6204 Deep Groove Ball Bearing (BLDC Motor & Wheel Hub Bearing)
₹16204 Deep Groove Ball Bearing for Electric Vehicles – Precision EV Bearing
The 6204 Deep Groove Ball Bearing is a precision-engineered bearing built for the demanding duty cycles of electric vehicles, delivering smooth rotation, low friction, and reliable load-bearing performance. It is commonly used in BLDC Motors, Wheel Hubs & Gearboxes, where consistent radial and axial support is essential for safe, efficient riding.
Manufactured from hardened chrome steel with tight manufacturing tolerances, this 6204 bearing offers long service life under continuous vibration, load, and speed conditions typical of EV motors and wheel assemblies. It is an ideal replacement or upgrade part for worn or noisy bearings in compatible electric vehicles.
Key Features
Precision Fit & Smooth Rotation
Manufactured to standard ISO/metric tolerances for accurate 20 mm shaft fitment and smooth, low-friction rotation.
Hardened Chrome Steel Construction
High-grade chrome steel races and rolling elements resist wear, pitting, and deformation under continuous EV duty cycles.
Stable Load Handling
Engineered to handle the radial loads found in bldc motors, wheel hubs & gearboxes, keeping rotation stable at motor and wheel speeds.
Heat & Vibration Resistant
Built to perform reliably under the heat and vibration generated by BLDC motors, gearboxes, and wheel hubs in daily EV use.
Direct Fit Replacement
Matches standard 6204 dimensions, making it a straightforward replacement for worn factory-fitted bearings.
Technical Specifications
| Specification | Details |
|---|---|
| Bearing Number | 6204 |
| Bearing Type | Deep Groove Ball Bearing |
| Bore Diameter (d) | 20 mm |
| Outer Diameter (D) | 47 mm |
| Width (B/T) | 14 mm |
| Material | Hardened Chrome Steel (GCr15) |
| Seal/Shield Type | Available in open, ZZ (metal shield) & RS (rubber sealed) variants |
| Common Use | BLDC Motors, Wheel Hubs & Gearboxes |
Applications
Suitable for:
- Electric Scooters
- Electric Motorcycles
- 3-Wheelers
Bearing bore, OD and width are standard 6204 dimensions. Please cross-check against your existing bearing or vehicle service manual to confirm exact fitment before ordering, as motor and wheel hub bearing housings vary across models and manufacturers.
Benefits
- Smooth, low-friction rotation for efficient power transfer.
- Hardened steel construction for long service life under EV duty cycles.
- Precise standard dimensions for accurate, direct-fit replacement.
- Stable performance under continuous heat, load & vibration.
- Reduces motor/wheel noise and play caused by a worn bearing.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before starting work.
- Remove the wheel, motor cover or housing to access the existing bearing.
- Carefully press out the old/worn bearing using a proper bearing puller (avoid hammering directly on the races).
- Clean the housing and shaft seat before fitting the new 6204 bearing.
- Press the new bearing squarely into place using even pressure on the correct race.
- Reassemble, reconnect the battery, and check for smooth, quiet rotation before riding.
Professional fitment is recommended to ensure correct pressing, alignment and safe operation, especially for wheel hub and axle bearings.
Maintenance Tips
- Keep the bearing area clean and free from dust, water and road grime.
- Listen for grinding, humming or play in the wheel/motor as early signs of bearing wear.
- Avoid high-pressure water jets directly on wheel hub and motor bearing seals.
- Replace bearings in pairs on the same axle/motor where applicable for even wear.
- Have bearings inspected during routine EV service intervals.
Why Choose This 6204 Deep Groove Ball Bearing?
The 6204 Deep Groove Ball Bearing combines precision manufacturing, durable chrome steel construction, and standard-dimension compatibility to keep your EV's motor and wheel assemblies running smoothly. It's a dependable choice for replacing a worn or noisy bearing and keeping your electric vehicle running safely and efficiently.
Sold by BR Bearing & Sons – wholesale EV bearing importers. Contact us for current pricing, bulk/wholesale rates and stock availability.
32908 Tapered Roller Bearing (Wheel Hub & Axle Bearing)
₹132908 Tapered Roller Bearing for Electric Vehicles – Precision EV Bearing
The 32908 Tapered Roller Bearing is a precision-engineered bearing built for the demanding duty cycles of electric vehicles, delivering smooth rotation, low friction, and reliable load-bearing performance. It is commonly used in Wheel Hubs, Axles & Steering, where consistent radial and axial support is essential for safe, efficient riding.
Manufactured from hardened chrome steel with tight manufacturing tolerances, this 32908 bearing offers long service life under continuous vibration, load, and speed conditions typical of EV motors and wheel assemblies. It is an ideal replacement or upgrade part for worn or noisy bearings in compatible electric vehicles.
Key Features
Precision Fit & Smooth Rotation
Manufactured to standard ISO/metric tolerances for accurate 40 mm shaft fitment and smooth, low-friction rotation.
Hardened Chrome Steel Construction
High-grade chrome steel races and rolling elements resist wear, pitting, and deformation under continuous EV duty cycles.
