Han-E Series
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 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).
Han-A Series
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 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.
Han-D Series
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 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.
Han-DD Series
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.
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.
(Note 1) When setting up the rated voltage for the VDE0110, the voltage is set so that it can be used safely in its actual usage environment. To do so, it sets a rated voltage suitable for each environment by pre-dividing into groups for the environment in which it is used. The compatible pollution degree 3 environment of this product is as follows.
Pollution degree 3: Industrial and agricultural environments without air-conditioning including warehouses, boiler rooms, and repair shops, and factories etc. with machine tools and assembly devices.
* Equivalent to the former insulation group C.
* Equivalent to the former insulation group C.
How can we improve?
How can we improve?
While we are not able to respond directly to comments submitted in this form, the information will be reviewed for future improvement.
Customer Privacy Policy
Thank you for your cooperation.
While we are not able to respond directly to comments submitted in this form, the information will be reviewed for future improvement.
Please use the inquiry form.
Customer Privacy Policy