{"lab":{"_id":"6af323220ecd48de0c705b7d","accr_number":"AP 204","country":"PL","imported_at":"2026-11-10T12:00:00.000Z","accr_body":"PCA","activity_conducted":"w stałej lokalizacji (S)","activity_conducted_en":"at permanent location (S)","address":"ul. Tarcice 11, 80-718 Gdańsk","approver":"Katarzyna Wiśniewska","categories":["metrology"],"certificate_date":"31.03.2022","city":"Gdańsk","cmc_note":"Niepewność pomiaru dla CMC stanowi niepewność rozszerzoną przy prawdopodobieństwie rozszerzenia ok. 95 % i jest wyrażona jednostkach wielkości mierzonej. Wartość niepewności pomiaru dla CMC wyrażona w procentach jest niepewnością pomiaru względną i dotyczy procentowego udziału w wartości wielkości mierzonej.","cmc_note_en":"The uncertainty covered by the CMC is the expanded uncertainty with a coverage probability of approximately 95 % and is expressed in measurand units. The CMC uncertainty expressed as a percentage is the relative measurement uncertainty and refers to the percentage share in the value of the measurand.","cycle_from":"04.03.2026","cycle_to":"30.03.2030","email_source":"PCA","en_official":false,"fields_of_testing":[{"codes":"6.01","pl":"długość","en":"length","de":"Länge","zh":"长度","cs":"délka"},{"codes":"14.02","pl":"wilgotność względna","en":"relative humidity","de":"relative Feuchte","zh":"相对湿度","cs":"relativní vlhkost"},{"codes":"19.01","pl":"temperatura (termometria elektryczna)","en":"temperature (electrical thermometry)","de":"Temperatur (elektrische Thermometrie)","zh":"温度（电测温）","cs":"teplota (elektrická termometrie)"}],"has_en":true,"has_zh":true,"issue":{"no":"4","date":"04.03.2026"},"issue_date":"04.03.2026","issue_number":"4","lab_division":null,"lab_kind":"calibration","lab_type":"calibration","location":{"type":"Point","coordinates":[18.7077809,54.35296]},"map_coord":[54.35296,18.7077809],"map_geo":"nominatim-street","methods_count":4,"name":"Agencja ANTICORR Gdańsk Sp. z o.o.","parse_date":"2026-11-10T12:00:00.000Z","parse_source":"reczna-analiza-labcoda-1","parse_status":"parsed","parse_version":1,"parsed_at":"2026-11-10T12:00:00.000Z","pdf_files":["AP_204.pdf"],"scope_notes":[],"scope_summary":"Laboratorium wzorcujące. Wielkości mierzone: długość, wilgotność względna, temperatura (termometria elektryczna). W stałej lokalizacji (S).","search_text":"agencja anticorr gdańsk sp. z o.o. ul. tarcice 11, 80-718 gdańsk laboratorium wzorcujące. wielkości mierzone: długość, wilgotność względna, temperatura (termometria elektryczna). w stałej lokalizacji (s). ap 204 ap204 laboratorium wzorcujące wzorcowanie kalibracja length relative humidity temperature (electrical thermometry) agencja anticorr gdansk sp. z o.o. ul. tarcice 11, 80-718 gdansk laboratorium wzorcujace. wielkosci mierzone: dlugosc, wilgotnosc wzgledna, temperatura (termometria elektryczna). w stalej lokalizacji (s). ap 204 ap204 laboratorium wzorcujace wzorcowanie kalibracja length relative humidity temperature (electrical thermometry)","source_lang":"pl","source_page_url":"https://bip.pca.gov.pl/wykazy-i-archiwa/akredytacje-aktywne/laboratoria-wzorcujace/AP%20204,podmiot.html","source_pdf_sha256":"46f63675dcc72e30949f142c9f0eee3fb1103f161a019265decedbbc3c9ce2cf","source_pdf_url":"https://bip.pca.gov.pl/storage/file/e-accreditations/2026/11/10/2715151d4ff713396a7615223148bc18/AP%20204.pdf","status":"active","updated_at":"2026-11-10T12:00:00.000Z","valid_from":"31-03-2022","valid_until":"30-03-2030","website":"https://laboratorium-anticorr.pl/","cmc_note_de":"Die Messunsicherheit der CMC ist die erweiterte Messunsicherheit mit einer Überdeckungswahrscheinlichkeit von ca. 95 % und wird in Einheiten der Messgröße angegeben. Der in Prozent angegebene Wert der CMC-Messunsicherheit ist die relative Messunsicherheit und bezieht sich auf den prozentualen Anteil am Wert der Messgröße.","has_de":true,"cmc_note_zh":"CMC测量不确定度为包含概率约95 %的扩展不确定度，以被测量的单位表示。