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From https://www.eevblog.com/forum/beginners/treadmill-motor-controller-interfacing-with-arduino/?PHPSESSID=3mcu5kkmeatp7vb9bjn525v3c4


Hey this is an old thread, but I have done exactly the thing you are asking... in fact I found this post while searching for the treadmill controller and wanted to leave some info for the next person:
The comms interface for the controller isn't straight PWM, it uses RS-485.  Here is a link to my writeup: https://elliotmade.com/2020/06/26/treadmill-controller-reverse-engineering/

I didn't completely reverse the protocol, but I figured out enough to run it.  I never found any official documentation (not surprising), but also did not expect to.  I left an arduino sketch there as well that can start/stop and control the speed.  Couple other notes:

  • The controller gets mad without the encoder plugged in
  • If you don't send it a packet within a few seconds of booting, it also gets mad
  • It also requires continuous communication or it will stop (for safety).  When stopped or at a steady state, you should continually send the same packet
  • The speed commands have to be ramped up.  You can't go from 0-4000 in one step, rather you have to send some intermediate speeds as it accelerates (safety?)
  • Don't have to ramp down, just send a slower speed and it will coast until it reaches it
  • I'm an amateur at such things, so what I did is probably super dangerous... so watch out!  (mine is on a belt grinder now, dangerous by design)


Cheers


See https://elliotmade.com/2020/06/26/treadmill-controller-reverse-engineering/


Speed to Byte Message:

MPHByte 1Byte 2Byte 3Byte 4Byte 5Byte 6Byte 7Measured RPM
0.002552412002210
0.5

0

00

255

FF

241

F1

2

02

0

00

161

A1

16

10


0.6025524120195201
0.7025524120230186
0.80255241218144
0.90

255

FF

241

F1

2

02

1

01

42

2A

116

74


1.002552412176105332
1.1025524121111188
1.202552412114533
1.3025524121179197
1.4025524121213216
1.502552412124818
1.602552412226156
1.702552412260188
1.802552412294101
1.902552412212979
2.0025524122163171670
2.1025524122197182
2.202552412223182
2.30255241231043
2.40255241234411
2.502552412378210
2.60255241231128
2.7025524123147154
2.8025524123181186
2.902552412321599
3.00255241232492501016
3.10255241242896
3.202552412462132
3.302552412496229
3.402552412413070
3.502552412416587
3.6025524124199142
3.702552412423323
3.80255241251164
3.90255241254651
4.0025524125802121358
4.102552412511448
4.202552412514887
4.3025524125183130
4.402552412521738
4.5025524125251194
4.602552412629136
4.702552412664186
4.80255241269894
4.902552412613257
5.00255241261662211700
5.1025524126200121
5.2025524126235172
5.30255241271363
5.402552412747219
5.50255241278160
5.602552412711679
5.7025524127150236
5.8025524127184117
5.9025524127218172
6.00255241272531892042
6.102552412831135
6.202552412865230
6.3025524128992
6.402552412813454
6.5025524128164175
6.6025524128202118
6.702552412823686
6.802552412915112
6.902552412949234
7.002552412983512385
7.102552412911719
7.2025524129152158
7.3025524129186122
7.4025524129220103
7.5025524129254131
7.6025524121033132
7.702552412106793
7.80255241210101125
7.90255241210135222
8.00255241210170202725
8.102552412102049
8.20255241210238237
8.3025524121116132
8.402552412115181
8.502552412118576
8.60255241211119168
8.70255241211153118
8.802552412111885
8.90255241211222220
9.0025524121201053070
9.1025524121234141
9.20255241212101161
9.3025524121210369
9.40255241212137139
9.50255241212171127
9.6025524121220649
9.70255241212240235
9.8025524121318188
9.9025524121352156
10.00255241213871163414
10.10255241213121237
10.2025524121315578
10.30255241213173110
10.4025524121322492
10.502552412142210
10.6025524121436242
10.702552412147043
10.80255241214105131
10.9025524121413932
11.0025524121417303752
11.10255241214207217
11.2025524121424280
11.3025524121520195
11.402552412155439
11.5025524121588131
11.6025524121512386
11.7025524121515749
11.80255241215191213
11.90255241215225180
12.0025524121641193996


