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In effectCabinet Resolution

Consumer Protection (UAE) LawCabinet Resolution No. (140) of 2023 Concerning the Technical Regulations for Consumer Meters

UAE Cabinet Resolution·Cabinet Resolution No. (140) of 2023

قرار مجلس الوزراء بشأن اللائحة الفنية للعدادات الاستهلاكية

Authoritative Arabic version per the official UAE Legislation portal

Issued Date
December 28, 2023
Effective from
January 16, 2024
Articles
57
Last synced
Jun 15, 2026

Plain-language summary

Establishes technical regulations and standards for consumer meters used in UAE utilities, setting specifications for installation, operation, maintenance, and…

Synced from the official UAE Legislation portal · Plain-language summary by the LEXAI editorial team

Article-level text

Key Articles

57 articles

  1. 1

    Article 1

    Article (1) Definitions In application of the provisions herein, the following words and expressions shall have the meanings ascribed thereto, unless the context requires otherwise: State : United Arab Emirates (UAE). Ministry : Ministry of Industry and Advanced Technology. Minister : Minister of Industry and Advanced Technology. National Institute of Metrology : The Authority authorised by the Ministry to maintain the national measurement standards approved in the State and its series of international standards. Competent Authority : The federal or local authority competent to implement the provisions herein Authorised Authority : Any Governmental Entity, whether Federal, Local or Private, officially authorised by the Ministry to carry out any of its tasks and powers stipulated in the provisions of this Resolution.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 2 Owner : The party that owns the Meter during the period of its use and placement in service, including water and electricity authorities or any other governmental Authority or private party responsible for using any of the Meters included within the scope of this resolution. Concerned Authority : The entity approved by the Ministry to carry out conformity assessment procedures in the areas specified by the Ministry in accordance with the applicable legislation in this regard. Consumer Meter : Any of the electricity, water, gas and Heat Meters included in this resolution. Accreditation : Official third-party certification of the competence of a conformity assessment Authority to conduct a specific conformity assessment activity. Electricity Meters : A device that measures the electrical energy consumed in an electrical circuit. Smart Meters : Devices that measure the amount of consumption, save these measurements in a storage unit built into the Meter and can send the measurement result to the Supplier. Gas Meter : A device designed to measure, store, and display the amount of fuel gas (volume or mass) passing through it. Water Meters : A device designed to measure, store and display the volume of water passing through a measuring conductor under the Meter measuring conditions. Heat Meter : A device designed to measure the thermal energy given off in a heat exchange circuit by a fluid called the heat carrier fluid. The Heat Meter is either integrated device or a device composed of sub-assemblies: a Flow Sensor, a dual Temperature Sensor, a computer, or a set of them.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 3 Measuring Devices Confirmation : Conduct a conformity assessment that results in the installation of a confirmation Mark and/or the issuance of a confirmation certificate. Calibration : The processes that are conducted to define the efficiency and accuracy of Measuring Devices and devices. Maximum Permissible Error (MPE) : The nonintentional Maximum Error of the Measuring Device specified in this Resolution, not to be exceeded. Label Card : Card that shows the name and address of the Manufacturer of the Measuring Device or the address of the Supplier, the serial number of the Measuring Device, its type or model, its function, characteristics, classification, method of use, capacity or load, Scale, year of manufacture, and any other obligatory basic information. Type Approval : Resolution issued, based on the type assessment report, certifying that this type of Measuring Device meets its legal Requirements, and accordingly issues a Type Approval Certificate. Conformity Assessment : Any Activity used directly or indirectly to confirm that the good, product, material, or service meets the relevant technical Requirements. Conformity Certificate : A Certificate issued by the Ministry, which confirms the conformity of the Product or any batch thereof to the requirements of the Approved Standard Specifications. Emirates Conformity Assessment Scheme (ECAS) : A Scheme issued by the Ministry, for confirming whether the Product meets the requirements specified in the approved Standard Specifications, directly or indirectly, through specific procedures conducted by the Ministry, such as examination, testing, calibration, inspection or granting the Conformity Certificates.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 4 Metrological Marks : Marks affixed to a legal Measuring Device to indicate whether it meets the requirements for it in accordance with applicable legislation, including the confirmation Mark, the rejection mark, the type approval mark, the protection mark, and the reservation mark, or the reservation of the Measuring Device. Confirmation Mark : A mark affixed to a Measuring Device clearly certifying that confirmation of the Measuring Device has been carried out and its Conformity with legal Requirements. Inspection Batch: : The quantity of Measuring Devices (or parts thereof) subject to test or inspection. Acceptance of Inspection Batch : The maximum number of non-conforming samples in accordance with the sampling instructions shall be allowed to accept the Inspection Batch. Rejection of Inspection Batch : The minimum number of non-conforming samples in accordance with the Sampling Tables will result in the rejection of the Inspection Batch. Approved Standard Specifications : The standard specifications approved by the Ministry, which are referred as UAE Standard Specifications and shall be abbreviated as (UAE.S). Measured Quantity : The specific quantity to be measured. Operational Circumstances : The sum of the measured value plus the influencing quantity, which together constitute the conditions that shall be maintained during the measurement to enable the Measuring Device to perform the work for which it was designed under normal conditions. Interference : It is an influential quantity whose value falls within the limits required by specific requirements but falls outside the operating conditions of the Measuring Device. The

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 5 influential quantity is considered interference if the operating conditions of the device are not specified. Critical Change Value : It is the value at which a change in the measurement result is considered to affect the accuracy of the measurement and is specified for each type of Consumer Meter in its Annexes. Climatic Conditions : It is the specific weather and environmental conditions that a Measuring Device can withstand. Sub-assemblies : Physical parts that each operate independently and form a Measuring Device when connected to other compatible sub-assemblies, or to a compatible Measuring Device. Mode of Use : The Measuring Device is put to the end user for use for the first time for its own purposes. Manufacturer : The natural or legal person who manufactures a Measuring Device, markets it under his name or trademark or puts it to use for his own purposes. Supplier : Anyone whose activity has an impact on the characteristics of consumer meters, including the Manufacturer, importer, carrier, assembler, agent, warehouse, or any major or subsidiary distributor or any legal representative who is responsible for the import, installation, and operation of the Consumer Meters subject to the provisions of this Resolution, and who carries out his activity through a licensed company or individual establishment in the State in accordance with the relevant legislation.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 6

  2. 1

    Article 1

    Article (1-1) Symbols used in electric energy meters No. Code Meaning in English Meaning in Arabic 1 I Electric current passing through the Meter 2 In Specified reference current The specified reference current value adopted for the design of the Meter operated by a transformer. 3 Ist The lowest declared value of The lowest declared current value at which the Meter registers the effective electrical energy at a power factor of one (multiphase meters at balanced load) 4 Imin The smallest value of current at which the error value falls within the MPE limits (multiphase meters at balanced load) 5 Itr The value of current which is greater than the amount of error that falls within the minimum MPE corresponding to the degree of accuracy of the Meter 6 Imax The maximum value of the current for which the error value falls within the MPES. 7 U Voltage of electricity supplied to the Meter Voltage value of the electricity supplied to the Meter 8 Un The specified reference voltage Specified reference voltage

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 18 9 F The frequency of the voltage supplied to the Meter Frequency of voltage supplied to the Meter 10 Fn The specified reference frequency Specified reference frequency 11 PF Power Factor Power factor = cos Q = cosine of phase angle Q between I and U

  3. 1

    Article 1

    Article (1-2) Accuracy requirements 1. The manufacturer must determine the accuracy class of smart electricity meters so that it is one of the categories (A), (B), (C), (D) or the classifications specified in the international specifications (IEC 62052-11, IEC 62053-11,21,22, 23,24) which is (0.2S, 05S, 1,2)).

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 23 2. When the Manufacturer specifies that the Meter is capable of power flow in both directions, the Meter shall correctly handle both positive and negative power flow, and the Meter shall meet the requirements of GSO OIML R46-1&2 for power flow in both directions. Article _2-2) Lmits of Maximum Permissible Error (MPE) For confirmation purposes, the permissible error limits in the Meter shall not exceed the limits stated in Table No. (2.2.1) specified in Clause (3) of the GSO OIML R46-1&2 standard specification, and are expressed as a percentage, noting that the maximum errors for the purposes of type approval and confirmation are subject to the items specified in Appendix (B) of the GSO OIML R46-1&2 standard specification, and it is also possible to rely on the international specifications issued by the International Electrotechnical Commission. (IEC 62052-11, IEC 62053-11,21,22,23,24, IEC 62058) when meter classifications (0.2S, 05S, 1,2) are adopted). Or (50470-MID EN) or equivalent international specifications. Table No. (2.2.1) Quantity MPES (%) for Meters of class Current Power factor A B C D Itr≤ 1≤lmax One ±2 ±1 ±0.5 ±0.2 0.5 inductive to 1 to 0.5 capacitor(1) ± 2.5 ± 1.5 ±0.6 ±0.3 IMIN≤ I≤ITR One ± 2.5 ±1.5 ±1 ±0.4 0.5 H to 1 to 0.5 capacitor ± 2.5 ±1.8 ±1 ±0.5 IST≤ I≤I lmax ± 2.5Imin/I ± 1.5Imin/I ±1.0Imin/I ±0.4Imin/I

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 24 (1) The Owner may specify that the power factor requirement is from 0.5 to 1 to 0.5 capacitor.

