This industrial incremental photoelectric rotary encoder is constructed with aluminum material, featuring a metal shell and stainless steel shaft. It generates AB two-phase orthogonal pulse signals through the rotation of the grating disk and optocoupler. Each phase produces 400 pulses per round, and the dual-phase output results in 1600 pulses per round (4 times output). The encoder supports a maximum speed of 5000 r/min and is suitable for measuring speed, angle, angular velocity, and other data.
The photoelectric rotary encoder has an NPN open collector output, allowing it to work directly with a Microcontroller with internal pull-up resistors. It incorporates a 750L05 voltage regulator chip, offering a wide power input range of DC4.8V-24V. This makes it compatible with various microcontrollers such as Arduino, STM32, PLC, and others.
- Encoder x1
- Encoder mounting bracket x1
- 6mm coupling x1
- Screw accessories x1
- 10K resistance x2
FAQs:
Q: What is the resolution of the Incremental Photoelectric Rotary Encoder?
A: The Incremental Photoelectric Rotary Encoder has a resolution of 400 pulses per revolution (P/R), allowing for precise measurement of rotational movement.
Q: What type of output signal does the 400P/R Rotary Encoder provide?
A: The 400P/R Rotary Encoder provides incremental output signals in the form of A, B, and Z channels. These signals are used to measure rotation direction, speed, and position.
Q: What are the main applications for this Rotary Encoder?
A: This rotary encoder is ideal for applications requiring precise rotational feedback, such as in motor control, robotics, CNC machines, and industrial automation systems.
Q: What is the operating temperature range for the 400P/R Rotary Encoder?
A: The Incremental Photoelectric Rotary Encoder operates within a temperature range of -10°C to +70°C, making it suitable for various industrial and environmental conditions.
Q: What is the difference between A, B, and Z channels on the rotary encoder?
A: The A and B channels provide quadrature signals for determining direction and rotation speed, while the Z channel provides an index pulse for position referencing.
