Description
Article no.: 27990
These Magnetic Base Adapters provide a magnetic mounting option designed for the Nanlite PavoSlim series LED lights. The set includes four adapters that screw into the fixture via a standard 1/4"-20 thread, allowing you to attach the light quickly and securely to flat ferromagnetic surfaces.
Install the adapters into the four corners of a PavoSlim light to create magnetic mounting points. When the light connects to a metal surface, the magnetic coupling produces a clear audible click that confirms a secure hold. This makes positioning fast, intuitive, and reassuring during rapid setups.
The Magnetic Base Adapters are made specifically for the PavoSlim series. They are suitable for both the RGBWW models and the Bi-color models, including:
Because the PavoSlim lights have a slim and lightweight housing and use a separate control unit, combining them with the Magnetic Base Adapters enables quick deployment and more flexible placement options during production.
| Specification | Detail |
|---|---|
| Included items | 4 Magnetic Base Adapters |
| Thread | 1/4"-20 |
| Weight (each) | 33 g |
| Magnet type | Neodymium |
| Compatible series | PavoSlim 60C, 120C (RGBWW) and 60B, 120B (Bi-color) |
Question: Will these adapters fit my PavoSlim light?
Answer: Yes. The adapters screw into the corners of PavoSlim lights using a standard 1/4"-20 thread and are intended for the listed PavoSlim models.
Question: How many adapters are in the set and how heavy are they?
Answer: The set contains four adapters, and each adapter weighs 33 g.
Question: What surfaces can I attach the adapters to?
Answer: The adapters attach to flat ferromagnetic surfaces where the neodymium magnets can engage. Common examples include vehicle bodies and other metal surfaces that are ferromagnetic.
Question: Do the adapters affect the PavoSlim design or deployment?
Answer: The adapters complement the PavoSlim’s slim, lightweight design and separate control unit by enabling rapid deployment and flexible placement options without modifying the light itself.