  4. 1

    Article 1

    Article (1) Symbols used in Gas Meters No. Code Meaning in English Meaning in Arabic 1 – Conversion device The conversion device is a device installed on the Gas Meter that automatically converts the measured quantity at the measuring conditions into a calculated quantity at the base conditions. 2 Qmin Minimum Flowrate Minimum Flowrate is the lowest Flowrate at which the Gas Meter gives readings that meet the requirements for MPE. 3 Qmax Maximum Flowrate Maximum Flowrate is the highest Flowrate at which the Gas Meter gives readings that meet the requirements for MPE. 4 Q Transitional Flowrate Transitional Flowrate is the flow that occurs between the Minimum Flowrate and the Maximum Flowrate, at which the Flowrate range is divided into two ranges, the lower range and the upper range, each of which has a different MPE Value from the other range. Specific requirements - Gas Meters 5 Q Overload Flowrate Overload Flowrate is the highest Flowrate at which the Gas Meter can operate for a short period of time without causing any damage. 6 – Base conditions Base conditions are the specific conditions under which the measured quantity is calculated.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 29 First: Gas Meters

  5. 1

    Article 1

    Article (1) Symbols used in Water Meters No. Code Meaning in English Meaning in Arabic 1 Q(1) Minimum Flowrate Minimum Flowrate is the lowest Flowrate at which the Water Meter gives readings that meet the requirements for MPE. Maximum Permissible Errors (MPES) 2 Q(2) Transitional Flowrate Transitional Flowrate is the flow that occurs between the Minimum Flowrate and the Continous Flowrate, at which the Flowrate range is divided into two ranges, the lower range and the upper range, each of which has a different MPE Value from the other range. (Specific requirements - Gas Meters) 3 Q(3) Permanent Flowrate The constant Flowrate is the highest Flowrate at which the Meter will operate satisfactorily under normal conditions of use (intermittent or steady flow conditions). 4 Q(4) Minimum Flowrate Overload Flowrate is the highest Flowrate at which the Gas Meter will operate for a short period of time without causing any damage.

  6. 1

    Article 1

    Article (1) Symbols used in electric energy meters No. Code Meaning in English Meaning in Arabic 1 .... The temperature of the heat carrier fluid The temperature of the heat carrier fluid 2 .... Value of …at the entrance of heat exchange circuit Value… At the entrance to the heat exchange circuit 3 .... Value of… at the outlet of heat exchange circuit Value ...at the outlet of the heat exchange circuit 4 .... Temperature difference Temperature difference.... Whereas.... 5 .... The upper limit of .. so that the Heat Meter operates properly within the MPE Maximum of… So that the Heat Meter operates correctly within the MPE range. 6 .... The lower limit of… so that the Heat Meter operates properly within the MPE Minimum So that the Heat Meter operates correctly within the MPE range. 7 .... The upper limit of …O so that the Heat Meter operates properly within the MPE Maximum of… So that the Heat Meter operates correctly within the MPE range. 8 .... The lower limit of… so that the Heat Meter operates properly within the MPE Minimum So that the Heat Meter operates correctly within the MPE range. 9 .... Average of Flowrate of the thermal energy carrier Average of Flowrate of the thermal energy carrier

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 39 10 .... The highest value of q that is allowed for short periods of time for the Heat Meter to function properly The highest value of q is always allowed for the Heat Meter to function properly 11 .... The highest value of q is always allowed for the Heat Meter to function properly The highest value of q allowed for short periods of time for the Heat Meter for proper operation. 12 .... The minimum value of q is allowed for the Heat Meter to function properly The minimum value of q is allowed for the Heat Meter to function properly 13 p Thermal power for heat exchange Heat exchange capacity 14 PS The upper limit of P is always allowed for the Heat Meter to function properly The upper limit of (P) is always allowed for the Heat Meter to function properly

  7. 2

    Article 2

    Article (2) Scope of Application This resolution applies to Consumer Meters designated for calculating the amount of consumption by consumers and collecting financial amounts based on the measurement results. It includes imported or locally manufactured Consumer Meters, whether owned by government or private entities.

  8. 2

    Article 2

    Article (2-1) Accuracy The Manufacturer shall specify the accuracy of the Meter, in accordance with one of the following accuracy grades: (A), (B), (C) and (D).

  9. 2

    Article 2

    Article (2) Operational Conditions The Manufacturer shall define the operating conditions of the Gas Meter, considering the following: 1. The gas Flowrate range shall meet at least the conditions provided in Table (1.2): Table (1.2): Shows the degree of accuracy of the Meter and the range of gas Flowrate. Flowrate range Gas Flowrate range Class Accuracy Qr/Qmax Qmax/Qt Qmax/Qmin 1.2 ≥10 ≥150 1.5 1.2 ≥5 ≥20 1.0 2. The gas temperature range shall not be less than (40°C). 3. The fuel/gas related condition The Gas Meter shall be designed for the gases and pressures used in the State, and the Manufacturer shall indicate the following: A. A family or group of gases that can be measured by a meter. B. Highest operating pressure. 4. The minimum temperature range of the surrounding atmosphere shall not be less than (50°C). 5. Nominal value of the AC voltage supply and/or DC voltage supply limits.

  10. 2

    Article 2

    Article (2) Operational Conditions The Manufacturer shall specify the operating conditions of the Meter in particular it shall specify the following operating conditions: 1.Water Flowrate range A. The water Flowrate range values shall meet the following conditions:

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 35 (Dynamic Ration 400/250) Q(2)/Q(1) = 1.6 B. The following percentages may be accepted for a period not exceeding one year after the approval of this resolution: Q(3)/Q(4)=1.25 Note: Regarding the above percentages, the values specified in the international standard are based on them. 1)-OIML R49) in accordance with the latest update of this specification. 2. Temperature range of the water Values of Temperature range of the water shall meet the following condition in accordance with the specification ((1-OIML (R49): +5ºCto+55ºc 3. Relative water pressure range at Q(3) The field shall achieve the following: 0.3 bar to at least 10 bars 4. Power supply: Statement of the nominal value of the AC power supply voltage and/or the limits of the DC power supply.

  11. 2

    Article 2

    Article (2) Accuracy The accuracy ratings for Heat Meters are: (1), (2) and (3).

  12. 2

    Article 2

    Article (2) The recommendations issued by the International Organisation for Legal Metrology are considered equivalent to the specifications adopted in Article (1) of this Annex to the extent that they do not conflict with them.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 69 Annex (8) Technical Documents 1. Technical Documents shall cover the design, manufacture and operation of the Measuring Device in a manner that clearly enables an assessment of its compliance with the applicable requirements of this resolution. 2. Technical Documents shall be sufficiently detailed to meet the following requirements: A. Definition of metrological properties. B. The repeatability of manufactured Measuring Devices when properly adjusted using appropriate means. C. The safety of the Measuring Device and its resistance to environmental conditions. 3. For the purposes of evaluating and determining the type and/or Measuring Device, the technical documentation shall include the following information: A. General description of the Measuring Device. B. Conceptual design, manufacturing drawings, component and sub-assembly diagrams, circuits, etc. C. Manufacturing procedures to ensure consistent production. D. Description of electronic components and their schematics, logical flow diagrams and a general description of software showing its characteristics and operations, whenever possible. E. Description and explanation necessary to understand the information referred to in paragraphs (a, b, c, d) of this item in addition to how to use the device. F. List of harmonized specifications and/or standard documents fully or partially applied, and the references in which they are published. G. Description of the solutions adopted to meet the essential requirements, in the event that the harmonized specifications and/or applicable standard documents are not applied, including a list of other relevant technical specifications. H. Results of design calculations, tests, etc. I. Results of appropriate tests, where necessary, to demonstrate that the type and/or Measuring Devices meet the following:

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 70 (1) The requirements of this resolution are under the headings “Operational Conditions” and “interference.” (2) Durability characteristics of gas, water and Heat Meters. J. Type Test Certificates or design test certificates in respect of Measuring Devices containing parts identical to those in the design. 4. The Manufacturer shall specify the locations for placing the required seals and marks in accordance with this resolution. 5. The Manufacturer shall specify the conditions necessary for compatibility with interfaces and sub-assemblies, where appropriate.

