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10KG Aluminum Alloy Scale Weighing Sensor Load Cell Kit For Arduino
SKU: LDC-0003-000
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Short Description
The 10kg Aluminium Alloy Parallel Beam Load Cell is a high-precision strain gauge sensor used for weight and force measurements.
It is made of sturdy aluminium alloy and provides consistent and accurate measurements for electronic weighing scales, industrial automation, Arduino projects, and IoT systems.
The load cell has a four-wire connection for simple integration with a HX711 Load Cell ADC Amplifier and is suitable for DIY, educational, and commercial weighing applications.
Buy currently uses Select Automation shop pricing and checkout.
Features:
Measures weight up to 10 kg.
Parallel beam strain gauge load cell design.
High-precision weight measurement with 0.05% accuracy.
Durable aluminium alloy construction.
Four-wire output for stable signal transmission.
Compatible with HX711 Load Cell ADC Amplifier modules.
Easy integration with Arduino, ESP32, ESP8266, Raspberry Pi and other microcontrollers.
Safe overload protection up to 120% of rated capacity.
Maximum overload protection up to 150% of rated capacity.
Compact and lightweight design.
Simple installation with threaded mounting holes.
Suitable for electronic weighing scales.
Suitable for industrial automation systems.
Suitable for force measurement applications.
Suitable for robotics and smart weighing projects.
Suitable for DIY electronics and educational projects.
Specifications:
Load Cell Type: Parallel Beam Strain Gauge.
Rated Capacity: 10 kg.
Safe Overload: 120% of Rated Capacity (12 kg).
Ultimate Overload: 150% of Rated Capacity (15 kg).
Measuring Accuracy: 0.05%.
Number of Wires: 4.
Cable Length: 550 mm.
Recommended Interface Module: HX711 Load Cell ADC Amplifier.
Housing Material: Aluminium Alloy.
Mounting Holes: 2 × M5, 2 × M4.
Dimensions: 55 × 13 × 13 mm.
Output Signal: Millivolt (mV/V) Strain Gauge Output.
Applications: Electronic weighing scales, Arduino projects, industrial weighing, automation systems, robotics, force measurement, smart home devices and IoT applications.