Stable Load Handling
Engineered to handle the combined radial and axial loads found in wheel hubs, axles & steering, keeping rotation stable at motor and wheel speeds.
Heat & Vibration Resistant
Built to perform reliably under the heat and vibration generated by BLDC motors, gearboxes, and wheel hubs in daily EV use.
Direct Fit Replacement
Matches standard 32908 dimensions, making it a straightforward replacement for worn factory-fitted bearings.
Technical Specifications
| Specification | Details |
|---|---|
| Bearing Number | 32908 |
| Bearing Type | Tapered Roller Bearing |
| Bore Diameter (d) | 40 mm |
| Outer Diameter (D) | 62 mm |
| Width (B/T) | 15 mm |
| Material | Hardened Chrome Steel (GCr15) |
| Common Use | Wheel Hubs, Axles & Steering |
Applications
Suitable for:
- Larger Electric 3-Wheelers
- 4-Wheeler EV Applications
Bearing bore, OD and width are standard 32908 dimensions. Please cross-check against your existing bearing or vehicle service manual to confirm exact fitment before ordering, as motor and wheel hub bearing housings vary across models and manufacturers.
Benefits
- Smooth, low-friction rotation for efficient power transfer.
- Hardened steel construction for long service life under EV duty cycles.
- Precise standard dimensions for accurate, direct-fit replacement.
- Stable performance under continuous heat, load & vibration.
- Reduces motor/wheel noise and play caused by a worn bearing.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before starting work.
- Remove the wheel, motor cover or housing to access the existing bearing.
- Carefully press out the old/worn bearing using a proper bearing puller (avoid hammering directly on the races).
- Clean the housing and shaft seat before fitting the new 32908 bearing.
- Press the new bearing squarely into place using even pressure on the correct race.
- Reassemble, reconnect the battery, and check for smooth, quiet rotation before riding.
Professional fitment is recommended to ensure correct pressing, alignment and safe operation, especially for wheel hub and axle bearings.
Maintenance Tips
- Keep the bearing area clean and free from dust, water and road grime.
- Listen for grinding, humming or play in the wheel/motor as early signs of bearing wear.
- Avoid high-pressure water jets directly on wheel hub and motor bearing seals.
- Replace bearings in pairs on the same axle/motor where applicable for even wear.
- Have bearings inspected during routine EV service intervals.
Why Choose This 32908 Tapered Roller Bearing?
The 32908 Tapered Roller Bearing combines precision manufacturing, durable chrome steel construction, and standard-dimension compatibility to keep your EV's motor and wheel assemblies running smoothly. It's a dependable choice for replacing a worn or noisy bearing and keeping your electric vehicle running safely and efficiently.
Sold by BR Bearing & Sons – wholesale EV bearing importers. Contact us for current pricing, bulk/wholesale rates and stock availability.
6301 Deep Groove Ball Bearing (BLDC Motor & Wheel Bearing)
₹16301 Deep Groove Ball Bearing for Electric Vehicles – Precision EV Bearing
The 6301 Deep Groove Ball Bearing is a precision-engineered bearing built for the demanding duty cycles of electric vehicles, delivering smooth rotation, low friction, and reliable load-bearing performance. It is commonly used in BLDC Motors, Wheels & Shafts, where consistent radial and axial support is essential for safe, efficient riding.
Manufactured from hardened chrome steel with tight manufacturing tolerances, this 6301 bearing offers long service life under continuous vibration, load, and speed conditions typical of EV motors and wheel assemblies. It is an ideal replacement or upgrade part for worn or noisy bearings in compatible electric vehicles.
Key Features
Precision Fit & Smooth Rotation
Manufactured to standard ISO/metric tolerances for accurate 12 mm shaft fitment and smooth, low-friction rotation.
Hardened Chrome Steel Construction
High-grade chrome steel races and rolling elements resist wear, pitting, and deformation under continuous EV duty cycles.
Stable Load Handling
Engineered to handle the radial loads found in bldc motors, wheels & shafts, keeping rotation stable at motor and wheel speeds.
Heat & Vibration Resistant
Built to perform reliably under the heat and vibration generated by BLDC motors, gearboxes, and wheel hubs in daily EV use.
Direct Fit Replacement
Matches standard 6301 dimensions, making it a straightforward replacement for worn factory-fitted bearings.
Technical Specifications
| Specification | Details |
|---|---|
| Bearing Number | 6301 |
| Bearing Type | Deep Groove Ball Bearing |
| Bore Diameter (d) | 12 mm |
| Outer Diameter (D) | 37 mm |
| Width (B/T) | 12 mm |
| Material | Hardened Chrome Steel (GCr15) |
| Seal/Shield Type | Available in open, ZZ (metal shield) & RS (rubber sealed) variants |
| Common Use | BLDC Motors, Wheels & Shafts |
Applications
Suitable for:
- E-Bikes
- Electric Scooters
- Small EVs
Bearing bore, OD and width are standard 6301 dimensions. Please cross-check against your existing bearing or vehicle service manual to confirm exact fitment before ordering, as motor and wheel hub bearing housings vary across models and manufacturers.
