Item no.: M318971 EAN: 4041033089712
Technical data
Number of cells LiPo: 2 - 3
Max. permanent current [A]: 12
BEC max load [A): 1
Dimensions approx. [mm]: 35 x 18 x 9
Weight [g]: 9
- Description
ROXXY® BL Control 712, brushless controller
2-3 LiPo, 12A, BEC, Multiplex # 318971
The Roxxy® BL Control 712 BEC is the latest version of the well-known and established ROXXY® BL-Control for brushless outrunners, designed for 2-3 Lipo-cells (6-10NiXX). Now with higher permanent load of 12A (14A short-term current). A very sensitive response is achieved due to the frequency of 10.000Hz, which is an advantage especially when you want to torque.
The brakes are programmable and can be switched on or off, the undervoltage cutoff can be adjusted, three steps are possible: low - middle - high. The motor start-up can also be set, either to normal, middle or smooth.
This Roxxy®-controller is, like all Roxxy®-controller, also equipped with the usual protection- and filter function, as for example the POR power-on guard, RX-filter and overload protection.
The brakes are programmable and can be switched on or off, the undervoltage cutoff can be adjusted, three steps are possible: low - middle - high. The motor start-up can also be set, either to normal, middle or smooth.
This Roxxy®-controller is, like all Roxxy®-controller, also equipped with the usual protection- and filter function, as for example the POR power-on guard, RX-filter and overload protection.
Further information you find in the corresponding tab pages above this description.
| Technical data | |
| Manufacturer / Importer | Roxxy/Multiplex |
| Number of cells NiXX | 2 - 10 |
| Number of cells LiPo | 2 - 3 |
| Max. permanent current [A] | 12 |
| Max. peak current [A] | 14 |
| BEC max load [A) | 1 |
| BEC output voltage [V] | 5.2 |
| PWM frequency | 10 kHz |
| Dimensions approx. [mm] | 35 x 18 x 9 |
| Weight [g] | 9 |
Angabe zur Produktsicherheit:
Herstellerinformation:
Multiplex Modellsport GmbH & Co.KG
Chun Sue Park, Thomas Freyer
Westliche Gewerbestr. 1
D 75015 Bretten
