PEC16-2130F-N0012

Series:	PEC16
Part Status:	Active
Encoder Type:	Mechanical
Output Type:	Quadrature (Incremental)
Pulses per Revolution:	12
Voltage - Supply:	--
Actuator Type:	6mm Dia Flatted End
Detent:	Yes
Built in Switch:	No
Mounting Type:	Panel, PCB Through Hole
Orientation:	Right Angle
Termination Style:	PC Pin
Rotational Life (Cycles Min):	100K

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What is a PEC16-2130F-N0012 Encoder?

The PEC16-2130F-N0012 is an encoder, which is a type of rotary electrical sensing device used to measure the rotational speed and/or position of an object or the angular velocity of a shaft. It typically consists of one or more sensors, typically contacts or optical sensors, that output a signal according to the angle of the input shaft. The output of the encoder can be pulses, analog signals, or both.

Application of PEC16-2130F-N0012 Encoders

PEC16-2130F-N0012 encoders are mostly used in applications where precise position feedback is required, such as in robotic arms, automation equipment, and motor control systems. Other applications include measuring the speed of a rotating shaft in medical machinery, speed and positioning control of motors in robots, and controlling the position of valves and other actuators.

Types of PEC16-2130F-N0012 Encoders

There are two types of PEC16-2130F-N0012 encoders, absolute and incremental.Absolute encoders provide an absolute feedback signal. This means that they can tell precisely what the current position or speed of a shaft is, without any prior knowledge of its position or speed. This makes them ideal for applications where precise, repeatable position control is important, such as in machine tools and material handling robots, as well as medical machinery and control systems.Incremental encoders provide an incremental feedback signal. This means that the output of the encoder is a series of pulses that can be used to measure the relative position and/or speed of the shaft. This type of encoder is typically used in applications where precision and repeatability is not critical, such as in motor control systems or in feedback loops for automatic control systems.

Working Principle of PEC16-2130F-N0012 Encoder

An encoder typically consists of one or more optical or physical sensors, which are mounted so that they come into contact with a patterned disk or other specially designed patterned surface. As the surface rotates, it passes by the sensor, which detects the pattern of the surface. The sensor then outputs a signal to indicate the direction and/or the amount of rotation.For a PEC16-2130F-N0012 encoder, the sensor typically consists of an LED light source and a photodiode that are mounted in pairs. As the surface rotates, the photodiode detects the pattern change in the LED light source and in turn outputs a signal. This signal is then processed by the encoder’s circuitry to provide an output signal, such as a pulse, according to the direction and amount of rotation.The output signal from a PEC16-2130F-N0012 encoder can be in the form of pulses, analog signals, or both. Depending on the type of encoder, it may also be able to provide an output that is used for position sensing and/or speed measurement.

Conclusion

In conclusion, PEC16-2130F-N0012 encoders are rotary sensing devices that are mostly used in robotic arms, automation equipment, and motor control systems, with two main types, absolute and incremental encoders. The working principle of a PEC16-2130F-N0012 encoder consists of an LED light source and photodiode mounted in pairs, and the output is typically in the form of pulses, analog signals, or both.

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