DGS35-LH401024

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Encoders are a type of technology used in a variety of applications that require sensing, motion control, and other measurement capabilities. DGS35-LH401024 is one such encoder, which is used to measure the angular position of a shaft, and are often found in robotic applications or motor feedback loops. This encoder is often seen in the industrial sector, specifically used in power tools, industrial printing presses, and automotive systems.

The DGS35-LH401024 is an optical incremental encoder that is constructed with hardened glass code disks and stainless steel bearings. It is available in a variety of resolutions based on the code disk diameter, with the highest resolution being 4000 cpr. Due to its rugged construction and precise resolution, it is well suited for applications that require reliable and accurate angular position measurement. Additionally, the encoder can be used in a wide variety of environments, as it has been tested in temperatures ranging from -20 to +70C.

The DGS35-LH401024 encoder uses a differential optical scanning method to measure an angular position. In this method, two light sources and two detectors are arranged in an offset or “partial” optical system. Due to this arrangement, each light source and corresponding detector receive the same signal, but at a slightly different location. The information from the two detectors is then compared, and the output is a differential signal.

The differential signal is then interpreted by the encoder’s circuitry as a difference in position. As the code disk spins, it causes the two light sources and detectors to cross at slightly different angular positions. The difference in angular position is what the circuitry uses to measure the angular position of the code disk.

The DGS35-LH401024 encoder is an ideal choice for applications that require accurate, reliable, and high-precision measurements. Its hardened glass code disks and rugged construction makes it robust enough for use in industrial environments. Its differential optical scanning method ensures high accuracy, and its wide operating temperature range makes it suitable for a variety of applications. As a result, it is a perfect choice for applications that require precise and reliable angular position measurement.

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