HRPG-ASCA#16F

Encoders are useful and versatile components, found in a wide variety of applications. The HRPG-ASCA#16F is a type of encoder that is commonly used in machining and other industrial applications to accurately record the precise position of a rotating shaft.

The HRPG-ASCA#16F encoder is a non-contact rotary encoder with two separate, parallel scanning elements: one consisting of a metal roller and the other of a sensing brush. The metal roller is driven by the shaft, and passes beneath the sensing brush. As the roller rotates, the brush encounters a pattern of magnetic flux changes that records the passage of the roller and therefore the position of the shaft.

The HRPG-ASCA#16F is suitable for general control applications in short stroke motor applications, as it has an operating temperature range of -10°C to 100°C and an IP67 environmental rating. It is also very easy to install, with only 3 holes in the mounting plate necessary for installation.

The HRPG-ASCA#16F has a wide variety of applications, including international controls, motor control, robotics, position and speed control, oscilloscope and safety monitoring. It is used in a variety of industrial applications, such as textile, printing, packaging, turning, milling, and metalworking, for the rapid, precise control of a wide variety of moving parts.

The HRPG-ASCA#16F is also a popular choice for medical applications. It is used in medical equipment such as respiratory and cardiac monitoring, as well as medical imaging. It is also frequently seen in medical instruments, such as orthopedic equipment, surgical beds, and patient assessment devices.

The working principle of the HRPG-ASCA#16F is based on the active scanning of a pattern of magnetic flux changes. As the metal roller moves beneath the sensing brush, the varying magnetic field induces an electrical signal in the sensing brush. This signal is then processed by a microprocessor and sent to an output device such as a voltage meter. The exact position of the rotating shaft is then accurately determined.