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  13. 3

    Article 3

    Article (3) Responsibilities 1. The Supplier or Manufacturer of Consumer Meters shall be responsible for the Meter conformity to the technical standard specifications and the mandatory registration of Consumer Meters in the Emirates Conformity Assessment System (ECAS). 2. The Owner shall be responsible for ensuring that Consumer Meters comply with Metrological confirmation requirements in accordance with the provisions of this resolution.

  14. 3

    Article 3

    Article (3) Operational Conditions The Manufacturer shall specify the following operating conditions for the Heat Meter: 1. Liquid temperature.... A. Temperature difference.... Where it shall be: .... min = 3 K or 5 K or 10 K.... 2. Fluid pressure: The maximum positive internal pressure at which a Heat Meter can be permanently maintained at the upper temperature limit. 3. The fluid Flowrates (qs), (qp), and (qi) where the values of (qp) and (qi) are subject to the following condition: Qp/qi≥10 4. Heat capacity (Ps).

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 40

  15. 3

    Article 3

    Article (3-1) Operational Conditions 1. The Manufacturer shall specify the normal operating conditions of the Meter, specifically the values of (fn), (Un), (In), (Ist), (Imin), (Itr) and (Imax) applied to the Meter. 2. For the specified current values, the Meter shall meet the conditions provided in Table (1.1). Table (1.1) Operating conditions of the Meter Class A Class B Class C Directly connected meters For direct-connected meters Ist ≤0.05 Itr ≤0.04 Itr ≤0.04 Itr Imin ≤0.5 ltr ≤0.5 ltr ≤0.3 ltr Imax ≥ 50 ltr ≥ 50 ltr ≥ 50 ltr Meters that operate with a transformer For transformer-operated meters Ist ≤0.06 Itr ≤0.04 Itr ≤0.02 Itr Imin ≤ 0.04 Itr ≤ 0.02 Itr(*) ≤ 0.02 Itr In = 20 ltr = 20 ltr = 20 ltr Imax ≥ 1.2 Itr ≥ 1.2 Itr ≥ 1.2 Itr (*) For Class B electromechanical meters Imin ≤ 0.04 ltr shall apply.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 19 3. Table (1.1) shows the range of voltage, frequency and power factor over which the Meter shall meet the MPE requirements, and for each range the general characteristics of the electricity supplied to the public distribution system shall be considered. 4. The voltage and frequency range shall be at least: 0.9 x Un ≤ U ≤1.1 x Un 0.98× fn≤ f≤1.02 x fn 5. The power factor range is at least (0.5=cosp) to (inductive) to (0.8=cosp ) capacitor.

  16. 3

    Article 3

    Article (3-2) Software Identity The data and software related to the Meters shall be protected, misuse prevented, data transmission means, and meter fault log examination shall be in accordance with the provisions of Clause (3.6) of the standard specification (GSO OIML R46-1&2). 2.3.1 Data storage and transmission through communication systems 2.3.1.1 General requirements A. The stored or transmitted measurement value shall be accompanied by all necessary relevant information for its future legal use. B. The data shall be protected by software to ensure the validity, integrity and accuracy of the information related to the measurement time. C. The programme modules that prepare data for storage or transmission or that check data after it has been received and read are linked to the part of the programme related to legal aspects. 2.3.1.2 Automatic data storage A. When data storage is required, the measurement data shall be stored automatically when the measuring process is completed, i.e. when the final value is reached. When the final value is defined by calculations, all calculation data deemed necessary shall be automatically stored with the final value. B. The storage device shall be suitable and have enough storage memory to accommodate any other applications. C. Data may be deleted if it is settled or printed by printers subject to legal control provided that the deletion is carried out in accordance with the conditions stated in clause (3.6.7.2.4) of the standard specification (GSO OIML R46-1&2). 2.3.1.3 Data transfer A. The measuring process shall not be rejected due to delay in data transmission.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 25 B. It shall be ensured that legally relevant measurement data is not affected if network services become unavailable. 2.3.1.4 Timeline Report The Timeline Report is read by the device clock and is legally set with appropriate protection measures. 2.3.1.5 Maintenance and reinstallation of software When performing maintenance or reinstallation of meter software, the following shall be considered: A. Modify the electric meter, when exchanging software with another approved version, or repair the electric meter, when reinstalling the same version. B. Metrological confirmation shall be carried out by the entity responsible for Metrological confirmation if maintenance operations affect meter measurements or require cutting seals or stickers, if any. C. Only legal versions of the software that comply with the approved type are allowed to be used. D. Software update can be performed directly on the device or remotely via the network and the effectiveness of the update shall be confirmed immediately. The Meter is not allowed to be used after the update unless confirmation has been carried out and the Meter is guaranteed to meet the Metrological confirmation requirements. E. Traced Update is applied as specified in clauses (3.6.8.3.1) to (3.6.8.3.7) of the standard specification (OIML R46-1&2).

  17. 3

    Article 3

    Article (3) Maximum Permissible Errors (MPES). 1. The MPE of the Meter, whether measuring the volume or mass of the gas passing through it, under the measuring conditions in which it operates, is as shown in Table (2.2). Table (2.2): MPES in accordance with the accuracy class of the Meter (Class) Flowrate range

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 30 Class Flowrate range 1.0 1.5 2 3 Qmin≥ % % Q<Qt 1 1.5 Qt≥ Q≥ % % Qmax 2. When all errors between (Qt) and (Qmax) have the same sign, the error value shall not exceed (1%) for meters with accuracy (1.5), and (0.5)% for meters with accuracy (1.0). 3. The MPE increases by (0.5%) within a range of (30) ºC, around the temperature specified by the Manufacturer, which is between (15 - 25) ºC, for a Gas Meter that operates with a temperature conversion converter that only indicates the converted volume, and an additional increase of (0.5%) is allowed outside this range in every (10) ºC period.

  18. 3

    Article 3

    Article (3) Maximum Permissible Errors (MPES). 1. The Meters have accuracy degree of (1). A. The MPE for the supplied volumes at the upper Flowrate (Q2≤Q≤Q4) is (±1%) within the temperature range from (0.1)º C to (30)º C and by (±2%) for temperatures above (30)º C. B. MPE for volumes supplied at Minimum Flowrate (Q1≤Q≤Q2) of (±3%) 2. The Meters have accuracy degree of (2) A. The MPE for the supplied volumes at the upper Flowrate (Q2≤Q≤Q4) is (±2%) within the temperature range from (0.1)º C to (30)º C and by (±3%) for temperatures above (30)º C. B. The MPE for the supplied volumes at Flowrates (Q1≤Q<Q2) is (5%) for all temperatures.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 36 Note: Regarding the classification of the mentioned flow values and the classification of the Meters, the latest update of the standard specification (OIML R49-1) is based on

  19. 4

    Article 4

    Article (4) Climatic Conditions 1. The Manufacturer shall define the environmental conditions that the Consumer Meters can withstand and provide test results that prove their ability to withstand the environmental conditions in the State. 2. The Owner shall comply with using the Consumer Meters within the appropriate climatic conditions specified by the Manufacturer.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 7

  20. 4

    Article 4

    Article (4-1) Maximum Permissible Errors (MPES). 1. The effects of different readings and influencing quantities (a, b and c) are assessed separately, while all other measurements and influencing quantities remain relatively constant at their reference values, and the measurement error shall not exceed the MPE as specified in Table (4-1) and calculated as follows: Error of measurement = a²+b² +c²… 2. When the Meter operates under variable load current, the error percentage shall not exceed the limits provided in Table (2.1). Table (4-1): Permissible error percentage at normal operating conditions, load current levels and specified operating temperatures Operating temperatures (°C) 5 to 30 -10 to 5 Or 30 to 40 -25 to -10 Or 40 to 55 -40 to-25 Or 55 to 70 Meter class A B C A B C A B C A B C Single phase meters or multi phase meters in balanced load operation Imin ≤I <Itr 3.5 2 1 5 2.5 1.3 7 3.5 1.7 9 4 2 Itr≤I≤Imax 3.5 2 0.7 4.5 2.5 1 7 3.5 1.3 9 4 1.5 Multi-phase meters in case of operation with a single-phase load

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 20 Itr≤I≤Imax 4 2.5 1 5 3 1.3 7 4 1.7 9 4.5 2 Note: When the Meter operates within different temperature ranges, the relevant MPE Values shall be applied. *For multi-phase electromechanical meters, the current range for single-phase load only applies to: 5Itr≤I≤Imax

  21. 4

    Article 4

    Article (4) Maximum Permissible Errors (MPES). The maximum permissible relative errors of integrated Heat Meter expressed as a percentage of the correct value for each degree of accuracy are: E=EF+ET+EC Where (EF), (Et) and (EC) are as in Article (8) of this Annex.