Arduino Code

/*
 * Encoder on A2, A3 
 * Button on A1
 * MAX 485: 5v to DE, D8 to DI.  A and B to A and B of the treadmill controller
 * TM1637 display clock on 2, data on 3
 * Short out the middle "safety key" pins 
 * Take power from one of the treadmill controller pins (which one?)
 * Treadmill header has 8 pins (left to right, latch at the bottom):
 * 1 - 12v
 * 2 - 12v
 * 3 - A or B?
 * 4 - Safety switch
 * 5 - Safety switch
 * 6 - A or B?
 * 7 - Ground
 * 8 - Ground
*/




#include <AltSoftSerial.h>
//https://www.pjrc.com/teensy/td_libs_AltSoftSerial.html

#include <SimpleTimer.h>
//https://github.com/jfturcot/SimpleTimer

#include <RotaryEncoder.h>
//http://www.mathertel.de/Arduino/RotaryEncoderLibrary.aspx
//https://github.com/mathertel/RotaryEncoder

#include "OneButton.h"
//https://github.com/mathertel/OneButton

#include <TM1637Display.h>
//https://github.com/avishorp/TM1637

#include <EEPROMex.h>
//https://github.com/thijse/Arduino-EEPROMEx

const int encoderButton = A1;
const int encoderA = A2;
const int encoderB = A3;
const int dispClock = 2; //D2
const int dispData = 3; //D3


AltSoftSerial ss;
SimpleTimer timer;
OneButton encoderButt(encoderButton, true);
RotaryEncoder encoder(A2, A3);
TM1637Display display1(dispClock, dispData);

bool halt = true;
int setSpeed = 0;
int curSpeed = 0; //ramp this up until it reaches the set speed
int savedSpeed = 0;
const int speedCount = 123;

const byte b1[] = {0,0,0,0,1,1,1,1,1,1,1,1,2,2,2,2,2,2,2,3,3,3,3,3,3,3,3,4,4,4,4,4,4,4,5,5,5,5,5,5,5,5,6,6,6,6,6,6,6,7,7,7,7,7,7,7,7,8,8,8,8,8,8,8,9,9,9,9,9,9,9,9,10,10,10,10,10,10,10,11,11,11,11,11,11,11,12,12,12,12,12,12,12,12,13,13,13,13,13,13,13,14,14,14,14,14,14,14,14,15,15,15,15,15,15,15,16,16,16,16,16,16,16,16};
const byte b2[] = {0,161,195,230,8,42,76,111,145,179,213,248,26,60,94,129,163,197,231,10,44,78,112,147,181,215,249,28,62,96,130,165,199,233,11,46,80,114,148,183,217,251,29,64,98,132,166,200,235,13,47,81,116,150,184,218,253,31,65,99,134,164,202,236,15,49,83,117,152,186,220,254,33,67,101,135,170,204,238,16,51,85,119,153,188,222,0,34,101,103,137,171,206,240,18,52,87,121,155,173,224,2,36,70,105,139,173,207,242,20,54,88,123,157,191,225,4,20,54,88,123,157,191,225};
const byte b3[] = {221,16,201,186,144,116,105,188,33,197,216,18,156,188,101,79,171,182,82,43,11,210,8,154,186,99,250,96,132,229,70,87,142,23,64,51,212,48,87,130,38,194,136,186,94,57,221,121,172,63,219,60,79,236,117,172,189,135,230,2,54,175,118,86,112,234,51,19,158,122,103,131,132,93,125,222,20,9,237,132,81,76,168,118,5,220,105,141,161,69,139,127,49,235,188,156,116,237,78,110,92,210,242,43,131,32,0,217,80,195,39,131,86,49,213,180,119,195,39,131,86,49,213,180};
const int sfm[] = {0,262,314,366,418,471,523,575,628,680,732,785,837,889,941,994,1046,1098,1151,1203,1255,1308,1360,1412,1464,1517,1569,1621,1674,1726,1778,1831,1883,1935,1987,2040,2092,2144,2197,2249,2301,2355,2406,2458,2510,2563,2615,2667,2721,2772,2824,2878,2929,2981,3033,3087,3138,3190,3244,3295,3347,3401,3453,3504,3556,3610,3661,3713,3767,3818,3870,3924,3976,4027,4079,4133,4184,4236,4290,4342,4393,4447,4499,4550,4602,4656,4708,4759,4813,4865,4916,4970,5022,5074,5125,5179,5231,5282,5336,5388,5440,5493,5545,5597,5648,5702,5754,5805,5859,5911,5963,6016,6068,6120,6171,6225,6277,6329,6382,6434,6486,6539,6591,6643};

