TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module

Name: TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module
SKU: AB038
Price: 110.00 EGP
Availability: OutOfStock

SKU: AB038 Category: Sensors Tag: Sensors

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Description

Looking to cool down your DIY project or any electronic device then you are at the right product. The TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module is the simple application of the Peltier Thermoelectric Effect. The module features 127 semiconductor couples in the area of 40 x 40mm which very effectively cools and heats up to 90°C. The thermoelectric coolers is also known as TEC or Peltier Module creates a temperature differential on each side. One side gets hot and the other side gets cool. They use to either warm something up or cool something down; above all, you can use either side. You can also take advantage of a temperature differential to generate electricity. A thermoelectric cooler (TEC) module is a semiconductor-based electronic component that functions as a small heat pump. By applying the DC power source to a TEC, heat will be transferred from one side of the module to the other. It creates a cold and hot side. They are widely useful in industrial areas, for example, computer CPUs, CCDs, portable refrigerators, medical instruments, and so on. <h5>Operating Tips:</h5> <ol> <li>Max. Operating Temperature: 138 Degree C</li> <li>Do not exceed Imax or Vmax when operating a module.</li> <li>Please carry out moisture protection options (sealing) in final application use.</li> <li>Life expectancy: 200, 000 hours</li> <li>Failure rate based on longtime testings: 0.2%.</li> </ol> <hr /> Connection Diagram of TEC1 12706 with Arduino: <a href=""https://robu.in/wp-content/uploads/2017/02/987.jpg""><img class=""aligncenter wp-image-1129421 size-full entered lazyloaded"" title=""Tec1 12706 40X40Mm Thermoelectric Cooler 6A Peltier Module, Thermoelectric Coolers Generic 987"" src=""https://robu.in/wp-content/uploads/2017/02/987.jpg"" alt=""Generic 987"" width=""467"" height=""353"" data-lazy-srcset=""https://robu.in/wp-content/uploads/2017/02/987.jpg 467w, https://robu.in/wp-content/uploads/2017/02/987-300×227.jpg 300w, https://robu.in/wp-content/uploads/2017/02/987-462×349.jpg 462w"" data-lazy-sizes=""(max-width: 467px) 100vw, 467px"" data-lazy-src=""https://robu.in/wp-content/uploads/2017/02/987.jpg"" data-ll-status=""loaded"" /></a> Important Note!! The heat side requires a heat sink all the time. “ Do not run this device with a power supply more than a few seconds without a heatsink mounted to the device! ” <hr /> <h4>Features :</h4> <ol> <li>Small module.</li> <li>Operable up to 138°C.</li> <li>Easy transition between the hot side to the cool side and vice-versa just by reversing the polarity of the supply.</li> <li>Quality tested cooling cells.</li> <li>Solid-state, vibration-free, noise-free.</li> <li>Simple to install and operate.</li> <li>Should use with a heat sink.</li> </ol> <hr /> <h4>Package Includes:</h4> 1 x TEC1 12706 Thermoelectric Cooler cooler 12 Volt 92 Watt.

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Pin Connections

1 Table

Pin Connections Table 1

Board	Sensor Pin	Connection
Peltier + MOSFET	PWM in / Load out	board PWM pin -> MOSFET gate; Peltier wired through the MOSFET on its own 12V supply

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TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module

7 Examples • C/C++ | Boards: Arduino Uno, Arduino Nano, Arduino Mega, ESP32, ESP8266, STM32, Raspberry Pi Pico

Wrap

TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module - Arduino Uno

TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module - Arduino Nano

TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module - Arduino Mega

TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module - ESP32

TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module - ESP8266

TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module - STM32

TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module - Raspberry Pi Pico

📄 File: tec1_12706_40x40mm_thermoelectric_cooler_6a_peltier_module_-_arduino_uno.inoArduino Uno

864 characters

1//ekostra.com

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3//+201008896258

5// This is an ACTUATOR (a heat pump), not something you read - you drive it via PWM through a MOSFET/driver, you don't analogRead() it.