Benefits
- Smooth, low-friction rotation for efficient power transfer.
- Hardened steel construction for long service life under EV duty cycles.
- Precise standard dimensions for accurate, direct-fit replacement.
- Stable performance under continuous heat, load & vibration.
- Reduces motor/wheel noise and play caused by a worn bearing.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before starting work.
- Remove the wheel, motor cover or housing to access the existing bearing.
- Carefully press out the old/worn bearing using a proper bearing puller (avoid hammering directly on the races).
- Clean the housing and shaft seat before fitting the new 6301 bearing.
- Press the new bearing squarely into place using even pressure on the correct race.
- Reassemble, reconnect the battery, and check for smooth, quiet rotation before riding.
Professional fitment is recommended to ensure correct pressing, alignment and safe operation, especially for wheel hub and axle bearings.
Maintenance Tips
- Keep the bearing area clean and free from dust, water and road grime.
- Listen for grinding, humming or play in the wheel/motor as early signs of bearing wear.
- Avoid high-pressure water jets directly on wheel hub and motor bearing seals.
- Replace bearings in pairs on the same axle/motor where applicable for even wear.
- Have bearings inspected during routine EV service intervals.
Why Choose This 6301 Deep Groove Ball Bearing?
The 6301 Deep Groove Ball Bearing combines precision manufacturing, durable chrome steel construction, and standard-dimension compatibility to keep your EV's motor and wheel assemblies running smoothly. It's a dependable choice for replacing a worn or noisy bearing and keeping your electric vehicle running safely and efficiently.
Sold by BR Bearing & Sons – wholesale EV bearing importers. Contact us for current pricing, bulk/wholesale rates and stock availability.
6004 Deep Groove Ball Bearing (Motor & Wheel Hub Bearing)
₹16004 Deep Groove Ball Bearing for Electric Vehicles – Precision EV Bearing
The 6004 Deep Groove Ball Bearing is a precision-engineered bearing built for the demanding duty cycles of electric vehicles, delivering smooth rotation, low friction, and reliable load-bearing performance. It is commonly used in Motors, Wheel Hubs & Gearboxes, where consistent radial and axial support is essential for safe, efficient riding.
Manufactured from hardened chrome steel with tight manufacturing tolerances, this 6004 bearing offers long service life under continuous vibration, load, and speed conditions typical of EV motors and wheel assemblies. It is an ideal replacement or upgrade part for worn or noisy bearings in compatible electric vehicles.
Key Features
Precision Fit & Smooth Rotation
Manufactured to standard ISO/metric tolerances for accurate 20 mm shaft fitment and smooth, low-friction rotation.
Hardened Chrome Steel Construction
High-grade chrome steel races and rolling elements resist wear, pitting, and deformation under continuous EV duty cycles.
Stable Load Handling
Engineered to handle the radial loads found in motors, wheel hubs & gearboxes, keeping rotation stable at motor and wheel speeds.
Heat & Vibration Resistant
Built to perform reliably under the heat and vibration generated by BLDC motors, gearboxes, and wheel hubs in daily EV use.
Direct Fit Replacement
Matches standard 6004 dimensions, making it a straightforward replacement for worn factory-fitted bearings.
Technical Specifications
| Specification | Details |
|---|---|
| Bearing Number | 6004 |
| Bearing Type | Deep Groove Ball Bearing |
| Bore Diameter (d) | 20 mm |
| Outer Diameter (D) | 42 mm |
| Width (B/T) | 12 mm |
| Material | Hardened Chrome Steel (GCr15) |
| Seal/Shield Type | Available in open, ZZ (metal shield) & RS (rubber sealed) variants |
| Common Use | Motors, Wheel Hubs & Gearboxes |
Applications
Suitable for:
- Electric Scooters
- Electric Motorcycles
- 3-Wheelers
Bearing bore, OD and width are standard 6004 dimensions. Please cross-check against your existing bearing or vehicle service manual to confirm exact fitment before ordering, as motor and wheel hub bearing housings vary across models and manufacturers.
Benefits
- Smooth, low-friction rotation for efficient power transfer.
- Hardened steel construction for long service life under EV duty cycles.
- Precise standard dimensions for accurate, direct-fit replacement.
- Stable performance under continuous heat, load & vibration.
- Reduces motor/wheel noise and play caused by a worn bearing.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before starting work.
- Remove the wheel, motor cover or housing to access the existing bearing.
- Carefully press out the old/worn bearing using a proper bearing puller (avoid hammering directly on the races).
- Clean the housing and shaft seat before fitting the new 6004 bearing.
- Press the new bearing squarely into place using even pressure on the correct race.
- Reassemble, reconnect the battery, and check for smooth, quiet rotation before riding.
Professional fitment is recommended to ensure correct pressing, alignment and safe operation, especially for wheel hub and axle bearings.
Maintenance Tips
- Keep the bearing area clean and free from dust, water and road grime.
- Listen for grinding, humming or play in the wheel/motor as early signs of bearing wear.
- Avoid high-pressure water jets directly on wheel hub and motor bearing seals.
