrical load and discontinuity
Unless otherwise specified in the referencing document, the electrical load condition shall be 100
milliamperes, maximum for all contacts.
Unless otherwise specified in the referencing document, no discontinuities of one microsecond or
greater duration are allowed. A detector capable of detecting the specified discontinuity shall be
used.
6.2.2 Vibration conditions
Vibration conditions shall be in accordance with table 1, as applicable.
6.2.3 Resonance
A critical resonant frequency is that frequency at which any point on the specimen is observed to
have maximum amplitude more than twice that of the support points. When specified, resonant
frequencies shall be determined either by monitoring parameters such as contact opening, or by use
of resonance-detecting instrumentation.
6.2.4 Test condition IV [196.1 m/s2 (20 gn) peak] and Test condition III 147.1 m/s2 (15 gn) peak]
The specimens, while deenergized or operating under the load conditions specified, shall be
subjected to the vibration amplitude, frequency range, and duration specified in 6.2.5, 6.2.6 and
6.2.7, respectively; see figures 2 and 3.
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6.2.5 Amplitude at 20g
The specimens shall be subjected to a simple harmonic motion having an amplitude of either 1.52
mm (0.06 in) double amplitude (maximum total excursion) or 196.1 m/s2 (20 gn) peak, whichever is
less. The tolerance on vibration amplitude shall be ±10%.
6.2.6 Amplitude at 15g
The specimens shall be subjected to a simple harmonic motion having an amplitude of either 1.52
mm (0.06 in) double amplitude (maximum total excursion) or 147.1 m/s2 (15 gn) peak, whichever is
less. The tolerance on vibration amplitude shall be ±10%.
6.2.7 Frequency range
The vibration frequency shall be varied logarithmically between the approximate limits of 10 Hz to
2,000 Hz.
6.2.8 Sweep time and duration
The entire frequency range of 10 Hz to 2,000 Hz and return to 10 Hz shall be traversed in 20
minutes. This cycle shall be performed 12 times in each of three mutually perpendicular directions
(total of 36 times), so that the motion shall be applied for a total period of approximately 12 hours.
Interruptions are permitted provided the requirements for rate of change and test duration are met.
Completion of cycling within any separate band is permissible before going to the next band. When
the procedure of this standard is used for the 10 Hz to 55 Hz band, the duration of this portion shall
be the same as the duration for this band using logarithmic cycling (approximately 1-1/3 hours in
each of three mutually perpendicular directions).
Alternative procedure for use of linear in place of logarithmic change of frequency linear rate of
change of frequency is permissible under the following conditions:
The frequency range above 55 Hz shall be subdivided into no fewer than three bands. The ratio of
the maximum frequency to the minimum frequency in each band shall be not less than two.
The rate of change of frequency in Hz per minute shall be constant within any one band.
The ratios of the rate of change of frequency of each band to the maximum frequency of that band
shall be approximately equal.
9. R & D L A B O R A T O R Y
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10. R & D L A B O R A T O R Y
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7 Test setup
7.1 Test configuration
The tested sample shall be placed onto the vibrant table (see Tested axis : axis x – axis y – axis z)
The menu shall be exit by the “Menu off” button
The tested sample shall be connected with the battery cell.
The oscilloscope shall be connected in parallel to battery cell function of Interface BNC cable
The four entrance channel (V) shall be configured (eg.: with only one entrance channel V4):
BNC cable Interface
V1= x (not significant)
V2= x (not significant)
V3= x (not significant)
V4= B (tested entrance channel)
Battery cell
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The test shall be executed according to EIA 364 – 28E test procedure, see Test Procedure according
to EIA 364 – 28E
7.2 Electrical Diagram
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8 Measurements results
8.1 Reminder requirements
No interruption in continuity greater than one microsecond during the test, see Requirements
8.2 Measurements results
8.2.1 Vibration at 15g
8.2.1.1 X-axis
Results:
OK
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8.2.1.2 Y-axis
8.2.1.3 Z-axis
Results:
OK
Results:
OK
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8.2.2 Vibration at 20g
8.2.2.1 X-axis
8.2.2.2 Y-axis
Results:
OK
Results:
OK
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8.2.2.3 Z-axis
Results:
OK
16. R & D L A B O R A T O R Y
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9 Visual Inspection
Required by the applicable standard?
YES NO
**********************************END OF REPORT******************************
17. R&D LABORATORY
APPENDIX QTR1305a
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10 APPENDIX
Internal use only?
YES NO
10.1 The Laboratory Advice
None
10.2 Pictures
Vibration system & monitoring program
*********************************END OF APPENDIX*****************************