FIMI SRL
FIMI SRL
| Address(es) |
|
| Website | Not available |
| Status | MEMBER |
| Acceptance date | 2010-12-30 |
Further information
Stage | Country | Name |
|---|---|---|
2 | Denmark |
LEGEND: Scope Limitations
- RA : Audio amplifiers with audio power > 0,5 Watts excluded
- RC : Apparatus with connection(s) to a cable distribution system excluded
- RSH : Shredders excluded
- RT : Apparatus with connection(s) to a telecommunication network excluded
- RV : CRT (cathode ray tubes)/ picture tubes, plasma/LCD or other video apparatus excluded
- ROUT : Equipment intended for installation outdoors excluded
- RWPT : Wireless power transmitter excluded
Category | Name | Tests/Clauses | Acceptance Date | Responsible National Certification Body |
|---|---|---|---|---|
ITAV | IEC 62368-1:2018 | 5.4.8 – HUMIDITY CONDITIONING5.6.6.2(a) – RESISTANCE OF THE PROTECTIVE BONDING SYSTEM5.7 – PROSPECTIVE TOUCH VOLTAGE AND TOUCH CURRENT MEASUREMENT5.7.5 – PROTECTIVE CONDUCTOR CURRENTANNEX G.5.4.6 – LOCKED-ROTOR OVERLOAD TEST FOR D.C. MOTORS5.4.9 – ELECTRIC STRENGTH TEST5.2, 5.7 – CLASSIFICATION OF ELECTRICAL ENERGY SOURCES5.5.2.2 – SAFEGUARDS AGAINST CAPACITOR DISCHARGE AFTER DISCONNECTION OF A CONNECTOR8.8 – HANDLE STRENGTH4.4.3.2, ANNEX T.5 – STEADY FORCE TEST, 250 N 4.4.3.2, ANNEX T.3 – STEADY FORCE TEST, 30 N 4.4.3.3, ANNEX T.7 – DROP TEST 4.4.3.4, ANNEX T.6, ANNEX Y.6.2 – IMPACT TEST 4.4.3.6, ANNEX T.9 – GLASS IMPACT TEST 4.4.3.8, ANNEX T.8 – STRESS RELIEF TEST B.1.5, B.2.6, 5.4.1.4, 6.3, 9.3 – NORMAL OPERATING CONDITIONS TEMPERATURE MEASUREMENT 5.4.1.8 – DETERMINATION OF WORKING VOLTAGE 8.6.2 – STATIC STABILITY B.2.5 – INPUT TEST: SINGLE PHASE B.3 – SIMULATED ABNORMAL OPERATING CONDITIONS B.4 – SIMULATED SINGLE FAULT CONDITIONS ANNEX F.3.10 – TEST FOR THE PERMANENCE OF MARKINGS Q.1 – LIMITED POWER SOURCE6.4 - POWER SOURCE MEASUREMENTS | 2021-01-26 | |
ITAV | IEC 62368-1:2014 | 5.4.8 – HUMIDITY CONDITIONING5.6.6.2(a) – RESISTANCE OF THE PROTECTIVE BONDING SYSTEM5.7 – PROSPECTIVE TOUCH VOLTAGE AND TOUCH CURRENT MEASUREMENT5.7.5 – PROTECTIVE CONDUCTOR CURRENTANNEX G.5.4.6 – LOCKED-ROTOR OVERLOAD TEST FOR D.C. MOTORS5.4.9 – ELECTRIC STRENGTH TEST5.2, 5.7 – CLASSIFICATION OF ELECTRICAL ENERGY SOURCES5.5.2.2 – SAFEGUARDS AGAINST CAPACITOR DISCHARGE AFTER DISCONNECTION OF A CONNECTOR8.8 – HANDLE STRENGTH | 2021-01-26 | |
MED | IEC 60601-1:2005 | 4.11 – Power Input 5.7 – Humidity Conditioning 5.9.2 – Determination of Accessible Parts 7.1.2 – Legibility of Markings 7.1.3 – Durability of Markings 7.2.6 -Voltage Mismatch 8.1 b - Shorting One MOP 8.2.2 - Incorrect Polarity 8.4.2 - Limitation of Voltage, Current or Power 8.4.3 - Voltage or Charge Limitation 8.5.4 - Working Voltage Measurements 8.6.4 a) – Impedance and Current Carrying Capability 8.7 – Leakage Current Tests 8.7.4.5 – Earth Leakage