- Replace bearings in pairs on the same axle/motor where applicable for even wear.
- Have bearings inspected during routine EV service intervals.
Why Choose This 6004 Deep Groove Ball Bearing?
The 6004 Deep Groove Ball Bearing combines precision manufacturing, durable chrome steel construction, and standard-dimension compatibility to keep your EV's motor and wheel assemblies running smoothly. It's a dependable choice for replacing a worn or noisy bearing and keeping your electric vehicle running safely and efficiently.
Sold by BR Bearing & Sons – wholesale EV bearing importers. Contact us for current pricing, bulk/wholesale rates and stock availability.
6203 Deep Groove Ball Bearing (BLDC Motor & Wheel Hub Bearing)
₹16203 Deep Groove Ball Bearing for Electric Vehicles – Precision EV Bearing
The 6203 Deep Groove Ball Bearing is a precision-engineered bearing built for the demanding duty cycles of electric vehicles, delivering smooth rotation, low friction, and reliable load-bearing performance. It is commonly used in BLDC Motors, Wheel Hubs & Gearboxes, where consistent radial and axial support is essential for safe, efficient riding.
Manufactured from hardened chrome steel with tight manufacturing tolerances, this 6203 bearing offers long service life under continuous vibration, load, and speed conditions typical of EV motors and wheel assemblies. It is an ideal replacement or upgrade part for worn or noisy bearings in compatible electric vehicles.
Key Features
Precision Fit & Smooth Rotation
Manufactured to standard ISO/metric tolerances for accurate 17 mm shaft fitment and smooth, low-friction rotation.
Hardened Chrome Steel Construction
High-grade chrome steel races and rolling elements resist wear, pitting, and deformation under continuous EV duty cycles.
Stable Load Handling
Engineered to handle the radial loads found in bldc motors, wheel hubs & gearboxes, keeping rotation stable at motor and wheel speeds.
Heat & Vibration Resistant
Built to perform reliably under the heat and vibration generated by BLDC motors, gearboxes, and wheel hubs in daily EV use.
Direct Fit Replacement
Matches standard 6203 dimensions, making it a straightforward replacement for worn factory-fitted bearings.
Technical Specifications
| Specification | Details |
|---|---|
| Bearing Number | 6203 |
| Bearing Type | Deep Groove Ball Bearing |
| Bore Diameter (d) | 17 mm |
| Outer Diameter (D) | 40 mm |
| Width (B/T) | 12 mm |
| Material | Hardened Chrome Steel (GCr15) |
| Seal/Shield Type | Available in open, ZZ (metal shield) & RS (rubber sealed) variants |
| Common Use | BLDC Motors, Wheel Hubs & Gearboxes |
Applications
Suitable for:
- Electric Scooters
- E-Bikes
- Electric Motorcycles
Bearing bore, OD and width are standard 6203 dimensions. Please cross-check against your existing bearing or vehicle service manual to confirm exact fitment before ordering, as motor and wheel hub bearing housings vary across models and manufacturers.
Benefits
- Smooth, low-friction rotation for efficient power transfer.
- Hardened steel construction for long service life under EV duty cycles.
- Precise standard dimensions for accurate, direct-fit replacement.
- Stable performance under continuous heat, load & vibration.
- Reduces motor/wheel noise and play caused by a worn bearing.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before starting work.
- Remove the wheel, motor cover or housing to access the existing bearing.
- Carefully press out the old/worn bearing using a proper bearing puller (avoid hammering directly on the races).
- Clean the housing and shaft seat before fitting the new 6203 bearing.
- Press the new bearing squarely into place using even pressure on the correct race.
- Reassemble, reconnect the battery, and check for smooth, quiet rotation before riding.
Professional fitment is recommended to ensure correct pressing, alignment and safe operation, especially for wheel hub and axle bearings.
Maintenance Tips
- Keep the bearing area clean and free from dust, water and road grime.
- Listen for grinding, humming or play in the wheel/motor as early signs of bearing wear.
- Avoid high-pressure water jets directly on wheel hub and motor bearing seals.
- Replace bearings in pairs on the same axle/motor where applicable for even wear.
- Have bearings inspected during routine EV service intervals.
Why Choose This 6203 Deep Groove Ball Bearing?
The 6203 Deep Groove Ball Bearing combines precision manufacturing, durable chrome steel construction, and standard-dimension compatibility to keep your EV's motor and wheel assemblies running smoothly. It's a dependable choice for replacing a worn or noisy bearing and keeping your electric vehicle running safely and efficiently.
Sold by BR Bearing & Sons – wholesale EV bearing importers. Contact us for current pricing, bulk/wholesale rates and stock availability.
6201 Deep Groove Ball Bearing (Small BLDC Motor & Wheel Bearing)
₹16201 Deep Groove Ball Bearing for Electric Vehicles – Precision EV Bearing
The 6201 Deep Groove Ball Bearing is a precision-engineered bearing built for the demanding duty cycles of electric vehicles, delivering smooth rotation, low friction, and reliable load-bearing performance. It is commonly used in Small BLDC Motors & Wheel Assemblies, where consistent radial and axial support is essential for safe, efficient riding.