//eeprom memory locations
const int memAddress = 20;
const int memBase = 350;


void setup() {
  //interrupts for encoder
  PCICR |= (1 << PCIE1);    // This enables Pin Change Interrupt 1 that covers the Analog input pins or Port C.
  PCMSK1 |= (1 << PCINT10) | (1 << PCINT11);  // This enables the interrupt for pin 2 and 3 of Port C.
  //Serial.begin(9600);
  ss.begin(9600);
  timer.setInterval(100, sendSpeedPacket);
  encoderButt.attachClick(startStop);

  // Set Up EEPROM
  EEPROM.setMemPool(memBase, EEPROMSizeNano);

  //Load the stored speed value
  setSpeed = EEPROM.readInt(memAddress);

  display1.setBrightness(2);
  updateDisplay();
}

void loop() {
  // put your main code here, to run repeatedly:
  timer.run();
  encoderButt.tick();
  readEncoder();
  updateDisplay();
}

void sendSpeedPacket() {

  if(halt == true) { //send the stop packet
    ss.write((byte)0);
    ss.write((byte)255);
    ss.write((byte)241);
    ss.write((byte)2);
    ss.write((byte)0);
    ss.write((byte)0);
    ss.write((byte)221);
  }
  else { //send the current speed packet
    ss.write((byte)0);
    ss.write((byte)255);
    ss.write((byte)241);
    ss.write((byte)2);
    ss.write((byte)b1[curSpeed]);
    ss.write((byte)b2[curSpeed]);
    ss.write((byte)b3[curSpeed]);   
  }

  if (halt == true){
    curSpeed = 0;
  }

  if (curSpeed < setSpeed && halt == false) { //this ramps the sent speed up until it hits the set speed
    curSpeed++;
  }
  if (curSpeed > setSpeed && halt == false) { //this immediately reduces the sent speed to the set speed
    curSpeed = setSpeed;
  }

  //Serial.print(halt);
  //Serial.print(" ");
  //Serial.println(curSpeed);
  
}

void startStop () {
  halt = !halt;
  EEPROM.writeInt(memAddress, setSpeed); //save the speed every time the button is pushed... so that on next power up it is not zero
}

void readEncoder() {
  static int pos = 0;

  int newPos = encoder.getPosition();
      if (pos > newPos) {
        setSpeed = setSpeed - 1;
      }
      else if (pos < newPos) {
        setSpeed = setSpeed + 1;
      }
      pos = newPos; //--keep

      setSpeed = constrain(setSpeed, 0, speedCount);


}

ISR(PCINT1_vect) {
  encoder.tick(); // just call tick() to check the state.
}


void updateDisplay() {
  display1.showNumberDecEx(sfm[setSpeed], 0, true);  //Set time should always show on display 1
//  Serial.print("Minutes: ");
//  Serial.print(seconds / 60);
//  Serial.print("Seconds: ");
//  Serial.println(seconds & 60);
}


Example ESP8266 Code


https://www.mischianti.org/2020/05/11/interface-arduino-esp8266-esp32-rs-485/


Sample Code for ESP8266 Wemos:

#include "Arduino.h"
#include <SoftwareSerial.h>
#include <Ticker.h>

#define SER_RX_PIN            D2  // Serial Receive pin
#define SER_TX_PIN            D3  // Serial Transmit pin
  
//RS485 control
#define SER_CONTROL_PIN       D0 // Transmission set pin
#define SER_TX_VALUE          HIGH
#define SER_RX_VALUE          LOW

  
SoftwareSerial serialPort(SER_RX_PIN, SER_TX_PIN); 
Ticker         ticker;  

int     byteSend;
String  dataReceived;
bool    isDataReceived = false;

bool    halt = true;
int     setSpeed = 0;
int     curSpeed = 0; //ramp this up until it reaches the set speed
//int     savedSpeed = 0;
//const int speedCount = 123;
 
