• Video Rotator Serial

Up to date 2018-02-01 Launch This can be an Arduino-based rotator user interface that interfaces a pc to a rótator or rotator control, emulating the Yaesu GS-232A/T and Easycom methods which are usually supported by a numerous of logging, competition, and handle programs. It can be very easily interfaced with industrial rotator handle units. With the add-on of a proper capacity energy supply and many interface parts like as relays, this device could furthermore provide as a complete replacing for a rotator handle device or serve as the time frame for a 100% homebrew turn system. Many azimuth and elevation position sensors like potentiometers, rotary éncoders, and I2M devices are supported. The program code is very flexible, modular, and easy to go through allowing advanced and advanced experimenters and contractors to personalize it.

And the rotator control he built making use of the K3NG Rotator Control code. Here's a showing his customized E3NG Rotator Controller build. Searching for a PC plank or package? This will be a extremely interesting project for me, as I'meters looking for an interface for my H-1000SDX and a home made elevation system with an actuatór and an ordinary potmeter for height readout. If I've examine well these are usually both backed by thsi design/project.

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I'michael not into Picture programming y.gary the gadget guy. But very acquainted with electronics and a bit of development. When I sudied electronics back again in 1985 we used 8088 (IBM) / 6502 (Apple) / Z80;-) development in machine code. Those had been the times my buddy hihihi thought they by no means end My question is usually what perform I need? A development package? 8 or 16 MHz clock?

Any info would be very pleasant. Got the planks, start plumbing related and Okay got it wórking for Azimuth, havén't connected EIevation at the momént as I néed to make somé connections ón my elevation rótorboard. The only point which is usually strange is usually that the heading is allways Northern on the screen. Azimuth is usually displaying 83 deg for illustration but the text message above shows Northern, no issue what direction I turn. Also when I let HRD turn the antenna by clicking on a direction. The display shows Revolving to 99 deg for illustration.

When the rotor prevents at 99deg Showing shows North. So making improvement.;-).

Hello there Goody, i are not certain if you get my previos mésage! I would like to use several rotators with Arduino credit cards and to controIl it with Micróham Stationmastér. MH SM have got results for CCW and CW referrals voltage (not needed) and POT input (analog). In this case i will require most likely DAC inbetween Arduinó ánd MH SM. Idea is to obtain same analog level from each rotator (of training course over arduino ánd DAC) for aIl rotators for éach antenna path! Then i cánn swicth any rótator (automaticly or regular) i have got to MH SM. John PA5MS is definitely proper in his response below.

This Arduino task essentially will a portion of what the Microham device does, interfacing a rotator control to a pc. It sounds like you desire to switch the CW rotation contact, the CCW turn contact, and the anaIog azimuth voltage range between several rotators, enabling the MH to manage several rotators.

This is usually fairly conveniently to do with changes, relays, or transistórs. It would not really need an Arduino unless you needed to interface it in some way to a pc or you needed something more intelligent to invoke the turning.

I'm not acquainted with the MH unit capabilities, however I'meters questioning you could make use of contact closures to manage a turning outlet which would end up being a more integrated answer than an Arduinó. If you require simply a simple switching circuit, allow me understand and I could most likely draw something up. Braco, I believe you don't recognize quite properly what this rotor interface will. It is definitely a type of digital read-out óf an analog rotor with POTMETER. Also this controller is certainly an interface between your personal computer and the disc.

It can make it achievable to control your disc by personal computer. Like with Ham Radio stations Deluxe (HRD) It can change you rotor control if you make use of relays and a ideal power source. If you realize the concept then Also I don't understand what you possess in thoughts to build with the microham station supervisor. I think the place manager can be also a computer interface to manage a disc which the arduino is as nicely so generally the exact same. Hello Mark, nicely i know very properly what for it can be! I have 12 differnt rotators and i would including to use solitary controll package for it!

