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[Arct1k]

controller.name version_customer gui_name setting_value.name help
Phoenix-SHV (F310C) 1.00 Direction Forward This is the default motor rotation direction. The actual direction will be determined by the motor and how the wires are connected.
Phoenix-SHV (F310C) 1.00 Direction Reverse This is opposite the default direction. While the actual direction will be determined by the motor and how it is wired, it will rotate in the opposite direction as compared to 'Forward'.
Phoenix-SHV (F310C) 1.00 Software
Phoenix-SHV (F310C) 1.00 Hex55 Value na
Phoenix-SHV (F310C) 1.00 Governor Gain Low (20) Slow governor response
Phoenix-SHV (F310C) 1.00 Governor Gain Medium (50) Medium governor response
Phoenix-SHV (F310C) 1.00 Governor Gain High (80) Fast governor response
Phoenix-SHV (F310C) 1.00 Spool-Up Speed Low (2) Very slow spool up
Phoenix-SHV (F310C) 1.00 Spool-Up Speed Medium (5) Medium speed spool up
Phoenix-SHV (F310C) 1.00 Spool-Up Speed High (8) Fast spool up
Phoenix-SHV (F310C) 1.00 Spool-Up Speed MAXIMUM Fine tune your start up speed
Phoenix-SHV (F310C) 1.00 Label: Helicopter Only For Helicopter Use Only na
Phoenix-SHV (F310C) 1.00 Throttle Response Low (2) Slow throttle response
Phoenix-SHV (F310C) 1.00 Throttle Response Medium (5) Medium throttle response
Phoenix-SHV (F310C) 1.00 Throttle Response High (8) Fast throttle response
Phoenix-SHV (F310C) 1.00 Throttle Response MAXIMUM na
Phoenix-SHV (F310C) 1.00 PWM Rate 13khz See above description.
Phoenix-SHV (F310C) 1.00 PWM Rate 26khz See above description.
Phoenix-SHV (F310C) 1.00 PWM Rate 52khz See above description.
Phoenix-SHV (F310C) 1.00 Brake Delay No Delay After full off throttle is applied the controller immediately turn the brake on.
Phoenix-SHV (F310C) 1.00 Brake Delay .1 sec After full off throttle is applied, the controller will wait .1 seconds before turning the brake on.
Phoenix-SHV (F310C) 1.00 Brake Delay .2 sec After full off throttle is applied, the controller will wait .2 seconds before turning the brake on.
Phoenix-SHV (F310C) 1.00 Brake Delay .3 sec After full off throttle is applied, the controller will wait .3 seconds before turning the brake on.
Phoenix-SHV (F310C) 1.00 Brake Delay .4 sec After full off throttle is applied, the controller will wait .4 seconds before turning the brake on.
Phoenix-SHV (F310C) 1.00 Brake Delay .5 sec After full off throttle is applied, the controller will wait .5 seconds before turning the brake on.
Phoenix-SHV (F310C) 1.00 Brake Delay .6 sec (Delayed) After full off throttle is applied, the controller will wait .6 seconds before turning the brake on.
Phoenix-SHV (F310C) 1.00 Brake Delay .7 sec After full off throttle is applied, the controller will wait .7 seconds before turning the brake on.
Phoenix-SHV (F310C) 1.00 Brake Delay .8 sec After full off throttle is applied, the controller will wait .8 seconds before turning the brake on.
Phoenix-SHV (F310C) 1.00 Brake Delay .9 sec After full off throttle is applied, the controller will wait .9 seconds before turning the brake on.
Phoenix-SHV (F310C) 1.00 Brake Delay 1 sec After full off throttle is applied, the controller will wait 1 second before turning the brake on.
Phoenix-SHV (F310C) 1.00 Motor Start Power Low (39) Very low start up power
Phoenix-SHV (F310C) 1.00 Motor Start Power Medium (59) Medium start power
Phoenix-SHV (F310C) 1.00 Motor Start Power High (100) Powerful start up power
Phoenix-SHV (F310C) 1.00 Cutoff Type Hard Cutoff When the battery pack reaches the cut off voltage it's set for, the power is cut off to the motor (the BEC power on controllers with a BEC is ALWAYS on and powering your radio system, and is a completely separate system than the low voltage cutoff setting). You can throttle off and back up, and the motor will restart, but the motor will cut off again if you throttle up to the point where the voltage drops below cut off voltage. This is recommended for airplanes, and it provides the best protection for your batteries. Note: If you are getting cut off before your batteries are drained, or before reaching full throttle, it is a good indication that your batteries are not up to the power demands of your system.
Phoenix-SHV (F310C) 1.00 Cutoff Type Soft Cutoff When the pack reaches the cut-off voltage, power to the motor is reduced until the pack voltage rises above the cut-off voltage. Power is then continually modulated to maintain the cut-off voltage. The motor will appear to hunt for a set speed, and slowly have less and less power if held at full throttle. This is recommended for helicopters and 3D flying. In either case, a sudden loss of power is unwanted when the cutoff point is reached.
Phoenix-SHV (F310C) 1.00 Motor Timing High Advance Possibly higher power, lower efficiency, higher heat
Phoenix-SHV (F310C) 1.00 Motor Timing Standard Advance Gives the best balance between power and efficiency on any motor. Remember, less efficiency or more power always means more heat.
Phoenix-SHV (F310C) 1.00 Motor Timing Low Advance Slightly lower power, increased efficiency and lower heat.

