Hacker Master
Brushless Speed Controllers
Welcome to a new generation of sensorless speed controllers, developed
in consultation with JETI and specially designed for Hacker Brushless
Motors.
By virtue of their different operating modes these controllers are also
suitable for use with other brushless motors.

Due to their compact dimensions these controllers will certainly find a
home in many models. With such a wide range of suitable types, the right
controller can be found for almost any purpose.
|
Size |
Weight |
Current |
Cells |
BEC |
|
MASTER 04-3P |
26x18x6 |
6g |
4A |
4-8 /3-4 |
Y |
|
MASTER 08-3P |
43x25x8 |
10g |
8A |
4-10 /3-4 |
Y |
|
MASTER 18-3P |
39x25x11 |
22g |
18A |
6-10 /4 |
Y |
|
MASTER 30-3P |
49x25x11 |
32g |
30A |
6-10 /4 |
Y |
|
MASTER 40-3P |
64x28x11 |
36g |
40A |
6-12 /4 |
Y |
|
MASTER 40-3P opto |
64x28x11 |
31g |
40A |
6-16 |
|
|
MASTER 70-3P |
70x28x13 |
56g |
70A |
6-12 |
Y |
|
MASTER 70-3P opto |
70x28x13 |
51g |
70A |
6-16 |
|
|
MASTER 70-Pylon |
64x28x12 |
44g |
70A |
6-12 |
|
|
MASTER 105-3P opto |
78x29x16 |
59g |
105A |
6-16 |
|
|
MASTER 48-3P opto |
77x29x16 |
50g |
48A |
8-30 |
|
|
MASTER 77-3P opto |
78x29x16 |
53g |
77A |
8-30 |
|
|
MASTER 99-3P opto |
78x29x16 |
63g |
99A |
8-24 |
|
BEC types up to 70A are available.
The complete range of controllers from 8 to 30 cells and from 48 to 77A
covers the majority of high cell count applications.
Also catered for are specialist competition applications like Pylon F5D or
F5F or F5B.
All controllers have four programmable timing modes. This allows the
timing to be optimised for other motors.
All controllers also have a programmable brake.
Once installed the controller only needs to be programmed once. The
controller remembers its settings and does not need to be reprogrammed.
The 40A type and above support the additional feature of three
programmable switching frequencies. This makes it possible to adapt to
various designs of motor.
The factory default settings are optimised for Hacker Brushless Motors and
should only be altered in exceptional cases.
On overload the controller protects itself by throttling back. The minimum
voltage threshold is set deliberately low so that those flying on six
cells are not forced to land early.
|