Description
Optoelectronic Encoder: Optical Rotary Encoder NPN Open Circuit Incremental Encoder
The optoelectronic encoder is a high-precision optical encoder that uses light beams to convert rotary motion into digital signals. This encoder is available in various resolutions, including 1024 pulses per revolution (p/r), 600 p/r, and 360 p/r. The single-phase version with 600 pulses per revolution is particularly noteworthy. Using two phases, A and B, enables frequency doubling, allowing for up to 2400 pulses per revolution.
Technical details:
- Power supply: The encoder requires a DC voltage in the range of 5 to 24 volts, which makes it flexible for different applications.
- Shaft: The shaft has a size of 6 x 13 mm (0.23 x 0.51 inches), perfect for use in compact machines.
- Encoder size: With dimensions of 38 x 35.5 mm (1.49 x 1.39 inches), the encoder offers a compact solution for many applications.
- Output: The encoder features an AB 2-phase output provided as a rectangular orthogonal pulse circuit. The outputs are designed as NPN open collectors and require careful handling to avoid damage to the triode outputs.
- Maximum mechanical speed: The encoder can reach up to 5000 rpm and thus supports high speeds.
- Response frequency: It offers a response frequency of 0 to 20 kHz, which enables fast signal processing.
- Cable length: With a cable length of 1.5 meters, the encoder offers sufficient space for installation.
Important note : The A and B phase outputs must not be connected directly to VCC as this may damage the triode outputs.
Overall, this optoelectronic encoder provides a reliable and precise solution for applications requiring accurate rotary positioning.
- Power source: DC5-24V
- Shaft: 6 * 13 mm/0.23*0.51"
- Size: 38 * 35.5 mm/1.49*1.39"
- Output: AB 2 phase output rectangular orthogonal pulse circuit, the output for the NPN open collector output type
- Maximum mechanical speed: 5000 rpm
- Response Frequency: 0-20kHz
- Cable length: 1.5 meters
Connection:
- Green = A phase,
- White = B phase,
- Red = Vcc Power +
- Black = V0
Scope of delivery :