const byte b1[] = {0,0,0,0,1,1,1,1,1,1,1,1,2,2,2,2,2,2,2,3,3,3,3,3,3,3,3,4,4,4,4,4,4,4,5,5,5,5,5,5,5,5,6,6,6,6,6,6,6,7,7,7,7,7,7,7,7,8,8,8,8,8,8,8,9,9,9,9,9,9,9,9,10,10,10,10,10,10,10,11,11,11,11,11,11,11,12,12,12,12,12,12,12,12,13,13,13,13,13,13,13,14,14,14,14,14,14,14,14,15,15,15,15,15,15,15,16,16,16,16,16,16,16,16};
const byte b2[] = {0,161,195,230,8,42,76,111,145,179,213,248,26,60,94,129,163,197,231,10,44,78,112,147,181,215,249,28,62,96,130,165,199,233,11,46,80,114,148,183,217,251,29,64,98,132,166,200,235,13,47,81,116,150,184,218,253,31,65,99,134,164,202,236,15,49,83,117,152,186,220,254,33,67,101,135,170,204,238,16,51,85,119,153,188,222,0,34,101,103,137,171,206,240,18,52,87,121,155,173,224,2,36,70,105,139,173,207,242,20,54,88,123,157,191,225,4,20,54,88,123,157,191,225};
const byte b3[] = {221,16,201,186,144,116,105,188,33,197,216,18,156,188,101,79,171,182,82,43,11,210,8,154,186,99,250,96,132,229,70,87,142,23,64,51,212,48,87,130,38,194,136,186,94,57,221,121,172,63,219,60,79,236,117,172,189,135,230,2,54,175,118,86,112,234,51,19,158,122,103,131,132,93,125,222,20,9,237,132,81,76,168,118,5,220,105,141,161,69,139,127,49,235,188,156,116,237,78,110,92,210,242,43,131,32,0,217,80,195,39,131,86,49,213,180,119,195,39,131,86,49,213,180}; 

  
void setup()  {
  Serial.begin(115200);

  //initialize RS485 
  pinMode(SER_CONTROL_PIN, OUTPUT);
  digitalWrite(SER_CONTROL_PIN, SER_RX_VALUE);
  serialPort.begin(9600);
  
  ticker.attach_ms(15,sendSpeedPacket);
  
}


void loop() {

//    setSpeed = 0;
//    delay(30000);
//    setSpeed = 1;
//    delay(30000);
//    setSpeed = 10;
//    delay(30000);
//    
//    setSpeed = 1;
    delay(30000);
    setSpeed = 5;
//    delay(30000);
//    setSpeed = 12;
    delay(30000);
    halt=true;
  
}

void processSerial(){
  processReceived();
  sendSpeedPacket();
}

void processReceived(){
  
    digitalWrite(SER_CONTROL_PIN, SER_RX_VALUE);// Init receive
  
    if (serialPort.available()){
        dataReceived = serialPort.readString();
        Serial.print("Data received ");
        Serial.println(dataReceived);    
    }

}

void sendSpeedPacket() {
 
  if(halt == true) { //send the stop packet
    serialPort.write((byte)0);
    serialPort.write((byte)255);
    serialPort.write((byte)241);
    serialPort.write((byte)2);
    serialPort.write((byte)0);
    serialPort.write((byte)0);
    serialPort.write((byte)221);
  }
  else { //send the current speed packet
    serialPort.write((byte)0);
    serialPort.write((byte)255);
    serialPort.write((byte)241);
    serialPort.write((byte)2);
    serialPort.write((byte)b1[curSpeed]);
    serialPort.write((byte)b2[curSpeed]);
    serialPort.write((byte)b3[curSpeed]);  
  }
 
  if (halt == true){
    curSpeed = 0;
  }
 
  if (curSpeed < setSpeed && halt == false) { //this ramps the sent speed up until it hits the set speed
    curSpeed++;
  }
  if (curSpeed > setSpeed && halt == false) { //this immediately reduces the sent speed to the set speed
    curSpeed = setSpeed;
  }
 
  Serial.print(halt);
  Serial.print(" ");
  Serial.println(curSpeed);
   
