Our company strives to improve quality and reliability, but in general, malfunctions and failures of semiconductor products cannot be completely avoided. Therefore, when using this product, please take safety measures in order to avoid accidents by considering the possible influences such as malfunction of this product. When the life or property of others is damaged or adversely affected due to the malfunction, failure, or life of this product, or when the installation and use of this product results in failure of the equipment, facilities or machinery used, regardless of the degree How, the company is not responsible. Users are responsible for the system security design by themselves. The company is responsible for free repair or replacement for the failure of the product due to manufacturing reasons within 18 months of leaving the factory.

Our company strives to improve quality and reliability, but in general, malfunctions and failures of semiconductor products cannot be completely avoided. Therefore, when using this product, please take safety measures in order to avoid accidents by considering the possible influences such as malfunction of this product. When the life or property of others is damaged or adversely affected due to the malfunction, failure, or life of this product, or when the installation and use of this product results in failure of the equipment, facilities or machinery used, regardless of the degree How, the company is not responsible. Users are responsible for the system security design by themselves. The company is responsible for free repair or replacement for the failure of the product due to manufacturing reasons within 18 months of leaving the factory.

Absolute rotary encoder magnetic type modular encoder single turn 20 bit; multi turn 16 bit

Absolute magnetic encoder single turn 19bit； multi turn 16 bit

Absolute Optical Shaft Rotary Encoder • Built-in mechanical gear module (Mechanical multi-turn) • Built-in electronic memory chip (Electronic multi-turn)） • Multiple electrical interfaces, uniform mechanical dimensions • Simple installation，Large mechanical tolerance

Absolute encoder interfaces are more than incremental encoders. For incremental encoders, TTL , line driver, pushpull and open collector interfaces are common. But for absolute encoders, its interface options are more. Generally, two types of interfaces: Parallel and serial interface. Parallet interface is similar to incremental encoder interfaces. But serial interface is more common for absolute encoders, like SSI, BISS, RS485, RS232. Roundss absolute encoders are available with multiple serial interface.Welcome your inquiry at any time.

Best Price 12 Bit SSI Multi-Turn Absolute Encoder Rotary encoder:Absolute rotary encoders divide into single-turn absolute encoder and multi-turn absolute encoder. The code track is designed by using Gray code, matrix code, cursor code, pseudo-random code, etc. When the shaft rotates, there is a code output corresponding to the position. From the change in code size, the position of the forward and backward directions and the displacement can be distinguish without direction judgment circuit. It has an absolute zero code. When power is outage or turned off, when it is turned on and re-measured, the code of the power outage or shut down position can still be accurately read, and the zero code can be accurately found. ROUNDSS Absolute rotary encoder provide multiple interfaces:RS485, RS422, RS232, SSI, MODBUS, Canopen, parallel or analogue. The sensor has multiple shaft diameters are optional.

ROUNDSS absolute encoders provide multiple output interfaces:RS485, RS422, RS232,SSI, BISS MODBUS and CANopen,the max resolution up to 33 bit and operating voltage is DC5V and DC9V-30V. The absolute encoders pass the certification is CE ISO9001 & ROHS.The Manufacturer of sensor has high quality control, better delivery control and better cost control. For other types of cheap absolute encoders, please contact sales for details.

Absolute rotary encoder is featured on high resolution. Generally, the higher resolution, the higher accuracy. But the absolute rotary encoder can not decide the accuracy of the whole system. Absolute encoder, motor and driver are the three main parts in servo system. Even if the absolute rotary encoder is high in resolution, motor can not match encoder, the total accuracy will be low also. So it is not the higher resolution of encoder, the better accuracy of motor. Suitable resolution is the best. Currently 17 bit resolution can meet most of application.