MMM-System
Inspection Devices Software Standards and Techniques Price List Contacts
 
Devices Software Documents Price List Contacts
ISO-standards by the MMM Method   RUS  
 

Standards. Guideline Documents. Techniques. Metal Magnetic Memory Method
 

Standards, Guideline Documents and Techniques for Inspection by MMM method

  • ISO-24497-1:2007 Non-destructive testing - Metal magnetic memory - Part 1: Vocabulary.
  • ISO-24497-2:2007 Non-destructive testing - Metal magnetic memory - Part 2: General requirements.
  • ISO-24497-3:2007 Non-destructive testing - Metal magnetic memory - Part 3: Inspection of welded joints.

Standards:

  • GOST R ISO 24497-1-2009. Non-destructive testing. Metal magnetic memory method. Part 1. Terms and definitions. ... >>>
  • GOST R ISO 24497-2-2009. Non-destructive testing. Metal magnetic memory method. Part 2. General requirements. ... >>>
  • GOST R ISO 24497-3-2009. Non-destructive testing. Metal magnetic memory method. Part 3. Inspection of welded joints. ... >>>
  • GOST R 52330-2005. Non-destructive testing. Evaluation of deformations in industrial and vehicle structures. General requirements. ... >>>
  • GOST R 53006-2008. Estimation of potential dangerous objects lifetime on the basis of express methods. General requirements. ... >>>
  • GOST R 53783-2010. Elevators. The regulations and the methods for evaluation of elevator conformity in operation life.

Guideline Documents:

  • GD 10-577-03. Standard instruction for metal control and lifetime prolongation of boilers, turbines and pipelines main units at thermal power stations.
  • GD 34.17.446-97. Methodical guideline for engineering diagnostics of heating surface tubes of steam and hot-water boilers.
  • GD 34.17.437-95. Methodical guideline for engineering diagnostics of welded joints on pipelines and vessels.
  • GD 51-1-98. The technique for on-line computer diagnostics of local gas pipeline segments using the metal magnetic memory.
  • GD 03-380-00. The instruction for inspection of ball vessels and gasholders for pressurized liquefied gases storage.
  • GD 03-410-01. The instruction for complex engineering examination of isothermal vessels for liquefied gases.
  • GD 12-411-01. The instruction for diagnostics of gas pipelines underground networks.
  • GD 102-008-2002. The instruction for diagnostics of pipelines technical condition by non-contact method.
  • GD 19.100.00-KTN-062-10. The regulations for engineering diagnostics and examination of manufacturing machinery. The procedures for engineering diagnostics of manufacturing machinery.
  • GD 23.040.00-KTN-387-07. The technique for diagnostics of the technological and auxiliary oil pipelines.
  • SO 02-04-AKTNP-008-2005. The regulations for maintenance and repair of equipment and structures at JSC "Transnefteproduct" pump stations.
  • STO Gazprom GD 1.10-098-2004. The procedure for engineering diagnostics of pipelines and process equipment manifolds at gas-distributing stations of gas-main pipelines.
  • STO Gazprom 2-4.1-406-2009. The technique for residual lifetime assessment of stop-control valve of gas-main pipelines.
  • GD 05-112-2005. Hoisting cranes. Non-destructive testing. Methodical guideline for magnetic inspection (metal magnetic memory method) of metallic structures of lifting machines.

Methodical guidelines and techniques:

  • Methodical guidelines for engineering diagnostics of pipelines.
  • Methodical guidelines for engineering diagnostics of vessels and apparatuses.
  • The technique for assessment of steam boiler drums state.
  • The technique for assessment of steam turbine rotors state.
  • The technique for assessment of steam turbine blades state.
  • The technique for control of turbine rotors flushing holes.
  • The technique for assessment of individual parts state in turbine equipment (studs, bearing inserts, etc.).
  • The technique for assessment of turbine bodies, cylinders, lock and control valves state.
  • The technique for assessment of generator sleeve tubes state.
  • The technique for assessment of compressor system blades and rotors state.
  • The technique for assessment of boiler and steampipe bends state.
  • The technique for control of babbit abutment density on sliding bearing inserts.
  • The technique for detecting mechanical stress concentration zones in gear wheels.
  • Methodical guidelines for magnetic inspection of elevators metallic structures.
  • The technique for control of crane pivots, buckets, hooks and hook hangers.
  • Methodical guidelines for engineering diagnostics of compressor-boring pipes and couplings.
  • Methodical guidelines for in-pipe diagnostics of heat-exchangers.
  • The technique for control of production trees at oil and gas fields.
  • Methodical guidelines for engineering diagnostics of electrical rotary pump systems (ERPS) end parts.
  • Methodical guidelines for noncontact magnetometric inspection of gas and oil pipelines using TSC-type instruments.
  • The technique for assessment of technical state of operating heat pipes using noncontact magnetometric method.
  • Instruction for inspection of heat pipes in manifolds without isolation removal.
  • The technique for inspection of circular welded joints on gas and oil main pipelines by the MMM method.
  • Methodical guidelines for inspection of large-diameter pipelines (Ø 530-1420mm) using specialized scanning devices and the MMM method.
  • Methodical guidelines for inspection of rolling-mill working and back-up rolls.
  • Methodical guidelines for Ø2,0 and Ø2,6 steel wire inspection.
  • Methodical guidelines for inspection of locomotive power components (frog, shaft, spline joints).
  • The technique for control of stress distribution in tightened bolted joints.
  • Methodical guidelines for engineering diagnostics of high-voltage line derrick guys fastening units.
  • Methodical guidelines for expert inspection and lifetime assessment of excavator metal designs (rotary excavators, open-mine excavators, draglines) using NDT methods.
 
 Copyright © Energodiagnostika Co. Ltd. 2006-2011   phone/fax: +7-498-6502523; +7-498-6616135 Web Design by Modern Media