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MGM Compro ESC | MGM Brushless Controllers Read more about MGM Compro Speed Controllers MGM Brushless
Controllers
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MGM speed controllers specially designed for
electric helicopters |
[MGMTMM1210HELI] 12 amp, 10 cell max, w/switch, BEC, LiPo compatible:HELI |
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[MGMTMM2512HELI] 25 amp, 10 cell max, w/switch, BEC, LiPo compatible:HELI |
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[MGMTMM25E3PH] 25A Brushless controller w/BEC | |
[MGMTMM4012HELI] 40A Brushless controller w/BEC Helicopter |
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[MGMTMM4016HELI] 40 amp, 16 cell max, w/switch, BEC, LiPo compatible:HELI |
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[MGMTMM6032HELI] 60 amp, 32 cell max, w/switch, BEC, LiPo compatible:HELI |
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[MGMTMM7524HELI] 75 amp, 24 cell max, w/switch, BEC, LiPo compatible:HELI |
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[MGMBLCR4] LiPo Cell Balancer (1-4 cells) |
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[MGMBLCR4F] LiPo Cell Balancer with fan (1-4 cells) | |
[MGMRSCOM] Serial interface PC to Expert LT/Expert ESC for programming |
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[MGMSCA4] MGM Service connector suit balancer/3S LiPo pack |
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[MGMUSBCOM] USB interface PC to Expert LT/Expert ESC for programming |
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Featured Brands
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Electronic Speed Controllers for Electric
Flight |
These are widely used to regulate
the speed of motors in electric models. What do they do and how do they work?
The speed control generally plugs into the throttle channel of a 3 or more
channel radio. It also has connections to the motor and to the battery that
powers the motor. Nearly all speed controls offer a BEC (battery eliminator
circuit) function which removes the need to also use the 4 cell battery to power
the receiver. The power to the receiver is provided via the 3 wire lead that you
have plugged into the throttle channel. Most speed controllers vary the speed of
the motor by turning the power on and off at a varying frequency of ON and OFF
times. The more the controller is ON for example, the more power reaches the
motor. There are lots of different controllers on the market for different types
of motors, current draw and number of cells. Controllers for Brushed motors will
not work on Brushless motors and 98% of Brushelss controllers will not work on
Brushed motors. To choose the right type of controller for your application you
need to know how much current the motor will draw under maximum load and how
many cells you will be using. Better speed controllers like Schulze, MGM Compro
and Kontronik utilise more FETS to minimise resistance and operate at higher
frequencies than the cheaper Chinese units. This means that more Volts reach the
motor in a smoother more proportional manner, making your model easier to fly.
In general, its better to purchase an
electronic speed controller with a slightly higher rating than what you require. Then in
future, you can use it on bigger models. Make sure that you use brushless and
brushed controllers with their corresponding motor types. |
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