Certified Safe 50 Kg Button Load Cell Price Crushed By 45% [znehdG96]

Certified Safe 50 Kg Button Load Cell Price Crushed By 45% [znehdG96]: The Ultimate Precision Tool

The Certified Safe 50 Kg Button Load Cell Price Crushed By 45% [znehdG96] is a highly precise and versatile tool designed for applications that demand accuracy and reliability. This compact load cell is perfect for various industries, including automotive, medical, and industrial automation, where precise force measurement is crucial. Its Wheatstone bridge sensor ensures stable and repeatable measurements, while its plug-and-play compatibility with the Phidgets PhidgetBridge Wheatstone Bridge Sensor Interface (w/ Enclosure) simplifies setup and integration.

Robust Specifications and Technical Details

The Certified Safe 50 Kg Button Load Cell Price Crushed By 45% [znehdG96] boasts impressive specifications that set it apart from other load cells. With a maximum weight capacity of 50 kg and an overload rating of 60 kg, it can handle a wide range of force measurements. The load cell's creep is minimal at 20 g/hr, ensuring consistent readings over time. Its zero balance is ± 500 g, and the cell repeatability error is ± 100 g, ensuring high precision. The electrical properties are equally impressive, with a rated output of 1 mV/V and an output impedance of 350 Ω, making it compatible with various measuring systems.

Practical Applications and Benefits

The Certified Safe 50 Kg Button Load Cell Price Crushed By 45% [znehdG96] is ideal for a variety of applications, from weight scales and force measurement devices to industrial process control and medical devices. Its thin form factor and robust construction make it suitable for use in tight spaces. The load cell's ability to minimize errors due to uneven loading makes it a reliable choice for applications where precision is critical. Whether you're designing a custom weighing system or enhancing an existing one, the Certified Safe 50 Kg Button Load Cell Price Crushed By 45% [znehdG96] is the perfect choice for achieving accurate and consistent measurements.