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KEMA - Weidmüller Interface GmbH & Co. KG

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Appendix No. 4<br />

to Certificate of <strong>Co</strong>nfonnity:<br />

Terminal content of enc10sure type:<br />

Enclosure dimension in mrn:<br />

<strong>KEMA</strong> 99A TEX7540 X<br />

NexT 382620<br />

H- 380 W- 260 D- 205<br />

The lable shows the maximum number of conductors depending on the cabte size and permitted<br />

current for the above mentioned enc1osure.<br />

"<strong>Co</strong>nductor" means every conductor entering the enclosure and every internat connecting<br />

conductof. Any cross connections or earth tenninals are not counted.<br />

1.5 2.5<br />

207<br />

100<br />

34 67 260<br />

14 39 75<br />

18 42 82<br />

12 32 80<br />

4 26 66<br />

8 30<br />

11<br />

on uctor Ize mrn<br />

10 16 25 35 50 70 95 120 150 185 240<br />

109<br />

34 122<br />

14 32<br />

13 32<br />

11 28<br />

10<br />

The terminal conten! in this 4<br />

area requires apower<br />

dissipation test report from<br />

the manufacturer<br />

In this area you can add as many<br />

terminals as physically possible.<br />

Maximum physical terminal coolent depends on the terminal dimension and<br />

the maximum permissible cable size used.<br />

Note:<br />

Maximum pennissible rated current of the applied terminals and cables must be laken<br />

into account. Cables used intemally must be suitable for a temperature between 70° and 80°C.<br />

Far larger cables, the number of conductors must be advised by the manufacturer ( with Power<br />

Dissipation Test Report ).<br />

When using the table above, de-rating factors or nominal rated currents in accordance with<br />

IEC 439 should be used.<br />

Different types of terminals can be used together by utilising the tabular values proportionaUy.<br />

Example: <strong>Co</strong>nductor Size Current Number Load

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