In this situation i need same signal level from each rotator container. My concept was to make use of Arduino to digitalize analog indication from container and then convert it back again to analog but with exact same signal degree for same direction! This will allow me to use solitary controllbox for aIl rotators i have of training course i will require to set up on each rotator one credit card and i actually will require to have got some switching martix fór it! MH SM i possess allready and i need to make use of it as controll package, but it could become anything else!

Branco, Right now it will be clear to me what you need to do with the arduino board. The disc interface provides no handle voltage output for Azimuth / Height. These are just advices which the board desires to go through Azimuth and elevation. So it scans the analog voItage from the pot and computes the coresponding Azimuth / Elevation and displays this on the screen. Don't think you can use it as a type of “level converter” wich gives you an equal output at an Azimuth / Elevation regardless the disc you use.

Think now there are less complicated options to convert the azimut / Level from whatever rotor you make use of to a “standard” for illustration 0.00 to 5.00 Sixth is v output The Yaesu 1000SDX disc provides an variable output 0 to 4.5V for 0-450 levels If your disc has a potmeter insidé you can use a easy op-amp circuit to change the degree to a “regular” which will be able to be used for you. I've under no circumstances proved helpful with compass detectors or accelerometers, but searching quickly at the data bed sheets for both of the products you mention I observe they have I2C interfaces. This would create it pretty simple to interface both devices to an Arduinó. With a Iittle bit of research, I could possibly provide you some program code to do this, however the readazimuth ánd readelevation subroutinés in the program code are usually where you would desire to drop the We2C user interface code in to learn the gadgets. Let me understand if you desire to go after this. Hello Goody, Give thanks to you for great arduino project! I require to ask, will be this engine safeguard can end up being used rather of K3NG disc user interface?

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“This electric motor shield enables Arduino to drive two channel DC engines. It uses a M298N chip which deliveries output present up to 2A each sales channel. The rate control can be attained through conventional PWM which can be acquired from Arduino's i9000 PWM result Flag 5 and 6. The enable/disable functionality of the engine control will be signalled by Arduino Digital Flag 4 and 7.

The Electric motor safeguard can be powered straight from Arduino or from exterior power resource.” Say thanks to you,. Yes, I think it could.

I'meters a little unsure on how precisely the direction pin works. Does the PWM generally control the speed and a higher on the path pin reverse the path, and a low makes it move forward? Are usually you intending to make use of this to build your personal rotator? You would also require potentiometers for reading the azimuth ánd optionally the height. In the code we would require to transform any digitalWrite order for the rotatécw, rotateccw, rotateup, ánd rotatedown hooks to instead turn on the essential pins for the safeguard direction handle and PWM output. This would not be hard to perform.

I would convert the digitalWrite claims to contact subroutines to perform this. Let me understand if you're also fascinated in seeking more and we can appear at it in even more detail. Hello there Woody, thank you for quick answer, I have always been collecting details to develop an antenna rótator from a typical ham rotator 360deg potentiometer sensor kind as azimuth and a satellite television actuator mess jack reed switch sensor type as level. The reed switch sensor will be changed to potentiometer later. Please look sample codes at: It'h Arduino version which is certainly inserted a 2A disc shield.

It might have got all the rules we need. Please take your time, I wish it will end up being a share for your great rotor handle project. First of all several thank for your super task for Arduino rótor-controller. I just started enjoying with arduino uno and published your software setting some #define as required by my setup. Seem to function great except order Mxxx.

Allow me clarify: - rotor is certainly a Kenpro KR-5400B (only azimuth is definitely actually utilized) - Azimuth indication on control will be 180 - 270 - 0 - 90 - 180 (so middle is North ) - Potentiometer voltage out: remaining 180 = 0V / North = 2,5V / right 180 = 5V I consider different software set up and fine-tune(360 deg disc, nCenter, etc) and obtained correct azimuth indication on serial keep track of and screen, but if i give Mxxx command word, something go wrong. Instance: actual azimuth = 90 deg (the needle is on the correct side of control's signal and voltage about 3,7 Sixth is v). Send M270 command, it should proceed CCW because place 270 is on the remaining aspect of indication, voltage = 1,25V.

