Multicore cable for Ev bldc motors

Get a Price/Quote

MOQ : 500 Meters

Multicore cable for Ev bldc motors Specification

Cable Length
As per requirement

Connector Type
Tinned Ends / Customized EV Connectors

Temperature
-20C to +105C

No Of Core
3 Core/4 Core/5 Core

Conductor Type
Stranded/Multistrand

Product Type
Multicore Cable for EV BLDC Motors

Material
Copper

Function
Power transmission and signal control for BLDC motors

Usage
Electric Vehicles (EV) motor connection

Voltage Surge
Up to 1100V

Frequency (MHz)
DC to 60Hz

Rated Voltage
600V

Rated Current
30A

Cable Capacity
Dependent on configuration; generally supports up to 5 cores

Insulation Material
PVC/XLPE

Conductor Material
Copper

Length
Custom as required (Standard: 10m, 25m, 50m)

Size
1.5 sq.mm to 6 sq.mm (custom sizes available)

Color
Black, Red, Blue, or as per customer requirement

Diameter
Approx. 6 mm to 16 mm (varies by size and cores)

Application
Electric vehicles, automation, industrial drives

About Multicore cable for Ev bldc motors

Multi-core HV cable is made of high purity copper conductor. FLUORO POLYMER insulation and sheath WORKING TEMPRATURE -65 DEGREE CENTIGRADE UPTO 200 DEGREE CENTIGRADE in the middle layer, which has good mechanical strength, thermal resistance, electrical performance, not easy to be broken or damage. It can be used for transmitting high voltage in automotive industry.OUTER JACKET CROSSLINKED PVC TEMPRATURE RANGE -40 UPTO 125 DEGREE FOR 3000 HRS AND SHORT TERM TEMPRATURE CAN BEAR UPTO 145 DEGREE CENTIGRADE.

ITS AVAILABLE WITH THREE PHASE WIRE AND 4 TO 6 SENSOR WIRES.

SIZE AVAILABLE OF PHASE WIRE 2 SQMM UPTO 16 SQMM IN TIN PLATED COPPER.

Superior Mechanical Strength and Safety

Engineered for durability, these cables withstand high tension and abrasion, making them ideal for EV applications where reliability is critical. The flame-retardant sheath ensures self-extinguishing properties, providing enhanced fire safety during operation.

Flexible and Environment-Resistant Design

High-flex construction allows these cables to perform reliably in moving applications. Their resistance to oils, chemicals, and UV light enables installation in diverse environments, whether indoors on the factory floor or outdoors exposed to the elements.

Customizable for Diverse Applications

Cables are available in 3, 4, or 5 cores, with copper conductors in a range of sizes (1.5 sq.mm to 6 sq.mm). Standard packaging includes coils or drums, and custom lengths and colors can be tailored to meet unique project needs, supporting a variety of EV, automation, and industrial drive applications.

FAQs of Multicore cable for Ev bldc motors:

Q: How do these multicore cables ensure safety in electric vehicle BLDC motor applications?

A: The cables feature a flame-retardant PVC outer sheath and self-extinguishing properties, minimizing fire risk. With low current leakage (<0.01mA) and a high test voltage rating (3000V AC), they comply with RoHS and ISO9001 standards to ensure safe and reliable operation in EV systems.

Q: What makes the multicore cable suitable for both indoor and outdoor installations?

A: These cables are designed to resist oils, chemicals, and UV radiation, providing reliable performance in harsh outdoor environments as well as within controlled indoor settings. Their flexible design further allows for installation where frequent movement or bending is required.

Q: When should I consider using shielded cables for my BLDC motor application?

A: Shielding, available as optional aluminum foil or braided copper screen, should be used when additional electromagnetic interference (EMI) protection is needed. This is particularly beneficial in environments with sensitive electronics or where signal integrity is critical.

Q: Where can I install this multicore cable, and what is the minimum bending radius to maintain durability?

A: These cables are suitable for installation in electric vehicles, automation systems, and industrial drives, whether indoors or outdoors. To preserve mechanical integrity, maintain a minimum bending radius equal to 10 times the cables outer diameter during routing.

Q: How flexible is the cable and what is its rated operating life for moving applications?

A: The cable is highly flexible, designed for demanding moving applications, and can withstand over 25,000 flex cycles. This ensures longevity and reliability even in installations where continuous motion or vibration occurs.

Q: What are the benefits of using stranded copper conductors in these multicore cables?

A: Stranded or multistrand copper conductors provide better flexibility, reduced risk of breakage, and improved connectivity. This is advantageous in moving or vibration-prone installations, ensuring consistent power and signal transmission for BLDC motors.

Q: What packaging and customization options are available for these cables?

A: Cables are supplied in coils or drums and can be customized in length, color, core configuration, and connector type (such as tinned ends or customized EV connectors) to meet specific system or customer requirements.

Tell us about your requirement