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Related Manuals for Keyestudio WiKi KS6082
Summary of Contents for Keyestudio WiKi KS6082
- Page 1 WiKi keyestudio WiKi Feb 21, 2025...
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Page 3: Table Of Contents
KS6082 KEYESTUDIO 2021 ATOMIZATION MODULE 1 Resources Download 2 Introduction 3 Parameters 4 Dimensions Module Dimensions ......... . . - Page 5 WiKi KS6082 KEYESTUDIO 2021 ATOMIZATION MODULE...
- Page 6 WiKi KS6082 KEYESTUDIO 2021 ATOMIZATION MODULE...
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Page 7: Resources Download
CHAPTER RESOURCES DOWNLOAD code... - Page 8 WiKi Chapter 1. Resources Download...
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Page 9: Introduction
CHAPTER INTRODUCTION The atomization module is composed of a drive module and an atomizer, which is used to atomize and humidify the water. It can be controlled by MCU or buttons. V is connected to 3~5V voltage input, G is connected to GND, and S is the signal pin. - Page 10 WiKi Chapter 2. Introduction...
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Page 11: Parameters
CHAPTER THREE PARAMETERS • Operating voltage: 3.3V/5V • Installation hole parameters: diameter of 4.8mm, spacing 16mm • Module dimensions: 31mm long, 23mm wide, 8mm high • Weight: 4.5g • Operating temperature: -25°C to +60°C • Module interface: 3pin spacing 2.54, bent pin •... - Page 12 WiKi Chapter 3. Parameters...
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Page 13: Dimensions
CHAPTER FOUR DIMENSIONS 4.1 Module Dimensions... -
Page 14: Atomizer Dimensions
WiKi 4.2 Atomizer Dimensions Chapter 4. Dimensions... -
Page 15: Wiring Diagram
CHAPTER FIVE WIRING DIAGRAM Connect the atomizer to the PH2.0 female pin of the module, as shown below. - Page 16 WiKi Chapter 5. Wiring Diagram...
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Page 17: Operating Instructions
CHAPTER OPERATING INSTRUCTIONS There are two control modes for this module: automatic control by pressing a button, and MCU programming control. Button Control: Press the button to turn on the module. Press it again to turn the module off. MCU Programming: Simulate a button is pressed. The button outputs high level in normal state, and low when pressed;... - Page 18 WiKi Chapter 6. Operating Instructions...
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Page 19: Test Code
CHAPTER SEVEN TEST CODE atomization //Set the pin of the atomization module setup() { pinMode(atomization, OUTPUT);//set the pin to output digitalWrite(atomization, HIGH);//set the pin to high loop() { //Turn on the atomization module, equivalent to pressing a button digitalWrite(atomization, LOW); delay(200);... - Page 20 WiKi Chapter 7. Test Code...
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Page 21: Code Explanation
CHAPTER EIGHT CODE EXPLANATION Code Explanation pinMode(atomization, OUT- Set the pin to output. PUT) digitalWrite(atomization, Set the output voltage of the pin to HIGH/LOW HIGH) delay(1000) Pause the execution of the program for a period of time, called a delay. The unit is milliseconds. - Page 22 WiKi Chapter 8. Code Explanation...
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Page 23: Test Result
CHAPTER NINE TEST RESULT 9.1 Atomizer Face the front of the atomizer up, and put it gently on the surface of the water. Note that the front should be not covered by water. Upload the code to the board and wire up. After that, put the atomizer on the water surface and it starts to work and repeats: it sprays mist for 3 seconds and stops for 1 second. -
Page 24: Cotton Rod
WiKi 9.2 Cotton Rod How to install the cotton rod for humidifying to the atomizer: Put the atomizer in the plastic shell. Pay attention that its connection wire should be placed in the groove of the plastic shell. Chapter 9. Test Result... - Page 25 WiKi Cover the other half of the shell. 9.2. Cotton Rod...
- Page 26 WiKi Insert the cotton rod into the middle of the plastic shell. Chapter 9. Test Result...
- Page 27 WiKi The installation is complete. Note: The cotton rod takes time to absorb water. If it is not full of water, the atomizater may be burned out after powering on. To avoid this condition, please insert the rod into the water first, and then upload the code after the water is fully absorbed in it.
- Page 28 WiKi second. Since water absorption rate of the cotton rod is slow, after a long time of work, the atomizer may stop working for 2~3 seconds after each period of atomizing. Until the rod absorbs enough water, it works again.
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