Resolver Sensor Wiring Harness for EV/HEV drive motor

Customize the resolver sensor harness according for EV/HEV drive motor to your drawing or sample requirements.
Wire: AF200-T;
Connector: terminal;
Application: automotive resolver;
Name: Resolver sensor wiring harness;
Processing technology: riveting, peeling and tin dipping, assembly;
Customized according to customer needs: wire harness length, specifications, color, etc.;
Wire harness exterior: fluororubber heat shrinkable sleeve;
Withstand voltage: DC300V, 10 milliseconds;
On-resistance: ≤3 ohms;
Insulation resistance: ≥5 megaohms;
Plug and unplug cycle: ≥5000 times;
Terminal pulling force>40(N);
Product performance: The manufacturer selects high-quality materials and the product is highly flexible. It is acid and alkali resistant, oil resistant, moisture-proof, mildew-proof, flame-retardant, abrasion-resistant, corrosion-resistant, antioxidant, waterproof, dust-proof, and UV-resistant.

Resolver Sensor Wiring Harness

Product certification: IPC620, IP67, REACH, ROHS2.0, MASDS.
Company honors and qualifications: National High-tech Enterprise, Gazelle Enterprise, UL, IPC 620, ISO9001, ISO 14000, ISO13485, IATF 16949, etc.

resolver sensor wiring harness for EV/HEV drive motor

1 – Introduction to wiring harness wiring methods
When connecting the resolver sensor wiring harness, you need to pay attention to the wiring methods of the following four lines:
1. Red wire: Connect to the positive pole of the power supply.
2. Black wire: Connect to the negative pole of the power supply.
3. White wire: output analog signal.
4. Green wire: Ground wire.
When wiring, be sure to ensure that the polarity of the power supply is correct, otherwise the equipment may be damaged. At the same time, the wiring must be firm and reliable to avoid loosening or poor contact during use.
After the wiring is completed, a Unicom test must be performed to ensure that the line is correct.

2 – Wiring Precautions
You need to pay attention to the following aspects when wiring:
1. Confirm the model and specification of the wiring harness to avoid mismatch.
2. Check the wiring harness before wiring to ensure there is no damage or wear to avoid malfunction during use.
3. Confirm the wiring position and installation direction to avoid incorrect wiring.
4. Make sure the working environment is dry, dust-free, water-free, and free of any power connections.

Three – Wiring Diagram Example
Below is a resolver sensor wiring harness wiring diagram. Hope this helps everyone understand the wiring method more clearly.
In the schematic diagram, the red arrow represents the positive pole of the power supply, the black arrow represents the negative pole of the power supply, the white arrow represents the sensor analog signal output, and the green arrow represents the ground wire.

【Conclusion】
The above is an introduction to the wiring method of the resolver sensor harness. I hope it will be helpful to everyone. When using resolver sensors, you must pay attention to safety and ensure that the wiring is correct and reliable to ensure the normal operation of the equipment.