6// PWM pin 9 on Arduino Uno, switching an N-channel MOSFET (or motor driver) that carries the Peltier's real current (6A - well beyond what any GPIO pin can supply directly).

7#define PELTIER_PWM_PIN 9

9void setup() {

10 Serial.begin(115200);

11 pinMode(PELTIER_PWM_PIN, OUTPUT);

12}

14void loop() {

15 // Ramp power 0-100% and back, as a demo - replace with real thermostat logic

16 // (e.g. drive from a DS18B20/thermocouple reading) in a real project.

17 for (int power = 0; power <= 255; power += 5) {

18 analogWrite(PELTIER_PWM_PIN, power);

19 delay(50);

20 }

21 for (int power = 255; power >= 0; power -= 5) {

22 analogWrite(PELTIER_PWM_PIN, power);

23 delay(50);

24 }

25}

📄 File: tec1_12706_40x40mm_thermoelectric_cooler_6a_peltier_module_-_arduino_nano.inoArduino Nano

865 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// This is an ACTUATOR (a heat pump), not something you read - you drive it via PWM through a MOSFET/driver, you don't analogRead() it.

6// PWM pin 9 on Arduino Nano, switching an N-channel MOSFET (or motor driver) that carries the Peltier's real current (6A - well beyond what any GPIO pin can supply directly).

7#define PELTIER_PWM_PIN 9

9void setup() {

10 Serial.begin(115200);

11 pinMode(PELTIER_PWM_PIN, OUTPUT);

12}

14void loop() {

15 // Ramp power 0-100% and back, as a demo - replace with real thermostat logic

16 // (e.g. drive from a DS18B20/thermocouple reading) in a real project.

17 for (int power = 0; power <= 255; power += 5) {

18 analogWrite(PELTIER_PWM_PIN, power);

19 delay(50);

20 }

21 for (int power = 255; power >= 0; power -= 5) {

22 analogWrite(PELTIER_PWM_PIN, power);

23 delay(50);

24 }

25}

📄 File: tec1_12706_40x40mm_thermoelectric_cooler_6a_peltier_module_-_arduino_mega.inoArduino Mega

865 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// This is an ACTUATOR (a heat pump), not something you read - you drive it via PWM through a MOSFET/driver, you don't analogRead() it.

6// PWM pin 9 on Arduino Mega, switching an N-channel MOSFET (or motor driver) that carries the Peltier's real current (6A - well beyond what any GPIO pin can supply directly).

7#define PELTIER_PWM_PIN 9

9void setup() {

10 Serial.begin(115200);

11 pinMode(PELTIER_PWM_PIN, OUTPUT);

12}

14void loop() {

15 // Ramp power 0-100% and back, as a demo - replace with real thermostat logic

16 // (e.g. drive from a DS18B20/thermocouple reading) in a real project.

17 for (int power = 0; power <= 255; power += 5) {

18 analogWrite(PELTIER_PWM_PIN, power);

19 delay(50);

20 }

21 for (int power = 255; power >= 0; power -= 5) {

22 analogWrite(PELTIER_PWM_PIN, power);

23 delay(50);

24 }

25}

📄 File: tec1_12706_40x40mm_thermoelectric_cooler_6a_peltier_module_-_esp32.inoESP32

860 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// This is an ACTUATOR (a heat pump), not something you read - you drive it via PWM through a MOSFET/driver, you don't analogRead() it.

6// PWM pin 25 on ESP32, switching an N-channel MOSFET (or motor driver) that carries the Peltier's real current (6A - well beyond what any GPIO pin can supply directly).

7#define PELTIER_PWM_PIN 25

9void setup() {

10 Serial.begin(115200);

11 pinMode(PELTIER_PWM_PIN, OUTPUT);

12}

14void loop() {

15 // Ramp power 0-100% and back, as a demo - replace with real thermostat logic

16 // (e.g. drive from a DS18B20/thermocouple reading) in a real project.

