Descripción
Artículo nro.: 31596
La placa adaptadora SmallRig 5536 proporciona alimentación continua para cámaras sin espejo, monitores y otros equipos que utilizan baterías serie NP-F. Acepta una o dos baterías NP-F y admite un flujo de trabajo UPS con hot-swap cuando se instalan dos baterías, de modo que puede reemplazar una batería sin apagar los dispositivos conectados.
La placa adaptadora incluye un chip de gestión inteligente integrado que optimiza tanto la descarga como la carga para mejorar la eficiencia y la usabilidad.
SmallRig diseñó controles sencillos en el dispositivo para que el funcionamiento sea rápido y claro.
| Specification | Details |
|---|---|
| Supported batteries | NP-F550 / 570 / 750 / 770 / 950 / 970 |
| Mounting options | V-mount plate or bottom 1/4"-20 threaded holes |
| Output ports | D-Tap, DC, USB-C |
| USB-C input power | Supports up to 36W (enables charging dock functionality) |
| UPS / Hot-swap | Supported when two batteries are installed |
| Battery management | Integrated intelligent management chip for optimized discharging and charging |
| Power control | Independent power switch; long press (2s) disables output |
| Indicators | Independent LED indicators for each battery channel |
| Package contents | Adapter Plate, User Manual |
Question: Can I replace a battery without powering down my camera? Answer: Yes. When you install two NP-F batteries the plate supports hot-swap UPS, allowing you to replace one battery without shutting down connected devices.
Question: Can I charge the batteries through the adapter? Answer: Yes. The USB-C port supports up to 36W of input, which lets the plate act as a charging dock for the installed batteries.
Question: How do I mount the adapter to my rig? Answer: You can mount the plate using a V-mount plate or attach it via the bottom 1/4"-20 threaded holes, depending on your setup.
Question: Will the outputs block my camera controls or handles? Answer: The output ports are strategically placed to avoid interference with camera operation and the use of top handles, so they are positioned to minimize obstruction.