[Arct1k]

[SIZE="2"]controller.name version_customer gui_name setting_value.name help
Phoenix-SHV (F310C) 1.00 Throttle Type Heli: Governor Low "(Helicopter) When this throttle mode is selected, the Phoenix will automatically maintain your helicopter’s headspeed at an RPM that is determined by the throttle signal. Once you determine the throttle % that gives the headspeed you want, your throttle curve should be programmed to be “flat” at that percentage setting (all throttle points set to that throttle %). The following settings must be made in your transmitter’s program; typically one three position switch is used to toggle between the settings:
1. Phoenix must see a zero or bottom throttle setting to arm, so set one flight mode or switch to provide that signal.
2. Then set up a second flight mode or switch setting that will be your “throttle up” switch.
3. Determine the necessary throttle % for your desired headspeed. Start with a flat curve in low governor and measure the headspeed. Move the throttle % up or down to reach your desired headspeed. If you cannot get a fast enough headspeed in low gov, then switch to high gov. When you find the throttle % that produces your desired headspeed, set all the throttle points to that % and the Phoenix will maintain that constant headspeed u as long as your transmitter is sending that throttle percentage. It is not advisable to change throttle speed with the transmitter while in governor"
Phoenix-SHV (F310C) 1.00 Throttle Type Heli: Governor High "(Helicopter) Use when Governor Low won’t provide the headspeed you want. Set up is the same as Governor low. Generally, governor low is for high Kv motors. Governor High is for low Kv motors. The reason for the two governor settings is to accommodate all motor system.
Note: Selecting any helicopter specific throttle setting also change voltage ‘Cut Off’ type to ‘Soft Cut Off’’ and disable all brake functions. However, these setting changes are not reflected in the ‘Cut Off’ type’ or the ‘Brake’ settings."
Phoenix-SHV (F310C) 1.00 Throttle Type Heli: Fixed Endpoints "(Helicopter) This is an entirely new mode that is intended to allow you to use manual throttle for flight while preventing sudden high-powered motor starts that can harm your gears. Use this throttle mode if you prefer mixing your own pitch/throttle curves on your transmitter for collective helicopters, or want a “bail out” option when practicing auto rotations. Once the ESC is armed, if you throttle up quickly to a mid-throttle point (or release the throttle hold/cut button), the heli will smoothly spool up to that throttle level. Once that throttle level is reached, full power and throttle response are now available with changing throttle/pitch levels on the stick.

Note that the Throttle Response setting will still serve to act as to modify the speed of throttle changes when this mode is selected. If you wish total control over throttle, select Heli Fixed Endpoints and set Throttle Response to its highest setting (10). Be careful, it will be very easy for powerful setups to strip gears with these settings. To reduce the quickness of the throttle response, and the ability of the motor to strip gears, back down the Throttle Response setting to a good compromise.

You will need to program the following flight modes into your TX to operate a collective pitch heli with the various start and flight modes.

