DEMO — fictional range. Local brief only, NOT SENT. No personal data is collected or transmitted.
PRODUCT / FICTIONAL EXAMPLE
Inverter bracket
A wall bracket that holds an inverter clear of the surface. The stand-off is the design, because an inverter against a wall cannot shed heat.
How it is made.
The back plate is folded, the shelf is welded and the straps are formed. The stand-off distance is what allows air behind the unit, and reducing it to save material is how a bracket makes an inverter derate.
Illustrative specification
- Back plate
- Example · 440 × 400 mm
- Shelf
- Example · 440 × 240 mm
- Stand-off
- Example · 120 mm
- Straps
- Example · 2, copper finished
- Load
- Example · 40 kg static
- Material
- Example · 2 mm sheet steel
Every value above is an illustrative example for a fictional range. It is not a quotation, a capability statement or a measurement of any real product.
Why the stand-off is the whole design.
Because an inverter sheds heat through its back. Mounted flat against a wall it cannot, and it derates or fails early. The bracket exists to hold it away, and every millimetre removed costs cooling.
What the load rating has to include.
The cable and the conduit, not only the unit. A bracket rated for the inverter and installed with a heavy cable loom is loaded beyond its rating by the installer who followed the drawing.