Beisidaer Electronic Scale Load Cell With Hx711 A/D Converter For Accurate Weighing

Features:

*High Precision Weight Scale Sensor: This kitchen scale uses a 1KG, 5KG, 10KG, or 20KG ,HX711 AD module weight sensor for accurate and precise measurements. The four-wire connection makes it easy to use, with a simple setup and 5-10V operating voltage.

*Direct Voltage Output: The weight change is directly converted into a voltage signal, reliable and consistent readings. The sensor has red for power positive, black for power negative, green for output signal positive, and white for output signal negative.

*Secure Installation: 1 end of the sensor is firmly fixed with screws, while the other end remains suspended. It is important to follow the label directions and apply gravity in the indicated direction. Avoid pressing directly on the white adhesive area to prevent damage to the sensor.

*HX711 A/D Converter Chip: This module incorporates a 24-bit high-precision AD converter chip, the HX711. It is specifically designed for high-precision electronic scales, featuring two analog channel inputs and an internal programmable increase with 128x gain. The input circuit can be configured to support bridge voltage input for sensors like pressure and weight sensors.

*Easy to Set Up: With its user-friendly design, this weight scale sensor can be easily connected to your project. Just follow the wiring instructions and apply the appropriate power voltage. Enjoy accurate and reliable weight measurements for your kitchen or any other applications requiring precise weight sensing.

Specifications:

*Part Name:Weight Sensor

*Material:Metal

*Size:12.7mm*12.7mm*75mm/12.7mm*12.7mm*80mm

*Color:silver green black

*Output sensitivity: 1.0±0.1mV/V

Package Content:

1x Weight Sensor or 1x Weight Sensor and HX711 Module or 1x HX711 Module

Note:

1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.
2. Please allow slight manual measurement deviation for the data.