PEC11-4115F-N0018

Series:	PEC11
Part Status:	Obsolete
Encoder Type:	Mechanical
Output Type:	Quadrature (Incremental)
Pulses per Revolution:	18
Voltage - Supply:	--
Actuator Type:	6mm Dia Flatted End
Detent:	Yes
Built in Switch:	No
Mounting Type:	Panel, PCB Through Hole
Orientation:	Vertical
Termination Style:	PC Pin
Rotational Life (Cycles Min):	30K

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Introduction to Encoders

An encoder is a device that is used to convert information from one form to another. They are used in various applications ranging from automated machines to robotic systems. Encoders are typically used to measure rotary or linear motion, and are able to accurately determine the position, speed and direction of a particular object. In addition, they can provide feedback signals when operated at different frequencies and can be used to measure the distance traveled as well.

PEC11-4115F-N0018 Encoders

The PEC11-4115F-N0018 encoder is a specific type of optical incremental rotary encoder that is designed for cost-effective and accurate sensing applications. It uses an optically encoded disc and a photosensor for tracking position movement and detecting direction of rotation. This device has a high resolution of 500cycles per revolution (CPR) and is capable of producing analog and digital output. The PEC11-4115F-N0018 can operate over a wide temperature range and has a strong tolerance of shock and vibration in harsh environments.

Application Fields of PEC11-4115F-N0018 Encoders

The PEC11-4115F-N0018 encoder is widely used in a variety of applications such as controlling the speed of motors, sensing the angle of rotation in robotics and automation, providing feedback signals to microprocessors and controlling power transport. It is an ideal solution for energy-efficient applications and is suitable for applications with strict tolerance requirements. The device is also used in medical equipment, consumer electronics, and aerospace systems.

Working Principle of PEC11-4115F-N0018 Encoders

The working principle of the PEC11-4115F-N0018 encoder is relatively straightforward. The encoder consists of an optically encoded disc, a photosensor, a signal processor, and a built-in transceiver. The optically encoded disc is fitted onto the shaft of a motor, and the photosensor reads the radial pattern of the disc to detect the position and direction of rotation. The signal processor then translates the position data into a digital signal that is sent to the transceiver. The transceiver then converts the data into an analog signal for transmission to other systems.

Conclusion

In conclusion, the PEC11-4115F-N0018 encoder is a reliable and cost-effective solution for measurement systems that require accurate positioning and feedback. It is sensitive and able to handle a wide variety of applications in harsh environments. The working principle of the encoder is based on the use of an optically encoded disc and a photosensor for reading position data accurately. The device is suitable for both analog and digital output transmission, making it a versatile tool for a number of applications.

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