Connector for connecting motor with three phase power

A connector for connecting a motor for electrically connecting a three phase coil connecting portion that is drawn out from a motor and a three phase power terminal that is connected with a power cable, the connector comprising:

• a connector housing;
• an under terminal block fixedly installed at a bottom surface of the connector housing, the under terminal block housing each power terminal and each coil connecting portion;
• an upper terminal block coupled to the under terminal block and pressing each power terminal and each coil connecting portion;
• and
• an engagement portion that engages the under terminal block and the upper terminal block;
• wherein a quadrangular-shaped receiving groove and a drawn-out groove are formed at an upper surface of the under terminal block, the quadrangular-shaped receiving groove housing the power terminal and the coil connecting portion and the drawn-out groove being connected with the quadrangular-shaped receiving groove and drawing out the coil connecting portion to one side end of the under terminal block;
• and
• a leading hole is formed at an other end of the under terminal block, the leading hole for leading each power terminal into the quadrangular-shaped receiving groove.

A connector for connecting a motor for electrically connecting a three phase coil connecting portion that is drawn out from a motor and a three phase power terminal that is connected with a power cable, the connector comprising:

• an under terminal block that houses each power terminal of the three phase power terminal and each coil connecting portion of the three phase coil connecting portion, wherein the under terminal block is made of an insulating material;
• an upper terminal block that is coupled to the under terminal block and that presses each power terminal and each coil connecting portion, wherein the upper terminal block is made of an insulating material;
• and
• an engagement portion that engages the under terminal block and the upper terminal block;
• wherein a receiving groove and a drawn-out groove are formed at an upper surface of the under terminal block, the receiving groove housing the power terminal and the coil connecting portion and the drawn-out groove being connected with the receiving groove and drawing out the coil connecting portion to one side end of the under terminal block.