25BSR15-G-1-16

Encoders are specialized devices that utilize several types of sensor technologies to convert information from one format to another. The 25BSR15-G-1-16 is an encoder, utilizing pulse technology to convert rotary motion into an electronic signal.

Application Field

The 25BSR15-G-1-16 can be applied to a variety of industries and applications. These include:

• Industrial Control Systems (ICS): Used to monitor and control physical processes occurring in industrial installations.
• Robotics (RoboCapper): Used to create interactive robotic systems, such as assembly lines and conveyor systems.
• Medical Equipment: Used to monitor and control the parameters of medical devices, such as ventilators and X-ray machines.
• Military: Used to actuate weapons and control radar systems.
• Aviation: Used to monitor and control aircraft instruments, such as navigation systems, autopilots, and turbines.

Working Principles

The 25BSR15-G-1-16 incorporates pulse technology to convert rotary motion into an electronic signal. The encoder uses a sensing wheel, consisting of eight equally spaced metal pieces, which are mounted on a stainless steel hub. When the wheel rotates, two magnets embedded in the wheel interact with a magnetic sensing head, generating an output pulse signal. The output signal is sent to a control system, which uses the signal to determine the speed and position of the rotating device.

The 25BSR15-G-1-16 is a highly reliable encoder designed for harsh environments. It can be mounted directly onto machinery and is capable of operating in temperatures ranging from -40°C to 85°C. It also features an IP67 dust-proof and water-proof rating, making it suitable for use in wet environments.

Conclusion

The 25BSR15-G-1-16 combines pulse technology with robust design features to provide a reliable encoder for a variety of industries and applications. The use of magnets and a sensing wheel allows for accurate and reliable operation, while the IP67 rating allows for use in harsh conditions.