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Weighing Pressure 1KG with HX711AD Module

2.75 د.ك

The 1KG Load Cell Weight Sensor with HX711AD Module provides accurate weight measurement for Arduino, digital scales, and smart automation projects. Additionally, the module delivers stable high-precision signal amplification for reliable weighing applications.

In stock

Description

1KG Load Cell Weight Sensor with HX711AD Module for Arduino

The 1KG Load Cell Weight Sensor with HX711AD Module is a high-precision weighing solution designed for Arduino, smart scales, automation systems, and DIY electronics projects. In addition, the module combines a 1KG load cell sensor with the HX711AD amplifier to provide accurate and stable digital weight measurements.

Moreover, the HX711AD amplifier improves signal sensitivity and converts tiny analog signals into digital data that Arduino boards can process easily. As a result, developers can create smart weighing systems, kitchen scales, pressure monitoring systems, and industrial automation projects more efficiently.

Furthermore, the compact design and low power consumption make the module ideal for portable and embedded electronics applications. Therefore, the sensor kit is suitable for beginners, students, makers, and professional developers alike.

What Is a Load Cell Weight Sensor?

A load cell is a sensor that converts force or pressure into an electrical signal. Additionally, the sensor uses strain gauges attached to a metal bar to detect weight changes accurately.

At the same time, the HX711AD module amplifies and digitizes the load cell signal for microcontrollers and embedded systems. Because of this, the module is widely used in electronic weighing scales, industrial automation systems, and smart monitoring applications.

Likewise, the compact structure simplifies installation and calibration for electronics projects. Consequently, weight measurement systems become significantly easier to develop.

You can display live weight readings using the 16×2 LCD Display I2C Arduino or the 0.96 Inch OLED LCD Screen I2C 128X64 for real-time monitoring.

Key Features

  • 1KG load cell sensor
  • HX711AD high-precision amplifier
  • Accurate digital weight measurement
  • Stable signal amplification
  • Low power consumption
  • Compact and lightweight design
  • Suitable for Arduino projects
  • Easy microcontroller integration
  • Beginner-friendly setup
  • Reliable weighing performance

Additionally, the module supports precision force measurement for smart scale systems.

Technical Specifications

  • Sensor Type: Load cell weight sensor
  • Capacity: 1KG
  • Amplifier Chip: HX711AD
  • Operating Voltage: 2.6V – 5.5V
  • Output Type: Digital signal
  • Output Data Rate: 10Hz or 80Hz selectable
  • Operating Temperature: -20°C to +85°C
  • Sensor Size: 12.7 × 12.7 × 75mm
  • Application Type: Weight and pressure measurement

Overall, these specifications make the module highly suitable for smart weighing and embedded monitoring systems.

Smart Weighing Applications

This load cell module is widely used in projects that require accurate weight and pressure sensing. In addition, the HX711AD amplifier improves signal quality and precision measurement performance.

Furthermore, the module performs efficiently in smart electronics and automation systems. Therefore, users can create digital scales, inventory systems, and industrial monitoring devices more effectively.

At the same time, the module works exceptionally well in educational and DIY electronics projects. As a result, beginners can quickly learn weight sensing and digital signal processing.

For wireless IoT weighing systems, the module works perfectly with the NodeMCU LUA WiFi Internet of Things IoT and the HC-05 Master Slave Wireless Bluetooth Module.

Why Choose This Arduino Weight Sensor?

This Arduino-compatible weight sensor combines accurate load measurement, reliable signal amplification, and easy integration in one compact solution. In addition, the HX711AD module eliminates the need for complicated analog processing circuits.

Furthermore, the module supports direct communication with Arduino boards through simple digital connections. Therefore, beginners can quickly start building smart weighing and automation systems.

Most importantly, HX711 load cell modules remain one of the most popular solutions for Arduino weighing applications. Consequently, users can easily find tutorials, wiring diagrams, and example code online.

You can easily connect the module to the Arduino Nano V3.0 R3 Board CH340G or the Mega 2560 R3 for advanced weighing systems.

Applications

This module is suitable for many electronics projects, including:

  • Arduino digital scales
  • Smart weighing systems
  • Kitchen scales
  • Pressure monitoring systems
  • IoT weight monitoring
  • DIY electronics
  • Embedded systems
  • Smart automation projects
  • Educational engineering projects
  • Force measurement systems

Additionally, the sensor is commonly used in automation and industrial monitoring applications.

For automated weighing systems, the module can work together with the 2 Channel Relay Module to control alarms, motors, and sorting systems automatically.

Compatible With

  • Arduino UNO
  • Arduino Mega
  • Arduino Nano
  • ESP32
  • ESP8266
  • Raspberry Pi
  • OLED displays
  • LCD displays
  • IoT development systems
  • Embedded electronics platforms

Furthermore, the module works seamlessly with many Arduino-compatible sensors and accessories.

Tutorial

The 1KG Load Cell Weight Sensor with HX711AD Module can be connected directly to Arduino digital pins for accurate weight measurement applications. Additionally, users can read weight values and display live measurements using Arduino IDE programming.

Moreover, many tutorials and open-source examples are available online for beginners and advanced developers alike. Therefore, users can quickly build digital weighing and automation systems.

In conclusion, the 1KG Load Cell Weight Sensor with HX711AD Module is an excellent choice for anyone looking for a reliable, beginner-friendly, and accurate weighing solution for Arduino and automation projects.