1:41 starting time

Nice one, Tone. It's good to see you back on my screen!

Nice CB 🙂

Hello my brother, how are you, I like your video. But I have a question in the entry, did you connect a battery or a power source to it. Ami at the exit it gives me AC

Hello Tony, I have the same Unit and the Manual, the Manual has 50 Pages, the first 15 Pages are in German, from Page 18 to Page 31 is in ENGLISH and the rest ist in French! So you might want to check on your Manual unless it´s only 15 Pages thick. You can also downlod the Manual online.

What terrible sound, I do apologize for that

Cool video! Subscribed

kzbin.infoFd1X6FI3ZMc

Hey mate, not expecting a response here but i'm having a real hard time with my Markon SL105. It also has a choke and a bridge rectifier, but has an oldschool AVR rather than a resistor. It appears to power the rotor coil directly from the choke and rectifier, then uses the AVR to 'siphon' voltage away from the coil. Ive purchased a SX-460 in the hopes that I would be able to use it to get a stable voltage, do you know whether i can disconnect the choke and the avr, then use the SX-460 to regulate the coltage through the brushes, instead of the old AVR 'siphoning' the power off from the brushes? Thanks so much if you see this!

Thank you! I thought that I had a defective unit and was ready to order another until I watched your video. I just didn't understand how to correctly set it up but your video cleared that up and after setting it up correctly it works as intended.

Waiting for part2.....( i have one that gives me the out of lock tune on all bands)

It was a beautiful example of micro electronics and German engineering. The Dolby let it down but using the best chromium tapes, the sound was excellent and the centre of my hifi for many years.

Sad siren whistle

hi i would like to ask, we replace a sx460 avr., but there is no voltage build up, when adjusted., 3 phase output is balance to 67 66 68 volts ac., do you have any idea sir what we will do?.

Warum entfernen gibt's dann was neues

Brilliant, the short circuit cap and diode was exactly the same fault that mine had. It would have taken me ages to trace the track through to the cap. The radio is back to full working order now. Many thanks

This lamp is connector w5w

Good work Tony, I heard you mention on the radio that you were uploading the footage to YT. Glad I found it!

can you give us some more information and background on the Codan 7515 sub transceiver?

Thanks. The Belgian Air force used them with the TRPP-11 back in the 1980's

Imagine hearing that beyond 10am

Hi tony, don’t suppose you could go through how you got this running. I have the same Avr and generator but unable to get the right voltage. It looks like you’re disconnected a couple bits?

Forgot to put the sand In lmao 🤣 what was the life duration?

How much did that cost you tone from car boot looks in good condition...if there's bargains to be had I need to check them out ...fancy going at some point ?...

Well Tone , if your getting rid of some equipment let me know & maybe we could worm something out bud....did you find out why it was doing that ??

Interesting watch sir! .. I thought it was a clansman at first glance

sorry to ask , what about the phase , i looked over pira p175 the pilot is syncked with the subcarrier of the rds but the phase is 50 degree is thhis good , does it matter or it is okay .

Hi Tony, Are you still using the POCSAG stuff?

It sounds like its from roblox

Hello do you know how i can unlock it to 220v-240v?? I can only get 120v off of it??? Please help.

Can you please share your sketch code for that project at my email [email protected]

Rip siren c

sweeeeeeet!! 73 :)

Such a shame!!!

Because its a non linear nput

If you explain with connection diagram, it will be very helpful.

This is HOT!

This siren worked the best

Hi, from Chile. I need an electrical diagram to repair the same electric generator. Thank you

Can sx460 replace ea460 on Denyo 25 generator .the ea460 work but the sx460 gives out nothing

I second the idea of fitting an AVR made for "brushless" alternators to a brush alternator. After all it's just sensing input voltage and adjusting field current, no matter if there are brushes involved or not. However field current is considerably higher in brush alternators

I also have such an old slip ring alternator, four poles, four slip rings, 11.5 KVA. I used a GAVR-15 but already toasted two of them. They are not capable to deliver the current needs of my alternator. Currently seeking a more powerful AVR, any ideas?

Love hearing creepy broadcasts like this...

you will definietly understand how a static air neutral engine can run as the figure 8 windings in that alternator are the alternator and starter motor on a car engine the main solid core wire to the 3 phases interlinked on the alternator acting then as a ht lead centre coil output/collapsing pulse and this wire goes by a figure 8 to the centre output starter solenoid that will cause the solenoid to jigger/ulse dc collasing spike neutral as the engine sins with the starter main shaft engaged full time in flywheel then a wire feeding off the crossing of this fig 8 spikefeed at 90 degrees to block collecting the vander volt force ac dc dc acspike neutral makes engine a magnetic electro magnetic engine not explosion implosion watch video joe cell talks 5 and also some others you will get the drift how hes manipulated phasing fields and oil water as fluid coils very clever but so logical if you keep it vortexing in one direction to other fluid

