| |
A
Simply Super System
The Super Sport Brushless Motor System is the first in a series of brushless motor systems from Novak Electronics. The system includes the SS5800, a mild-modified, sensor-based, brushless motor--and a compact multi-profile speed control (Super Sport ESC #3205). Designed by Novak specifically for R/C car applications, the brushless motor and speed control easily fits in popular 1/10 scale R/C cars. We think you'll agree that this system is super for several reasons. Topping the list of reasons for using this system is that it will provide approximately 20% longer run times and higher performance than similar brushed motor systems--with virtually no maintenance thanks to no brushes, brush springs, or commutator to true or wear out. Also, the completely enclosed motor is protected from dirt and other elements harmful to it.
The Super Sport speed control has all the features expected from a Novak-designed ESC, and more. Six user-selectable throttle programs ensure that drivers of all skill levels will find a setting suitable for just about any application. The Super Sport ESC includes some of Novaks newest features such as a Transmitter Check Mode, which checks whether the transmitter has enough throw in the forward and brake directions; Locked Rotor Detection Circuitry, which prevents motor, battery, and ESC damage; and Variable Throttle Step Technology; which gives the ESC its incredibly smooth performance. Other standard features included are: One-Touch Set-Up, Radio Priority Circuitry, Thermal Protection, and Polar Drive Technology.
For information about our other brushless motor systems click on either of the following links:
Brushless
motor technology has existed for quite some time. Since their inception,
brushless motors have been rated by the following defined terms, which
we have also applied to rate our Super Sport Brushless Motor System.
| Kv
|
This
number is the motor voltage constant expressed in RPM/Volt. This indicates
how fast the motor will turn for a given voltage (given there is no
internal resistance). As an example, the SS5800's
Kv rating is 5,800 RPM/Volt. Therefore, if a 6.0-volt battery
pack is used, the SS5800's
RPM would be 34,800 (6.0 x 5,800). |
| Kt
|
This
number is the motor torque constant expressed in inch-ounce of torque
per amp of current. This number is the amount of torque a motor would
produce per amp of current draw. As an example, the SS5800's
Kt rating is 0.45 in-oz/amp. Therefore, if the motor is drawing
5 amps, the SS5800
would
produce 2.25 in-oz of torque (5 x 0.45). |
| Cogging
|
This
term describes the non-uniform angular velocity of the rotation of
the motor rotor. Rather than a smooth motion, the rotation occurs
in jerks or increments. The lower the cogging, the smoother the rotation,
which the driver will experience as smooth driving. The Super Sport's
smooth acceleration and coasting is attributed to it being low-cogging.
|
| SUPER SPORT SPEED CONTROL FEATURES |
 |
4-7 cell input voltage |
 |
6 user-selectable throttle programs: |
|
- SS STANDARD (forward/brake/reverse) Unlimited rpm and acceleration
- SS STANDARD (forward/brake) Unlimited rpm and acceleration
- SS HIGH (forward/brake/reverse) SS STANDARD with higher minimum brake
- SS HIGH (forward/brake) SS STANDARD with higher minimum brake
- SPORTSMAN (Limited rpm and acceleration) with reverse
- SPORTSMAN (Limited rpm and acceleration) forward and brake only
|
 |
Fits in popular 1/10 scale electric R/C cars |
 |
Size: 1.32" x 1.75" x 1.05" (w/heat sink); Weight: 1.7 oz. (w/out power wire) |
 |
Variable Throttle Step Technology for the smoothest performance |
 |
The One-Touch/Programming Button, along with a series of four different-colored LEDs, easily guides the user through the profile selection |
 |
Industry-first Transmitter Check Mode |
 |
Locked Rotor Detection Circuitry prevents motor, battery, or ESC damage |
 |
Direct-solder wiring tabs |
 |
Replaceable input harness |
 |
Heavy-duty BEC |
 |
One-Touch Set-Up |
|
| SS5800
BRUSHLESS MOTOR FEATURES |
 |
Virtually
maintenance-free: no brushes, brush springs, or commutator to
true or wear out |
 |
Completely
enclosed motor provides protection from the elements |
 |
Sensor
technology provides excellent starting torque and continuous
synchronization for great, low-speed driveability, vehicle control,
and consistent, accurate brakes |
 |
Standard
540-size car motor with a 1/8" diameter hardened output
shaft to accept all existing pinion gears |
 |
High
performance design: Kv=5,800 RPM/Volt; Kt=0.45 in-oz/amp; Power
output: 196 watts (See above for definition of Kv and Kt) |
 |
Pre-wired
and ready to install |
 |
Low
cogging for smooth acceleration and smooth coasting (See above
for definition) |
 |
Ball
bearings for smooth, low-friction operation |
 |
Direct-solder
wiring tabs for easy wire replacement |
 |
One-piece,
multi-pole cylindrical neodymium magnet for high reliability,
and stationary windings for better heat conduction over brushed
motors |
|
|