PEC11R-4020F-S0012

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Encoders are widely used in automation and positioning control field, they are mainly used to detect the speed and position of moving object. PEC11R-4020F-S0012 is an encoder which has a wide application range.

PEC11R-4020F-S0012 is a rotary encoder with 12 poles. It has built-in Hall-effect device, which means it can generate contactless DC signals, and those signals can be integrated into the circuit of digital and analog signals. As we know, rotary encoders are usually used in motor speed and position feedback systems.

PEC11R-4020F-S0012 has a maximum RPM of 2000 and output pulse width of ≤90°. Thus, it is ideal for applications which require high-speed motion detection. The encoder also has very low power consumption - only 7.5mA at 5V DC. Therefore it is energy efficient and makes the system more durable.

When it comes to the working principle of PEC11R-4020F-S0012, it is actually quite simple. Basically, it has an integrated Hall-effect device which measures changes in the magnetic field and then generates signals which are then converted into electrical signals. This is what makes it so efficient and precise.

Due to its accuracy, durability and high speed, PEC11R-4020F-S0012 is suitable for many applications. It can be used in motor speed and position feedback systems, as well as in applications that require accurate and fast motion detection. This type of rotary encoder is also suitable for measuring linear displacements and velocity, detecting changes in angular velocity, and controlling systems or equipment in industrial plants. Its accuracy and high speed make it a great choice for any application that requires precise motion detection.

In conclusion, PEC11R-4020F-S0012 is a reliable and accurate rotary encoder. It has a wide application range and is suitable for many different applications. Its simple working principle makes it energy-efficient and precise, with a highly accurate and low power consumption of only 7.5mA at 5V DC. With its high speed and accuracy, it is an ideal choice for measuring linear displacements and velocity, detecting changes in angular velocity, and controlling systems.

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