Measurement Techniques Clause Samples

The Measurement Techniques clause defines the methods and standards to be used for quantifying work, materials, or performance under the contract. It typically specifies which industry standards, tools, or procedures must be followed when measuring deliverables, such as using calibrated equipment or referencing specific measurement codes. By establishing clear and consistent measurement protocols, this clause helps prevent disputes over quantities or quality, ensuring both parties have a mutual understanding of how contractual obligations will be assessed.
Measurement Techniques. Measurement techniques cover all techniques that measure properties of a system such as error proneness, understandability, and well-structured-ness [20]. Measurements can help to gain a better understanding if a component or system is fit for use. Furthermore, a high error proneness coupled with a low well- structured-ness can indicate future security problems.
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Measurement Techniques. On Site When measuring sites, tape measurers remain the most accurate method of measurement. Measuring wheels are nearly as accurate when rolling on a flat surface such as concrete or asphalt. Measuring wheels on turf or shrub areas run the risk of being inaccurate. Tape measurers are recommended whenever uneven surfaces are encountered. For large sites, a map should be provided indicating all the turf areas intended for removal and all project areas should be measured and noted with square footage. Odd shapes are often hard to measure accurately. A series of methods of measuring odd shapes have been reviewed and below are a listing of acceptable measurement techniques of odd shapes. Alternative measuring techniques must be submitted to MWDOC for review and approval prior to implementation and must be at least as accurate as the techniques listed here. Non-Uniform Rectangular First measure the length of the longest axis of the area (line AB). This is called the length line. Next, divide the length line into equal sections, for example 13 ft. At each of these points, measure the distance across the area in a line perpendicular to the length line at each point (lines C through H). These lines are called offset lines. Finally, average the lengths of all offset lines and multiply the result times line AB (65 ft. in this example). This is most notably different from the Non-Uniform Ellipse method in that exactly one of the left or right edges is measured, in this case line “C.” Length line (AB) = 65 ft Distance between offset lines is 13 ft apart Length of each offset line: C = 20 ft F = 20 ft D = 10 ft G = 25 ft E = 15 ft H = 20 ft Average length of = (C + D + E + F + G + H) offset lines (Number of offset lines) = (20 + 10 + 15 + 20 + 25 + 20) / 6 = 18.3 ft Total Area = (Length line) x (Average length of offset lines) = 65 ft x 18.3 ft = 1189.5 ft2 Irregular Rhombus or Widening Rectangular A fast way to measure irregular rhombi is shown in the example below. Stake one end of the measuring tape at point (A, B); measure line d and then line B. Without removing the stake measure line c and then line A. Using those four measurements you will be able to find line f and line e. The areas of triangle (fd), triangle (ce), and rectangle (cd) can now be calculated. Length of each line: A = 20 ft c = 18 ft B = 25 ft d = 21 ft Line (f) = A – c Line (e) = B – d = 20 ft – 18 ft = 25 ft – 21 ft = 2 ft = 4 ft Area (cd) = c x d = 18 ft x 21 ft = 378 ft2 Area (ce) = (c x e) / 2...
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Measurement Techniques. What Measurement Techniques Should Be Used? – A number of measurement techniques have been identified and can be found in: • FCC Rules – Radio Service Rules – Part 2 General Rules & Regulations – Industry Standards Incorporated by Reference • Text of the Report and Order • Public Notice Issued by the Commission • Knowledge Database • Industry Standards – Measurement Procedures Website • ▇▇▇▇://▇▇▇.▇▇▇.▇▇▇/oet/ea/eameasurements.htm – OET Website for Equipment Authorization General Information: ▇▇▇▇://▇▇▇.▇▇▇.▇▇▇/oet/ea/Welcome.html March 4, 2009 MRA International Workshop 2009 Tokyo, Japan 11 March 4, 2009 MRA International Workshop 2009 Tokyo, Japan 12 FCC Authorization Requirements TV & FM Receivers PC’s & Peripherals PC’s & Peripherals1 Aux. Broadcast Transmitters Telephone Equipment Telephone Equipment1
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Measurement Techniques. What Measurement Techniques Should Be Used? – A number of measurement techniques have been identified and can be found in: • FCC Rules – Radio Service Rules – Part 2 General Rules & Regulations – Industry Standards Incorporated by Reference • Text of the Report and Order • Public Notice Issued by the Commission • Knowledge Database • Industry Standards – Measurement Procedures Website • ▇▇▇▇://▇▇▇.▇▇▇.▇▇▇/oet/ea/eameasurements.htm – OET Website for Equipment Authorization General Information: ▇▇▇▇://▇▇▇.▇▇▇.▇▇▇/oet/ea/Welcome.html March 25-26, 2010 MRA International Workshop 2010 Tokyo, Japan 16 Certification (Approved by FCC or TCB) Verification (Self-approval) SDoC (Part 68) (Self-approval Database by ACTA) March 25-26, 2010 MRA International Workshop 2010 Tokyo, Japan 17
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Measurement Techniques. The described measurement techniques include sensor selection and application practices, calibration and uncertainty analysis procedures. Especially for the load measurements on the wind turbine, although IEC/TS 61400-13 is not restrictive, strain gauge bridges applied on the structure are recommended. Their output is recommended to be related directly to an applied load level, wherever feasible. According to IEC/TS 61400-13 the data acquisition is to be performed for the collection of both time series and statistical data. The length of the time series is connected to the measured load cases (MLCs) prescribed in the standard, while the minimum time-series number is classified depending on whether the load measurements are performed for model validation or empirical load determination. The sampling frequency is prescribed to be at least eight times higher than any significant frequency in the relevant signal, while analogue filters with a cut-off frequency at least three times higher than any significant frequency in the relevant signal shall be used. On Table 3-1 the last column indicates the relevant sampling frequency for the load quantities, as this are usually applied during load measurements campaigns. Current validation campaigns may involve load and load related magnitude measurements on components that are not defined within IEC/TS 61400-13. In the case of testing on the high speed side of the drive train, including torque and rpm measurements, significantly higher sampling rates should be used. The sampling rate, for such measurements, should be appropriate for capturing not only the normal operation but also any transient events, such as grid fault-ride-through events.
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Related to Measurement Techniques

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