SUPPO. Speed Controller Programming Instructions

For Advance programmable Normal Aircraft/Boat ESC 50A/70A/80A/100A/125A/200A ESC

Important Note: these ESCs are all Opto, without BEC to your Receiver, you need extra power source for your receiver. You can use a UBEC, a voltage regulator, or extra batteries as the power source for your receiver. If you hear the music tone repeat again and again for more than 3 times, you may need to check your power source to the receiver.

1 Enter programming Mode

1. Connect your motor and receiver to the speed controller, but do not connect the battery yet. 2. Turn on your transmitter and move the throttle stick to the full throttle position (full up). Please Note: Most Futaba transmitters have the throttle channel reversed by default. 3. Connect your battery and the controller will initialize with a musical tone.

2 Programming

After 3 seconds, the controller will start beeping a sequence of tones . a musical tone followed by one or more beeps. Each sequence represents a parameter that you can program and is repeated 3 times. The parameters are:
Music Tone + 1 Beep - Options 1. Cell Type and No. of Cells
Music Tone + 2 Beeps - Options 2. Throttle Setting
Music Tone + 3 Beeps - Options 3. Brake Setting
Music Tone + 4 Beeps - Options 4. Direction and Cutoff Type
Music Tone + 5 Beeps - Options 5. Timing Mode
Music Tone + 6 Beeps - Option 6. PWM setting

Step 1.

Starting, Enter Sub-optins. When you hear the sequence for the parameter you wish to program, move the throttle stick to the Center Position to Enter Sub-options. The controller will then start beeping a Morse code sequence of short and long beeps representing the possible options you may choose for the selected parameter. See table 2 for a list of all programmable options. Each option sequence is repeated 3 times.

Step 2.

Select and save, the select the option, move the throttle stick back to the 2 Full-up-position., When you hear the sequence for the option you wish to select. The controller will then save the selected option, and sound a long beep as a confirmation. It then goes back to the beginning of the programming sequence (phrases 2).

Step 3.

Complete programming and exit programming mode. Setup all the parameters you need to change. When complete, move the throttle stick to the Lowest (Down) Position. The controller will save all options and re-initialize in normal running mode so you can start your motor. The table below summarizes the various programming options for each parameter:

Option 1.1 Cell Type and Number of Cells

Only for 50A/60A/70A water cooled / 100A / 125A watercooled / 200A-LV (LV as 2S-7S)

• 1 Short + 1 Long NiMh/NiCD Auto Cell Count - 0.8V/Cell Cutoff Voltage *
• 1 Short + 2 Long 7S Li-Po (25.9V) . 21V Cutoff Voltage
• 1 Short + 3 Long 6S Li-Po (22.2V) .18V Cutoff Voltage
• 1 Short + 4 Long 5S Li-Po (18.5V) . 15V Cutoff Voltage
• 1 Short + 5 Long 4S Li-Po (14.8V) . 12V Cutoff Voltage
• 1 Short + 6 Long 3S Li-Po (11.1V) . 9V Cutoff Voltage
• 1 Short + 7 Long 2S Li-Po (7.4V) . 6V Cutoff Voltage

Option 1.2 Cell Type and Number of Cells

Only for 70A (MV as 4S-8S)

• 1 Short + 1 Long NiMh/NiCD Auto Cell Count - 0.8V/Cell Cutoff Voltage *
• 1 Short + 2 Long 8S Li-Po (29.6V) . 24V Cutoff Voltage**
• 1 Short + 3 Long 7S Li-Po (25.9V) . 21V Cutoff Voltage
• 1 Short + 4 Long 6S Li-Po (22.2V) . 18V Cutoff Voltage
• 1 Short + 5 Long 5S Li-Po (18.5V) . 15V Cutoff Voltage
• 1 Short + 6 Long 4S Li-Po (14.8V) . 12V Cutoff Voltage

Option 1.3 Cell Type and Number of Cells

Only for 80A-HV/100A-HV (HV as 6S-10S)

• 1 Short + 1 Long NiMh/NiCD Auto Cell Count - 0.8V/Cell Cutoff Voltage *
• 1 Short + 2 Long 10S Li-Po (37V) . 30V Cutoff Voltage
• 1 Short + 3 Long 9S Li-Po (33.3V) . 27V Cutoff Voltage
• 1 Short + 4 Long 8S Li-Po (29.6V) . 24V Cutoff Voltage
• 1 Short + 5 Long 7S Li-Po (25.9V) . 21V Cutoff Voltage
• 1 Short + 6 Long 6S Li-Po (22.2V) . 18V Cutoff Voltage

Option 1.4 Cell Type and Number of Cells

Only for 80A-12S/200A-12S (UHV as 8S-12S)

• 1 Short + 1 Long NiMh/NiCD Auto Cell Count - 0.8V/Cell Cutoff Voltage *
• 1 Short + 2 Long 12S Li-Po (45.4V) . 39V Cutoff Voltage
• 1 Short + 3 Long 11S Li-Po (41.7V) . 33V Cutoff Voltage
• 1 Short + 4 Long 10S Li-Po (37V) . 30V Cutoff Voltage
• 1 Short + 5 Long 9S Li-Po (33.3V) . 27V Cutoff Voltage
• 1 Short + 6 Long 8S Li-Po (29.6V) . 24V Cutoff Voltage

Option 1.5 Cell Type and Number of Cells

Only for100A-SHV-15S / 200A-SHV-15S (SHV-15S LiPo)

• 1 Short + 1 Long NiMh/NiCD Auto Cell Count - 0.8V/Cell Cutoff Voltage *
• 1 Short + 2 Long 15S Li-Po (45.4V) . 39V Cutoff Voltage
• 1 Short + 3 Long 14S Li-Po (41.7V) . 33V Cutoff Voltage
• 1 Short + 4 Long 13S Li-Po (37V) . 30V Cutoff Voltage
• 1 Short + 5 Long 12S Li-Po (33.3V) . 27V Cutoff Voltage
• 1 Short + 6 Long 11S Li-Po (29.6V) . 24V Cutoff Voltage

Option 2. Throttle Setting

• 2 Short + 1 Long Auto Throttle Range *
• 2 Short + 2 Long 1.1ms to 1.8ms
• 2 Short + 3 Long Hard Acc*
• 2 Short + 4 Long Soft Acc

Option 3. Brake Setting

• 3 Short + 1 Long No Brake
• 3 Short + 2 Long Soft Brake*
• 3 Short + 3 Long Medium Brake
• 3 Short + 4 Long Hard Brake

Option 4. Direction and Cutoff Type

• 4 Short + 1 Long Clockwise Rotation *
• 4 Short + 2 Long Counterclockwise Rotation
• 4 Short + 3 Long Soft Cutoff
• 4 Short + 4 Long Hard Cutoff *

Option 5. Timing Mode Setting

• 5 Short + 1 Long 1o - For 2-4 Pole Inrunner Motors *
• 5 Short + 2 Long 7o - For 6-8 Pole Motors
• 5 Short + 3 Long 15o- For 10-14 Pole Outrunner Motors
• 5 Short + 4 Long 30o - For 10-14 Pole High-RPM Outrunner Motors

Option 6. Pulse Width Modulation(PWM) Setting

• 6 Short + 1 Long 8KHz . For low RPM and low pole count motors *
• 6 Short + 2 Long 16KHz . For most out runner motors

* is Default Setting