HX711 Arduino Pressure Sensor Module, 50kg/100kg/200kg Load Strain Gauge, 4-Piece Load Sensor Kit, Compatible with Arduino DIY, 34 x 34mm

24-Bit HX711 Chips This Arduino pressure sensor module uses a high-precision 24-bit HX711 A/D converter chip, designed for high-precision electronic scales. It offers a fast and agile response, accurate measurement data, and is virtually error-free.

128X Gain The HX711 module has two analog channel inputs with a built-in programmable 128x gain amplifier.

Multi-Use The input circuit can be configured as a bridge sensor, providing bridge Arduino pressure sensor modes (e.g., pressure, weighing), making it an ideal high-precision, low-cost front-end sampling module.

High SensitivityThe arduino force sensor has high precision and sensitivity as well as a small volume.

High SensitivityThe arduino force sensor has high precision and sensitivity as well as a small volume.

HX711 Pressure Sensor, Strain Gauge, Weight Sensor, Arduino Pressure Sensor, Force Sensor, Weighing Sensor 100kg HX711 Weight Sensor, Weight Sensor, Strain Sensor, Resistance Sensor, Body Load Cell Specification:
Sensor Size: 34*34mm/1.34*1.34in; Internal Sensor Construction: Half-Bridge Strain Gauge 1000ohm; Measuring Range: 50kg/100kg/200kg
Package List:
4*Arduino Pressure Sensors, 1*HX711 Module
User Manual: During measurement, the external element is correctly applied with an external force. The E-shaped stress beam part of the sensor (i.e., the beam arm with the white rubber in the middle of the stress gauge) and the external element must form a shear force in the opposite direction, i.e., in the middle of the stress beam, it must be able to undergo changes in deflection under stress, and there must be no obstruction on the other side of the stress beam. Inside the sensor is a set of half-bridge strain gauges, which can be used in the following three ways: 1. Use one sensor with external resistance to form a full bridge measurement. The range is the range of one sensor: 50 kg. Higher external resistance demands are required. 2. Use two sensors to form a full bridge measurement. The range is the sum of the ranges of the two sensors: 50 kg x 2 = 100 kg. 3. Using four sensors to form a full bridge measurement, the range is the sum of the ranges of the four sensors: 50 kg x 4 = 200 kg. Note: Please note that the new and old types of this product will be sent randomly, and please ensure this is acceptable to you before ordering.