17 for (int power = 0; power <= 255; power += 5) {

18 analogWrite(PELTIER_PWM_PIN, power);

19 delay(50);

20 }

21 for (int power = 255; power >= 0; power -= 5) {

22 analogWrite(PELTIER_PWM_PIN, power);

23 delay(50);

24 }

25}

📄 File: tec1_12706_40x40mm_thermoelectric_cooler_6a_peltier_module_-_esp8266.inoESP8266

862 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// This is an ACTUATOR (a heat pump), not something you read - you drive it via PWM through a MOSFET/driver, you don't analogRead() it.

6// PWM pin D8 on ESP8266, switching an N-channel MOSFET (or motor driver) that carries the Peltier's real current (6A - well beyond what any GPIO pin can supply directly).

7#define PELTIER_PWM_PIN D8

9void setup() {

10 Serial.begin(115200);

11 pinMode(PELTIER_PWM_PIN, OUTPUT);

12}

14void loop() {

15 // Ramp power 0-100% and back, as a demo - replace with real thermostat logic

16 // (e.g. drive from a DS18B20/thermocouple reading) in a real project.

17 for (int power = 0; power <= 255; power += 5) {

18 analogWrite(PELTIER_PWM_PIN, power);

19 delay(50);

20 }

21 for (int power = 255; power >= 0; power -= 5) {

22 analogWrite(PELTIER_PWM_PIN, power);

23 delay(50);

24 }

25}

📄 File: tec1_12706_40x40mm_thermoelectric_cooler_6a_peltier_module_-_stm32.inoSTM32

862 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// This is an ACTUATOR (a heat pump), not something you read - you drive it via PWM through a MOSFET/driver, you don't analogRead() it.

6// PWM pin PA8 on STM32, switching an N-channel MOSFET (or motor driver) that carries the Peltier's real current (6A - well beyond what any GPIO pin can supply directly).

7#define PELTIER_PWM_PIN PA8

9void setup() {

10 Serial.begin(115200);

11 pinMode(PELTIER_PWM_PIN, OUTPUT);

12}

14void loop() {

15 // Ramp power 0-100% and back, as a demo - replace with real thermostat logic

16 // (e.g. drive from a DS18B20/thermocouple reading) in a real project.

17 for (int power = 0; power <= 255; power += 5) {

18 analogWrite(PELTIER_PWM_PIN, power);

19 delay(50);

20 }

21 for (int power = 255; power >= 0; power -= 5) {

22 analogWrite(PELTIER_PWM_PIN, power);

23 delay(50);

24 }

25}

📄 File: tec1_12706_40x40mm_thermoelectric_cooler_6a_peltier_module_-_raspberry_pi_pico.inoRaspberry Pi Pico

872 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// This is an ACTUATOR (a heat pump), not something you read - you drive it via PWM through a MOSFET/driver, you don't analogRead() it.

6// PWM pin 15 on Raspberry Pi Pico, switching an N-channel MOSFET (or motor driver) that carries the Peltier's real current (6A - well beyond what any GPIO pin can supply directly).

7#define PELTIER_PWM_PIN 15

9void setup() {

10 Serial.begin(115200);

11 pinMode(PELTIER_PWM_PIN, OUTPUT);

12}

14void loop() {

15 // Ramp power 0-100% and back, as a demo - replace with real thermostat logic

16 // (e.g. drive from a DS18B20/thermocouple reading) in a real project.

17 for (int power = 0; power <= 255; power += 5) {

18 analogWrite(PELTIER_PWM_PIN, power);

19 delay(50);

20 }

21 for (int power = 255; power >= 0; power -= 5) {

22 analogWrite(PELTIER_PWM_PIN, power);

23 delay(50);

24 }

25}

Project Notes:

This is an ACTUATOR (heat pump), not a sensor - it draws up to 6A and needs a MOSFET/motor driver in between; no GPIO pin can power it directly.

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TEC1 12706 40x40mm Thermoelectric Cooler 6A Peltier Module متوفر الآن في متجر إكوسترا للإلكترونيات، ضمن قسم Sensors، بسعر 110,00 EGP. كود المنتج لدينا: AB038. المنتج غير متوفر حالياً — تواصل معنا عبر واتساب لمعرفة موعد توفره القادم.

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