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South Korea

DEKRA Korea Co.,

498-2, Geurmeo-ro, Pogok-eup, Cheoin-gu, 494, Geurmeo-ro, Pogok-eup, Cheoin-gu, Yongin-si, Gyeonggi-do, 17030, South Korea, Yongin-si, Gyeonggi-do, South Korea

A2LA|2460.01ISO/IEC 17025Register refreshed 2026-09-25
Certificates
1
Scope items
4
Standards
7
Locations
2
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82 10 2337 3528
meyer.shin@dekra.com
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Register record

A2LARefreshed
2460.01Active

Accredited standards

7

Our reading of the A2LA scope: each standard once, with its official name where we have checked it. Click a standard to see the scope line it comes from, word for word.

ISO 7637-2Road vehicles - Electrical disturbances from conduction and coupling - Part 2: Electrical transient conduction along supply lines only
As written on the certificate · Line 2 (A2LA 2460.01)

ISO 11452-4 (2020); CS.00244 (2023), Section 5.3.2; GMW 3097 (2022), Section 3.4.1; FMC1278 (2023), RI112; TL81000 (2021), Section 5.2.2; ECE R10.06; ISO 11452-2 (2019); CS.00244 (2023), Section 5.3.3; GMW 3097 (2022), Section 3.4.2; FMC1278 (2023), RI114; TL81000 (2021), Section 5.2.3; ECE R10.06; ISO 11452-9 (2012); CS.00244 (2023), Section 5.3.5; GMW 3097 (2022), Section 3.4.4; TL81000 (2021), Section 5.2.5; FMC1278 (2023), RI115; ISO 11452-4(2011); SAE J1113-22; ISO11452-8 (2022); CS.00244 (2023), Section 5.3.6; GMW 3097 (2022), Section 3.4.5; FMC1278 (2023), RI140; TL81000 (2021), Section 5.2.6; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.1; CS.00244 (2023), Section 5.2.14; TL81000 (2021), Section 5.4.3.2; ECE R10.06; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.2; CS.00244 (2023), Section 5.2.15, 5.2.16, 5.2.17; TL81000 (2021), Section 5.4.3.1; ECE R10.06; ISO 7637-3 (2016); GMW 3097 (2022), Section 3.5.3; CS.00244 (2023), Section 5.2.19; TL81000 (2021), Section 5.4.4

ISO 7637-3Road vehicles - Electrical disturbances from conduction and coupling - Part 3: Electrical transient transmission by capacitive and inductive coupling via lines other than supply lines
As written on the certificate · Line 2 (A2LA 2460.01)

ISO 11452-4 (2020); CS.00244 (2023), Section 5.3.2; GMW 3097 (2022), Section 3.4.1; FMC1278 (2023), RI112; TL81000 (2021), Section 5.2.2; ECE R10.06; ISO 11452-2 (2019); CS.00244 (2023), Section 5.3.3; GMW 3097 (2022), Section 3.4.2; FMC1278 (2023), RI114; TL81000 (2021), Section 5.2.3; ECE R10.06; ISO 11452-9 (2012); CS.00244 (2023), Section 5.3.5; GMW 3097 (2022), Section 3.4.4; TL81000 (2021), Section 5.2.5; FMC1278 (2023), RI115; ISO 11452-4(2011); SAE J1113-22; ISO11452-8 (2022); CS.00244 (2023), Section 5.3.6; GMW 3097 (2022), Section 3.4.5; FMC1278 (2023), RI140; TL81000 (2021), Section 5.2.6; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.1; CS.00244 (2023), Section 5.2.14; TL81000 (2021), Section 5.4.3.2; ECE R10.06; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.2; CS.00244 (2023), Section 5.2.15, 5.2.16, 5.2.17; TL81000 (2021), Section 5.4.3.1; ECE R10.06; ISO 7637-3 (2016); GMW 3097 (2022), Section 3.5.3; CS.00244 (2023), Section 5.2.19; TL81000 (2021), Section 5.4.4

As written on the certificate · Line 3 (A2LA 2460.01)

ISO 7637-3 (2016); GMW 3097 (2022), Section 3.5.4; FMC1278 (2023); ISO-16750-2 (2023); CS.00244 (2023), Section 5.2.2

ISO 10605Road vehicles - Test methods for electrical disturbances from electrostatic discharge
As written on the certificate · Line 1 (A2LA 2460.01)

ISO 10605 (2008); CS.00244 (2023); GMW 3097 (2022); SAE J1113-13; FMC1278 (2023) CI280; TL81000 (2021); CISPR 25 (2021); MIL-STD-461F (2007); ECE R10.06

ISO 11452-2Road vehicles - Component test methods for electrical disturbances from narrowband radiated electromagnetic energy - Part 2: Absorber-lined shielded enclosure
As written on the certificate · Line 2 (A2LA 2460.01)

