Mesure d'audience et statistiques
Classement des meilleurs sites, chat, sondage

goal of this compliance : to inform and to prevent user

test configuration : Ø

- controling of marking validity (max. rated voltage, overvoltage category, insulation, and so on ...)
- putting to the test the strength against erasing
- controling data sheet

compliance if marking is complete, right and unerasable

Regarding paragraph 5 from IEC1010-1, IEC1010-1/A2 and IEC1010-2-031

goal of this compliance : to prevent electrical hazard for the user when product is mated

test configuration : sample mated with complementary product

- clearances and creepage distances measuring, between conductors under hazardous live voltage and any part accessible for the test finger (tool simulating human finger)

compliance if measured values are more than required minimums, these ones are function of max. rated voltage, overvoltage category (or rated overvoltage), insulation type (double insulation or reinforced insulation, or basic insulation), pollution degree, chosen insulating materials and place of eventual naked conductors

Regarding  paragraphes 6.4.102 a), 6.4.103, 6.7, 6.7.101 and 6.9.2
from IEC1010-1, IEC1010-1/A2 and IEC1010-2-031.

goal of this compliance : to prevent electrical hazard for the user when the product is under max. rated voltage but unmated

test configuration : lonely sample, unmated

- setting sample conductors to max. rated voltage
- measuring voltage between earth and accessible parts with test finger (electrode simulating human finger)

compliance if measured values less than 30V~ and 60V

Regarding paragraphes 6.1, 6.2, 6.2.101, 6.3, 6.4, 6.4.101, 6.4.102 c)
from IEC1010-1, IEC1010-1/A2 and IEC1010-2-031.

goal of this compliance : to prevent any damage of insulation for strict conditions, as partially mated product, insulators loaded with humidity and under a voltage with extended overvoltage

test configuration : sample partially mated with a complementary product (connection between sample and complementary product is just sufficiently to make electrical contact)

- heat and humidity preconditioning for about 2 days
- applying test voltage between conductors and accessible parts with test finger, this test voltage is function of max. rated voltage, overvoltage category (or overvoltage), insulation type (double insulation or reinforced insulation, or basic insulation) and pollution degree
- timing for 1mn and watching sample

compliance if no breakdowns, no corona effects during test, and if no damage

Regarding paragraphes 6.4.102 b), 6.4.103 and 6.8
from IEC1010-1, IEC1010-1/A2 and IEC1010-2-031

goal of this compliance : to prevent any electrical hazard or burn for user when product is under max. rated current

configuration du test : Ø

- setting sample conductors under max. rated current
- timing for half an hour and watching sample
- measuring temperatures on accessible parts for test finger

compliance if measured temperatures less than ambiant temperature increased for 30°C, and if no damage

Regarding paragraph 9.1 from IEC1010-1, IEC1010-1/A2 and IEC1010-2-031

goal of this compliance : to prevent any electrical hazard directly or indirectly caused by cable breakdown

configuration du test : Ø

- examining connections between conductors
- applying axial pull between connector and cable
- timing

compliance if connection between each conductor ensured by soldering and crimping, and if no damage after 1mn for at least 36N pull (most of Electro-PJP's products are qualified for a pull equal to 4 times this minimum and for 2mn)

Regarding paragraphes 6.9.1 and 6.9.102 from IEC1010-1, IEC1010-1/A2 and IEC1010-2-031

compliance if no damage

Regarding  Electro-PJP's requirements