Nemicon OVW2 OVW2-0512-2MHC incremental rotary encoders

Nemicon OVW2-0512-2MHC is an incremental rotary encoder. Here is its detailed information:

Appearance and Dimensions: It has a compact structure with an outer dimension of Ф38×30mm and a shaft diameter of Ф6mm with a D - type notch. This structure design facilitates its connection with other mechanical components, enabling it to be widely used in various mechanical equipment.

Technical Specifications

Resolution: The "0512" in the model indicates that the resolution of this encoder is 512 pulses per revolution. This resolution can meet the measurement requirements of general - precision motion control applications and provide relatively accurate position and speed information.

Power Supply Voltage: It supports two power supply voltage ranges, DC 5 - 12V or DC 12 - 24V. This wide - range power supply adaptability allows it to be applied to different power supply systems, providing users with more flexible power supply options.

Output Signal: The output signals include A - phase, B - phase, and Z - phase. The A - phase and B - phase signals can be used to measure the rotation speed and direction of the shaft. By detecting the phase difference between the two, the rotation direction of the encoder can be determined. The Z - phase signal is usually used for zero - point positioning or as a reference signal, which is of great significance for accurately determining the starting position and counting the number of rotations.

Output Mode: It adopts the push - pull output mode. This output mode has the advantages of strong driving ability and good anti - interference ability, which can ensure the stability and reliability of the output signal and is suitable for long - distance transmission and high - noise industrial environments.

Other Parameters: The maximum response frequency is 200KHz, and the maximum rotational speed is 6000r/min. These parameters indicate that the encoder can quickly respond to the rotation of the shaft and accurately measure the high-speed rotation of the shaft.