Manufactured from hardened chrome steel with tight manufacturing tolerances, this 6201 bearing offers long service life under continuous vibration, load, and speed conditions typical of EV motors and wheel assemblies. It is an ideal replacement or upgrade part for worn or noisy bearings in compatible electric vehicles.
Key Features
Precision Fit & Smooth Rotation
Manufactured to standard ISO/metric tolerances for accurate 12 mm shaft fitment and smooth, low-friction rotation.
Hardened Chrome Steel Construction
High-grade chrome steel races and rolling elements resist wear, pitting, and deformation under continuous EV duty cycles.
Stable Load Handling
Engineered to handle the radial loads found in small bldc motors & wheel assemblies, keeping rotation stable at motor and wheel speeds.
Heat & Vibration Resistant
Built to perform reliably under the heat and vibration generated by BLDC motors, gearboxes, and wheel hubs in daily EV use.
Direct Fit Replacement
Matches standard 6201 dimensions, making it a straightforward replacement for worn factory-fitted bearings.
Technical Specifications
| Specification | Details |
|---|---|
| Bearing Number | 6201 |
| Bearing Type | Deep Groove Ball Bearing |
| Bore Diameter (d) | 12 mm |
| Outer Diameter (D) | 32 mm |
| Width (B/T) | 10 mm |
| Material | Hardened Chrome Steel (GCr15) |
| Seal/Shield Type | Available in open, ZZ (metal shield) & RS (rubber sealed) variants |
| Common Use | Small BLDC Motors & Wheel Assemblies |
Applications
Suitable for:
- E-Bikes
- Low-Power Electric Scooters
- Small EVs
Bearing bore, OD and width are standard 6201 dimensions. Please cross-check against your existing bearing or vehicle service manual to confirm exact fitment before ordering, as motor and wheel hub bearing housings vary across models and manufacturers.
Benefits
- Smooth, low-friction rotation for efficient power transfer.
- Hardened steel construction for long service life under EV duty cycles.
- Precise standard dimensions for accurate, direct-fit replacement.
- Stable performance under continuous heat, load & vibration.
- Reduces motor/wheel noise and play caused by a worn bearing.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before starting work.
- Remove the wheel, motor cover or housing to access the existing bearing.
- Carefully press out the old/worn bearing using a proper bearing puller (avoid hammering directly on the races).
- Clean the housing and shaft seat before fitting the new 6201 bearing.
- Press the new bearing squarely into place using even pressure on the correct race.
- Reassemble, reconnect the battery, and check for smooth, quiet rotation before riding.
Professional fitment is recommended to ensure correct pressing, alignment and safe operation, especially for wheel hub and axle bearings.
Maintenance Tips
- Keep the bearing area clean and free from dust, water and road grime.
- Listen for grinding, humming or play in the wheel/motor as early signs of bearing wear.
- Avoid high-pressure water jets directly on wheel hub and motor bearing seals.
- Replace bearings in pairs on the same axle/motor where applicable for even wear.
- Have bearings inspected during routine EV service intervals.
Why Choose This 6201 Deep Groove Ball Bearing?
The 6201 Deep Groove Ball Bearing combines precision manufacturing, durable chrome steel construction, and standard-dimension compatibility to keep your EV's motor and wheel assemblies running smoothly. It's a dependable choice for replacing a worn or noisy bearing and keeping your electric vehicle running safely and efficiently.
Sold by BR Bearing & Sons – wholesale EV bearing importers. Contact us for current pricing, bulk/wholesale rates and stock availability.
6302 Deep Groove Ball Bearing (BLDC Motor & Wheel Bearing)
₹16302 Deep Groove Ball Bearing for Electric Vehicles – Precision EV Bearing
The 6302 Deep Groove Ball Bearing is a precision-engineered bearing built for the demanding duty cycles of electric vehicles, delivering smooth rotation, low friction, and reliable load-bearing performance. It is commonly used in BLDC Motors, Wheels & Transmission, where consistent radial and axial support is essential for safe, efficient riding.
Manufactured from hardened chrome steel with tight manufacturing tolerances, this 6302 bearing offers long service life under continuous vibration, load, and speed conditions typical of EV motors and wheel assemblies. It is an ideal replacement or upgrade part for worn or noisy bearings in compatible electric vehicles.
Key Features
Precision Fit & Smooth Rotation
Manufactured to standard ISO/metric tolerances for accurate 15 mm shaft fitment and smooth, low-friction rotation.
Hardened Chrome Steel Construction
High-grade chrome steel races and rolling elements resist wear, pitting, and deformation under continuous EV duty cycles.
Stable Load Handling
Engineered to handle the radial loads found in bldc motors, wheels & transmission, keeping rotation stable at motor and wheel speeds.
Heat & Vibration Resistant
Built to perform reliably under the heat and vibration generated by BLDC motors, gearboxes, and wheel hubs in daily EV use.
Direct Fit Replacement
Matches standard 6302 dimensions, making it a straightforward replacement for worn factory-fitted bearings.
