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
| Model |
CCHN-RE-38R01024 |
CCHN-RE-38C01024 |
CCHN-RE-38S01024 |
| Electrical parameters |
Communication interface |
RS485 |
CAN |
SSI |
| Protocol |
Modbus rtu |
CAN 2.0 |
SSI serial protocol |
| Working voltage |
5V-24V |
5V |
| Working current |
50 mA |
100 mA |
50 mA |
| Baud rate |
9600-115200 (default 9600) |
50k-1000k (default 500k) |
9600-115200 (default 9600) |
| Resolution |
10 bit (1024) |
| Encoded output |
Natural binary code |
| Outer diameter/ shaft diameter |
39mm/ 50mm/ 39mm |
| Shaft diameter/ blind hole |
6mm/ 8mm/ 8mm |
| Working current |
50 mA |
| Linearity |
0.001 |
| Kernel refresh cycle |
50 uS |
| Station number/ address |
1-127 (default 1) |
| Electrical life |
>100000h
|
| Mechanical parameters |
Maximum mechanical speed |
1000 rpm |
2000 rpm |
| Shell/ flange material |
Zinc-nickel coated steel/ Aerospace aluminum |
| Shaft material |
Stainless steel |
| Bearing material |
Bearing steel |
| Maximum load of the shaft |
Axial 20N, radial 80N |
| Starting torque |
0.006 Nm |
| Environmental parameters |
Operating temperature |
-40-85℃
|
| Storage temperature |
-40-85℃ |
| Humidity |
98% (No condensation) |
| Waterproof |
Shell: IP54/ IP67; Shaft, bearing: IP65/ IP67 |
| Wiring methods |
Red |
Positive power supply (5V, 9-24V) |
| Black |
Ground (GND) |
| Yellow |
ZR |
CS |
| Green |
RS485B |
CANH |
CLK |
| White |
RS485A |
CANL |
DO |
Dimension (mm)





Wiring Attention
- When connecting the red wire, pay attention to the voltage value 5-24V on the encoder label.
- Zeroing wire (yellow wire) is grounded. The encoder position value will be zeroed when it is 100mS or more.
- Under normal circumstances, the yellow wire is suspended, but if there is a need to set the zero, then connect the zero wire.
- Be sure to avoid contacting the red wire with the zero wire (yellow wire), which may cause a short circuit and prevent communication.
Application

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.