Video Rotator Serial

Rotor start switching CW rather CCW, I believe because he understands that 270 is certainly >than 90 so furthermore analog voltage should end up being higher. For sure I am doing something wrong. Any opinion please? Give thanks to you Piétro / hb9rxc.

Hi Goody say thanks to you for fast reply! I downloaded your latest discharge and remark out #define OPTIONNCENTERROTATOR as needed (but why? It will be a N-center system )and uploaded. After calibration I moved to 135deg (right part of sign) and then released a M270 control. Now disc start shifting in the correct direction CCW but when spending 360 (northern) beaming to 270 it cease and will go back CW to 020 after that cease. I attempted also to proceed manually with controller to 270, but everytime passed 360 sostware bringh back again to 020 I composed my very own software (centered on VE2DX example) with few of tweaking to resolve this issue really it's work great!

I would including to deliver you my disc.ino file but I require your Evening e-mail. Btw if you are usually interested to notice what I deed! Waiting 73′ Pietro.

Hello there Radioartisan, thanks for great rotator code. Nevertheless 90deg overlap one way and none of them the various other direction can be not my favorit food. My disc Gary the gadget guy-800 ( and package) offers mechanical halt in Northern + 90deg overlap. Nevertheless I have balance the disc in the tower -45deg, giving me an overIap of 45deg CW but also 45deg CCW. Can the code compensate (caIibreate) this 2x45deg overlap?

Great with PWM ánd slowdown before fuIlstop, but how abóut a sIow-up start? Again excellent code, delighted easter, vy73 para oz1bxn chris. Hi Anthony, I was provided a aged Yaesu G-800 disc without anything else.

I has been heading to create my very own controller but fortunatly rán across this internet page and you preserved me a lot of time and effort. I ordered a arduino uno r3 from mp3car, a sainsmart 12864 glcd from sainsmart and went for it. Though there had been some problems in your latest launch, CODEVERSION, I do get it functioning over the work day weekend. Your program would display only short unreadable pixels on my screen. I kept considering it was my screen or character addressing programs but by modifying the ‘>' to á ‘ LCDUPDATETIME) ” in yóur updatedisplay functionality, I had been able to obtain it functioning good. To obtain to this point I placed debug statements inside that “if” test and they in no way printed. I discovered millis has been below count of lcdupdate which remained well below LCDUPDATETIME.

After obtaining it working I took a stop and possess not established why this was happening. Screening with HRD rotator making use of Directed's for the azimuth engine push and a 500 ohm container it all investigations out. Later I would adore to consider up a query about how the overlap is certainly only used on one path of the rotor providing a large overlap rather than on both ends of the rotor's rotation variety and separating the overlap in fifty percent, My disc provides 45 levels of overlap at the finish of CW ánd CCW before activating the cease buttons as I interpret it. Once again, say thanks to you for some most excellent task and program code. AF5FP - Don Lewis.

Notice that the most recent release is certainly on SourceForge, thóugh there wéren't any adjustments that I can recall in the area of the program code you're also functioning on between 1 and. If ((millis - lastlcdupdate) >LCDUPDATETIME) This range of program code investigations the length of time since the last LCD update and if it's over LCDUPDATETIME which is usually defaulted to 2000 mS (2 secs), it up-dates the LCD. If you're changing the “>” to a “. Relating to “overlap”, it's more a state of thoughts than actually putting it somewhere, if that can make sense.:-) If you manipulate these lines: #define AZIMUTHSTARTINGPOINTDEFAULT 180 #define AZIMUTHROTATIONCAPABILITYDEFAULT 450 you can quite much place the turn wherever you including. If your G-800 control is like my Gary the gadget guy-1000, you can proceed the needle to support a “non-standard” beginning point. The overlap LED won't come on after the typical 180 degrees when heading clockwise, but will come on after 360 levels of rotation. Pingback:.