Technical Specifications
| Specification | Details |
|---|---|
| Bearing Number | 6302 |
| Bearing Type | Deep Groove Ball Bearing |
| Bore Diameter (d) | 15 mm |
| Outer Diameter (D) | 42 mm |
| Width (B/T) | 13 mm |
| Material | Hardened Chrome Steel (GCr15) |
| Seal/Shield Type | Available in open, ZZ (metal shield) & RS (rubber sealed) variants |
| Common Use | BLDC Motors, Wheels & Transmission |
Applications
Suitable for:
- Electric Scooters
- E-Bikes
- Electric Motorcycles
Bearing bore, OD and width are standard 6302 dimensions. Please cross-check against your existing bearing or vehicle service manual to confirm exact fitment before ordering, as motor and wheel hub bearing housings vary across models and manufacturers.
Benefits
- Smooth, low-friction rotation for efficient power transfer.
- Hardened steel construction for long service life under EV duty cycles.
- Precise standard dimensions for accurate, direct-fit replacement.
- Stable performance under continuous heat, load & vibration.
- Reduces motor/wheel noise and play caused by a worn bearing.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before starting work.
- Remove the wheel, motor cover or housing to access the existing bearing.
- Carefully press out the old/worn bearing using a proper bearing puller (avoid hammering directly on the races).
- Clean the housing and shaft seat before fitting the new 6302 bearing.
- Press the new bearing squarely into place using even pressure on the correct race.
- Reassemble, reconnect the battery, and check for smooth, quiet rotation before riding.
Professional fitment is recommended to ensure correct pressing, alignment and safe operation, especially for wheel hub and axle bearings.
Maintenance Tips
- Keep the bearing area clean and free from dust, water and road grime.
- Listen for grinding, humming or play in the wheel/motor as early signs of bearing wear.
- Avoid high-pressure water jets directly on wheel hub and motor bearing seals.
- Replace bearings in pairs on the same axle/motor where applicable for even wear.
- Have bearings inspected during routine EV service intervals.
Why Choose This 6302 Deep Groove Ball Bearing?
The 6302 Deep Groove Ball Bearing combines precision manufacturing, durable chrome steel construction, and standard-dimension compatibility to keep your EV's motor and wheel assemblies running smoothly. It's a dependable choice for replacing a worn or noisy bearing and keeping your electric vehicle running safely and efficiently.
Sold by BR Bearing & Sons – wholesale EV bearing importers. Contact us for current pricing, bulk/wholesale rates and stock availability.
6205 Deep Groove Ball Bearing (BLDC Motor & Wheel Hub Bearing)
₹16205 Deep Groove Ball Bearing for Electric Vehicles – Precision EV Bearing
The 6205 Deep Groove Ball Bearing is a precision-engineered bearing built for the demanding duty cycles of electric vehicles, delivering smooth rotation, low friction, and reliable load-bearing performance. It is commonly used in BLDC Motors, Wheel Hubs & Gearboxes, where consistent radial and axial support is essential for safe, efficient riding.
Manufactured from hardened chrome steel with tight manufacturing tolerances, this 6205 bearing offers long service life under continuous vibration, load, and speed conditions typical of EV motors and wheel assemblies. It is an ideal replacement or upgrade part for worn or noisy bearings in compatible electric vehicles.
Key Features
Precision Fit & Smooth Rotation
Manufactured to standard ISO/metric tolerances for accurate 25 mm shaft fitment and smooth, low-friction rotation.
Hardened Chrome Steel Construction
High-grade chrome steel races and rolling elements resist wear, pitting, and deformation under continuous EV duty cycles.
Stable Load Handling
Engineered to handle the radial loads found in bldc motors, wheel hubs & gearboxes, keeping rotation stable at motor and wheel speeds.
Heat & Vibration Resistant
Built to perform reliably under the heat and vibration generated by BLDC motors, gearboxes, and wheel hubs in daily EV use.
Direct Fit Replacement
Matches standard 6205 dimensions, making it a straightforward replacement for worn factory-fitted bearings.
Technical Specifications
| Specification | Details |
|---|---|
| Bearing Number | 6205 |
| Bearing Type | Deep Groove Ball Bearing |
| Bore Diameter (d) | 25 mm |
| Outer Diameter (D) | 52 mm |
| Width (B/T) | 15 mm |
| Material | Hardened Chrome Steel (GCr15) |
| Seal/Shield Type | Available in open, ZZ (metal shield) & RS (rubber sealed) variants |
| Common Use | BLDC Motors, Wheel Hubs & Gearboxes |
Applications
Suitable for:
- Electric Scooters
- E-Bikes
- Electric Motorcycles
- 3-Wheelers
Bearing bore, OD and width are standard 6205 dimensions. Please cross-check against your existing bearing or vehicle service manual to confirm exact fitment before ordering, as motor and wheel hub bearing housings vary across models and manufacturers.
Benefits
- Smooth, low-friction rotation for efficient power transfer.
- Hardened steel construction for long service life under EV duty cycles.
- Precise standard dimensions for accurate, direct-fit replacement.
- Stable performance under continuous heat, load & vibration.
