OIML Tests

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  2. N: 593 terms
  1. NA: "Acted upon" refers to any adequate response by the measuring instrument (luminous signal, acoustic signal, prevention of the measurement process, etc.).
  2. NA: (OIML D 11:2004, 3.24)
  3. NA: (See also T.t.1)
  4. NA: (VIM:2007, 3.11)
  5. NA: (VIM:2007, 5.14)
  6. NA: 1. Adapted from ISO 6286, Table 2, No. 21.2. 01846 2. The coherent SI unit is the mole per cubic
  7. NA: 1. Additional Test Reports are issued under the Mutual Acceptance Arrangement (MAA). 2. In the event that several Testing Laboratories are involved in the additional tests and examinations, each Testing Laboratory issues an Additional Test Report
  8. NA: 1. An ancillary device is not necessarily subject to metrological control. 2. An ancillary device may be integrated in the gas meter.
  9. NA: 1. An ancillary device may or may not be subject to legal metrology control according to its function in the measuring system or to national regulations. 2. An ancillary device may be integrated into the calculator, into the meter, or constitutes
  10. NA: 1. In attended service mode, the settlement of the transaction takes place before the customer leaves the site of the delivery. 2. A transaction is settled when the parties interested in the transaction have made their agreement known (explicitly
  11. NA: 1. In the following parts of this Recommendation, calorific value is used for gross calorific value. 2. The condensation enthalpy and combustion enthalpy depend directly upon the temperature and pressure; consequently the energy at base condition
  12. NA: 1. ISO 6286, Table 1, No. 5. 2. Absorbance has the dimension one and is expressed with the derived coherent SI unit one (1).
  13. NA: 1. The characteristic partial internal absorbance has the dimension one and is
  14. NA: 1. The coherent SI unit is the cubic metre per 3 mole (m /mol) but often the litre per mole (l/mol, L/mol) is preferred. 2. For conditions of validity see 2.9.
  15. NA: 1. The coherent SI unit is the mole per second mol/s), also called the “katal” (kat). 2. Throughout this Recommendation the “component” is an enzyme. 3. The quantity “catalytic activity” relates to an amount of active enzyme, not its concentratio
  16. NA: 1. The derived coherent SI unit is the mole per 0 second per cubic metre (mol/(s × m3)), also called kat/m3. In laboratory medicine the mole per second per litre (mol/(s × L)) is also frequently used. 2. Throughout this Recommendation the “compo
  17. NA: 1. The result of a calibration permits either the assignment of values of measurands to the indications or the determination of corrections with respect to indications. 2. A calibration may also determine other metrological properties such as the
  18. NA: 1. “Acted upon” means any adequate response 0236 by the instrument (luminous or acoustic signal, blocking of process, etc.); 2. Adapted from OIML D 11:2004, 3.18.
  19. NA: 1. “Acted upon” refers to any adequate response by the measuring instrument (luminous signal, acoustic signal, prevention of the measurement process, etc.). 2. (OIML D 11:2004, 3.18 [1])
  20. NA: 1. “Acted upon” refers to any adequate response by the measuring instrument (luminous signal, acoustic signal, prevention of the measurement process, etc.). 2. [OIML D 11:2004, 3.18]
  21. NA: 1: The result of a calibration permits either assignment of values of measurands to the indications or the determination of corrections with respect to indications. 2: A calibration may also determine other metrological properties such as the eff
  22. NA: A measuring system may have one, two or more calculators, for instance a mechanical calculator to produce the volume at metering conditions and which transmits the value to a mechanical indicating device, an electronic calculator which also calcu
  23. NA: Adapted from ISO Guide 30 and VIM, clauses 01856 6.1, 6.2, 6.3 and 6.14.
  24. NA: Adapted from OIML D 11:2004, 3.18.1.
  25. NA: Also called the lens table or frame rest.
  26. NA: Although the term “reference conditions” is often used instead of “base conditions”, metering and base conditions (that refer only to the volume of the liquid to be measured or indicated), should not be confused with the “rated operating conditio
  27. NA: An ancillary device may or may not be subject 00418 to legal metrological control according to national regulations.
  28. NA: An ancillary device may or may not be subject 019 to legal metrology control according to its function in the measuring system or to national regulations.
  29. NA: An automatic checking facility performs securing and monitoring activities.
  30. NA: Associates receive information from, but do not participate in, the Committee on Participation Review.
  31. NA: checking of a transmission device aims at verifying that all the information which is transmitted (and only that information) is fully received by the receiving equipment.
