H25CF-F1-SS-125-AB-9V/OC-SC-EX-S

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Encoders are devices that help attain positioning accuracy and repeatability of movement in industrial automation. They come in various types, among which H25CF-F1-SS-125-AB-9V/OC-SC-EX-S is the most popular.

The basic principle of an encoder is that a strip of metallic plates are embedded around a cylinder, with half of the plates being insulated while the other half exposed. As the cylinder spins, the exposed plates react against an electric field, thereby creating an alternating current of electrical pulses. A decoding device is responsible for responding to the pulses and converting them into physical motion or digital signals.

Now, let us take a look at how H25CF-F1-SS-125-AB-9V/OC-SC-EX-S encoders work and what applications they are suitable for. The product is composed of a high-precision algorithm control chip, a rotary head, a protection cover, and a high-quality shell. It has a total of 128 signals in 6, 8, and 12 pulses, with an optical scan resolution of up to 12 bits. Moreover, its zero speed and resolution reach 250 pulses/rev and 0.003mm respectively.

H25CF-F1-SS-125-AB-9V/OC-SC-EX-S encoders are widely used in robotic mechanical modules, such as machining, 3D-printing, laser cutting, and welding. The versatile device is also suitable for a wide range of industrial applications, including robot, machine printing, woodworking, automation, motor control, etc. Furthermore, its strong anti-magnetic, anti-radiation, and waterproof features make it resistant to environmental damage, especially in harsh industrial environments.

In addition, the encoder has a maximum mechanical speed of up to 160,000rpm, making it exceptionally durable and reliable in high-speed operation. It also has a wide range of constructions, with each suited for a different type of application. For example, the single-row type is typically used for medical equipment and other high-precision applications, while the multi-row type is suitable for multiple axis machines and robots.

Moreover, H25CF-F1-SS-125-AB-9V/OC-SC-EX-S encoders are able to work with different types of control systems, such as MCU, microcomputer, PID, and so on. This makes it suitable for various industries, where it can act as an important part of motor control, motion control, and servo control systems.

The bottom line is, H25CF-F1-SS-125-AB-9V/OC-SC-EX-S encoders are reliable and versatile devices that can be used in a wide range of industrial application settings. Their precise and reliable performance make them ideal for high-speed operations, and their resistance to environmental conditions makes them suitable for challenging operating conditions.

The specific data is subject to PDF, and the above content is for reference