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闆绘睜CB瑾�(r猫n)璀夋脯(c猫)瑭︽(bi膩o)婧�(zh菙n)锛�
IEC 62133
鍚牽鎬ф垨闈為吀鎬ч浕瑙ｆ恫鐨勪簩娆″柈楂旈浕姹犲拰闆绘睜锛堢祫锛夛細渚挎敎寮忓瘑灏佷簩娆″柈楂旈浕姹犲強鎳�(y墨ng)鐢ㄤ簬渚挎敎寮忚ō(sh猫)鍌欎腑闆绘睜锛堢祫锛夌殑瀹夊叏瑕佹眰銆�
娓�(c猫)瑭﹂爡(xi脿ng)鐩細
1. Continuous low-rate charging锛氭寜鍒堕€犲晢瑕�(gu墨)瀹氱殑鏂规硶鍏呴浕28澶�
鎺ュ彈婧�(zh菙n)鍓囷細no fire, no explosion, no leakage.
2. Vibration锛氭ā鎿亱(y霉n)杓告檪(sh铆)寮曡捣鐨勬尟鍕�(d貌ng)
鎺ュ彈婧�(zh菙n)鍓囷細no fire, no explosion, no leakage.
3. Moulded case stress at high ambient temperature锛氱暥(d膩ng)闆绘睜鍦ㄩ珮鐠�(hu谩n)澧冩韩搴︿笅浣跨敤涓嶈兘鏆撮湶鍏�(n猫i)閮ㄧ祫浠�
鎺ュ彈婧�(zh菙n)鍓囷細No physical distortion of the battery case resulting in exposure of internal components.
4. Temperature cycling锛氶浕姹犱氦鏇挎毚闇插湪楂樻韩鍜屼綆婧腑涓嶈兘钁楃伀鎴栫垎鐐�
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion, no leakage.
5. Incorrect installation of a cell (nickel systems only)锛氭ā鎿娇鐢ㄦ檪(sh铆)涓嶆纰虹殑瀹夎鏂瑰紡
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion.
6. External short circuit锛氱煭璺妤靛拰璨�(f霉)妤典笉鑳借憲鐏垨鐖嗙偢
7. Free fall锛氶浕姹犲緸1m楂樺害璺岃惤鑷冲湴鏉夸笉鑳借憲鐏垨鐖嗙偢
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion.
8. Mechanical shock (crash hazard)锛氭ā鎿亱(y霉n)杓告垨铏曠悊鏈熼枔閬囧埌鐨勬矕鎿婏紝涓嶈兘钁楃伀鎴栫垎鐐�锛屾垨娉勬紡
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion, no leakage.
9. Thermal abuse锛氱暥(d膩ng)闆绘睜鍦ㄤ竴鍊�(g猫)妤甸珮鐨勬韩搴︼紙130搴︼級涓嬩笉鑳借憲鐏垨鐖嗙偢
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion.
10. Crushing of cells锛氱郸涓€鍊�(g猫)13KN鐨勫姏灏�(du矛)闆绘睜閫�(j矛n)琛屾摖澹擄紝涓嶈兘钁楃伀鎴栫垎鐐�
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion.
11. Low pressure锛氭ā鎿湪绌洪亱(y霉n)鏅�(sh铆)閬囧埌鐨勪綆姘ｅ锛�11.6Kp锛�锛屼笉鑳借憲鐏垨鐖嗙偢
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion, no leakage.
12. Overcharge for nickel systems锛氫互2.5鍊嶉瀹氶浕娴佸厖闆昏嚦椤嶅畾瀹归噺鐨�250%
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion.
13.Overcharge for lithium systems锛氭寜鍒堕€犲晢绲﹀畾鍏呴浕鏂瑰紡閫�(j矛n)琛岃純闀�(zh菐ng)鏅�(sh铆)闁撳厖闆�锛屼笉鑳借憲鐏垨鐖嗙偢
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion.
14. Forced discharge锛氬惈鏈夊鍊�(g猫)闆昏姱鐨勫櫒鍏蜂腑鐨勫柈鍊�(g猫)闆昏姱瑕佹壙鍙楁サ鎬у弽鍚戯紝涓嶈兘钁楃伀鎴栫垎鐐�
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion.
15. Cell protection against a high charging rate (lithium systems only)锛氬厖闆诲櫒鐧�(f膩)鐢熸晠闅滄垨闆昏姱骞惰伅(li谩n)鐨勯浕姹犵祫涓殑闆昏姱鍙楀埌閬�(gu貌)澶х殑鍏呴浕闆绘祦锛屼笉鑳借憲鐏垨鐖嗙偢
鎺ュ彈婧�(zh菙n)鍓囷細No fire, no explosion.
