Common use of Meter rated parameters Clause in Contracts

Meter rated parameters. The three phase meter shall be of Class 1 for indoor and outdoor domestic applications with: - Rated current of 10-100 A - Rated Voltage of 400 ± 10% V (L-L) - Frequency 50 HZ - Relay rated current 110 A - Electromagnetic Compatibility of 15kV according to IEC61000-4-2 - Electromagnetic RF Fields 80MHz-2GHz, typical 30 V/m according to IEC61000-4-3 - Fast Transient Burst 4 kV for main circuits, 2 kV for auxiliary circuits, to IEC61000-4-5 - Insulation strength of 4kVAC at 50Hz for 1 minute - Insulation strength Pulse Voltage 1.2/50microsec, 8kV main circuits, 6 kV auxiliary circuits according to IEC 62052-11 - Impulse withstands voltage of (8kV)

Meter rated parameters. The three phase meter shall be of Class 1 0.5s for indoor and outdoor domestic applications with: - Rated current of 105-100 10 A - Rated Voltage of 400 ± 10% V (L-L) - Frequency 50 HZ - Relay rated current 110 A - Electromagnetic Compatibility of 15kV according to IEC61000-4-2 - Electromagnetic RF Fields 80MHz-2GHz, typical 30 V/m according to IEC61000-4-3 - Fast Transient Burst 4 kV for main circuits, 2 kV for auxiliary circuits, to IEC61000-4-5 - Insulation strength of 4kVAC at 50Hz for 1 minute - Insulation strength Pulse Voltage 1.2/50microsec, 8kV main circuits, 6 kV auxiliary circuits according to IEC 62052-11 - Impulse withstands voltage of (8kV)

Meter rated parameters. The three three-phase meter shall be of Class 1 0.5s for indoor and outdoor domestic applications with: - Rated current of 105-100 10 A - Rated Voltage of 400 ± 10% V (L-L) - Frequency 50 HZ - Relay rated current 110 A - Electromagnetic Compatibility of 15kV according to IEC61000-4-2 - Electromagnetic RF Fields 80MHz-2GHz, typical 30 V/m according to IEC61000-4-3 - Fast Transient Burst 4 kV for main circuits, 2 kV for auxiliary circuits, to IEC61000-4-5 - Insulation strength of 4kVAC at 50Hz for 1 minute - Insulation strength Pulse Voltage 1.2/50microsec, 8kV main circuits, 6 kV auxiliary circuits according to IEC 62052-11 - Impulse withstands voltage of (8kV) - The meter accuracy must be equal or less than 0.5 % in all accuracy tests (different value of current and power factor)

Meter rated parameters. The three three-phase meter shall be of Class 1 0.5s for indoor and outdoor domestic applications with: - Rated current of 105-100 10 A - Rated Voltage of 400 (110-400) ± 10% V (L-L) - Frequency 50 HZ - Relay rated current 110 A - Electromagnetic Compatibility of 15kV according to IEC61000-4-2 - Electromagnetic RF Fields 80MHz-2GHz, typical 30 V/m according to IEC61000-4-3 - Fast Transient Burst 4 kV for main circuits, 2 kV for auxiliary circuits, to IEC61000-4-5 - Insulation strength of 4kVAC at 50Hz for 1 minute - Insulation strength Pulse Voltage 1.2/50microsec, 8kV main circuits, 6 kV auxiliary circuits according to IEC 62052-11 - Impulse withstands voltage of (8kV) - The meter accuracy must be equal or less than 0.5 % in all accuracy tests (different value of current and power factor)

Meter rated parameters. The three three-phase meter shall be of Class 1 0.5s for indoor and outdoor domestic applications with: - Rated current of 105-100 10 A - Rated Voltage of 400 ± 10% V (L-L) - Frequency 50 HZ - Relay rated current 110 A - Electromagnetic Compatibility of 15kV according to IEC61000-4-2 - Electromagnetic RF Fields 80MHz-2GHz, typical 30 V/m according to IEC61000-4-3 - Fast Transient Burst 4 kV for main circuits, 2 kV for auxiliary circuits, to IEC61000-4-5 - Insulation strength of 4kVAC at 50Hz for 1 minute - Insulation strength Pulse Voltage 1.2/50microsec, 8kV main circuits, 6 kV auxiliary circuits according circuitsaccording to IEC 62052-11 - Impulse withstands voltage of (8kV) - The meter accuracy must be equal or less than 0.5 % in all accuracy tests (different value of current and power factor)

Meter rated parameters. The three three-phase meter shall be of Class 1 for indoor and outdoor domestic applications with: - Rated current of 10-100 80 A - Rated Voltage of 400 230 V ± 10% V (L-L) - Frequency 50 HZ Hz - Relay rated current 110 A (min.80 A) - Active Energy Class 1. - Electromagnetic Compatibility of 15kV according to IEC61000-4-2 - Electromagnetic RF Fields 80MHz-2GHz, typical 30 V/m according to IEC61000-4-3 - Fast Transient Burst 4 kV for main circuits, 2 kV for auxiliary circuits, to IEC61000-4-5 - Insulation strength of 4kVAC at 50Hz for 1 minute - Insulation strength Pulse Voltage 1.2/50microsec, 8kV main circuits, 6 kV auxiliary circuits according to IEC 62052-11 - Impulse withstands voltage of (8kV)

Meter rated parameters. The three phase meter shall be of Class 1 0.5s for indoor and outdoor domestic applications with: - Rated current of 105-100 10 A - Rated Voltage of 400 ± 10% V (L-L) - Frequency 50 HZ - Relay rated current 110 A - Electromagnetic Compatibility of 15kV according to IEC61000-4-2 - Electromagnetic RF Fields 80MHz-2GHz, typical 30 V/m according to IEC61000-4-3 - Fast Transient Burst 4 kV for main circuits, 2 kV for auxiliary circuits, to IEC61000-4-5 - Insulation strength of 4kVAC at 50Hz for 1 minute - Insulation strength Pulse Voltage 1.2/50microsec, 8kV main circuits, 6 kV auxiliary circuits according to IEC 62052-11 - Impulse withstands voltage of (8kV) - The meter accuracy must be equal or less than 0.5 % in all accuracy tests (different value of current and power factor)

Meter rated parameters. The three phase meter shall be of Class 1 0.5s for indoor and outdoor domestic applications with: - Rated current of 105-100 10 A - Rated Voltage of 400 110 ± 10% V (L-L) - Frequency 50 HZ - Relay rated current 110 A - Electromagnetic Compatibility of 15kV according to IEC61000-4-2 - Electromagnetic RF Fields 80MHz-2GHz, typical 30 V/m according to IEC61000-4-3 - Fast Transient Burst 4 kV for main circuits, 2 kV for auxiliary circuits, to IEC61000-4-5 - Insulation strength of 4kVAC at 50Hz for 1 minute - Insulation strength Pulse Voltage 1.2/50microsec, 8kV main circuits, 6 kV auxiliary circuits according to IEC 62052-11 - Impulse withstands voltage of (8kV) - The meter accuracy must be equal or less than 0.5 % in all accuracy tests (different value of current and power factor)