🇵🇱 ENEA Pomiary Sp. z o.o. PL

PCA AP 095 • Poznań, Poland • 3 calibration items

Metrology & calibration

ENEA Pomiary Sp. z o.o. is a calibration laboratory accredited by PCA under number AP 095 (Poznań, Poland). Its accreditation scope covers 3 calibration items in the following areas: Metrology & calibration. Calibrated items include: Devices for testing electrical energy meters, AC active electrical energy meters, AC reactive electrical energy meters, Current transformers. Most frequently used calibration principles: Internal procedure; Reference meter method; At permanent location (…, Internal procedure; Bridge method; At permanent location (S).

At a glance

Accreditation number: PCA AP 095
Calibration items in scope: 3
Types of calibrated items: 4
Calibration principles used: 2
City: Poznań, Poland
Valid until: 27-04-2030

Accreditation number: AP 095
Accreditation body: PCA
Address: ul. Strzeszyńska 58, 60-479 Poznań
City: Poznań, Poland
Division: Laboratorium Pomiarowe ENEA
Valid until: 27-04-2030

What this laboratory calibrates (4)

Devices for testing electrical energy meters — 2 calibration items
AC active electrical energy meters — 1 calibration item
AC reactive electrical energy meters — 1 calibration item
Current transformers — 1 calibration item

Calibration principles (2)

Internal procedure; Reference meter method; At permanent location (S) and outside of it (P) — 2 calibration items
Internal procedure; Bridge method; At permanent location (S) — 1 calibration item

Certificate information

Issue date: 08.04.2026
Issue no.: 20
Certificate date: 24.01.2020
Accreditation cycle: 08.04.2026 — 27.04.2030
Approved by: Katarzyna Wiśniewska

Accreditation scope — calibration items (3)

The measurement uncertainty value for CMC expressed as a percentage is the relative measurement uncertainty and refers to the percentage share in the measured value.

No.	Calibrated quantity / subject of calibration	Nominal range / parameters / CMC	Calibration principle	Calibration procedure
Calibration items
1	AC active electrical energy meters Devices for testing electrical energy meters	Calibration — Energy cos φ = 1 or cos φ = - 1 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,05 A to 120 A · CMC 0,026 % cos φ = 0,8 or cos φ = - 0,8 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,05 A to 120 A · CMC 0,028 % cos φ = 0,5 or cos φ = - 0,5 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,05 A to 120 A · CMC 0,052 % cos φ = 1 or cos φ = - 1 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,01 A to 0,05 A · CMC 0,029 % cos φ = 0,8 or cos φ = - 0,8 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,01 A to 0,05 A · CMC 0,032 % cos φ = 0,5 or cos φ = - 0,5 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,01 A to 0,05 A · CMC 0,058 % cos φ = 1 or cos φ = - 1 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,001 A to 0,01 A · CMC 0,037 % cos φ = 0,8 or cos φ = - 0,8 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,001 A to 0,01 A · CMC 0,043 % cos φ = 0,5 or cos φ = - 0,5 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,001 A to 0,01 A · CMC 0,074 % Energy	Internal procedure; Reference meter method; At permanent location (S) and outside of it (P)	P.03/00 P.16/00
2	AC reactive electrical energy meters Devices for testing electrical energy meters	Calibration — Energy sin φ = 1 or sin φ = - 1 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,05 A to 10 A · CMC 0,026 % sin φ = 0,8 or sin φ = - 0,8 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,05 A to 10 A · CMC 0,028 % sin φ = 0,5 or sin φ = - 0,5 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,05 A to 10 A · CMC 0,052 % sin φ = 1 or sin φ = - 1 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,01 A to 0,05 A · CMC 0,029 % sin φ = 0,8 or sin φ = - 0,8 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,01 A to 0,05 A · CMC 0,032 % sin φ = 0,5 or sin φ = - 0,5 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,01 A to 0,05 A · CMC 0,058 % sin φ = 1 or sin φ = - 1 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,001 A to 0,01 A · CMC 0,037 % sin φ = 0,8 or sin φ = - 0,8 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,001 A to 0,01 A · CMC 0,043 % sin φ = 0,5 or sin φ = - 0,5 — frequency: 50 Hz; voltage: 30 V to 270 V; phase angle: φ 0° to 360°; current: 0,001 A to 0,01 A · CMC 0,074 % Energy	Internal procedure; Reference meter method; At permanent location (S) and outside of it (P)	P.03/00 P.16/00
3	Current transformers	Calibration — High voltage and current ratio of alternating currents (50 Hz) — 5 A to 5000 A / 5 A / 1 A; 1 % to 120 % of primary current · CMC 0,038 %; 2,3 min High voltage and current	Internal procedure; Bridge method; At permanent location (S)	P.17/00

Reference standards (3)

P.03/00

P.16/00

P.17/00

The same scope as data (JSON): https://labcoda.pl/api/accreditation-scopes/labs/PL/AP%20095