Turnigy servo speed regulator

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Turnigy servo speed regulator

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27 December 2014 at 13:12 #5348
Jeremy
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@jeremy15845
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27 December 2014 at 13:12 #54581
Jeremy
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@jeremy15845
I have got a Turnigy servo speed regulator which I hope to use to slow down the rotation of the fire monitor servos on my Vosper 1/16th scale crash tender. The problem is that I have no idea how to wire it up and the supplied manual is to put it generously somewhat lacking in detail. Normally I would connect the two servos using a Y lead from the appropriate receiver channel. I imagined that the regulator would be inserted between the receiver channel output and the Y lead, thus controlling the speed of both servos. I would very much appreciate on how this should be done. As a relative newbie to RC, an idiot's guide would be ideal.

Jeremy
27 December 2014 at 15:15 #54587
shipwright
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@shipwright
Jeremy,

I have not used one of these devices but I have found a potentially useful diagram :

**LINK**

Ian
27 December 2014 at 16:50 #54590
Jeremy
Participant
@jeremy15845
Ian

Thank you for the link which is very helpful. The connection to the receiver looks clear enough, using an extension lead with a female connector on both ends. However, I still don't understand the links from the regulator to the servos. I will be using a channel on the transmitter with the spring loaded control stick centred at the mid point with left or right rotation above or below. Do I therefore ignore CH3 on the regulator which only has direction adjust and use channels 1 and 2 for the two servos, with the change of direction coming from the transmitter? Alternatively, as I have a Y lead for the two servos, can I just use one output channel from the regulator? In the diagram, it shows one flap servo connected to CH1 and the other to CH3. I am totally confused.

If someone can tell me exactly what to connect to what, I would be very grateful!

Jeremy
27 December 2014 at 17:17 #54591
shipwright
Participant
@shipwright
Jeremy,

Firstly what are the colours of the servo lead eg white – red – black (these are the colours used for Futaba servos). See :

**LINK**

In terms of the Turnigy diagram, the connector pins are labelled "-" , "+" and "s". These represent negative wire, positive wire and signal wire. So if your servo lead consists of white, red and black then the white wire is "s", the red wire is "+" and the black wire is "-". If your servo lead has different colours then refer to :

**LINK**

All 3 channels have rate of rotation adjustment but only channel 3 has facility to reverse direction of travel. Furthermore it would appear from the Turnigy diagram that clockwise rate of rotation can be adjusted to be different from rate of rotation for anticlockwise.

But bear in mind I am unable to check my interpretation of the diagram as I don't have a Turnigy servo speed regulator unit to test.

Ian
27 December 2014 at 17:47 #54592
Jeremy
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@jeremy15845
Ian

My wiring harnesses use JR connectors. Compared to Futaba, orange = white (signal), red = red (power) and brown = black (negative).

I am still not clear about which channels to use for the servos. Does the transmitter provide the forward/reverse function without using CH3 or does one have to use CH3? If not, do I use CH1 and CH2 for the servos or can I use just one channel split with the Y lead?

What throws me from Tom King's diagram is that he shows the flap servos connected to CH1 and CH3 with CH2 unused .

Maybe someone else reading this thread has used one of these regulatirs and can reveal its secrets!

Jeremy
27 December 2014 at 18:28 #54594
Keith Long
Participant
@keithlong89920
Bearing in mind that I've never seen or used one of the devices, my take on the data sheet is that you can use any or all of the outputs as you need. CH1 and CH2 are effectively in parallel so the servos connected to them will work in the same sense as each other. if you connect a servo to CH3 (not compulsory as far as I can see) then you can either have that servo working in the same sense as any servos on CH1 and/or CH2, or by setting the reversing switch you can have it work in the opposite sense to the other CH1/2 servos. The speed pots set the speeds for all 3 channels together and you can have different speeds in the 2 directions.

I think the diagram is simply showing you that you can have the servos set so that one turns "clockwise" while the other turns "anticlockwise" – it's just illustrating an option, not suggesting that you HAVE to connect them that way. Connecting to channel 1&2 with 3 left open looks to be perfectly acceptable – there isn't anything telling you that you can't

Edited By Keith Long on 27/12/2014 18:28:50
27 December 2014 at 22:03 #54601
Jeremy
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@jeremy15845
Keith

Thanks for the explanation. That makes it a lot clearer.

Jeremy
8 January 2015 at 14:03 #54960
Jeremy
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@jeremy15845
Speed regulator wired up and works well. Thanks to Ian and to Keith. Note, however, that the polarity on CH2 and CH3 is opposite to that shown on Tom King's diagram. I only realised this when wiring it up as shown in the diagram and it didn't work. Fortunately, no damage was done.
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