QSH02248 Digital S-Beam Jr.® Load Cell 3.0
LSB206 Digital S Beam Jr.® Load Cell 3.0 – a compact smart sensor that seamlessly combines a miniature S Beam Jr.® load cell with embedded electronics, eliminating the need for an external amplifier and analog-to-digital converter.
Engineered for engineers, the embedded digital signal conditioner offers flexibility for data acquisition in two versions: a detachable 7-pin cable connector version offers UART communication or a robust integrated cable version for both SPI and UART connectivity.
Experience speed and precision with a digital output of up to 1300 samples per second (SPS) or 15 bits of Noise-Free Resolution (NFR). It's efficient, with low power consumption at just 78mW. Featuring a high-performance tension and compression load cell, it maintains ±0.1% of Rated Output for nonlinearity and hysteresis. Despite its technical capabilities, it's lightweight at 14 grams, enclosed in a compact 0.75-inch (19.05mm) height and 0.38-inch (9.5mm) package.
Rest assured with integrated overload protection, safeguarding up to 1000% of Rated Output. Precision matters, with non-repeatability at ±0.05% of R.O. This robust sensor endures harsh conditions, with shock resistance tested up to 500 g per IEC60068-2-27 standards. Regardless of how critical your challenge is in automation, robotics, or aerospace, the LSB206 Digital S Beam Jr.® Load Cell 3.0 is your solution, combining technology with reliability. Elevate your projects with precision – choose LSB206.
Features
- Embedded digital signal conditioner - SPI and/or UART available;
- Digital output of up to 1,300 samples per second (SPS) and up to 15 Bits of Noise-Free Resolution (NFR);
- Low power consumption of 78mW;
- High-performance tension and compression load cell with nonlinearity and hysteresis of ±0.1% of R.O. (Rated Output);
- Lightweight with 14 grams only and miniature size in a compact package of 0.75in [19.05mm] height and 0.38in [9.5mm] width;
- Integrated overload protection of impressive 1000% of Rated Output;
- Notable non-repeatability of ±0.05% of R.O.;
- Shock resistant: 500 g per IEC60068-2-27