INHP Through Hollow Shaft Optical Encoder

POSITAL’s through-hollow-shaft incremental encoders are designed to be installed with the machine shaft passing through the sensor. These encoders can be used to monitor rotary motion on many types of industrial machinery, including servomotors, material-handling equipment, and printing presses. Learn more about Posital Encoders here. They are a cost-effective, space-saving solution that can be easily installed between the motor body and other components mounted on the shaft. They are easily installed directly on the shaft. There is no need for extra coupling, and no shaft alignment is

PCA offers a broad selection of optical encoders from Global Encoder Solutions Group (GES Group).Optical encoders provide several advantages over other encoder types, and it's essential to choose the technology that best fits your application. In a previous blog post, we discussed the benefits of magnetic encoders, which you can read by clicking on the following link: Advantages of Magnetic Encoders. In this post, we'll focus on the advantages of optical encoders. HIGH RESOLUTION Optical technology offers the highest resolutions, making it the ideal choice for applications that require a high

All hollow shaft type encoders are designed to fully support their own weight on the driving shaft. A simple torsion arm is required to prevent the encoder housing from turning. This arm must only stop rotational movement of the body, in all other directions, a degree of flexibility must be maintained to provide for any run out between the shaft, equipment frame and the encoder housing. The arm is fixed between a hole provided in the outer edge of the encoder housing and a stationary section of the equipment frame. Some hollow encoders are provided with a groove in the front face, this is to