Meter Factor Sample Clauses

Meter Factor. 1. Volumetric meter proving calculations shall be in accordance with API MPMS, Chapter 12. 2. The average of five (5) consecutive prover runs shall be taken to establish an initial or new meter factor, provided that the five (5) proving runs are within 0.0005 (0.05 %) of each other and the meter factor is within 0.0025 of the previous meter factor under like operating conditions.
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Meter Factor. 1. Meter proving calculations shall he in accordance with API Standards. The average of five (5) consecutive prover runs shall be taken to establish an initial or new meter factor, provided that the five (5) proving runs are within 0,0005 (0.05%) of each other and the meter factor is within 0.0025 (0.25%) of the previous meter factor under like operating conditions. 2. The new meter factor shall be used after each successful proving if it meets the above proving criteria. 3. If the new meter factor deviates from the previous meter factor under like operating conditions by more than plus or minus 0.0025, then one half (1/2) of the volume measured since the previous proving shall be corrected using the new meter factor. If the time of malfunction can be determined by historical data, then the volume measured since that point in time shall be corrected using the new meter factor. The new meter factor shall not be used to correct volumes measured more than 31 days prior to the new proving. 4. No work shall be performed on the measuring element of a turbine meter without 24 hour notice being given to Buyer except in case of an emergency and proving the meter. If any work is performed, a new meter factor shall be established. 5. If the new meter factor deviates 0.0025 or more, the element shall be removed and inspected. If there is build-up on the internals, then the element shall be cleaned and the meter re-proved. If excessive wear is found, then the element shall be repaired or replaced and the meter re-proved to establish a new initial meter factor. After a 24-hour wear-in period, the meter shall be re-proved and if the meter factor changes more than +/- 0.0015 from the new initial meter factor, then one-half (1/2) of the volume measured shall be corrected using the latest meter factor. 6. The measurement technician shall record all required corrections to measured volumes and shall describe the findings, method of repair, and calculations used in making the correction on the meter proving report. A correction ticket for the amount of the correction shall be issued.
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Meter Factor. 1. When a meter is proved after initially being placed in service, a Base-Line Meter Factor shall be established. 2. If any maintenance is performed on a meter or a meter is replaced, a new Base-Line Meter Factor shall be established. 3. The new Meter Factor shall be used after each successful proving if it meets the proving criteria herein.
Sample 1
Meter Factor. 1. The average of five (5) consecutive prover runs shall be taken to establish an initial or new meter factor, provided that the five (5) proving runs are within 0.0005 of each other and the meter factor is within 0.0025 of the previous meter factor under like operating conditions. 2. If the new meter factor deviates less than 0.0025 from the previous meter factor, the effective date for accounting with the new factor will be the date of the proving and the new meter factor will remain effective until the next proving. A custody transfer ticket should be written. 3. If the new meter factor deviates from the previous meter factor under like operating conditions by more than plus or minus 0.0025, then one half (1/2) of the volume measured since the previous proving shall be corrected using the new meter factor. If the time of malfunction can be determined by historical data, then the volume measured since that point in time shall be corrected using the new meter factor. The new meter factor shall not be used to correct volumes measured more than 31 days prior to the new proving. 4. No work shall be performed on the measuring element of a turbine meter without first proving the meter. If any work is performed, a new meter factor shall be established. 5. If the new meter factor deviates more than 0.0025 but less than 0.0050 from the previous meter factor, the field representatives Persons involved in the custody transfer of Products shall determine the corrective action to be taken. 6. If the new meter factor deviates 0.0050 or more, the element shall be removed and inspected. If there is build-up on the internals, then the element shall be cleaned and the meter reproved. If excessive wear is found, then the element shall be repaired or replaced and the meter reproved to establish a new initial meter factor. 7. The measurement technician shall record all required corrections to measured volumes and shall describe the findings, method of repair, and calculations used in making the correction on the meter proving report. A correction ticket for the amount of the correction shall be issued.
Sample 1
Meter Factor equals a dimensionless term obtained by dividing the gross standard volume of liquid passed through the meter (as measured by a prover during proving) by the corresponding meter indicated volume at standard conditions.
Sample 1

Related to Meter Factor

  • Power Factor The Power Producer shall maintain the Power Factor as per the prevailing GERC regulations and as may be stipulated / specified by GETCO from time to time. The Power Producer shall provide suitable protection devices, so that the Electric Generators could be isolated automatically when grid supply fails. Connectivity criteria like short circuit level (for switchgear), neutral Grounding, fault clearance time, current unbalance (including negative and zero sequence currents), limit of harmonics etc. shall be as per Grid Code.