ISO 11452-4 (2020); CS.00244 (2023), Section 5.3.2; GMW 3097 (2022), Section 3.4.1; FMC1278 (2023), RI112; TL81000 (2021), Section 5.2.2; ECE R10.06; ISO 11452-2 (2019); CS.00244 (2023), Section 5.3.3; GMW 3097 (2022), Section 3.4.2; FMC1278 (2023), RI114; TL81000 (2021), Section 5.2.3; ECE R10.06; ISO 11452-9 (2012); CS.00244 (2023), Section 5.3.5; GMW 3097 (2022), Section 3.4.4; TL81000 (2021), Section 5.2.5; FMC1278 (2023), RI115; ISO 11452-4(2011); SAE J1113-22; ISO11452-8 (2022); CS.00244 (2023), Section 5.3.6; GMW 3097 (2022), Section 3.4.5; FMC1278 (2023), RI140; TL81000 (2021), Section 5.2.6; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.1; CS.00244 (2023), Section 5.2.14; TL81000 (2021), Section 5.4.3.2; ECE R10.06; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.2; CS.00244 (2023), Section 5.2.15, 5.2.16, 5.2.17; TL81000 (2021), Section 5.4.3.1; ECE R10.06; ISO 7637-3 (2016); GMW 3097 (2022), Section 3.5.3; CS.00244 (2023), Section 5.2.19; TL81000 (2021), Section 5.4.4

ISO 11452-4Road vehicles - Component test methods for electrical disturbances from narrowband radiated electromagnetic energy - Part 4: Harness excitation methods
As written on the certificate · Line 2 (A2LA 2460.01)

ISO 11452-4 (2020); CS.00244 (2023), Section 5.3.2; GMW 3097 (2022), Section 3.4.1; FMC1278 (2023), RI112; TL81000 (2021), Section 5.2.2; ECE R10.06; ISO 11452-2 (2019); CS.00244 (2023), Section 5.3.3; GMW 3097 (2022), Section 3.4.2; FMC1278 (2023), RI114; TL81000 (2021), Section 5.2.3; ECE R10.06; ISO 11452-9 (2012); CS.00244 (2023), Section 5.3.5; GMW 3097 (2022), Section 3.4.4; TL81000 (2021), Section 5.2.5; FMC1278 (2023), RI115; ISO 11452-4(2011); SAE J1113-22; ISO11452-8 (2022); CS.00244 (2023), Section 5.3.6; GMW 3097 (2022), Section 3.4.5; FMC1278 (2023), RI140; TL81000 (2021), Section 5.2.6; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.1; CS.00244 (2023), Section 5.2.14; TL81000 (2021), Section 5.4.3.2; ECE R10.06; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.2; CS.00244 (2023), Section 5.2.15, 5.2.16, 5.2.17; TL81000 (2021), Section 5.4.3.1; ECE R10.06; ISO 7637-3 (2016); GMW 3097 (2022), Section 3.5.3; CS.00244 (2023), Section 5.2.19; TL81000 (2021), Section 5.4.4

ISO 11452-8Road vehicles - Component test methods for electrical disturbances from narrowband radiated electromagnetic energy - Part 8: Immunity to magnetic fields
As written on the certificate · Line 2 (A2LA 2460.01)

ISO 11452-4 (2020); CS.00244 (2023), Section 5.3.2; GMW 3097 (2022), Section 3.4.1; FMC1278 (2023), RI112; TL81000 (2021), Section 5.2.2; ECE R10.06; ISO 11452-2 (2019); CS.00244 (2023), Section 5.3.3; GMW 3097 (2022), Section 3.4.2; FMC1278 (2023), RI114; TL81000 (2021), Section 5.2.3; ECE R10.06; ISO 11452-9 (2012); CS.00244 (2023), Section 5.3.5; GMW 3097 (2022), Section 3.4.4; TL81000 (2021), Section 5.2.5; FMC1278 (2023), RI115; ISO 11452-4(2011); SAE J1113-22; ISO11452-8 (2022); CS.00244 (2023), Section 5.3.6; GMW 3097 (2022), Section 3.4.5; FMC1278 (2023), RI140; TL81000 (2021), Section 5.2.6; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.1; CS.00244 (2023), Section 5.2.14; TL81000 (2021), Section 5.4.3.2; ECE R10.06; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.2; CS.00244 (2023), Section 5.2.15, 5.2.16, 5.2.17; TL81000 (2021), Section 5.4.3.1; ECE R10.06; ISO 7637-3 (2016); GMW 3097 (2022), Section 3.5.3; CS.00244 (2023), Section 5.2.19; TL81000 (2021), Section 5.4.4

ISO 11452-9Road vehicles - Component test methods for electrical disturbances from narrowband radiated electromagnetic energy - Part 9: Portable transmitters
As written on the certificate · Line 2 (A2LA 2460.01)