  22. 4

    Article 4

    Article (4-2) Security Requirements For the purposes of requirements related to security in the exchange of information and communication protocols, reference is made to the legislation in force in the State and the standard specifications issued by the International Electrotechnical Commission (IEC).

  23. 4

    Article 4

    Article (4) Permissible interference effect 1. Electromagnetic immunity A. Requirements for the effect of electromagnetic interference on the Gas Meter or volume conversion device that shall be considered: (1) The change in the measurement result shall not be greater than the specified critical change value. (2) The measurement result shown on the Meter cannot be interpreted as acceptable measurement result, such as an instantaneous change that cannot be interpreted, saved or transmitted as a measurement result. B. After the electromagnetic interference is removed, the Gas Meter shall achieve the following: (1) Return to work within the (MPE). (2) Maintain all measurement functions. (3) Allow recovery of all measurement results found before the interference. C. The critical change value is the smaller of the following two values:

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 31 (1) The quantity corresponding to half the MPE Value in the upper range of the measured volume. (2) The quantity corresponding to (MPE) of the quantity produced at the Maximum Flowrate (Qmax) for one minute. 2. Effect of upstream-downstream flow interferences Under the Manufacturer specified installation conditions, the effects of flow in both directions shall not exceed one third of the MPE.

  24. 4

    Article 4

    Article (4) Permissible interference effect (Electromagnetic immunity) 1. If the Meter is exposed to electromagnetic interference, it shall: A. The change in the measurement results shall not be greater than the critical change value. B. The measurement result is not stored, converted, or presented in a manner that could be interpreted as acceptable measurement result. 2. After the electromagnetic interference on the Meter is removed, the Meter shall: A. Return to work within the (MPE). B. Maintain all measurement functions. C. Allow recovery of all measurement data found before the interference. 3. The critical change value is the smaller of the following two values: A. The volume corresponding to half the value of (MPE) in the upper region of the measured volume. B. The volume corresponding to (MPE) of the volume produced at a Flowrate of Q(3) for one minute.

  25. 5

    Article 5

    Article (5) Units of Measurement 1. Electrical energy is measured in (KWH) or parts thereof. 2. The amount of gas is measured in cubic metres or kilograms (m3 or kg) or parts thereof. 3. The volume of water passing through the Meter is measured in cubic metres (m3) or parts thereof. 4. Thermal energy is measured in joules, multiples thereof, or tons/refrigeration (Rth), and volumetric flow is measured in litres/second, cubic meters/second, or tons/hour.

  26. 5

    Article 5

    Article (5-1) Permissible Interference Effect 1. General: A. The electric energy meter is connected directly to the main electricity outlet as well as the main current as one of the measurements. B. The Meter shall comply with the electromagnetic environment (E2) and additional requirements in the material of the operating conditions. C. In the event of prolonged interference from an electromagnetic environment, this shall not affect the accuracy at critical change values or cause a malfunction in the functionality or characteristics of the Meter. D. Where there is a foreseeable risk of lightning or high voltage supply network, the measuring characteristics of the Meter shall be protected from these factors. 2. Long-term jamming effect: Table (3.1): Critical change values for long-term noise Critical percent change values for precision meters Disruption: C B A 0.3 1.5 1.5 Reverse phase series 1 2 4 Unbalanced voltage (applies to multiphase meters only) 0.5 0.8 1 Harmonic parts in electric current circuits * 1.5 3 6 DC and harmonics in AC circuit* 2 4 6 Fast Transient Explosions

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 21 1 2 3 Electromagnetic fields, high frequency electromagnetic fields (radiated radio frequencies), interference from radio frequency fields, oscillating shielded waves *In the case of electromechanical electrical meters there are no known critical change values for the harmonic contents in the current circuit and for the direct current and harmonic contents in the current circuit. 3. Permissible influence of transient electromagnetic phenomena: A. The effect of electromagnetic interference on the electric energy meter shall be during and immediately after the interference: - Any output intended for measuring the accuracy of the Meter and does not produce pulses or signals corresponding to energy values greater than the critical change value and within a reasonable time after the interference the Meter shall achieve the following: (1) Restore the operating mode within the MPE limits. (2) Save all measurement functions in safe mode. (3) Allow recovery of all measurement data found before the interference. (4) There is no indication that the recorded energy values have changed beyond the critical change value. (5) The critical change value in kWh is (10-6. m. Un . Imax) where: M: Number of measuring elements in the Meter :Un in volts Imax: in amperes B. The critical value of overcurrent change is (1.5%).

  27. 5

    Article 5

    Article (5-2) confirmation of the Validity of Smart Electricity Meters The validation of the Meter software and data is carried out in accordance with Article (4.3) of the standard specification (GSO OIML R46-1&2) and covers the following requirements:

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 26 A. Software identity definition. B. Prevent misuse. C. Protection from tampering. D. Data protection. E. Separate electronic devices and sub-assemblies. F. Separate software parts. G. Data storage and transmission through communication systems. H. Protection of data related to measurement time. I. Automatic storage. J. Data transfer delay. K. Data transmission interruption. L. Timeline Report M. Maintenance and reprogrammeming.

  28. 5

    Article 5

    Article (5) Tolerance Gas Meters shall meet the following criteria after proper inspection and considering the time period estimated by the Manufacturer: 1. Accuracy meters (1.5): A. The change in the measurement result after performing the tolerance test and when compared to the initial measurement result for Flowrates in the range from (QT) to (Qmax) shall not exceed the measurement result by more than (2%). B. The reading error after performing the tolerance test shall not exceed two times the MPE. 2. Accuracy meters (1.0): A. The change in the measurement result after performing the tolerance test and when compared to the initial measurement result on thirds of MPE. B. The reading error after performing the tolerance test on the MPE.

  29. 5

    Article 5

    Article (5) Permissible effects of electromagnetic interference 1. The device shall not be affected by static magnetic fields and electromagnetic fields at the main frequency. 2. The effect of electromagnetic interference shall be such that the change in the measurement result is not greater than the critical change value specified in Clause (3) of the same Article or the indication of the measurement result cannot be interpreted as a correct result. 3. The critical variation value of integrated Heat Meter is equal to the absolute MPE Value applied to that meter as stated in the MPES section of this Appendix.

  30. 5

    Article 5

    Article (5) Tolerance The following criteria shall be achieved after carrying out the appropriate test and considering the time period estimated by the Manufacturer: 1. The difference in the measurement result after carrying out the tolerance test and when compared to the initial measurement result shall not exceed: A. (3%) of the measured volume when Q(2)≥Q≥Q(1) B. (1.5%) of the measured volume when Q(4)≥Q≥Q(1) 2. The reading error of the measured volume after carrying out the tolerance test shall not exceed: A.(6%) of the measured volume when Q(2)≥Q≥Q(1)

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 37 B. (2.5%) of the measured volume, in the temperature range greater than (0.1)º C to (30)º C, when Q(4)≥Q≥Q(2) C. (3.5%) of the measured volume in the temperature range greater than (30)º C to (90)º C, when Q(4)≥Q≥Q(2)

  31. 6

    Article 6

    Article (6) Metrological Marks 1. Consumer Meters shall bear the following metrological marks: a. Type approval or conformity mark. b. The confirmation Mark/Seal approved by the Ministry, which may be replaced by the availability of documented records of Consumer Meters confirmed by the authorised authorities. 2. The year the Meter was put into service shall be recorded on the Meter. However, recording the year of manufacture or the year the Meter was put into service may be replaced by having documented records of Consumer Meters available to the entities that own the Consumer Meters and kept in an appropriate manner that facilitates tracing the serial number of the Meter with the year it was put into service.

  32. 6

    Article 6

    Article (6-1) Appropriateness 1. The Meter shall be suitably mountable so that it will operate in any location and the direction of meter installation (vertical, horizontal or any other direction) is specified by the Manufacturer on the Meter and in a non-removable manner.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 22 2. The positive error in the Meter shall not exceed (10%) below the nominal value level of the operating voltage. 3. The total electrical energy display shall have a sufficient number of digits to ensure that when the Meter operates for (4,000) hours at full load (I=max, U = Un, PF = 1). The Meter reading shall not return to the initial value and shall not be resettable during use. 4. The measured electrical energy quantity shall remain available for reading for at least four months in the event of a power failure in the circuit. 5. No-load operation: When a voltage is applied without current flowing in the current circuit (the current circuit is an open circuit) the Meter shall not record energy values for any voltage within (Un × 1.1) and Un × (0.8). 6. Start-up: The Meter shall start and continue recording at (Un) and (1=PF) (multiphase meter with balanced load) and current equal to (Ist).