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Up to date 2018-02-01 Launch This is an Arduino-based rotator user interface that interfaces a personal computer to a rótator or rotator controller, emulating the Yaesu GS-232A/N and Easycom protocols which are supported by a myriad of logging, competition, and control programs. It can end up being very easily interfaced with commercial rotator handle products. With the add-on of a correct capacity power offer and various interface components like as relays, this unit could also function as a overall alternative for a rotator control device or function as the time frame for a 100% homebrew turn system. Various azimuth and height position receptors like potentiometers, rotary éncoders, and I2D devices are usually backed.

The code is extremely versatile, modular, and simple to examine allowing advanced and sophisticated experimenters and builders to personalize it. And the rotator control he built making use of the T3NG Rotator Controller code. Right here's a demonstrating his customized K3NG Rotator Control build. Searching for a Personal computer board or kit? This is usually a extremely interesting project for me, as I'michael looking for an interface for my G-1000SDX and a home made level system with an actuatór and an common potmeter for height readout. If I've go through nicely these are usually both backed by thsi style/project.

I'michael not really into PIC programming elizabeth.g. But very familiar with electronics and a bit of development. When I sudied electronics back in 1985 we used 8088 (IBM) / 6502 (Apple) / Z .80;-) development in machine program code. Those were the days my friend hihihi thought they under no circumstances end My issue is usually what do I require? A development kit?

8 or 16 MHz clock? Any information would become very delightful. Obtained the planks, start plumbing related and Yes ! got it wórking for Azimuth, havén't connected EIevation at the momént as I néed to make somé connections ón my elevation rótorboard.

The just matter which is definitely strange will be that the proceeding is allways Northern on the display. Azimuth will be showing 83 deg for illustration but the text above displays North, no matter what direction I switch. Furthermore when I allow HRD convert the antenna by pressing a path. The display shows Rotating to 99 deg for example. When the disc halts at 99deg Keeping shows Northern. So producing improvement.;-).

Hi Goody, i are not sure if you get my previos mésage! I would like to use several rotators with Arduino credit cards and to controIl it with Micróham Stationmastér. MH SM possess results for CCW and CW reference point voltage (not needed) and POT input (analog).

In this situation i will require possibly DAC inbetween Arduinó ánd MH SM. Idea is certainly to get same analog level from each rotator (of course over arduino ánd DAC) for aIl rotators for éach antenna direction! Then i cánn swicth any rótator (automaticly or regular) i have to MH SM.

Mark PA5MS will be appropriate in his reaction below. This Arduino task essentially does a portion of what the Microham unit does, interfacing a rotator controller to a pc. It sounds like you need to switch the CW turn get in touch with, the CCW rotation get in touch with, and the anaIog azimuth voltage range between multiple rotators, permitting the MH to manage multiple rotators.

This is usually fairly conveniently to perform with changes, relays, or transistórs. It would not really require an Arduino unless you desired to interface it somehow to a computer or you required something more intelligent to invoke the turning. I'meters not familiar with the MH device capabilities, nevertheless I'm questioning you could use contact closures to manage a switching circuit which would become a more integrated solution than an Arduinó. If you need simply a basic switching signal, let me understand and I could most likely draw something up. Braco, I believe you don't realize quite nicely what this rotor interface will. It is a kind of digital read-out óf an analog disc with POTMETER.

Furthermore this control is definitely an user interface between your personal computer and the rotor. It can make it achievable to manage your rotor by pc. Like with Pig Radio stations Deluxe (HRD) It can change you rotor controller if you make use of relays and a appropriate power supply.

If you know the concept then Furthermore I don't understand what you possess in thoughts to create with the microham place manager. I think the station manager is certainly furthermore a personal computer interface to manage a rotor which the arduino is certainly as properly so essentially the same. Hello David, nicely i know very properly what for it can be! I have got 12 differnt rotators and i would including to use one controll container for it! In this situation i want same indication level from each rotator container. My idea has been to make use of Arduino to digitalize analog transmission from container and after that transform it back to analog but with exact same signal degree for exact same path!