  • Adjustment Factor The Bidder’s competitively bid price adjustment to the unit prices published in the Construction Task Catalog®.

  • Non pre-priced Adjustment Factor To be applied to Work determined not to be included in the CTC but within the general scope of the work: 1.1900.

  • Interest Factor With respect to this Floating Rate Note, accrued interest is calculated by multiplying the principal amount of such Note by an accrued interest factor. The accrued interest factor is computed by adding the interest factor calculated for each day in the particular Interest Reset Period. The interest factor for each day will be computed by dividing the interest rate applicable to such day by 360, in the case of a Floating Rate Note as to which the CD Rate, the Commercial Paper Rate, the Federal Funds Open Rate, the Federal Funds Rate, LIBOR or the Prime Rate is an applicable Interest Rate Basis, or by the actual number of days in the year, in the case of a Floating Rate Note as to which the CMT Rate or the Treasury Rate is an applicable Interest Rate Basis. In the case of a series of Notes that bear interest at floating rates as to which the Constant Maturity Swap Rate is the Interest Rate Basis, the interest factor for each day will be computed by dividing the number of days in the interest period by 360 (the number of days to be calculated on the base is of a year of 360 days with twelve 30-day months (unless (i) the last day of the interest period is the 31st day of a month but the first day of the interest period is a day other than the 30th or 31st day of a month, in which case the month that includes that last day shall not be considered to be shortened to a 30-day month, or (ii) the last day of the interest period is the last day of the month of February, in which case the month of February shall not be considered to be lengthened to a 30-day month)). The interest factor for a Floating Rate Note as to which the interest rate is calculated with reference to two or more Interest Rate Bases will be calculated in each period in the same manner as if only the applicable Interest Rate Basis specified above applied.

  • ADJUSTMENT FACTORS The Contractor will perform any or all Tasks in the Construction Task Catalog for the Unit Price appearing therein multiplied by the following Adjustment Factors. See the General Terms and Conditions for additional information.

  • NET INVESTMENT FACTOR The Net Investment Factor for any Subaccount as of the end of any Valuation Period is determined by dividing (1) by (2) and subtracting (3) from the result, where:

  • Power Factor Design Criteria Developer shall design the Large Generating Facility to maintain an effective power delivery at demonstrated maximum net capability at the Point of Interconnection at a power factor within the range established by the Connecting Transmission Owner on a comparable basis, until NYISO has established different requirements that apply to all generators in the New York Control Area on a comparable basis. The Developer shall design and maintain the plant auxiliary systems to operate safely throughout the entire real and reactive power design range. The Connecting Transmission Owner shall not unreasonably restrict or condition the reactive power production or absorption of the Large Generating Facility in accordance with Good Utility Practice.

  • Bilingual Differential When formally assigned in the employee’s position description, an employee assigned to interpret to or from another language to English will receive a differential of five percent (5%) of base pay.

  • Performance Adjustment One-twelfth of the annual Performance Adjustment Rate will be applied to the average of the net assets of the Portfolio (computed in the manner set forth in the Fund's Declaration of Trust or other organizational document) determined as of the close of business on each business day throughout the month and the performance period.

  • Measurement method An isolation resistance test instrument is connected between the live parts and the electrical chassis. The isolation resistance is subsequently measured by applying a DC voltage at least half of the working voltage of the high voltage bus. If the system has several voltage ranges (e.g. because of boost converter) in conductively connected circuit and some of the components cannot withstand the working voltage of the entire circuit, the isolation resistance between those components and the electrical chassis can be measured separately by applying at least half of their own working voltage with those components disconnected.

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