以百分数表示的CMC测量不确定度为相对测量不确定度，指占被测量值的百分比。","cmc_note_cs":"Nejistota měření CMC je rozšířená nejistota s pravděpodobností pokrytí přibližně 95 % a je vyjádřena v jednotkách měřené veličiny. Hodnota nejistoty měření CMC vyjádřená v procentech je relativní nejistota měření a vztahuje se k procentnímu podílu na hodnotě měřené veličiny.","has_cs":true,"pelny_cs":true},"methods":[{"_id":"d658ddecf09e005988ba2c02","lab_id":"6af323220ecd48de0c705b7d","country":"PL","accr_number":"AP 204","accr_body":"PCA","test_object":"Mierniki do pomiaru grubości powłok","test_object_en":"Coating thickness gauges","methodology":"Wzorcowanie — Długość","methodology_en":"Calibration — Length","parameters":[{"name":"","range":"0 µm do 250 µm","cmc":"2,5 µm"},{"name":"","range":"250 µm do 600 µm","cmc":"2,8 µm"},{"name":"","range":"600 µm do 1000 µm","cmc":"3,4 µm"},{"name":"","range":"1000 µm do 3000 µm","cmc":"5,3 µm"},{"name":"","range":"3000 µm do 4000 µm","cmc":"7,0 µm"},{"name":"","range":"4000 µm do 5000 µm","cmc":"9,0 µm"},{"name":"","range":"5000 µm do 6000 µm","cmc":"10,5 µm"}],"parameters_en":[{"name":"","range":"0 µm to 250 µm","cmc":"2,5 µm"},{"name":"","range":"250 µm to 600 µm","cmc":"2,8 µm"},{"name":"","range":"600 µm to 1000 µm","cmc":"3,4 µm"},{"name":"","range":"1000 µm to 3000 µm","cmc":"5,3 µm"},{"name":"","range":"3000 µm to 4000 µm","cmc":"7,0 µm"},{"name":"","range":"4000 µm to 5000 µm","cmc":"9,0 µm"},{"name":"","range":"5000 µm to 6000 µm","cmc":"10,5 µm"}],"technique":"Procedura wewnętrzna; Metoda bezpośrednia z użyciem folii wzorcowych; W stałej lokalizacji (S)","technique_en":"Internal procedure; Direct method using reference foils; At permanent location (S)","techniques":["Procedura wewnętrzna","Metoda bezpośrednia z użyciem folii wzorcowych","W stałej lokalizacji (S)"],"techniques_en":["Internal procedure","Direct method using reference foils","At permanent location (S)"],"computed":[],"computed_en":[],"activity":"Wzorcowanie — Długość\nZakres:\n0 µm do 250 µm CMC 2,5 µm\n250 µm do 600 µm CMC 2,8 µm\n600 µm do 1000 µm CMC 3,4 µm\n1000 µm do 3000 µm CMC 5,3 µm\n3000 µm do 4000 µm CMC 7,0 µm\n4000 µm do 5000 µm CMC 9,0 µm\n5000 µm do 6000 µm CMC 10,5 µm\nProcedura wewnętrzna; Metoda bezpośrednia z użyciem folii wzorcowych; W stałej lokalizacji (S)","reference":"KMW-01","norm_bases":["KMW-01"],"internal_procedure":true,"lab_section":null,"lab_section_en":null,"lab_address":null,"regulatory_area":"Długość","regulatory_area_en":"Length","outside_premises":false,"location_of_activity":"S","note":null,"note_en":null,"search_text":"Mierniki do pomiaru grubości powłok Wzorcowanie — Długość\nZakres:\n0 µm do 250 µm CMC 2,5 µm\n250 µm do 600 µm CMC 2,8 µm\n600 µm do 1000 µm CMC 3,4 µm\n1000 µm do 3000 µm CMC 5,3 µm\n3000 µm do 4000 µm CMC 7,0 µm\n4000 µm do 5000 µm CMC 9,0 µm\n5000 µm do 6000 µm CMC 10,5 µm\nProcedura wewnętrzna; Metoda bezpośrednia z użyciem folii wzorcowych; W stałej lokalizacji (S) KMW-01 Mierniki do pomiaru grubosci powlok Wzorcowanie — Dlugosc\nZakres:\n0 µm do 250 µm CMC 2,5 µm\n250 µm do 600 µm CMC 2,8 µm\n600 µm do 1000 µm CMC 3,4 µm\n1000 µm do 3000 µm CMC 5,3 µm\n3000 µm do 4000 µm CMC 7,0 µm\n4000 µm do 5000 µm CMC 9,0 µm\n5000 µm do 6000 µm CMC 10,5 µm\nProcedura wewnetrzna; Metoda bezposrednia z uzyciem folii wzorcowych; W stalej lokalizacji (S) KMW-01","search_en":"Coating thickness gauges Calibration — Length Internal procedure; Direct method using reference foils; At permanent location (S) Length Internal procedure Direct method using reference foils At permanent location (S) KMW-01","categories":["metrology"],"categories_source":"reczne","source_lang":"pl","translation":{"en":"reczna-analiza-labcoda-1"},"row_index":0,"parse_version":1,"parse_source":"reczna-analiza-labcoda-1","methodology_de":"Kalibrierung — Länge","parameters_de":[{"name":"","range":"0 µm to 250 µm","cmc":"2,5 µm"},{"name":"","range":"250 µm to 600 µm","cmc":"2,8 µm"},{"name":"","range":"600 µm to 1000 µm","cmc":"3,4 µm"},{"name":"","range":"1000 µm to 3000 µm","cmc":"5,3 µm"},{"name":"","range":"3000 µm to 4000 µm","cmc":"7,0 µm"},{"name":"","range":"4000 µm to 5000 µm","cmc":"9,0 µm"},{"name":"","range":"5000 µm to 6000 µm","cmc":"10,5 µm"}],"regulatory_area_de":"Länge","search_de":"Schichtdickenmessgeräte Kalibrierung — Länge Interne Verfahrensanweisung; 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Přímá metoda s použitím etalonových fólií; Ve stálé lokalitě (S) Délka Vnitřní postup Přímá metoda s použitím etalonových fólií Ve stálé lokalitě (S) KMW-01","technique_cs":"Vnitřní postup; Přímá metoda s použitím etalonových fólií; Ve stálé lokalitě (S)","techniques_cs":["Vnitřní postup","Přímá metoda s použitím etalonových fólií","Ve stálé lokalitě (S)"],"test_object_cs":"Měřidla tloušťky povlaků"},{"_id":"024c34d04a12bcd29a74537e","lab_id":"6af323220ecd48de0c705b7d","country":"PL","accr_number":"AP 204","accr_body":"PCA","test_object":"Folie wzorcowe","test_object_en":"Reference foils","methodology":"Wzorcowanie — Długość","methodology_en":"Calibration — Length","parameters":[{"name":"","range":"0 µm do 250 µm","cmc":"3,5 µm"},{"name":"","range":"250 µm do 500 µm","cmc":"3,6 µm"},{"name":"","range":"500 µm do 800 µm","cmc":"3,7 µm"},{"name":"","range":"800 µm do 1200 µm","cmc":"3,8 µm"}],"parameters_en":[{"name":"","range":"0 µm to 250 µm","cmc":"3,5 µm"},{"name":"","range":"250 µm to 500 µm","cmc":"3,6 µm"},{"name":"","range":"500 µm to 800 µm","cmc":"3,7 µm"},{"name":"","range":"800 µm to 1200 µm","cmc":"3,8 µm"}],"technique":"Procedura wewnętrzna; Metoda bezpośrednia z użyciem czujnika cyfrowego; W stałej lokalizacji (S)","technique_en":"Internal procedure; Direct method using a digital indicator; At permanent location (S)","techniques":["Procedura wewnętrzna","Metoda bezpośrednia z użyciem czujnika cyfrowego","W stałej lokalizacji (S)"],"techniques_en":["Internal procedure","Direct method using a digital indicator","At permanent location (S)"],"computed":[],"computed_en":[],"activity":"Wzorcowanie — Długość\nZakres:\n0 µm do 250 µm CMC 3,5 µm\n250 µm do 500 µm CMC 3,6 µm\n500 µm do 800 µm CMC 3,7 µm\n800 µm do 1200 µm CMC 3,8 µm\nProcedura wewnętrzna; Metoda bezpośrednia z użyciem czujnika cyfrowego; W stałej lokalizacji (S)","reference":"KMW-03","norm_bases":["KMW-03"],"internal_procedure":true,"lab_section":null,"lab_section_en":null,"lab_address":null,"regulatory_area":"Długość","regulatory_area_en":"Length","outside_premises":false,"location_of_activity":"S","note":null,"note_en":null,"search_text":"Folie wzorcowe Wzorcowanie — Długość\nZakres:\n0 µm do 250 µm CMC 3,5 µm\n250 µm do 500 µm CMC 3,6 µm\n500 µm do 800 µm CMC 3,7 µm\n800 µm do 1200 µm CMC 3,8 µm\nProcedura wewnętrzna; Metoda bezpośrednia z użyciem czujnika cyfrowego; W stałej lokalizacji (S) KMW-03 Folie wzorcowe Wzorcowanie — Dlugosc\nZakres:\n0 µm do 250 µm CMC 3,5 µm\n250 µm do 500 µm CMC 3,6 µm\n500 µm do 800 µm CMC 3,7 µm\n800 µm do 