- Reduces motor/wheel noise and play caused by a worn bearing.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before starting work.
- Remove the wheel, motor cover or housing to access the existing bearing.
- Carefully press out the old/worn bearing using a proper bearing puller (avoid hammering directly on the races).
- Clean the housing and shaft seat before fitting the new 6205 bearing.
- Press the new bearing squarely into place using even pressure on the correct race.
- Reassemble, reconnect the battery, and check for smooth, quiet rotation before riding.
Professional fitment is recommended to ensure correct pressing, alignment and safe operation, especially for wheel hub and axle bearings.
Maintenance Tips
- Keep the bearing area clean and free from dust, water and road grime.
- Listen for grinding, humming or play in the wheel/motor as early signs of bearing wear.
- Avoid high-pressure water jets directly on wheel hub and motor bearing seals.
- Replace bearings in pairs on the same axle/motor where applicable for even wear.
- Have bearings inspected during routine EV service intervals.
Why Choose This 6205 Deep Groove Ball Bearing?
The 6205 Deep Groove Ball Bearing combines precision manufacturing, durable chrome steel construction, and standard-dimension compatibility to keep your EV's motor and wheel assemblies running smoothly. It's a dependable choice for replacing a worn or noisy bearing and keeping your electric vehicle running safely and efficiently.
Sold by BR Bearing & Sons – wholesale EV bearing importers. Contact us for current pricing, bulk/wholesale rates and stock availability.
30205 Tapered Roller Bearing (Wheel Hub & Axle Bearing)
₹130205 Tapered Roller Bearing for Electric Vehicles – Precision EV Bearing
The 30205 Tapered Roller Bearing is a precision-engineered bearing built for the demanding duty cycles of electric vehicles, delivering smooth rotation, low friction, and reliable load-bearing performance. It is commonly used in Wheel Hub, Axle & Steering Assemblies, where consistent radial and axial support is essential for safe, efficient riding.
Manufactured from hardened chrome steel with tight manufacturing tolerances, this 30205 bearing offers long service life under continuous vibration, load, and speed conditions typical of EV motors and wheel assemblies. It is an ideal replacement or upgrade part for worn or noisy bearings in compatible electric vehicles.
Key Features
Precision Fit & Smooth Rotation
Manufactured to standard ISO/metric tolerances for accurate 25 mm shaft fitment and smooth, low-friction rotation.
Hardened Chrome Steel Construction
High-grade chrome steel races and rolling elements resist wear, pitting, and deformation under continuous EV duty cycles.
Stable Load Handling
Engineered to handle the combined radial and axial loads found in wheel hub, axle & steering assemblies, keeping rotation stable at motor and wheel speeds.
Heat & Vibration Resistant
Built to perform reliably under the heat and vibration generated by BLDC motors, gearboxes, and wheel hubs in daily EV use.
Direct Fit Replacement
Matches standard 30205 dimensions, making it a straightforward replacement for worn factory-fitted bearings.
Technical Specifications
| Specification | Details |
|---|---|
| Bearing Number | 30205 |
| Bearing Type | Tapered Roller Bearing |
| Bore Diameter (d) | 25 mm |
| Outer Diameter (D) | 52 mm |
| Width (B/T) | 16.25 mm |
| Material | Hardened Chrome Steel (GCr15) |
| Common Use | Wheel Hub, Axle & Steering Assemblies |
Applications
Suitable for:
- Electric 3-Wheelers
- E-Rickshaws
- Larger EV Applications
Bearing bore, OD and width are standard 30205 dimensions. Please cross-check against your existing bearing or vehicle service manual to confirm exact fitment before ordering, as motor and wheel hub bearing housings vary across models and manufacturers.
Benefits
- Smooth, low-friction rotation for efficient power transfer.
- Hardened steel construction for long service life under EV duty cycles.
- Precise standard dimensions for accurate, direct-fit replacement.
- Stable performance under continuous heat, load & vibration.
- Reduces motor/wheel noise and play caused by a worn bearing.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before starting work.
- Remove the wheel, motor cover or housing to access the existing bearing.
- Carefully press out the old/worn bearing using a proper bearing puller (avoid hammering directly on the races).
- Clean the housing and shaft seat before fitting the new 30205 bearing.
- Press the new bearing squarely into place using even pressure on the correct race.
- Reassemble, reconnect the battery, and check for smooth, quiet rotation before riding.
Professional fitment is recommended to ensure correct pressing, alignment and safe operation, especially for wheel hub and axle bearings.
Maintenance Tips
- Keep the bearing area clean and free from dust, water and road grime.
- Listen for grinding, humming or play in the wheel/motor as early signs of bearing wear.
- Avoid high-pressure water jets directly on wheel hub and motor bearing seals.
- Replace bearings in pairs on the same axle/motor where applicable for even wear.
- Have bearings inspected during routine EV service intervals.
Why Choose This 30205 Tapered Roller Bearing?
The 30205 Tapered Roller Bearing combines precision manufacturing, durable chrome steel construction, and standard-dimension compatibility to keep your EV's motor and wheel assemblies running smoothly. It's a dependable choice for replacing a worn or noisy bearing and keeping your electric vehicle running safely and efficiently.
