Overview
| Compact enclosures AX | ||
| Basic enclosure AX | Wall-mounted enclosures AX with 482.6 mm (19″) mounting angles, depth-variable | Operating housings AX with handle strips |
| All enclosure panels may be taken directly from the packaging, without dismantling, and machined | The aluminium front panel is easily removed and machined | |
| Interior installation on a 25 mm pitch pattern; no machining required | The 482.6 mm (19″) mounting angles support depth-variable mounting on a 25 mm pitch pattern | Interior installation on a 25 mm pitch pattern; no machining required |
| Wall mounting brackets are easily secured from the outside with a self-tapping screw while retaining the UL approval | Wall mounting brackets are easily secured from the outside with a self-tapping screw | The support arm may be fitted directly without machining |
| A QR code on the enclosure, door and mounting plate allows seamless monitoring, from receipt of incoming goods through to delivery of the finished product | A QR code on the enclosure and door allows seamless monitoring, from receipt of incoming goods through to delivery of the finished product | |
| Simple earthing, even retrospectively, using machined keyholes in the mount ing plate and perforated door strip | Simple earthing, even retrospectively, using machined keyholes in the perforated door strip | Simple earthing with a continuous M8 earthing connection |
| The door and cam lock are quickly fitted with no need for tools | Service access optionally from the front or rear | |
| Up to 33% larger gland plates support cable entry with ever-higher packing densities | 482.6 mm (19″) mounting angles prefitted and ready to use | Cut-out for support arm connection in the enclosure roof, may also be used for the pedestal by rotating the enclosure |
Build innovative machines faster without costly prototyping with Efficient Motion Control.
With Effective Motion Control, machine builders can easily overcome major challenges and enable faster time-to-market, increased functionality, resolve complex system requirements, and demands for safety and sustainability.