1200 µm CMC 3,8 µm\nProcedura wewnetrzna; Metoda bezposrednia z uzyciem czujnika cyfrowego; W stalej lokalizacji (S) KMW-03","search_en":"Reference foils Calibration — Length Internal procedure; Direct method using a digital indicator; At permanent location (S) Length Internal procedure Direct method using a digital indicator At permanent location (S) KMW-03","categories":["metrology"],"categories_source":"reczne","source_lang":"pl","translation":{"en":"reczna-analiza-labcoda-1"},"row_index":1,"parse_version":1,"parse_source":"reczna-analiza-labcoda-1","methodology_de":"Kalibrierung — Länge","parameters_de":[{"name":"","range":"0 µm to 250 µm","cmc":"3,5 µm"},{"name":"","range":"250 µm to 500 µm","cmc":"3,6 µm"},{"name":"","range":"500 µm to 800 µm","cmc":"3,7 µm"},{"name":"","range":"800 µm to 1200 µm","cmc":"3,8 µm"}],"regulatory_area_de":"Länge","search_de":"Referenzfolien Kalibrierung — Länge Interne Verfahrensanweisung; Direktes Verfahren mit einer digitalen Messuhr; Am festen Standort (S) Länge Internes Verfahren Direktes Verfahren mit einer digitalen Messuhr Am festen Standort (S) KMW-03","technique_de":"Interne Verfahrensanweisung; Direktes Verfahren mit einer digitalen Messuhr; Am festen Standort (S)","techniques_de":["Internes Verfahren","Direktes Verfahren mit einer digitalen Messuhr","Am festen Standort (S)"],"test_object_de":"Referenzfolien","methodology_zh":"校准 — 长度","parameters_zh":[{"name":"","range":"0 µm to 250 µm","cmc":"3,5 µm"},{"name":"","range":"250 µm to 500 µm","cmc":"3,6 µm"},{"name":"","range":"500 µm to 800 µm","cmc":"3,7 µm"},{"name":"","range":"800 µm to 1200 µm","cmc":"3,8 µm"}],"regulatory_area_zh":"长度","search_zh":"标准薄膜 校准 — 长度 内部程序；使用数显指示表的直接法；在固定地点 (S) 长度 内部程序 使用数显指示表的直接法 在固定地点 (S) KMW-03","technique_zh":"内部程序；使用数显指示表的直接法；在固定地点 (S)","techniques_zh":["内部程序","使用数显指示表的直接法","在固定地点 (S)"],"test_object_zh":"标准薄膜","methodology_cs":"Kalibrace — Délka","parameters_cs":[{"name":"","range":"0 µm to 250 µm","cmc":"3,5 µm"},{"name":"","range":"250 µm to 500 µm","cmc":"3,6 µm"},{"name":"","range":"500 µm to 800 µm","cmc":"3,7 µm"},{"name":"","range":"800 µm to 1200 µm","cmc":"3,8 µm"}],"regulatory_area_cs":"Délka","search_cs":"Etalonové fólie Kalibrace — Délka Vnitřní postup; Přímá metoda s použitím digitálního úchylkoměru; Ve stálé lokalitě (S) Délka Vnitřní postup Přímá metoda s použitím digitálního úchylkoměru Ve stálé lokalitě (S) KMW-03","technique_cs":"Vnitřní postup; Přímá metoda s použitím digitálního úchylkoměru; Ve stálé lokalitě (S)","techniques_cs":["Vnitřní postup","Přímá metoda s použitím digitálního úchylkoměru","Ve stálé lokalitě (S)"],"test_object_cs":"Etalonové fólie"},{"_id":"881b8b63055a58b7b67b7a03","lab_id":"6af323220ecd48de0c705b7d","country":"PL","accr_number":"AP 204","accr_body":"PCA","test_object":"Termohigrometry","test_object_en":"Thermohygrometers","methodology":"Wzorcowanie — Wilgotność względna","methodology_en":"Calibration — Relative humidity","parameters":[{"name":"w zakresie temperatury 10 °C do 20 °C","range":"50 %rh do 75 %rh","cmc":"2,5 %rh"},{"name":"w zakresie temperatury 20 °C do 40 °C","range":"20 %rh do 80 %rh","cmc":"2,5 %rh"},{"name":"w zakresie temperatury 40 °C","range":"20 %rh do 50 %rh","cmc":"2,5 %rh"}],"parameters_en":[{"name":"in the temperature range 10 °C to 20 °C","range":"50 %rh to 75 %rh","cmc":"2,5 %rh"},{"name":"in the temperature range 20 °C to 40 °C","range":"20 %rh to 80 %rh","cmc":"2,5 %rh"},{"name":"in the temperature range 40 °C","range":"20 %rh to 50 %rh","cmc":"2,5 %rh"}],"technique":"Procedura wewnętrzna; 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