About BLDC MOTOR POWER CABLE(EV MOTOR CABLE)
| Minimum Order Quantity |
1000 Meter |
| Conductor Stranding |
Multistranded |
| Applicable Standards |
JASO D 608 |
| Usage |
Winding wire for BLDC Motor |
THIS CABLE IS MADE UP OF 2 SQMM UPTO 10 SQMM 3 PHASE CABLE INSULATED WITH FLUORO POLYMER WORKING TEMPERATURE -65 UPTO 200 DGREE CENTIGRADE AND 5 TO 7 SENSOR CABLE INSULATED WITH FLUORO POLYMER THAN JACKETED WITH CROSSLINKED PVC UPTO -40 DEGREE CENTIGRADE UPTO 125 DEGREE CENTIGRADE.Tailored for Electric MobilityDesigned specifically for BLDC motors in electric vehicles, this power cable meets the rigorous needs of e-rickshaw, e-scooter, and e-bike applications. Its high flexibility, superior tensile strength, and robust insulation ensure reliable power transfer even under harsh operational conditions, providing consistent performance throughout the vehicle's service life.
Superior Safety and ComplianceSafety is prioritized with flame retardant (FR/FRLS) construction, resistance to oil, chemicals, abrasion, and weather. The product complies with IS:694/IS:1554 or tailored client specifications, ensuring the highest standards in manufacturing and operational reliability. This makes it suitable for a wide array of dynamic and demanding environments.
FAQ's of BLDC MOTOR POWER CABLE(EV MOTOR CABLE):
Q: How is the BLDC Motor Power Cable suitable for electric vehicle use?
A: This cable is designed to handle continuous movement, high current carrying capacity (30A-80A), and superior mechanical stresses commonly experienced in e-vehicles. Its flexibility, abrasion resistance, and UV protection ensure long-lasting operation in demanding electric mobility environments.
Q: What materials and standards are used in manufacturing the cable?
A: The cable uses pure annealed multi-stranded copper for conductors, insulated with PVC or XLPE outer sheaths. It meets IS:694/IS:1554 compliance or specific customer standards, guaranteeing quality, safety, and suitability for EV applications.
Q: When should optional EMI/RFI shielding be considered?
A: Optional shielding is recommended when electromagnetic or radio frequency interference is a concern-such as in environments with sensitive electronics or in proximity to high-power equipment. Shielding protects signal integrity and ensures stable motor operation.
Q: Where can the BLDC Motor Power Cable be installed?
A: It is designed for internal use in electric vehicles, connecting controllers to BLDC motors. The robust sheath and materials allow installation in areas exposed to mechanical movement, oil, chemicals, UV rays, and varied weather conditions.
Q: What is the process for ordering custom cable specifications?
A: Customers can specify required cable length, core count, current rating, and color for phase identification. Additionally, insulation (PVC/XLPE) and connector types (lug/terminal rod or custom) can be tailored, with packing options including coil, roll, or as specified.
Q: How does the cable benefit electric vehicle reliability and safety?
A: With features like flame retardancy, heat resistance up to 105C (short-term), and superior tensile strength, this cable offers dependable power delivery, reduces risk of electrical faults, and stands up to EV road conditions, enhancing lifespan and safety.
Q: What usage scenarios are best suited for this motor cable?
A: It is ideal for connecting controllers to BLDC motors in e-rickshaws, e-scooters, e-bikes, and similar EVs. The cable's high flexibility and protective features make it suitable for both urban and rugged environments requiring frequent movement and dependable electrical performance.