  33. 6

    Article 6

    Article (6-2) Type Declaration Documents Documents submitted with the application for type declaration shall include the following: 2.6.1 Definition of type includes: A. Name or brand and type design. B. Version number of computer, accessories and software C. Nameplate shape. 2.6.2 metrological properties of the Meter include: A. Description of the measurement principle. B. Metrological specifications such as accuracy class and rated operating conditions. C. Steps shall be taken before testing the Meter 2.6.3 Technical specifications of the Meter, including: A. Block diagram with description of function of components and devices. B. Drawings, diagrams, general software information, and explanation of installation and operation including interconnection. C. Description and location of seals and protective devices. D. Documents relating to tolerance and durability characteristics.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 27 E. Any other document or evidence which proves that the design and construction of the Meter conforms to the requirements of the standard on which it is based.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 28 Annex No. (2) Gas Meters and Volume Conversion Devices

  34. 6

    Article 6

    Article (6) Appropriateness 1. A Gas Meter operating on (AC) or (DC) electrical power shall be provided with an emergency power supply or other means to ensure that all metering functions are maintained during a fault in the electrical power supply. 2. The power source shall have a relatively long operating life and display an appropriate warning after (90%) of the power source operating life has elapsed. 3. The Meter indicator shall allow the quantity passed during (8,000) hours to be displayed at (Qmax), as a minimum, without the indicator value returning to zero again.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 32 4. The Gas Meter shall be capable of being installed so that it will operate in any location declared by the Manufacturer in the installation instructions. 5. The Gas Meter shall be properly prepared for the necessary tests to be carried out so that the test results appear within a suitable time. 6. The Gas Meter shall meet the MPE requirements whether the flow is two-way or one-way in the case of meters with flow direction installed. 7. For Smart Gas Meters and for the purposes of requirements related to security in the exchange of information and communication protocols, reference is made to the legislation in force in the State and the standard specifications issued by the International Electrotechnical Commission (IEC). Second: Volume conversion devices

  35. 6

    Article 6

    Article (6) Appropriateness 1. The Meter shall be suitably mountable so that it will operate in any location unless otherwise clearly specified by the Manufacturer on the Meter non-removable. 2. The Manufacturer shall specify if the Meter is designed to measure reverse flow, in which case the reverse flow volume shall be subtracted from the cumulative volume, or recorded separately. The same MPE shall be applied for reverse and forward flow. 3. Water Meters shall prevent backflow if they are not designed to measure it and withstand any sudden backflow without causing any damage or change in the metrological properties of the Meter.

  36. 6

    Article 6

    Article (6) Tolerance The following criteria shall be fulfilled after proper inspection considering the time period estimated by the Manufacturer:1.Flow Sensors: The difference in the measurement result after performing the tolerance test and when compared with the initial measurement result shall not exceed the critical change value. 2. Temperature Sensors: The change in the measurement result after performing the tolerance test and when compared to the initial measurement (absolute 0.15)º.

  37. 7

    Article 7

    Article (7) Label Card for Heat Meters The Label Card for Heat Meters shall bear the following data: 1. Accuracy. 2. Flowrate limits. 3. Temperature limits. 4. Temperature difference.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 41 5. Flow Sensor installation location with or against flow. 6. Flow direction indication.

  38. 7

    Article 7

    Article (7) Protection of Metrological Properties The Owner shall maintain the metrological properties of Consumer Meters, in accordance with the following:

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 8 1. The metrological properties of Consumer Meters, or the measurement results, shall not be affected when they are connected to any other device or device, or to any remote-control device to which they can be connected by any means. 2. All important parts of Consumer Meters that affect the measurement result shall be designed safely and protected from tampering or expected misuse. They shall also be designed in a manner that enables inspectors to obtain physical evidence when tampering or tampering occurs. 3. Software affecting metrological properties shall be identified and designed in a manner that is secure, easily identifiable and tamper-proof, and the software shall provide a method to enable inspectors to define the presence of interference with the Measuring Device. 4. Measurement data and software affecting metrological properties and important metrological factors and variables stored in the Owner system shall be adequately protected against intentional or unintentional accidents. 5. Zeroing or adjusting the totalizer is prohibited during use. 6. The Owner shall place clear signs indicating the date of the last periodic maintenance to define the accuracy and validity of the Meter.

  39. 7

    Article 7

    Article (7-1) Requirements for the Status of Use 1. In the event that it is mandatory to measure the electrical energy consumed for domestic purposes, these measurements are permitted using meters of class (A), and in special cases it is permissible to use meters of class (B). 2. If it is mandatory to measure the electrical energy consumed for commercial purposes or light industries, these measurements may be permitted to be made using Class (B) meters, and in special cases it may be permitted to use Class (C) meters. 3. It must be ensured that current range requirements are specified by the Supplier or person legally appointed to install the meter so that the meter used is ensured to be suitable for making correct measurements of current or expected consumption. Second: Requirements for smart Electricity Meters:

  40. 7

    Article 7

    Article (7) Operational Conditions The Manufacturer shall specify the base conditions for converted quantities.

  41. 7

    Article 7

    Article (7) Requirements for the Status of Use 1. The Competent Authority shall ensure that the requirements contained in Article (2) relating to the operational conditions of Annex No. (3) are observed by the Supplier or the person legally appointed to install the Meter so as to ensure that the Meter used is suitable for making correct measurements of current or expected consumption. 2. For Smart Water Meters and for the purposes of requirements related to security in the exchange of information and communication protocols, reference is made to the legislation in force in the State and the standard specifications issued by the International Electrotechnical Commission (IEC).

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 38 Annex No. (4) Heat Meter requirements

  42. 8

    Article 8

    Article (8) Type Declaration and Conformity Assessment 1. The Manufacturer or Supplier shall submit a conformity assessment certificate for Consumer Meters in accordance with one of the conformity models (B+F), (B+D), or (H1) mentioned in Appendix (6) of this resolution. 2. The following requirements shall be observed regarding conformity assessment certificates and type declaration: a. A type of approval certificate shall be obtained for Consumer Meters before they are put into public use, in accordance with the procedures specified by the Ministry.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 9 b. The type of approval tests includes the items specified in the technical specifications for Consumer Meters specified in Annex No. (7) of this resolution. c. To obtain Conformity Certificate from the Ministry, Consumer Meter Suppliers shall submit a type of conformity assessment certificate issued by an internationally recognized Authority and accepted by the Ministry. Type approval certificates issued by the International Organisation for Legal Metrology or the European Notified Bodies in accordance with the European Directives are acceptable to the Ministry. d. Conformity certificates for Consumer Meters issued by internationally recognized bodies may be accepted if they guarantee compliance with the requirements contained in the specifications issued by international standardization organisations.

  43. 8

    Article 8

    Article (8) Maximum Permissible Errors (MPES). 1.(0.5%) at ambient temperature (3±20)ºC and relative humidity (15±60%), and nominal values of power supply. 2. (0.7%) for heat conversion devices at operating conditions. 3. (1%) for other heat conversion devices at operating conditions. Note: Gas Meter error is not considered.

  44. 8

    Article 8

    Article (8) Sub-Parts The requirements of the Sub-Parts may apply to Sub-Parts manufactured by the same or different Manufacturers, and since the Heat Meter consists of Sub-Parts, the necessary requirements of the Heat Meter apply to the Sub-Parts as a reference, in addition to the following requirements: 1. The MPE of the Flow Sensor of the main and sub-meters expressed as a percentage of accuracy degrees is as follows: Class 1: EF=1+0.01qp/q but not more than 5% Class2: EF=2+0.02qp/q but not more than 5% Class3: EF=3+0.05qp/q but not more than 5% The error (EF) relates the value shown on the Meter to the correct value of the relationship between the signal coming out of the Flow Sensor and the mass or volume. 2. The maximum relative error allowed for the Temperature Sensor expressed as a percentage: Et=0.5+3×… The error (Et) relates the value shown on the Meter to the correct value of the dual Temperature Sensor reading. Temperature difference. 3. The maximum relative error allowed for the Temperature Sensor expressed as a percentage: Ec=0.5+3×… Whereas the error (Ec) links the value shown on the Meter to the correct value which indicates the correct value of thermal energy.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 42 4. The critical variation value for the sub-assemblies of the Heat Meter is equal to the absolute value of the corresponding MPE applicable to the sub-assemblies of items (1, 2 and 3) of this article.

  45. 9

    Article 9

    Article (9) Metrological Confirmation Requirements Confirmation shall be carried out by the party authorised to carry out Metrological confirmation Operations using calibration devices in accredited laboratories or laboratories of the National Metrology Institute. The Owner or Supplier shall bear the costs of confirmation and calibration operations. The necessary procedures for this purpose are established in coordination with the Competent Authorities, the Owner authorities and the National Metrology Institute. Appropriate confirmation mechanisms may be used in accordance with quality system procedures, provided that the requirements for accuracy of readings and efficiency of data transfer are met. 1. Initial confirmation: a. The Initial confirmation requirements contained in this Article include Consumer Meters that are put into use for the first time, so that samples are taken for the purposes of accepting and rejecting the Inspection Batch in accordance with the Sampling Tables contained in Annex (5) attached to this resolution and specified based on the international specification OIMLG20.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 10 b. Type approval certificate or conformity assessment certificate shall be confirmed in accordance with Article (8) of this resolution. c. Consumer Meters shall pass the tests mentioned in Clause (2) of this Article. d. Ensure that the Label Card is valid and meets the requirements set forth in

  46. 9

    Article 9

    Article (9) The Appropriateness 1. The electronic conversion device shall be capable of detecting operation outside the operating range specified by the Manufacturer, for factors affecting the accuracy of measurement, so that the conversion device shall stop combining the quantity converted within the operating range with the quantity converted from outside the operating range. It shall be possible to collect the quantity converted from outside the operating range separately. 2. The electronic conversion device shall be capable of displaying all data related to the measurement without additional equipment.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 33

  47. 9

    Article 9

    Article (9) Label Card for Sub-Parts The following basic information is recorded on the Sub-Parts of the Meter: 1.Flow Sensor: A. Accuracy B. Flowrate limits. C. Temperature limits. D. The nominal value of the Meter coefficient (e.g. litres/pulse) or of the resulting signal. E. Flow indication. 2. Dual Temperature Sensor: A. Type definition (example: pt100) B. Temperature limits. C. Temperature difference. 3. Calculator: A. Temperature Sensor type. B. Temperature limits. C. Temperature difference. D. The required nominal value of the Meter coefficient (e.g. litres/pulse) or of the corresponding input signal coming from the Flow Sensor. E. Flow Sensor installation location with or against flow.

  48. 10

    Article 10

    Article (10) of this resolution. e. The maximum error rate in measuring the consumption quantity shall not exceed the rates specified in the provisions of this resolution in the Annexes for each type of Consumer Meter. f. The Metrological confirmation Mark is placed on the Consumer Meters being confirmed. 2. Periodic confirmation: a. Consumer Meters placed in public use shall pass the following tests: 1. Visual inspection, including the reading screen, the integrity of the seals and metrological marks, the Label Card, the absence of visible defects, and the serial number of the Meter. 2. The maximum error rate in measuring the consumption quantity shall not exceed the rates specified in the provisions of this resolution in the Annexes for each type of Consumer Meter. b. The maximum allowable error value for periodic confirmation purposes is twice the maximum allowable error value for Initial confirmation. c. For Gas Meters, the relative pressure tolerance test is performed at the maximum operating pressure. d. For Gas Meters, the relative pressure tolerance test is performed at 10 bar e. The Metrological confirmation Mark is placed on the Consumer Meters being confirmed in accordance with Article (6) of this Resolution. f. The examinations stipulated in this Article shall be conducted on Consumer Meters that are put into use according to the period specified in Table No. (1- 2-9) for each type of homogeneous consumer meters, and samples shall be taken for the purposes of accepting and rejecting the inspection batch

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 11 according to the Sampling Tables stated in Annex (5) attached to this resolution based on the international standard (OIMLG20) Table No. (1-2-9) Meter type Duration Smart Electricity Meters 10 years Electricity Meters 10 years Gas Meter 5 Years Water Meters 5 Years Heat Meter 5 Years g. If the Inspection Batch does not pass the periodic confirmation requirements, the entity owning the Consumer Meters shall replace the entire batch within a specific period defined in coordination with the Ministry or the authorised entities in a manner that serves the public interest. h. If the periodic confirmation requirements are passed, the confirmation validity of the Consumer Meters will be renewed for a similar period. i. The Authorised Authority shall establish a procedure before taking the sample from the site or conducting the inspection on site to ensure that the service is not interrupted and to guarantee the rights of the consumer and the service Supplier. 3. Post-Maintenance confirmation: a. If maintenance is required on Consumer Meters in a way that may affect the measurement results, the Meter shall be suspended immediately, and the accuracy of the Meter shall be confirmed again after the necessary maintenance is performed. b. Maintenance is carried out by parties qualified to carry out maintenance and adjustment work on legal Measuring Devices. c. Specific tests are performed in periodic confirmation.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 12 4. Unannounced confirmation a. Unannounced confirmation of Consumer Meters is carried out upon the request of the Ministry, upon receipt of a complaint, or for the purpose of implementing Metrological confirmation and control plans. b. The Ministry has the right to conduct Sudden confirmation on all Licensed Entities in the Domain of manufacturing, importing, renting and using Medical Syringes to indicate the extent of their compliance with this Resolution. c. For confirmation purposes, the tests specified in Clause (2) of this Article shall be conducted.

  49. 10

    Article 10

    Article (10) Label Card 1. The Consumer Meters included in this resolution shall contain the following data: a. Manufacturer name or mark. b. Information related to accuracy class. c. The following information, where applicable: 1. Information that relates to usage. 2. Measurement capacity. 3. Measurement range. 4. Identity marking. 5. The type of approval certificate number and the issuing authority. 6. Information indicating whether or not additional devices associated with the device give metrological results that comply with this resolution. 2. The scale gradations for the measured value shall be in one of the following formats: a. 1x10n b. 2x10n c. 5x10n

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 13 Note: (n) is considered an integer or zero unless the requirements of the Measuring Device state otherwise. The unit of measurement or its symbol shall also be placed near the numerical value. 3. The physical scale shall be marked with a nominal value or graduation in addition to the unit of measurement used.

  50. 10

    Article 10

    Article (10) Requirements for the use of Gas Meters and volume conversion devices 1. Gas Meters for domestic purposes of class (1.5) and class (1.5) which have (Qmax/Qmin ≥ 150) shall be used. 2. Gas Meters for commercial or light industrial purposes shall be of class (1.5). 3. The Competent Authority shall ensure that the requirements contained in the Operational Conditions Article are observed to by the Supplier or the person legally appointed to install the meter, so as to ensure that the meter used is suitable for making correct measurements of current or expected consumption.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 34 Annex No. (3) Water Meter Requirements

  51. 10

    Article 10

    Article (10) Requirements for the Status of Use 1. If it is mandatory to measure the thermal energy consumed for domestic purposes, it may be permitted to carry out these measurements using meters of class (3). 2. If it is mandatory to measure the thermal energy consumed for commercial purposes or light industries, it may be permitted to carry out these measurements using meters of class (2).

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 43 3. It must be ensured that the special requirements set out in Article (3) relating to operating conditions in this Annex are observed by the Supplier or the person legally appointed to install the Meter so as to ensure that the Meter used is suitable for making correct measurements of current or expected consumption. 4. For Smart Heat Meters, and for the purposes of requirements related to security in the exchange of information and communication protocols, reference is made to the legislation in force in the State and the standard specifications issued by the International Electrotechnical Commission (IEC).

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 44 Annex No. (5) Sampling Table First: Sampling Tables for Electricity, Water and Gas Meters: 1. For the purpose of confirming Electricity, Water and Gas Meters, Samples are taken in accordance with Table (A-1) issued based on the International Organisation for Legal Metrology Guide No. (e17-G020) and the international specification ISO2859- 2. 2. If the first sample does not pass the periodic confirmation requirements, another sample of twice the size of the first sample may be tested. Table (1-A) NO Lot size Sample size Number of nonconforming meters Spare utility meters Criteria for acceptance of lot (c) Criteria for rejection of lot (d) 1.1 Up to 1200 50 1 2 10 1.2 1201-3200 80 3 4 16 1.3 3201-10000 125 5 6 25 1.4 10001- 35000 200 10 11 40 Second: Sampling Tables for Heat Meters: For the purpose of confirming Electricity, Water and Gas Meters, samples are taken in accordance with Table (A-2) issued based on the International Organisation for Legal Metrology Guide No. (e17-G020) and the international specification ISO2859-2. Table (A-2) NO Lot size Number of nonconforming meters

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 45 Sample size Criteria for acceptance of lot (c) Criteria for rejection of lot (d) Spare meters 2.1 Up to 90 24 0 1 5 2.2 91-150 26 0 1 8 2.3 151-280 28 0 1 10 2.4 281-500 32 0 1 10 2.5 501-1200 50 1 2 10 2.6 1201-3200 80 3 4 16 2.7 3201-10000 125 5 6 25 2.8 10001- 35000 200 10 11 40

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 46 Annex No. (6) Compliance Models Compliance Model (B) Type Examination 1. It is part of the conformity assessment procedure through which the Concerned Authority tests the technical design of an device and verifies and certifies that the technical design of this device meets the requirements of this resolution to which it applies. 2. The gender test can be done in one of the following ways: A. Examination of a representative sample of the expected output of the complete Measuring Device, called a production type check. B. Assessing the adequacy of the technical design of the device by examining the technical documents and supporting evidence referred to in Clause (3) of this form, without examining a sample, is called a design type examination. C. Assessing the adequacy of the technical design of the device by examining the technical documents and supporting evidence referred to in Clause (3) of this form, in addition to examining samples representative of the expected production, whether the examination is conducted on the main part of the device or its sub-part. This type combines production type examinations and design type examinations. D. The Concerned Authority shall define the appropriate method it wishes to follow and the samples required for the examinations referred to in the items contained in this clause. 3. The Manufacturer shall submit a request for type testing to one Concerned Authority of his choice, and the request shall contain the following: A. Name and address of the Manufacturer. If the application is submitted by the Supplier, the Concerned Authority shall also be provided with his name and address. B. A written undertaking that this application has not been submitted with any other Concerned Authority.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 47 C. The technical documents contained in Annex No. (8) of this resolution shall be sufficient to enable the conformity assessment to be conducted, and include risk analysis and data on the design and operation of the measurement department. D. Representative samples of the expected production, and the Concerned Authority may request additional samples when necessary to implement the testing programme. E. Supporting evidence of the adequacy of the technical design solutions. This supporting evidence shall mention any documents that were used, especially with regard to the specifications contained in Annex (7) of this Resolution that were not fully implemented. The supporting evidence shall also contain, when necessary, the results of tests carried out based on other relevant technical specifications by a laboratory appropriate to the Manufacturer, or by another testing laboratory that carried out the tests on behalf of the Manufacturer and under its responsibility. 4. The Concerned Authority shall: A. Regarding the device: Examine technical documentation and supporting evidence to assess the adequacy of the technical design of the device. B. Regarding the sample/samples: (1) Confirm that the sample/samples have been manufactured in accordance with the technical documents and identifying the elements that have been designed in accordance with the provisions applicable to them from the specifications contained in Appendix (7) of this resolution, in addition to the elements that have been designed based on other related technical specifications. (2) Conduct appropriate examinations and tests, or supervising their conduct, to ensure that the Manufacturer, if it selects to apply the solutions contained in the specifications contained in Appendix (7) of this resolution, has applied them correctly. (3) Conduct appropriate examinations and tests, or supervising their conduct, to ensure that the Manufacturer meets the basic requirements contained in this resolution, in the event that the Manufacturer selects not to apply solutions not included in the specifications set forth in Appendix (7) of this resolution, and selects to apply the solutions contained in other related technical specifications.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 48 (4) Agree with the Manufacturer on the place where the examinations and tests will be carried out for the other parts of the Measuring Device. (5) Examine technical documentation and supporting evidence to assess the adequacy of the technical design of the other parts of the device. 5. The Concerned Authority shall prepare assessment report recording all the procedures undertaken pursuant to Clause (4) of this form and their results, without prejudice to its obligations towards the Ministry or the Competent Authorities. The Concerned Authority shall also declare the contents of this report in full or in part, after obtaining the approval of the Manufacturer. 6. If the type meets the requirements of this resolution, the Concerned Authority shall issue a Type Test Certificate to the Manufacturer, which shall contain the name and address of the Manufacturer, the results of the tests, the conditions (if necessary) of its powers and the data necessary to identify the approved type. The Type Test Certificate may also contain one or more Annexes. The Type Test Certificate and its Annexes shall also include all the following information, which makes it possible to assess the conformity of the Measuring Device manufactured in accordance with the type being tested, especially with regard to metrological properties when it is properly adjusted using appropriate methods: A. Metrological properties of the device type. B. Procedures required to ensure the integrity of the device (seal, unique number of the software used, etc.). C. Information about other elements necessary to identify the device and ensure its theoretical external conformity to the type. D. Any other information necessary to confirm the characteristics of the manufactured device, if appropriate. E. Regarding the device accessories, all information to ensure compatibility with other accessories or with the Measuring Device itself. 7. The validity of the Type Test Certificate is for a period of (10) years from the date of issue. It may be renewed for subsequent periods of (10) years each. If the type does not meet the requirements related to it in this resolution, the Concerned Authority

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 49 shall refuse to issue the Type Test Certificate, and shall inform the party submitting the application of this, stating the reason for the refusal in detail. 8. The Concerned Authority shall be kept fully informed of any change in the Measuring Device which consequently renders it non-compliant with this resolution, and shall define whether the change in the Measuring Device requires further investigation, and shall inform the Manufacturer accordingly. 9. The Manufacturer shall inform the Concerned Authority holding the technical documentation for the Type Test Certificate of all changes to the approved type which may affect the conformity of the device with the essential requirements of this resolution or special circumstances of the validity of the certificate, which require additional checks to be carried out in addition to those contained in the original Type Test Certificate. 10. Each Concerned Authority shall provide the Ministry or the Competent Authorities (Notifying Authority) with the Type Test Certificates it has issued, amended, specified the scope of, suspended or cancelled, on a periodic basis or upon request. 11. The Ministry or other designated bodies shall have the right to obtain a copy of such certificates, technical documents or results of examinations conducted by the Concerned Authority. 12. The Concerned Authority shall retain a copy of the Type Test Certificate, its Annexes and amendments, the technical documentation file, and the documents submitted by the Manufacturer, until the expiry of the certificate validity. 13. The Manufacturer shall keep a copy of the Type Test Certificate, its attachments and amendments, and the technical documentation file to be immediately available upon request from the Competent Authorities for a period of (10) years from the date of placing the device on the market. 14. The Supplier may submit the application in accordance with Clause (3) of this form and meet the requirements set out in Clauses (10،8) of this form, provided that they are supported by the Supplier obligations.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 50 Compliance Model (F) Conformity to type based on product confirmation Conformity to type based on product confirmation 1. It is a conformity assessment procedure during which the Manufacturer meets the requirements stated in clauses (2), (5/A) and (6) of this form and guarantees and declares its full responsibility that the Measuring Device manufactured by it, which has been subject to the provisions of clause (3) of this form, conforms to the approved type as indicated in the Type Test Certificate in addition to the requirements stated in this resolution. 2. Manufacturing: The Manufacturer shall take all necessary measures so that all manufacturing and control operations ensure that the manufactured devices conform to the approved type as indicated in the Type Test Certificate in addition to the requirements contained in this resolution. 3. Confirmation: The Concerned Authority selected by the Manufacturer shall carry out, or request the appropriate examinations and tests to be carried out, to confirm that the device conforms to the approved type as indicated in the Type Test Certificate in addition to the requirements contained in this resolution. The Manufacturer shall select one of the following two methods to confirm the devices: A. Confirm conformity by testing and inspecting each device, as indicated in Clause (4) of this form. B. Confirm conformity by statistical methods each device, as indicated in Clause (5) of this form. 4. Confirm conformity by testing and checking each device: A. All Measuring Devices shall be individually tested (device by device) and the appropriate tests and examinations stipulated in the specifications set forth in Annex (7) of this Resolution, and/or equivalent examinations stipulated in the relevant technical specifications, shall be carried out in order to confirm the conformity of the

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 51 manufactured devices to the approved type as indicated in the Type Test Certificate in addition to the requirements contained in this Resolution. B. In the event that the specifications set out in Appendix (7) of this resolution are not available, the Concerned Authority shall define the appropriate tests that shall be conducted. C. The Concerned Authority shall issue Conformity Certificate for the tests and examinations carried out, and shall affix its identification number, or permit its affixation by the Manufacturer and under the responsibility of the Concerned Authority. D. The Manufacturer shall keep the Conformity Certificate available for inspection by the Competent Authorities for a period of (10) years from the date of placing the device on the market. 5. confirmation of conformity by statistical methods: A. The Manufacturer shall take all necessary measures so that the manufacturing process and its control ensure the homogeneity of the manufactured batch, and shall provide Measuring Devices for confirmation in the form of homogeneous Inspection Batches. B. Random samples shall be taken in accordance with Paragraph (c) of this Clause, in order to conduct appropriate tests and examinations on all of them individually, in accordance with the specifications set forth in Annex (7) of this resolution, and/or equivalent examinations stipulated in the relevant technical specifications, in order to confirm the conformity of the manufactured devices to the approved type as indicated in the Type Test Certificate in addition to the requirements contained in this resolution. In the event that specifications are not available in Annex (7) of this resolution, the Concerned Authority shall determine the appropriate examinations that must be conducted. C. The statistical procedure shall meet the following requirements: 1) A level of quality corresponding to a probability of acceptance of (95%) with a non- conformity of less than (1%).

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 52 2) A level of quality corresponding to a probability of acceptance of (5%) with a non- conformity of less than (7%). D. If Inspection Batch is accepted, the entire batch shall be considered approved except for samples that fail during inspection. (1) The Concerned Authority shall issue Conformity Certificate for the tests and examinations carried out, and shall affix its identification number, or permit its affixation by the Manufacturer and under the responsibility of the Concerned Authority. (2) The Manufacturer shall

  52. 11

    Article 11

    Article (11) General Requirements 1. Resizable: The measurements result of the same quantity to be measured shall be close to each other when examined in different places or by different persons, under the same other conditions, so that the difference in the results of the measurement is relatively small when compared with the MPE Value. 2. Repeatability of measurements: The measurement results for the same measured quantity shall be close when examined under the same conditions, such that the difference in the measurement results is relatively small when compared with the MPE Value. 3. Discrimination and sensitivity: The Measuring Device shall be sensitive enough for the examination, and the discrimination threshold shall be small enough for the quantity to be measured. 4. Reliability: The Measuring Device shall be designed so as to minimise the effect of faults which may lead to incorrect measurement results, unless such faults are clearly visible.

  53. 12

    Article 12

    Article (12) Regularisation 1. The Supplier wishing to import Consumer Meters into the State shall be granted a period of (180) one hundred and eighty days from the date of the implementation

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 14 of this resolution to adjust its conditions in accordance with the provisions of this resolution. 2. The establishment that owns the Consumer Meters offered in the markets shall be granted a period not exceeding one calendar year from the date of the implementation of this resolution to adjust its conditions in accordance with the provisions of this resolution.

  54. 13

    Article 13

    Article (13) General Provisions 1. The Minister may amend or add to these Annexes as he deems necessary to implement the provisions of this resolution. 2. When the meter is put on the market, it is subject to supervision, and the Ministry or Competent Authority shall be responsible for monitoring it to ensure its continued conformity with the Conformity Certificate at all stages of the supply chain. To this end, it may take any of the following measures: a. Inspection and sampling of Consumer Meters and conducting the necessary tests. b. Ensure that all outlets offering the meter in the country are committed to banning its import or offering it in local markets, unless it meets the requirements of this resolution. 3. The Owners or Suppliers of Consumer Meters shall bear the costs of confirmation and calibration operations in accordance with applicable legislation and regulations. 4. Calibration laboratories operating in the field of calibration and confirmation of Consumer Meters shall be accredited in accordance with the international standard (ISO/IEC17025). 5. New calibration laboratories may obtain accreditation within a period not exceeding one year from the date of providing the service.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 15 6. In the event of a violation of the provisions of this resolution, the administrative penalties stipulated in Cabinet Resolution No. (64) of 2022 regarding the National Measurement System shall be applied. 7. If any situation arises that cannot be addressed in accordance with the provisions of this resolution, or if any dispute arises in its interpretation or application, the matter shall be referred to the Minister or his authorised representative to issue the resolution he deems appropriate regarding that situation or that dispute based on international practices and in a way that achieves the public interest.

  55. 14

    Article 14

    Article (14) Executive Resolutions The Minister shall issue the Executive Resolutions necessary to apply the provisions of this Resolution.

  56. 15

    Article 15

    Article (15) Repeals Any provision that violates or contradicts the provisions of this Resolution shall be repealed.

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 16

  57. 16

    Article 16

    Article (16) Publication and Entry into Force This Resolution shall be published in the Official Gazette and shall enter into force as of the day following the date of its publication. Mohammed Bin Rashid Al Maktoum Prime Minister Issued by Us: On: 16 Jumada II 1445 A.H. Corresponding to: 29 December 2023 AD

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    Cabinet Resolution of 2023 Concerning the Technical Regulations for Consumer Meters 17 Annex No. (1) Electricity Meters First: Efficient Electric Energy meters

Note: The Arabic text of this legislation is the authoritative version as per the official UAE Legislation portal.

Articles in this law(57)
  1. 1Article (1) Definitions In application of the provisions herein, the following w
  2. 1Article (1-1) Symbols used in electric energy meters No. Code Meaning in English
  3. 1Article (1-2) Accuracy requirements 1. The manufacturer must determine the accur
  4. 1Article (1) Symbols used in Gas Meters No. Code Meaning in English Meaning in Ar
  5. 1Article (1) Symbols used in Water Meters No. Code Meaning in English Meaning in
  6. 1Article (1) Symbols used in electric energy meters No. Code Meaning in English M
  7. 2Article (2) Scope of Application This resolution applies to Consumer Meters desi
  8. 2Article (2-1) Accuracy The Manufacturer shall specify the accuracy of the Meter,
  9. 2Article (2) Operational Conditions The Manufacturer shall define the operating c
  10. 2Article (2) Operational Conditions The Manufacturer shall specify the operating
  11. 2Article (2) Accuracy The accuracy ratings for Heat Meters are: (1), (2) and (3).
  12. 2Article (2) The recommendations issued by the International Organisation for Leg
  13. 3Article (3) Responsibilities 1. The Supplier or Manufacturer of Consumer Meters
  14. 3Article (3) Operational Conditions The Manufacturer shall specify the following
  15. 3Article (3-1) Operational Conditions 1. The Manufacturer shall specify the norma
  16. 3Article (3-2) Software Identity The data and software related to the Meters shal
  17. 3Article (3) Maximum Permissible Errors (MPES). 1. The MPE of the Meter, whether
  18. 3Article (3) Maximum Permissible Errors (MPES). 1. The Meters have accuracy degre
  19. 4Article (4) Climatic Conditions 1. The Manufacturer shall define the environment
  20. 4Article (4-1) Maximum Permissible Errors (MPES). 1. The effects of different rea
  21. 4Article (4) Maximum Permissible Errors (MPES). The maximum permissible relative
  22. 4Article (4-2) Security Requirements For the purposes of requirements related to
  23. 4Article (4) Permissible interference effect 1. Electromagnetic immunity A. Requi
  24. 4Article (4) Permissible interference effect (Electromagnetic immunity) 1. If the
  25. 5Article (5) Units of Measurement 1. Electrical energy is measured in (KWH) or pa
  26. 5Article (5-1) Permissible Interference Effect 1. General: A. The electric energy
  27. 5Article (5-2) confirmation of the Validity of Smart Electricity Meters The valid
  28. 5Article (5) Tolerance Gas Meters shall meet the following criteria after proper
  29. 5Article (5) Permissible effects of electromagnetic interference 1. The device sh
  30. 5Article (5) Tolerance The following criteria shall be achieved after carrying ou
  31. 6Article (6) Metrological Marks 1. Consumer Meters shall bear the following metro
  32. 6Article (6-1) Appropriateness 1. The Meter shall be suitably mountable so that i
  33. 6Article (6-2) Type Declaration Documents Documents submitted with the applicatio
  34. 6Article (6) Appropriateness 1. A Gas Meter operating on (AC) or (DC) electrical
  35. 6Article (6) Appropriateness 1. The Meter shall be suitably mountable so that it
  36. 6Article (6) Tolerance The following criteria shall be fulfilled after proper ins
  37. 7Article (7) Label Card for Heat Meters The Label Card for Heat Meters shall bear
  38. 7Article (7) Protection of Metrological Properties The Owner shall maintain the m
  39. 7Article (7-1) Requirements for the Status of Use 1. In the event that it is mand
  40. 7Article (7) Operational Conditions The Manufacturer shall specify the base condi
  41. 7Article (7) Requirements for the Status of Use 1. The Competent Authority shall
  42. 8Article (8) Type Declaration and Conformity Assessment 1. The Manufacturer or Su
  43. 8Article (8) Maximum Permissible Errors (MPES). 1.(0.5%) at ambient temperature (
  44. 8Article (8) Sub-Parts The requirements of the Sub-Parts may apply to Sub-Parts m
  45. 9Article (9) Metrological Confirmation Requirements Confirmation shall be carried
  46. 9Article (9) The Appropriateness 1. The electronic conversion device shall be cap
  47. 9Article (9) Label Card for Sub-Parts The following basic information is recorded
  48. 10Article (10) of this resolution. e. The maximum error rate in measuring the cons
  49. 10Article (10) Label Card 1. The Consumer Meters included in this resolution shall
  50. 10Article (10) Requirements for the use of Gas Meters and volume conversion device
  51. 10Article (10) Requirements for the Status of Use 1. If it is mandatory to measure
  52. 11Article (11) General Requirements 1. Resizable: The measurements result of the s
  53. 12Article (12) Regularisation 1. The Supplier wishing to import Consumer Meters in
  54. 13Article (13) General Provisions 1. The Minister may amend or add to these Annexe
  55. 14Article (14) Executive Resolutions The Minister shall issue the Executive Resolu
  56. 15Article (15) Repeals Any provision that violates or contradicts the provisions o
  57. 16Article (16) Publication and Entry into Force This Resolution shall be published
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