ISIS axis mid position Torque Sensor for Power-assisted Bicycles
WHY US
*Magnetic field zero interference
*Good stability and high accuracy
*Response speed
*Non contact, long lifespan
| Parameters |
Index |
| Input Volatge |
4.5~5.5(VDC) |
| Input power |
＜0.2W |
| Torque output voltage |
0.75~3.3(V) |
| Slope of torque signal |
30mV/N · m (adjustable according to user cycling habits in different regions) |
| Torque measurement range |
0.5~90(N·m) |
| Number of speed signal pulses |
32/Customizable |
| Speed signal duty cycle |
40%~60% |
| Design Standard |
EN15194 |
| Spindle standard |
ISIS |
| IP rate |
IP66 |
| Working Temp. |
(-20~+60)℃ |
| Storage Temp. |
(-30~+80)℃ |
Product line sequence interface and output characteristics
The interface can be customized according to user needs
| Color |
Define |
| Blue |
Idle (low-level state) |
| White |
Idle (low-level state) |
| Red |
+5V |
| Black |
Power supply ground |
| Yellow |
Torque signal |
| Green |
Speed signal |
Features
Strong anti magnetic interference ability;
Measurement accuracy ≤ 1%;
Dynamic response time ≤ 20ms;
Work loss ≤ 0.2w, maintenance free, good interchangeability;
The installation has a large tolerance for axial spacing, which is better than similar power sensors;
Not sensitive to bending moment and axial force, with strong resistance to external force interference;
Non contact measurement has a long service life
High precision, good stability, and high consistency;
The assembly size and input/output signals can be adjusted;
After-Sales service
Provide a warranty period of up to 24 months,
Provide warranty to the maintenance department for non human caused malfunctions during equipment operation,
For component damage caused by non-human factors, the maintenance department will
Responsible for providing repair or replacement of damaged components.
Attention
During the disassembly process, please install and disassemble in order.
If the disassembly is not carried out in order, the damage will be borne by oneself.
Instructions
1.Lock the left end cover in the direction shown in the diagram (locking torque 35Nm)
2.Insert the torque sensor assembly from the right side of the five way connector, and thread the output wire through the hole below the five way connector (the center of the hole is located in the middle of the five way connector)
3.Install the right end cover and lock it in the direction shown in the diagram (locking torque 35Nm)
4.Install the large gear plate, and the splines on the large gear plate match the splines on the torque sensor.
5.Lock the nut in the direction shown in the diagram. (Locking torque 35Nm)
6.Install the crankshaft and complete the installation
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