Abstract: A housing for an automatic door operator comprising a header section, a closing section and a terminal section. The header section includes two legs and a connecting leg which connects the two legs to one another. One of the two legs includes an end portion having a projection with a circular cross-section and an undercut. The closing section includes another projection with a circular cross-section and an indentation at one end and the terminal section at the other end. The closing section is removably attached to the header section through the engagement of the projection of the closing section with the undercut and the engagement of the projection of the one of the two legs and the indentation. The housing serves to house mechanical and electrotechnical components for the automatic the door operator.

Abstract: A housing for an automatic door operator comprising a header section, a closing section and a terminal section. The header section includes two legs and a connecting leg which connects the two legs to one another. One of the two legs includes an end portion having a ball projection and an undercut. The closing section includes a ball projection and an indentation at one end and the terminal section at the other end. The closing section is removably attached to the header section through the engagement of the ball projection of the closing section with the undercut and the engagement of the ball projection of the one of the two legs and the indentation. The housing serves to house mechanical and electrotechnical components for the automatic door operator.

Abstract: A housing, especially for automatic door operators, with a base section secured to the building, whereby the housing serves to receive mechanical and electrotechnical components for door systems, such as running devices, suspension devices for movable leaves, drive units including power transmissions, couplings, motors, displacement tracking equipment, auxiliary drives, controls/regulations, power packs, sensors, etc. The housing comprises a header section basically built of two legs arranged at an angle of approximately 90° with regard to each other and linked by a connecting leg. The header section is hooked and positively and non-positively connected to the base section via a location that extends at an angle of approximately 45° and is conformed to the connecting leg extending parallel thereto. A closing section joins the header section via a hooked interengagement to which closing section's end is placed a terminal section as well as end caps to be mounted at the header section's fronts.