  32. NA: Example : Solvent.
  33. NA: Examples are a printing device or a remote indicator.
  34. NA: Examples of additional devices: - manifold; - sampling device; - gas indicator; - sight glass; - filter, pump; - gas elimination device; - device used for the transfer point; - anti-swirl device; - branches or bypasses; - valves, hoses.
  35. NA: Examples of ancillary devices: - zero setting device; - repeating indicating device; - printing device; - memory device; - price indicating device; - conversion device.
  36. NA: for the purpose of this Recommendation ancillary equipment, in so far as it is subject to metrological control, is considered to be part of the ALG.
  37. NA: he required records may include volumes at metering conditions, pressures, temperatures and calorific values, conversion equation specification and parameters, volumes and energy at base conditions, calibration datum, and alarm logs.
  38. NA: Internal audits, sometimes called “first-party audits”, are conducted by, or on behalf of, the organization itself for internal purposes and can form the basis of an organization’s self- declaration of conformity. External audits include what are
  39. NA: Main additional devices are:  gas elimination device,  gas indicator,  sight glass,  filter,  pump,  device used for the transfer point,  anti-swirl device,  branches or bypasses,  valves, hoses.
  40. NA: Main ancillary devices are:  zero-setting device,  repeating indicating device,  printing device,  memory device,  price indicating device,  totalizing indicating device,  correction device,  conversion device,  pre-set
  41. NA: Metering and base conditions (which refer 01545 only to the volume of liquid to be measured or indicated) should not be confused with the "rated operating conditions" and "reference conditions" which apply to influence quantities
  42. NA: One of these powers may be zero, with the corresponding focal line at infinity. Lenses referred to as toric lenses, sphero-cylindrical lenses and cylinder lenses are all astigmatic.
  43. NA: Operating and base conditions relate to the volume of gas to be measured or indicated only and should not be confused with “rated operating conditions” and “reference conditions” (VIM:1993, 5.05 and 5.07) which refer to influence quantities.
  44. NA: Prior to authorization, their technical competence is normally demonstrated by an approval of their quality system through accreditation or any equivalent type of assessment.
  45. NA: see OIML Certificate System for Measuring nstruments
  46. NA: See OIML Recommendation R 85-1/2 for general requirements.
  47. NA: Sensitivity has historically been used for this term.
  48. NA: Testing using banks generates transient flowrates.
  49. NA: The checking of a transmission device aims at verifying that all information that is transmitted (and only that information) is fully received by the receiving equipment.
  50. NA: The checking of a transmission device aims at verifying that all the information which is transmitted (and only that information) is fully received by the receiving equipment.
  51. NA: The expression « filled to this scale mark », means that the meniscus formed by the water in the neck of the flask, is so adjusted that the horizontal plane passing through the upper edge of the scale mark, is tangential to the lowest point of th
  52. NA: The expression « filled to this scale mark », means that the meniscus formed by the water in the neck of the flask, is so adjusted that the horizontal plane passing through the upper edge of the scale mark, is tangential to the lowest point of th
  53. NA: The meniscus formed by the water in the burette, must be so adjusted that the horizontal passing through the upper edge of the scale mark, is tangential to the lowest point of the meniscus when viewed in this plane.
  54. NA: The meniscus formed by the water in the pipette, must be so adjusted that the horizontal plane passing through the upper edge of the scale mark, is tangential to the lowest point of the meniscus, when viewed in this plane.
  55. NA: The principle of measurement of absorbance by the instrument is the Beer-Lambert law.
  56. NA: The terms “reference conditions” are frequently used instead of “base conditions”.
  57. NA: The values chosen as base conditions should preferably be 15 °C or 20 °C and 101 325 Pa.
  58. NA: This term may also apply to distributors, importers, assemblers, installers, repackagers, relabelers, etc. that have responsibility for assuring the quality and performance of a measuring instrument prior to its being placed in service (see ISO/I
  59. NA: [ISO 6286, Table 1, No. 7]
  60. NA: [VIM:1993, 3.10 + notes]
  61. NA: [VIM:1993, 5.19]
  62. NA: «Acted upon» refers to any adequate response by the measuring instrument (luminous signal, acoustic signal, prevention of the measurement process, etc.).
  63. NA: “Acted upon” refers to any adequate response by the ALG (luminous signal, acoustic signal, prevention of the measurement process, etc.).
  64. NA: “Acted upon” refers to any adequate response by the measuring instrument (luminous or acoustic signal, prevention of the measurement process, etc.).
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