This will permit me to make use of one controllbox for aIl rotators i have of course i will require to install on each rotator one credit card and i actually will require to have some switching martix fór it! MH SM i have got allready and i wish to use it as controll box, but it could end up being anything else! Branco, Now it is certainly clear to me what you wish to perform with the arduino board. The rotor interface offers no control voltage result for Azimuth / Elevation. These are usually just inputs which the table demands to study Azimuth and elevation. So it reads the analog voItage from the container and computes the coresponding Azimuth / Elevation and shows this on the screen. Put on't believe you can use it as a kind of “levels converter” wich gives you an similar output at an Azimuth / Elevation irrespective the disc you use.

Think presently there are easier solutions to transform the azimut / Level from whatever rotor you make use of to a “standard” for illustration 0.00 to 5.00 Sixth is v result The Yaesu 1000SDX rotor has an flexible output 0 to 4.5V for 0-450 degrees If your rotor has a potmeter insidé you can use a basic op-amp outlet to modify the level to a “standard” which is certainly useable for you. I've never ever worked with compass detectors or accelerometers, but looking briefly at the information bed sheets for both of the devices you point out I discover they have got I2D interfaces. This would create it fairly simple to interface both devices to an Arduinó.

With a Iittle bit of analysis, I could possibly give you some program code to perform this, however the readazimuth ánd readelevation subroutinés in the program code are usually where you would desire to drop the I2C interface code in to learn the products. Let me know if you need to pursue this. Hello Goody, Give thanks to you for excellent arduino task! I need to talk to, can be this electric motor cover can be used rather of E3NG disc interface?

“This electric motor shield enables Arduino to drive two approach DC engines. It utilizes a M298N nick which deliveries result current up to 2A each station. The rate control will be attained through conventional PWM which can be obtained from Arduino'h PWM result Pin 5 and 6.

The enable/disable functionality of the engine control will be signalled by Arduino Digital Pin number 4 and 7. The Electric motor face shield can end up being powered straight from Arduino or from exterior power source.” Say thanks to you,. Yes, I believe it could. I'm a little unsure on how specifically the direction pin works. Does the PWM constantly manage the quickness and a high on the path flag reverse the direction, and a low makes it go forward?

Are usually you planning to use this to construct your very own rotator? You would also need potentiometers for reading the azimuth ánd optionally the level. In the code we would require to convert any digitalWrite command word for the rotatécw, rotateccw, rotateup, ánd rotatedown hooks to instead convert on the required hooks for the cover direction control and PWM output. This would not really be difficult to perform. I would convert the digitalWrite statements to contact subroutines to do this. Allow me understand if you're interested in pursuing more and we can appear at it in more detail.

Hi there Woody, thank you for prompt response, I have always been collecting information to build an antenna rótator from a common pig rotator 360deg potentiometer sensor type as azimuth and a satellite television actuator mess jack port reed switch sensor kind as elevation. 100 feet 2008 movie download. The reed change sensor will become transformed to potentiometer afterwards. Please appear sample requirements at: It'h Arduino variant which can be embedded a 2A rotor face shield.

It might have got all the codes we require. Please consider your period, I hope it will be a factor for your excellent rotor handle project. First of all many thank for your very task for Arduino rótor-controller.

I simply started playing with arduino uno and published your software program placing some #define as required by my set up. Seem to function excellent except command Mxxx.

Let me clarify: - rotor can be a Kenpro KR-5400B (only azimuth is usually actually used) - Azimuth indication on controller is definitely 180 - 270 - 0 - 90 - 180 (so center is Northern ) - Potentiometer voltage out: still left 180 = 0V / Northern = 2,5V / right 180 = 5V I attempt different software program set up and modify(360 deg disc, nCenter, etc) and obtained proper azimuth indication on serial keep track of and screen, but if i provide Mxxx command, something go wrong. Example: actual azimuth = 90 deg (the needle will be on the correct part of control's sign and voltage about 3,7 V). Send Michael270 order, it should shift CCW because place 270 can be on the remaining aspect of sign, voltage = 1,25V. Disc start turning CW instead CCW, I believe because he understands that 270 can be >than 90 therefore furthermore analog voltage should be higher. For sure I are carrying out something incorrect. Any comment please? Say thanks to you Piétro / hb9rxc.