mines a conyers alternator but same with a avr electronic board no exciter voltage but capacitors charging any help apreciated as electronics kind of baffle me trial and error may be thats why i can picture how joe booker ran his escort mk2 on air static magnetic electro static ac dc dc ac spike neutrals like a waste spark engine but in same cylinder watch youtuber brey213 meeting joe video petes the man talking with them at start joes main knowledge holder

hi could you tell me where i could get a set of those brush holders for my same generator thanks mel in bolsover by the way im in to static air engines alias joe cell stan meyer the engine really is a generator but utilises air as potential ground and cross inter phases the pulsed ac alternator and dc pulsed starter motor only just fell o this by stripping my lister on 15th july 2019 and by knowing joe bookers video man www.weathercreation.com anyway appreciate a ource for those holders set

''camera guy to siren : anytime today in your own time siren GRRRRR : *goes off on escape after being insulted * '''

Thank you so much Tony for your great video, my name is John and I live in Thailand in a village, we have town power but as soon as it rains the power goes off. some time ago I bought a Chinese alternator and built a 3Kva generator with a Kabota engine to run the house. after 4 year of use the insulation on the wires from the brushes worn out with the vibration and burnt out the excitation stator coil, I did think of a rewind but quite expensive over here, then by chance I found your video on you tube and ordered a SX 460 AVR, It was so easy to install and set up we now have power again and it works better than it ever did before, Thanks once again Tony for saving me money and making this great video, John...

Man it looks like each frame was drawn in ms paint with the biggest brush.

The source code is as follows /* For Loop Iteration Demonstrates the use of a for() loop. Lights multiple LEDs in sequence, then in reverse. The circuit: DF Robot DFR0009 2x16 LCD module with resistor array configures botton array Drives the canned messages from the ART-400TP paging transmitter www.dfrobot.com/wiki/index.php/Arduino_LCD_KeyPad_Shield_(SKU:_DFR0009)#Example_use_of_LiquidCrystal_library This sketch prints "MB7PBH" to the LCD and shows which Auto Trigger channel is being activated The circuit: * LCD RS pin to digital pin * LCD Enable pin to digital pin * LCD D4 pin to digital pin * LCD D5 pin to digital pin * LCD D6 pin to digital pin * LCD D7 pin to digital pin * LCD R/W pin to ground * LCD backlight, lit when pin 10 is assered low (transistor buffered on module) * Auto Trigger 0 : Pin 2 * Auto Trigger 1 : Pin 3 www.arduino.cc/en/Tutorial/LiquidCrystal Adapted April 2019 by Tekno Tone To do . . . . BUG WHICH MISSES INITIAL ACTIVATION OF CHANNEL 1 ON FIRST PASS Button interface Backlight dimming Countdown in seconds until next event */ // + - + - + - + - + - + - + - + - + - + + - + - + - + - + - + - + - + + - + - + - + - + - + - + - + - + - + - + - + - # #include <LiquidCrystal.h> LiquidCrystal lcd(8, 9, 4, 5, 6, 7); int timer_wait = 4600; int timer_send = 100; int timer_sec = 1000; // + - + - + - + - + - + - + - + - + - + + - + - + - + - + - + - + - + + - + - + - + - + - + - + - + - + - + - + - + - # void setup() { lcd.begin(16, 2); // set up the LCD's number of columns and rows: lcd.print("MB7PBH"); // Print a fixed "MB7PBH" callsign message to the LCD. lcd.setCursor(9, 0); lcd.print("0"); // Print a fixed "0" message to the LCD. lcd.setCursor(9, 1); lcd.print("1"); // Print a fixed "1" message to the LCD. for (int i = 2; i < 4; i++) { pinMode(i, OUTPUT); } // use a for loop to initialize each pin as an output for the encoder: } // End Setup // - + - + - + - + - + - + - + - + - + - + + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + void loop() { for (int i = 2; i < 4; i++) // loop from the lower pin to the higher: { lcd.setCursor(0, 1); lcd.print("Sending"); if (i == 2) // Case : Auto Trigger 0 { lcd.setCursor(8, 1); lcd.print(" "); // Print null to chevron lower lcd.setCursor(8, 0); lcd.print(">"); // Print chevron to upper lcd.setCursor(11, 0); lcd.print(millis()/1000); // Print elapsed time to upper row } if (i == 3) // Case : Auto Trigger 1 { lcd.setCursor(8, 0); lcd.print(" "); // Print null to chevron upper lcd.setCursor(8, 1); lcd.print(">"); // Print chevron to lower lcd.setCursor(11, 1); lcd.print(millis()/1000); // Print elapsed time to lower row } digitalWrite(i, LOW); // Assert Auto Trigger (Pin value defined by variable i) delay(timer_send); digitalWrite(i, HIGH); delay(timer_wait); lcd.setCursor(0, 1); lcd.print(" "); // Null out "Sending" delay(timer_wait); } }