Utilize your idle settings/switch or the throttle hold/cut button for start-up and shut down, then flip into one of the flight modes suggested here:
1. Start-up/shut down (Idle/flight mode) – you’ll most likely want to use a linear “airplane” throttle curve from zero to 100% here, to show the ESC a low throttle for arming, and to stop the motor. You can also set your throttle hold/cut button/switch for zero throttle and use it to arm and shut down in either of the flight modes below. Normal Flight Mode (Idle/flight mode
2. Set your desired headpeed using the throttle % at middle stick and move it up or down to get the headspeed you want. Depending on your motor, you’ll need to complete a “V” curve with slightly higher throttle %’s on either side of the middle throttle point to maintain headspeed with changes in pitch. A good test is to spool up the heli on the ground, and tach the head at full negative pitch. Use this reading to adjust the outermost throttle % to get the desired headspeed at full negative and positive pitch.
3. Auto Rotation with Bail-Out Mode (Idle/flight mode) Think in terms of a glow or gas motor, you never want to reduce the idle to the point that the motor dies. Set Idle 3 for a flat low % throttle curve (explained below) and your regular pitch curve to simulate a motor off situation by flipping to Idle 3 in flight. Your motor will throttle down to your lowest speed setting and allow you to maintain headspeed during the descent with negative pitch and then flair for landing.
If a bail-out is needed, simply flip back to Idle/flight mode 2 and you’ll have immediate power available again without having to spool up. To set the throttle curve so that power is available without going through spool up, start by setting a low % throttle curve for this flight mode, and spool up the heli. Now drop the throttle curve down slowly (noting rpms going down) until the motor stops running. Bring the throttle % back up a few points until it begins running again. That setting will be your minimum throttle % to keep the motor active during an auto in this mode. Set all points on this throttle curve to that %. If you reduce the throttle below this % the ESC will utilize the slower protected spool up routine described above."
Phoenix-SHV (F310C) 1.00 Brake Strength 10% The brake will engage at a strength 10% as strong as the strongest brake setting.
Phoenix-SHV (F310C) 1.00 Brake Strength 20% The brake will engage at a strength 20% as strong as the strongest brake setting.
Phoenix-SHV (F310C) 1.00 Brake Strength 30% The brake will engage at a strength 30% as strong as the strongest brake setting.
Phoenix-SHV (F310C) 1.00 Brake Strength 40% The brake will engage at a strength 40% as strong as the strongest brake setting.
Phoenix-SHV (F310C) 1.00 Brake Strength 50% (Soft) The brake will engage at a strength 50% as strong as the strongest brake setting. In previous software versions, this was referred to as a 'Soft' brake.
Phoenix-SHV (F310C) 1.00 Brake Strength 60% The brake will engage at a strength 60% as strong as the strongest brake setting.
Phoenix-SHV (F310C) 1.00 Brake Strength 70% The brake will engage at a strength 70% as strong as the strongest brake setting.
Phoenix-SHV (F310C) 1.00 Brake Strength 80% The brake will engage at a strength 80% as strong as the strongest brake setting.
Phoenix-SHV (F310C) 1.00 Brake Strength 90% The brake will engage at a strength 90% as strong as the strongest brake setting.
Phoenix-SHV (F310C) 1.00 Brake Strength 100% (Hard) The brake will engage at full strength. In previous software versions, this was referred to as a 'Hard' brake.
Phoenix-SHV (F310C) 1.00 Brake Strength 0%, Disabled The brake will not engage at all.
Phoenix-SHV (F310C) 1.00 Brake Strength MINIMUM na
Phoenix-SHV (F310C) 1.00 Brake Strength MAXIMUM na
Phoenix-SHV (F310C) 1.00 Brake Strength INCREMENT na
Phoenix-SHV (F310C) 1.00 Current Limiting Very Sensitive See above description.
Phoenix-SHV (F310C) 1.00 Current Limiting Sensitive See above description.
Phoenix-SHV (F310C) 1.00 Current Limiting Normal See above description.
Phoenix-SHV (F310C) 1.00 Current Limiting Insensitive See above description.
Phoenix-SHV (F310C) 1.00 Current Limiting Disabled See above description (Helicopters).
SIZE]

