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| DSH 529% Y6 M8 l3 d" [: k2 S' Z; G0 {
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| Sufficient resiliency in socket-contact assembly in order to ensure adequate contact pressure8 p+ n S: c- x& A( n$ j1 y! S" n, r( J
| 14.5
4 R+ c9 f+ S1 G: `. v9 q% [# o6 ?% } | 60884-1(ed.2)
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( z7 Y7 X7 p+ Q: p/ J4 xQuestion:9 Q/ b" G/ Y# Z, t3 k9 w" H& g) E
Is it acceptable that contact pressure relies fully or partly on plastic material?- e* k' b' b2 n7 E$ O- B* y+ `
Decision:
6 q- d+ K- d. R1 U* W% _6 mNo, it is not acceptable that contact pressure relies fully or partly on plastic material.$ Q3 s1 B& \, G0 P" W+ `5 e
Each socket contact of the multiple socket rail shall be subject to the test of clause 22.2 of IEC 60884-1, but with the rails removed from the socket outlet. The minimum withdrawal forces shall be:3 f1 C; l$ c( F3 i
• 1,5N for multiple socket-outlets up to 10 A.
9 F* z4 F+ N& R* r• 2N for multiple socket-outlets above 10A up to and including 16 A.
5 N7 k- G1 ]( {2 f6 z7 @3 k. K• 3N for multiple socket-outlets above 16A up to and including 32 A.
* r) G9 \! ~7 J: D% c0 hThis test ensures that the resiliency of the contacts does not rely on the pressure against the thermoplastic parts of the socket casing.
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