ISO 11452-4 (2020); CS.00244 (2023), Section 5.3.2; GMW 3097 (2022), Section 3.4.1; FMC1278 (2023), RI112; TL81000 (2021), Section 5.2.2; ECE R10.06; ISO 11452-2 (2019); CS.00244 (2023), Section 5.3.3; GMW 3097 (2022), Section 3.4.2; FMC1278 (2023), RI114; TL81000 (2021), Section 5.2.3; ECE R10.06; ISO 11452-9 (2012); CS.00244 (2023), Section 5.3.5; GMW 3097 (2022), Section 3.4.4; TL81000 (2021), Section 5.2.5; FMC1278 (2023), RI115; ISO 11452-4(2011); SAE J1113-22; ISO11452-8 (2022); CS.00244 (2023), Section 5.3.6; GMW 3097 (2022), Section 3.4.5; FMC1278 (2023), RI140; TL81000 (2021), Section 5.2.6; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.1; CS.00244 (2023), Section 5.2.14; TL81000 (2021), Section 5.4.3.2; ECE R10.06; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.2; CS.00244 (2023), Section 5.2.15, 5.2.16, 5.2.17; TL81000 (2021), Section 5.4.3.1; ECE R10.06; ISO 7637-3 (2016); GMW 3097 (2022), Section 3.5.3; CS.00244 (2023), Section 5.2.19; TL81000 (2021), Section 5.4.4

Scope as published by A2LA

4 lines
A2LA

ISO/IEC 17025

Active

2460.01

The scope document we hold says it is valid until 2026-12-31.

View scope

Accredited scope, certificate 2460.01

LineDisciplineMethodMatrixRange
1electricalISO 10605 (2008); CS.00244 (2023); GMW 3097 (2022); SAE J1113-13; FMC1278 (2023) CI280; TL81000 (2021); CISPR 25 (2021); MIL-STD-461F (2007); ECE R10.06--
2electricalISO 11452-4 (2020); CS.00244 (2023), Section 5.3.2; GMW 3097 (2022), Section 3.4.1; FMC1278 (2023), RI112; TL81000 (2021), Section 5.2.2; ECE R10.06; ISO 11452-2 (2019); CS.00244 (2023), Section 5.3.3; GMW 3097 (2022), Section 3.4.2; FMC1278 (2023), RI114; TL81000 (2021), Section 5.2.3; ECE R10.06; ISO 11452-9 (2012); CS.00244 (2023), Section 5.3.5; GMW 3097 (2022), Section 3.4.4; TL81000 (2021), Section 5.2.5; FMC1278 (2023), RI115; ISO 11452-4(2011); SAE J1113-22; ISO11452-8 (2022); CS.00244 (2023), Section 5.3.6; GMW 3097 (2022), Section 3.4.5; FMC1278 (2023), RI140; TL81000 (2021), Section 5.2.6; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.1; CS.00244 (2023), Section 5.2.14; TL81000 (2021), Section 5.4.3.2; ECE R10.06; ISO 7637-2 (2011); GMW 3097 (2022), Section 3.5.2; CS.00244 (2023), Section 5.2.15, 5.2.16, 5.2.17; TL81000 (2021), Section 5.4.3.1; ECE R10.06; ISO 7637-3 (2016); GMW 3097 (2022), Section 3.5.3; CS.00244 (2023), Section 5.2.19; TL81000 (2021), Section 5.4.4--
3electricalISO 7637-3 (2016); GMW 3097 (2022), Section 3.5.4; FMC1278 (2023); ISO-16750-2 (2023); CS.00244 (2023), Section 5.2.2Automotive Products-
4electrical
For the tests to which this accreditation applies, please refer to the laboratory’s Electrical Scope of Accreditation. Accredited Laboratory A2LA has accredited DEKRA KOREA CO., LTD. Yongin-si, Gyeonggi-do, South Korea for technical competence in the field of Electrical Testing This laboratory is accredited in accordance with the recognized International Standard ISO/IEC 17025:2017 General requirements for the competence of testing and calibration laboratories. This accreditation demonstrates technical competence for a defined scope and the operation of a laboratory quality management system (refer to joint ISO-ILAC-IAF Communiqué dated April 2017). Presented this 27th day of March 2025. _______________________ Mr. Trace McInturff, Vice President, Accreditation Services For the Accreditation Council Certificate Number 2460.01 Valid to December 31, 2026

Ranges are reproduced from the accredited scope document as published. An absent range means the register did not state one. Line numbers are ours, for cross-reference; they follow the order of the scope document.

Location

498-2, Geurmeo-ro, Pogok-eup, Cheoin-gu, 494, Geurmeo-ro, Pogok-eup, Cheoin-gu, Yongin-si, Gyeonggi-do, 17030, South Korea, Yongin-si, Gyeonggi-do, KR

37.41427, 127.08435

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Other Locations

1 other site in this organization

Incheon,, KR
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Accreditation data refreshed from the A2LA register on .

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