Current 8.7.4.6 – Touch Leakage Current 8.7.4.7 a) – Patient Leakage Current 8.8.3 – Dielectric Voltage Withstand 8.8.4.1 – Ball Pressure 8.9.2 - Short Circuiting in Lieu of Spacings 9.4.2 – Stability and Transportability 9.6.2.1 - Acoustic Energy Measurement 9.8.2 – Tesile Safety Factor 11 – Temperature 11.6.3 - Spillage 11.6.5 – Harmful Ingress (Water and Particulates) 11.6.6 – Cleaning and Disinfection 11.8 – Interruption of the Power Supply 13 – Abnormal Operation Testing 13.2 - Impairment of Cooling 15.3.2 – Enclosure Force 15.3.3 – Enclosure Impact 15.3.4 – Drop Impact 15.3.6 – Mold Stress Relief | 2019-07-29 | |
MED | IEC 60601-1:2005/AMD1:2012 | 4.11 – Power Input 5.7 – Humidity Conditioning 5.9.2 – Determination of Accessible Parts 7.1.2 – Legibility of Markings 7.1.3 – Durability of Markings 7.2.6 -Voltage Mismatch 8.1 b - Shorting One MOP 8.2.2 - Incorrect Polarity 8.4.2 - Limitation of Voltage, Current or Power 8.4.3 - Voltage or Charge Limitation 8.5.4 - Working Voltage Measurements 8.6.4 a) – Impedance and Current Carrying Capability 8.7 – Leakage Current Tests 8.7.4.5 – Earth Leakage Current 8.7.4.6 – Touch Leakage Current 8.7.4.7 a) – Patient Leakage Current 8.8.3 – Dielectric Voltage Withstand 8.8.4.1 – Ball Pressure 8.9.2 - Short Circuiting in Lieu of Spacings 9.4.2 – Stability and Transportability 9.6.2.1 - Acoustic Energy Measurement 9.8.2 – Tesile Safety Factor 11 – Temperature 11.6.3 - Spillage 11.6.5 – Harmful Ingress (Water and Particulates) 11.6.6 – Cleaning and Disinfection 11.8 – Interruption of the Power Supply 13 – Abnormal Operation Testing 13.2 - Impairment of Cooling 15.3.2 – Enclosure Force 15.3.3 – Enclosure Impact 15.3.4 – Drop Impact 15.3.6 – Mold Stress Relief | 2019-07-29 | |
MED | IEC 60601-1:2005/AMD2:2020 | 4.11 – Power Input5.7 – Humidity Conditioning5.9.2 – Determination of Accessible Parts7.1.2 – Legibility of Markings7.1.3 – Durability of Markings7.2.6 -Voltage Mismatch8.1 b - Shorting One MOP8.2.2 - Incorrect Polarity8.4.2 - Limitation of Voltage, Current or Power8.4.3 - Voltage or Charge Limitation8.5.4 - Working Voltage Measurements8.6.4 a) – Impedance and Current Carrying Capability8.7 – Leakage Current Tests8.7.4.5 – Earth Leakage Current8.7.4.6 – Touch Leakage Current8.7.4.7 a) – Patient Leakage Current8.8.3 – Dielectric Voltage Withstand8.8.4.1 – Ball Pressure8.9.2 - Short Circuiting in Lieu of Spacings9.4.2 – Stability and Transportability9.6.2.1 - Acoustic Energy Measurement9.8.2 – Tesile Safety Factor11 – Temperature11.6.3 - Spillage11.6.5 – Harmful Ingress (Water and Particulates)11.6.6 – Cleaning and Disinfection11.8 – Interruption of the Power Supply13 – Abnormal Operation Testing13.2 - Impairment of Cooling15.3.2 – Enclosure Force15.3.3 – Enclosure Impact15.3.4 – Drop Impact15.3.6 – Mold Stress Relief | 2022-07-19 |