| Mechanical parameters | Electrical parameters | ||
| maximum speed | 6000 rpm | Operating Voltage | 10-30Vdc (5Vdc customizable） |
| Spindle load | Axial 40N, Radial 100N | current consumption | < 50mA (24Vdc) no load |
| impact resistance | 1000m/s²(6ms), equal to 100g | output signal | CAN 2.0B protocol |
| Anti-vibration | 200m/s²(10-2000Hz),equal to 20g | Linear resolution | 1/262144FS |
| Allow axial play | ±1.5mm | Working laps | 4096 (16384 circles optional) |
| Allow radial runout | ±0.2mm | positioning accuracy | 0.01º |
| external structure | 60mm OD, Solid Shaft, Through Hole Shaft | Operating temperature | -40℃~100℃ |
| Connection Type | 8-core shielded cable or aviation plug | Storage temperature | -40℃~85℃ |
| IP Class | IP65(IP68 optional） | Patent No | ZL 2014 2 0140870.4 |
Connection Diagram
| Function | Vcc | GND | RS485A(parameter settings) | RS485B(parameter settings) | CAN H | CAN L | Set | direction | shield |
| Color | Brown | White | Green | Yellow | Pink | Black | Ash | blue | Net (thick red) |
Note: 1. Use of set line (gray)
When the set line (gray) touches Vcc for more than 1 second, the current data of the encoder becomes the set value (zero point)
Use of direction lines (blue)
Connect the blue wire to a high level (that is, the encoder power supply is positive), and the encoder output value is counterclockwise (CCW).
Connect the blue line to low level (or leave it in the air), the encoder output value is clockwise (CW)
Mechanical dimension drawing
Clamping synchro flange (optional for cable output or plug output)
Synchronous flange/servo flange (cable output or plug output optional)
Blind Hole/Half Through Hole Flange (Cable output or plug output optional)
Absolute encoder parameter setting
The encoder is to set the communication frequency, address and resolution of CAN through our company’s special RS485 communication setting software.
The baud rate of RS485 communication is fixed at 115200.
Frame format: 8 data bits, 1 stop bit, no parity, no control flow
For example:
