Parallel NPN Green's Residual Code 360 Encoder

Parallel NPN Green's Residual Code 360 Encoder

Encoder|Transmitter|Soft starter|Power supply|VFD|Light curtain|Servo products|Human-machine interface|Solenoid valve|Cylinder|Actuator|Flow meter|Transformer|Thyristor|Sensor|Deceleration drive gearbox reducer|Linear guide|Circuit breaker|Refrigeration compressorAll industrial products of okplazas are purchased from the original factory or formal channels of agents to ensure the original authenticity, which perfectly solves the problem of industrial product sample procurement and small-batch procurement for the majority of engineers and purchasing personnel. Encoder|Transmitter|Soft starter|Power supply|VFD|Light curtain|Servo products|Human-machine interface|Solenoid valve|Cylinder|Actuator|Flow meter|Transformer|Thyristor|Sensor|Deceleration drive gearbox reducer|Linear guide|Circuit breaker|Refrigeration compressorAll industrial products of okplazas are purchased from the original factory or formal channels of agents to ensure the original authenticity, which perfectly solves the problem of industrial product sample procurement and small-batch procurement for the majority of engineers and purchasing personnel.

product manual:

The flange form is clamping, screw hole installation, main size 50mm, shaft diameter 8mm, cable side outlet, absolute type, resolution 360, output code system is Gray code, working voltage 8-29V, parallel NPN collector open circuit Negative logic output.

The development history of the encoder:

　　 The positioning in early industrial control was the application of proximity switches and photoelectric switches, and they were quite mature. However, with the continuous development of industrial control technology, new requirements in terms of economy, multi-functionality, informationization and flexibility have emerged, and the demand for selecting rotary encoders has become more prominent.

(1) Economics. For stations that require multiple controls, only the cost of one rotary encoder is needed, and the cost of installation, maintenance, and loss will be reduced, and the service life will increase. The encoder has economic advantages.

(2) Multifunctionalization. In addition to positioning, the rotary encoder can also remotely transmit the current position and convert the movement speed, which is particularly important for applications such as frequency converters and stepping motors.

(3) Informationization. The rotary encoder can be positioned so that the control room can know its specific location.

(4) Flexibility. The positioning of the rotary encoder can be flexibly adjusted in the control room.

In short, the development process of encoders, in general, from proximity switches, photoelectric switches, and finally rotary encoders are all developed and changed according to market application requirements.