Core numbers from 6-core to 48-core are available, and a large Han-E type hood is used. Rated current can be up to 16 A and voltage up to 500 VAC, with pollution degree 3 (Note 1) of the VDE0110 standard allowed, so it is especially suitable as a power connector. Connection method is the screw-fastening mounting method. UL and CSA standards are acquired. (For international standards, see P.A2-227).
Core numbers from 3-core to 32-core are available, and the Han-A type hood, which is smaller than the Han-E type, is used. Rated current can be up to 10 A (3 cores), 16 A (10 cores, 16 cores) and voltage up to 250 VAC, with pollution degree 3 (Note 1) of the VDE0110 standard allowed. Connection method is the screw-fastening mounting method. UL and CSA standards are acquired.
Core numbers from 7-core to 128-core are available, and either Han-A type or Han-E type hoods can be used depending on the number of cores. With a high-density arrangement, it is ideal as a multi-core connector for general signals. Rated current can be up to 10 A and voltage up to 250 VAC, with pollution degree 3 (Note 1) of the VDE0110 standard allowed. Connection method is the crimping method. UL and CSA standards are acquired.
Core numbers from 24-core to 108-core are available, and a large Han-E type hood is used. With an ultra-high-density arrangement, it is ideal for use as a super-multi-core connector. Rated current can be up to 10 A and voltage up to 250 VAC, with pollution degree 3 (Note 1) of the VDE0110 standard allowed. Connection method is the crimping method. UL and CSA standards are acquired.
* Equivalent to the former insulation group C.
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