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Absolute Encoder, 10 bit, Single Turn, RS485/ CAN/ SSI


$123.81
Cheap rotary encoder for sales online. Single turn absolute encoder with 10 bit, RS485/ CAN/ SSI three communication interfac
SKU: CHN-RE-3910
Free Shipping Worldwide
Delivery date: 6-12 days

High quality rotary encoder with shaft diameter 6mm/ 8mm, blind hole 8mm are optional. The shaft encoder with natural binary code encoded output. The absolute rotary encoder has advantages of small size, light weight and long service life.

Specification

ModelCHN-RE-39RO10CHN-RE-39CO10CHN-RE-39SO10
Electrical parametersCommunication interfaceRS485CANSSI
ProtocolModbus rtuCAN 2.0SSI serial protocol
Working voltage5V/ 24V5V
Working current50 mA100 mA50 mA
Baud rate9600-115200 (default 9600)50k-1000k (default 500k)9600-115200 (default 9600)
Resolution10 bit (1024)
Encoded outputNatural binary code
Outer diameter/ shaft diameter39mm/ 50mm/ 39mm
Shaft diameter/ blind hole6mm/ 8mm/ 8mm
Working current50 mA
Linearity0.001
Kernel refresh cycle50 uS
Station numbeer/ address1-127 (default 1)
Electrical life>100000h
Mechanical parametersMaximum machanical speed1000 rpm2000 rpm
Shell/ flange materialZinc-nickel coated steel/ Aerospace aluminum
Shaft materialStainless steel
Bearing materialBearing steel
Maximum load of the shaftAxial 20N, radial 80N
Starting torque0.006 Nm
Environmental parametersOperating temperature-40-85
Storage temperature-40-85℃
Humidity98% (No condensation)
WaterproofShell: IP54/ IP67; Shaft, bearing: IP65/ IP67
Wiring methodsRedPositive power sipply (5V, 9-24V)
BlackGround (GND)
YellowZRCS
GreenRS485BCANHCLK
WhiteRS485ACANLDO

Dimension (mm)

Shaft diameter 6mm, IP54

Dimension of rotary encoder shaft 6mm

Shaft diameter 8mm, IP54

Dimension of rotary encoder of shaft 8mm

Blind hole 8mm, IP54

Dimension of rotary encoder of blind hole 8mm

Shaft diameter 6mm, IP67

Dimension od rotary encoder of 6mm of IP67

Shaft 8mm, IP67

Dimension od rotary encoder of 8mm of IP67

Tips: What is Rotary Encoder?

This is a detector that can output angle data within one revolution of the motor to an external target. Absolute encoders are generally capable of outputting 360° with 8 to 12 bits. Incremental encoders have the disadvantage of losing axis position in the event of a power failure. However, with absolute encoders, the axis position is not lost even in the event of a power failure. Various codes such as binary code and BCD code can be output. Absolute encoders are more expensive, more precise and larger than incremental encoders.