allnetQuinLED· Composants électroniques
QuinLED Dig-Octa Power-7
Réf. fabricant QLD-DOP7
34.99 $≈ 30.48 €
Le prix en résumé
Vendu par allnet à 30.48 €. Livré en France, port, TVA et droits de douane éventuels compris, il revient à environ 54.58 €. Prix relevés le 2026-09-18.
Le coût livré est une estimation pour un article seul expédié en France métropolitaine ; seul le panier du vendeur fait foi.
En stock
Coût total livré estimé
| Article | 30.48 € |
|---|---|
| Frais de port | 15.00 € |
| TVA (20 %) | 9.10 € |
| Total livré | 54.58 € |
Estimation pour un article seul livré en France métropolitaine, expédié hors UE : des droits de douane et frais de dédouanement peuvent s'ajouter, facturés par le transporteur.
Caractéristiques (extraites automatiquement)
Mécanique
| Poids | 600 g |
Description
The Dig-Octa Power-7 power board distributes stable power via a high number of 32 screw terminals. The 7.62mm screw terminals are split in 2 banks each for positive and negative power. They are divided over 3 sides of the board. Product Specifications: 3x 9.5mm “barrier block” input terminals for both positive and negative Board recommended max 50Amp continuous load total 16x 7.62mm output screw terminals 5v-24v capable “Broken Fuse” light per output Onboard capacitors Onboard Voltage display 4x M3 mounting holes Special Features: Equipped with QPowerPost* (power distribution without wires) Additional 1x 5.08mm pluggable terminal (VCC and GND out) Double up feature** *) what is QPowerPost? QPowerPost is a smart and unique solution to supply power via power posts to the brainboard in a stack. All power boards in the Dig-Octa line of products provide this feature. It allows a flexible and quick installation of the complete stack and works without additional wiring. **) what is Double up feature? If more power (up to 20Amps) or a thicker cable is required, using a SV5.5-5 fork crimp 2 positive and 2 negative output terminals can be combined allowing up 10AWG/5.2mm2 cable to be connected over 2 output ports ***) in depth product details you find @QuinLED.info (pls follow the link)
