Mystery Pentium-80A BEC OPTO

Hallo,
habe aus Langeweile den oben genannten Regler neu für einen Euro ersteigert...
Natürlich ohne Anleitung....
Hat jemand von euch eine Anleitung für diesen Regler?
Ich plane evtl. diesen Winter mal was etwas größeres elektrisches zu bauen, da sollte der Regler zum Einsatz kommen...
Gruß
Hias
 

Aschi

User
Hi Mattias,

So hat es bei mir gefunzt. Gibt es doch in zig Varanten im Web .

EASY 40A/50A/60A/70A/80A/125A/200A Brushless Electric Speed Controller Instruction Manual

Connect the output wires of speed controller to the brushless motor, and plug the signal connector to throttle channel of the receiver. (This ESC does not have BEC circuit, so you need an extra battery pack or external BEC to power the receiver)
Check the throttle position of your transmitter and make sure it is at lowest position( full close), switch on transmitter and receiver power, switch on main power to motor.
After the system is powered on, you will hear BEEP BEEP, the two beeps indicate power source/speed
controller/motor are connected successfully. 1 second later, the motor will emit BEEP BEEP, this is security alert, it proves the speed controller is under control of the receiver, you should keep away from the propeller to prevent from any accident. The speed controller will act according to the signal from receiver.

*If the motor keep beeping after power on, please check receiver battery or transmitter status.

Setting procedures:
1. Switch off main power of the system, Switch on the transmitter and receiver;
2., move throttle stick to the highest position. (Futaba series radios need to set throttle channel to REV); 3. Switch on the main power to speed controller;.
4. wait for power on alert;
5. Power-on alert: BEEP BEEP and then you will enter into the main manual

Manual 1. Battery type and cells number Single BEEP
battery type and cells number
It will repeats 3 times, and will move to manual 2 if the throttle unmoved during the beeping. If you want to set up the battery type and cells, move the throttle swiftly to the middle position, and wait for new BEEP.

•-- -- denotes NIMH/NICD battery, this speed controller can auto-detect the number of cells before start, but you should make sure the battery is fully charged. When the voltage per cell drops lower than 0.8V, the speed controller will reduce the output, and will fully cut-off when the voltage per cell drops lower than 0.7V. (all options repeat 3 times)
When the option is you desired, move the throttle to the highest point (full open) before the 3rd time beeps complete, and wait for change setting alert. (change setting alert is a high frequency beep)

After change a setting, it will back to main manual for other settings.
•-- -- Reduce power output when the voltage lower then 3.0V per cell when using7S Lithium polymer batteries, and will fully cut-off when lower than 2. 9V.
•-- -- -- for 6S Lipo
•-- -- -- -- for 5S Lipo
•-- -- -- -- -- for 4S Lipo
•-- -- -- -- -- -- for 3S lipo
•-- -- -- -- -- -- -- for 2S Lipo
If you do not move the throttle stick, the system will repeat the current sub-manual, and will back to main manual till you move the throttle stick to the highest position (full open). You can stop or cancel a setting by moving the throttle to the lowest position (full close), system will reload the data, you will hear security alert 1 second later, then the system is ready

Manual 2: throttle control 2 continuous beeps
••-- Auto-set throttle range
••-- -- Fixed throttle range, 1.1 (lowest) to 1.8MS (highest)
••-- -- -- High-accelerate mode, suit for sensitive throttle application.
••-- -- -- -- Low-accelerate mode, used when power is low or poor battery performance.

Manual 3: brake mode 3 continuous beeps
•••-- soft brake, the brake will activate and last for 3 seconds when the throttle is fully closed. It will be automatically cancelled when it was requested to output power in midway.
•••-- -- Medium brake, last for 3 seconds, and resume power output when is requested to.
•••-- -- --Hard brake, last for 3 seconds, and resume power output when is requested to.

Manual 4: Power output basic characteristics adjustment 4 continuous beeps
••••-- default rotating direction
••••-- -- reverse rotating direction soft cut-off protection (reduce output)
••••-- -- -- Hard cut-off protection (stop output)

Manual 5: timing advance 5 continuous beeps
•••••-- 1°
•••••-- -- 7°
•••••-- -- -- 15°
•••••-- -- -- -- 30°

*Note: 8-pole and above motor can use 1 level upper time advance setting, but the efficiency will reduce while output is increasing. All motors can use the lowest time advance setting to obtain a high efficiency.

Manual 6: PWM setting, 6 continuous beeps

••••••-- 8KHZ suit for most of motors, especially for outrunners
••••••-- -- 16KHZ for high KV (4000KV +) and super low resistance motors, this will obviously reduce the mechanical vibration, and running smoother, but this setting will increase the heat by 20%, please be care for heat radiation.

! When the throttle in in middle position, swiftly move it to full open position, then the data will be saved.

! If you want to quit setting half-way, just move the throttle to lowest position, data will be not changed.

! You can set up all options one time, and move the throttle to lowest position once you complete all the settings, alter the security alert, the system will be ready.

Speed controller factory default setting:

1, Battery type and cell number auto-detect
2, Throttle range auto-setting, low accelerate mode.
3, Soft brake
Clock-wise rotating (from behind), soft cut-off (reduce output), 1° timing advance

Thomas
 
Hallo Matthias,
na so trifft man sich wieder, im Warbird Forum sind sie mir eine Runde zu komisch, wie gesagt würde das mit der Prog Kart machen, weiß aber leider nicht genau welche du brauchst, ich habe aber so ziemlich alle, also wenn du es mit der Karte mal probieren willst könnte ich dir leihweise alle ein paar Tage überlassen, eine wird funzen, die falschen funzen einfach nicht, kaputt machen kannst du dabei nix.
Gruß Daniel
 
Hallo Thomas, hallo Daniel.
Danke erstmal für die Tips und Dir Thomas für die Anleitung.
Ich werde das bei gelegenheit mal testen, bis jetzt hat der Regler aber noch keinen Motor den er regeln könnte...
Ich befürchte eh daß der Regler für die in nächster Zeit ins Auge gefassten Modelle (ich liebäugle mit der FW190 von Lindinger und mit der Super Stearman von Great Planes) eher noch zu klein ist...
OK, aber das wird man dann sehen wenn wirklich am Jahresende etwas Geld übrigbleiben sollte und eines der genannten Modelle angeschafft wurde.
Geplant ist in naher Zukunft auch die Twin Otter Rescue von BMI, aber die wird wohl dann 2 kleine Regler bekommen.
 
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