}



$ sort tmp.txt | uniq -c 
 411 
   4 +1
   4 +2
   1 01 1a fe df 00 fd ce 1a ec fe 3a ac fe
   1 01 1a fe df 00 fd ce 1a ec fe 5e f4 fd
   1 01 1a fe df 00 fd ce 1a ec fe 76 2c fe
   2 01 1a fe df 00 fd ce 1a ec fe 7a b4 fc
   1 01 1a fe df 00 fd ce 1a ec fe e6 d4 fc
   2 01 1a fe df 00 fd f2 1a ec fe fe fa ff
   1 01 1a fe df 00 fd f6 1a ec fe fe b6 fe
   2 01 1a fe df 00 fd fa 1a ec fe fe a6 fe
   4 01 1a fe df 00 fd fe 1a ec fe fe ea ff
  19 01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe
   1 01 26 f6 ff af 1f 00 fd f6 26 fc aa ff
   1 01 26 f6 ff af 1f 00 fd fa 26 fc 82 fe
  10 01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe
  18 01 3a f6 ff bd be 00 fd ce 3a fc ce ff
   5 01 3a f6 ff bd be 00 fd f6 3a fc 12 fe
  10 01 3a f6 ff bd be 00 fd fe 3a fc 22 ff
   5 01 3a f6 ff ff 45 00 fd f2 3a fc 0a fe
   6 01 3a f6 ff ff 45 00 fd fa 3a fc 3a ff
   1 01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff
   1 01 0d fe df 00 fd ce 1a ec fe
   1 01 13 f6 ff af 1f 00 fd ce 26 fc 76 fe
   1 01 1a fe df 00 fd ce 1a ec fe 72
  35 01 1a fe df 00 fd fe 1a ec fe fe ea ff
  15 01 1a fe df 00 fd fe 1a ec fe fe ea ff 
   4 01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe
   5 01 3a f6 ff bd be 00 fd ce 3a fc ce ff
 199 01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff
  41 01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff 
   1 01 3a f6 ff ff 45 f4 fe 3a fc 22 ff
   1 01 3e ff 1f 00 fd fe 3e fe 7e fe
   1 01 be f6 ff 0b c2 00 fd fe be fc a6 fe


Byte Stream

Bytes 
01 3a f6 ff bd be 00 fd ce 3a fc ce ff
01 be f6 ff 0b c2 00 fd fe be fc a6 fe
01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

01 13 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 0d fe df 00 fd ce 1a ec fe

01 3e ff 1f 00 fd fe 3e fe 7e fe


01 be f6 ff 0b c2 00 fd fe be fc a6 fe

+1



01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

+1

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

+1

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

+2

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

+2


01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

+2

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

+2

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

+1

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

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01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff




01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff 

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01 1a fe df 00 fd fe 1a ec fe fe ea ff 

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01 1a fe df 00 fd fe 1a ec fe fe ea ff 

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01 1a fe df 00 fd fe 1a ec fe fe ea ff 

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01 1a fe df 00 fd fe 1a ec fe fe ea ff 

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01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff 

01 1a fe df 00 fd fe 1a ec fe fe ea ff 

01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff 

01 3a f6 ff ff 45 f4 fe 3a fc 22 ff



01 3a f6 ff ff 45 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe

01 3a f6 ff ff 45 00 fd fa 3a fc 3a ff

01 26 f6 ff af 1f 00 fd fa 26 fc 82 fe

01 3a f6 ff ff 45 00 fd fa 3a fc 3a ff

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01 3a f6 ff ff 45 00 fd fa 3a fc 3a ff

01 3a f6 ff ff 45 00 fd fa 3a fc 3a ff

01 3a f6 ff ff 45 00 fd fa 3a fc 3a ff

01 1a fe df 00 fd fa 1a ec fe fe a6 fe

01 3a f6 ff ff 45 00 fd fa 3a fc 3a ff

01 3a f6 ff ff 45 00 fd f2 3a fc 0a fe

01 1a fe df 00 fd f2 1a ec fe fe fa ff

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01 3a f6 ff ff 45 00 fd f2 3a fc 0a fe

01 3a f6 ff ff 45 00 fd f2 3a fc 0a fe

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01 3a f6 ff bd be 00 fd f6 3a fc 12 fe

01 1a fe df 00 fd f6 1a ec fe fe b6 fe

01 3a f6 ff bd be 00 fd f6 3a fc 12 fe

01 3a f6 ff bd be 00 fd f6 3a fc 12 fe

01 3a f6 ff bd be 00 fd f6 3a fc 12 fe

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff bd be 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff bd be 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe

01 3a f6 ff bd be 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe

01 3a f6 ff bd be 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff bd be 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe

01 3a f6 ff bd be 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe

01 3a f6 ff bd be 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe

01 3a f6 ff bd be 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe

01 1a fe df 00 fd fe 1a ec fe fe ea ff

01 3a f6 ff bd be 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd fe 26 fc 9a fe

01 3a f6 ff bd be 00 fd fe 3a fc 22 ff

01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 1a fe df 00 fd ce 1a ec fe e6 d4 fc

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

01 26 f6 ff af 1f 00 fd ce 26 fc 76 fe

01 1a fe df 00 fd ce 1a ec fe 7a b4 fc

01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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01 3a f6 ff bd be 00 fd ce 3a fc ce ff

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