Page 87 - Raport_engleza_2019

- organizing local events with specific European themes for SMEs;
- Enterprise Europe Network contact point.

Notes: Incubative capacity 5 SMEs
Innovation management system SR 13572: 2016 and ISO 56002: 2019

Notes: SRAC certificate no. 02 from 07.10.2019

6. Laboratory of Magnetic Materials (within the Department of Magnetic Materials
and Applications)

Field of accreditation in 2018
• Determination of the magnetic parameters of technical interest (Msat, Hc, TC, M = M(H)) of the
magnetic materials by using the magnetometer with vibrant sample, according to SR EN 60404‑7;
• Determination of the magnetic parameters of technical interest (BS, Hsat, Hc, µi, µmax), in DC, of the soft
magnetic materials from the magnetization curve and hysteresis cycle, according to SR EN 60404‑4:2003;
• Determination of the magnetic parameters of technical interest (Br, BHc, JHc, (Bo, Ho), (BH)max, µrev)
of the hard magnetic materials from the hysteresis cycle, according to SR EN 60404‑5:2008;
• Determination of the magnetic parameters of technical interest (BS, Hc, µi, µmax), in AC of the
metallic materials and powders, soft magnetically, in the frequency domain 1 Hz – 1 kHz, according to
SR EN 60404‑6:2004;
• Determination of the power losses of toles and strips by using the Epstein frame, according to SR EN
60404‑2: 2014;
• Determination of power losses of toles and strip by means of testing on a single sheet, according to
SR EN 10280+A1:2007;
o
o
• Characterization of magnetic materials in the temperature range from ‑263 C to 800 C by using the
vibrating sample magnetometer, according to SR EN 60404‑7;
• Materials testing in the climatic chamber under cyclic temperature conditions, in the temperature
range of –40oC to 180 C, and controlled humidity: 10 – 98 RH, in the temp. range of 20 – 180 C,
o
o
according to SR EN 60068‑3‑1:2012; SR EN 60068‑2‑30:2006;
• Determination of the massive materials density, according to SR EN ISO 3369:2010.
Notes: Non-accredited

Field of accreditation in 2018
• determination of the magnetic characteristics of technical interest (Msat, Hc, TC, M = M (H)) of the
magnetic materials with the magnetometer with vibrating sample, according to SR EN 60404 7;
• determination of the magnetic characteristics of technical interest (BS, Hsat, Hc, µi, µmax), in c.c., of
the soft magnetic materials from the magnetization curve and the hysteresis cycle, according to SR EN
60404 4: 2003;
• determination of the magnetic characteristics of technical interest (Br, BHc, JHc, (Bo, Ho), (BH) max,
µrev) of the hard magnetic materials from the hysteresis cycle, according to SR EN 60404 5: 2008;
• determination of the magnetic characteristics of technical interest (BS, Hc, µi, µmax), in c.a. of
metallic materials and of materials in powder form, soft magnetic, in the frequency range 1 Hz ‑ 1 kHz,
according to SR EN 60404 6: 2004;
• determination of power losses of sheets and strips using the Epstein frame, SR EN 60404 2: 2014;
• determination of power losses of sheets and strips with the help of tests on a single sheet, SR EN
10280 + A1: 2007;
• magnetic characterization of materials in the temperature range ‑263°C ‑ 800°C, by magnetometry
with vibrating sample, SR EN 60404 7;
• testing the materials in the air‑conditioned room under cyclical temperature conditions, in the range
–40°C ‑ + 180°C, with controlled humidity: 10 ‑ 98 RH, in the temperature range 20 ‑ 180°C,
according to SR EN 60068 3 1: 2012; SR EN 60068 2 30: 2006;
• determination of the density of massive materials, according to SR EN ISO 3369: 2010.

Notes: Unaccredited

2019 ANNUAL REPORT | PAGE 87