Hi Goody say thanks to you for quick response! I downloaded your most recent launch and comment out #define OPTIONNCENTERROTATOR as required (but why? It will be a N-center program )and published. After calibration I relocated to 135deg (correct part of sign) and then released a Michael270 command word. Now rotor start relocating in the correct direction CCW but when driving 360 (northern) beaming to 270 it end and will go back again CW to 020 after that prevent. I attempted also to go manually with control to 270, but everytime exceeded 360 sostware bringh back to 020 I authored my personal software program (structured on VE2DX instance) with few of tweaking to resolve this issue really it's work excellent!

I would like to deliver you my rotor.ino document but I require your Evening email. Btw if you are usually fascinated to observe what I deed!

Waiting 73′ Pietro. Hello there Radioartisan, thanks a lot for great rotator code. Nevertheless 90deg overlap one way and nothing the other direction is definitely not my favorit food. My rotor Gary the gadget guy-800 ( and package) offers mechanical cease in Northern + 90deg overlap. Nevertheless I have got balance the disc in the tower -45deg, providing me an overIap of 45deg CW but furthermore 45deg CCW. Can the program code compensate (caIibreate) this 2x45deg overlap? Great with PWM ánd slowdown before fuIlstop, but how abóut a sIow-up start?

Again excellent code, happy easter, vy73 de oz1bxn chris. Hi there Anthony, I had been given a outdated Yaesu Gary the gadget guy-800 disc without anything else. I had been going to create my very own control but fortunatly rán across this web web page and you stored me a great deal of time and work.

I purchased a arduino uno l3 from mp3car, a sainsmart 12864 glcd from sainsmart and proceeded to go for it. Though there were some difficulties in your most recent discharge, CODEVERSION, I do obtain it working over the work day weekend break.

Your system would display only short unreadable pixels on my display. I held thinking it was my display or personality addressing routines but by changing the ‘>' to á ‘ LCDUPDATETIME) ” in yóur updatedisplay functionality, I had been able to obtain it operating great. To get to this stage I positioned debug statements inside that “if” check and they by no means published. I found millis was below count of lcdupdate which stayed nicely below LCDUPDATETIME. After obtaining it working I got a temporary stop and have got not determined why this had been happening.

Tests with HRD rotator using LED's for the azimuth motor push and a 500 ohm pot it all assessments out. Afterwards I would appreciate to get up a query about how the overlap can be only utilized on one path of the disc providing a large overlap instead than on both finishes of the disc's turn variety and separating the overlap in fifty percent, My rotor has 45 degrees of overlap at the finish of CW ánd CCW before triggering the end goes as I interpret it. Once again, give thanks to you for some many excellent task and program code. AF5FP - Put on Lewis. Take note that the latest release is on SourceForge, thóugh there wéren't any changes that I can remember in the area of the code you're also operating on between 1 and. If ((millis - lastlcdupdate) >LCDUPDATETIME) This collection of code assessments the period of period since the final LCD revise and if it'h over LCDUPDATETIME which will be defaulted to 2000 master of science (2 secs), it updates the LCD. If you're also altering the “>” to a “.

Relating to “overlap”, it's even more a state of mind than in fact placing it somewhere, if that makes sense.:-) If you change these lines: #define AZIMUTHSTARTINGPOINTDEFAULT 180 #define AZIMUTHROTATIONCAPABILITYDEFAULT 450 you can fairly much place the rotation wherever you like. If your G-800 control is certainly like my Gary the gadget guy-1000, you can move the filling device to support a “non-standard” beginning point. The overlap Directed earned't come on after the normal 180 levels when heading clockwise, but will come on after 360 levels of rotation. Pingback:.