[Arct1k]

Phoenix-SHV (F310C) 1.00 Brake Ramp Immediate After full off throttle is applied and the controller has waited the specified Brake Delay, the brake will immediately be set to the desired brake strength.
Phoenix-SHV (F310C) 1.00 Brake Ramp Very Fast After full off throttle is applied and the controller has waited the specified Brake Delay, the brake will ramp from 0% brake to your specified brake strength very quickly (Ramp takes .1 seconds if your desired brake strength is 100%)
Phoenix-SHV (F310C) 1.00 Brake Ramp Fast After full off throttle is applied and the controller has waited the specified Brake Delay, the brake will ramp from 0% brake to your specified brake strength quickly. (Ramp takes .27 seconds if your desired brake strength is 100%)
Phoenix-SHV (F310C) 1.00 Brake Ramp Medium After full off throttle is applied and the controller has waited the specified Brake Delay, the brake will ramp from 0% brake to your specified brake strength in a medium amount of time. (Ramp takes .51 seconds if your desired brake strength is 100%)
Phoenix-SHV (F310C) 1.00 Brake Ramp Slow After full off throttle is applied and the controller has waited the specified Brake Delay, the brake will ramp from 0% brake to your specified brake strength slowly (Ramp takes 1 seconds if your desired brake strength is 100%)
Phoenix-SHV (F310C) 1.00 Brake Ramp Very Slow After full off throttle is applied and the controller has waited the specified Brake Delay, the brake will ramp from 0% brake to your specified brake strength very slowly (Ramp takes 1.7 seconds if your desired brake strength is 100%)
Phoenix-SHV (F310C) 1.00 Brake Ramp Super Slow After full off throttle is applied and the controller has waited the specified Brake Delay, the brake will ramp from 0% brake to your specified brake strength super slowly (Ramp takes 2.6 seconds if your desired brake strength is 100%)
Phoenix-SHV (F310C) 1.00 Cutoff Voltage Auto Li-Po Use this for all applications where you are using Lipo batteries. When selected, the controller will detect the number of Lithium Polymer cells in series in your battery pack, and set the cut off voltage to 3 volts per cell. When you plug the battery pack into the controller, after the initialization tones the controller will flash and beep the number cells it counted, so you can confirm the controller setting. If the cell count is incorrect, make sure your batteries are charged and the correct cell count is flashed BEFORE flying. Note: Do not use Auto Lipo with NiMH or NiCad cells.
Phoenix-SHV (F310C) 1.00 Cutoff Voltage 36.0V Use when running a 12 cell LiPo battery pack.
Phoenix-SHV (F310C) 1.00 Cutoff Voltage 42.0V Use when running a 14 cell LiPo battery pack.
Phoenix-SHV (F310C) 1.00 Cutoff Voltage 48.0V Use when running a 16 cell LiPo battery pack.
Phoenix-SHV (F310C) 1.00 Cutoff Voltage 54.0V Use when running a 18 cell LiPo battery pack.
Phoenix-SHV (F310C) 1.00 Cutoff Voltage 60.0V Use when running a 20 cell LiPo battery pack.[/

[Arct1k]

Lutach will be happy with 20s and the brake ramp at immediate might allow for car use with brakes?

[jhautz]

20s

That aughta be enough... Now for the car controller version.

[lutach]

Originally Posted by Arct1k

Lutach will be happy with 20s and the brake ramp at immediate might allow for car use with brakes?

I will probably get one as I was notified that the 1/8 scale F1 will be coming (I hope it comes). I will stuff it with 72 volts. I only hope the controller isn't too big and fits the car. They could've at least added a simple forward/brake/reverse, forward/brake and forward only car mode. We need more votes please: http://www.rc-monster.com/forum/showthread.php?t=10609

[Arct1k]

MMM only has a 4s cutoff in the s/w atm... eek!

[DrKnow65]

Doing it again Arct1k? Should we be looking forward to giving castle another pizza party?

I didn't chip in last time, but if the pizza drive happens after the MMM is paid for I may just be able to chip in the second time around hahaha.

Am I reading that 12S is the lowest cutoff voltage? Does this mean that it has a minimum voltage of 12S?