Sold by BR Bearing & Sons – wholesale EV bearing importers. Contact us for current pricing, bulk/wholesale rates and stock availability.
BLDC Hub Motor
Hall Sensor Set (Motor Hall Sensor)
Hall Sensor Set (Motor Hall Sensor) for Electric Vehicles – Precision BLDC Motor Position Sensor
The Hall Sensor Set (Motor Hall Sensor) is an essential component of a Brushless DC (BLDC) motor, designed to detect the rotor's position and provide accurate signals to the motor controller. These signals enable smooth motor commutation, efficient power delivery, and precise speed control for electric vehicles.
Manufactured using high-quality electronic components and durable wiring, the Hall Sensor Set ensures reliable performance, improved motor efficiency, and stable acceleration. It is an ideal replacement for damaged or faulty hall sensors in electric scooters, e-bikes, e-rickshaws, and other BLDC motor-powered vehicles.
Key Features
Accurate Rotor Position Detection
Provides precise rotor position feedback to the motor controller for smooth and efficient motor operation.
Reliable Signal Transmission
Delivers stable and accurate electrical signals for improved motor performance and reduced power loss.
High-Quality Construction
Built with premium electronic components and durable wiring for long service life.
Improved Motor Efficiency
Enhances acceleration, speed control, and overall motor performance.
Compact & Lightweight Design
Easy to install inside compatible BLDC hub motors and electric drive systems.
Wide Compatibility
Suitable for various BLDC motors used in electric scooters, e-bikes, e-rickshaws, electric motorcycles, and other electric mobility vehicles.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Hall Sensor Set (Motor Hall Sensor) |
| Sensor Type | BLDC Hall Effect Sensor |
| Material | Electronic Components & Insulated Wiring |
| Application | BLDC Motor Rotor Position Detection |
| Installation | Inside BLDC Hub Motor |
| Compatibility | Electric Scooters, E-Bikes, E-Rickshaws & Compatible BLDC Motors |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Rickshaws
- Electric Motorcycles
- BLDC Hub Motors
- Electric Mobility Vehicles
Benefits
- Ensures smooth motor operation.
- Provides accurate rotor position feedback.
- Improves acceleration and speed control.
- Increases motor efficiency.
- Durable and reliable performance.
- Ideal replacement for damaged or malfunctioning Hall sensors.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before installation.
- Open the BLDC motor housing carefully.
- Remove the faulty Hall Sensor Set without damaging the wiring.
- Install the new Hall Sensor Set in the correct position.
- Connect the sensor wires according to the original wiring configuration.
- Reassemble the motor and test its operation before regular use.
Professional installation is strongly recommended, as installing Hall sensors requires opening the motor and precise alignment.
Maintenance Tips
- Keep motor wiring clean and properly insulated.
- Avoid exposing the sensor wiring to excessive heat, moisture, or physical damage.
- Regularly inspect connectors for corrosion or loose connections.
- Ensure the motor remains sealed to prevent dust and water ingress.
- Replace damaged sensors promptly to maintain optimal motor performance.
Why Choose This Hall Sensor Set?
The Hall Sensor Set (Motor Hall Sensor) is designed to deliver accurate rotor position sensing, ensuring smooth motor commutation, efficient power delivery, and reliable performance. Its durable construction, precision sensing, and compatibility with a wide range of BLDC motors make it an excellent choice for maintaining or repairing electric vehicles.
DC Contactor (Main Relay)
DC Contactor (Main Relay) for Electric Vehicles – Heavy-Duty High Current Relay
The DC Contactor (Main Relay) is a critical component in an electric vehicle's power system, designed to safely connect and disconnect the battery from the motor controller. Built to handle high current and high voltage applications, this contactor ensures reliable power delivery while protecting the electrical system during startup, shutdown, and emergency conditions.
Manufactured with durable, heat-resistant materials and high-conductivity contacts, the DC contactor is suitable for electric scooters, e-bikes, e-rickshaws, golf carts, and other electric vehicles. It provides dependable switching performance, long service life, and enhanced electrical safety.
Key Features
High Current Switching
Designed to handle high-current DC applications, ensuring stable and efficient power transfer.
Reliable Performance
Provides fast and dependable connection and disconnection of the battery circuit.
Durable Construction
Made with premium-grade metal contacts and a high-strength insulated housing for long-lasting durability.
Low Power Consumption
Efficient electromagnetic coil design minimizes power usage while maintaining reliable operation.
Enhanced Safety
Helps protect the electrical system by safely isolating the battery when the vehicle is turned off or during maintenance.
Wide Compatibility
Suitable for various electric scooters, e-bikes, e-rickshaws, golf carts, and other battery-powered electric vehicles.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | DC Contactor (Main Relay) |
| Material | High-Strength Plastic Housing & Copper Alloy Contacts |
| Type | Electromagnetic DC Contactor |
| Application | Battery Power Switching |
| Mounting Type | Bolt Mount |
| Compatibility | Electric Scooters, E-Bikes, E-Rickshaws, Golf Carts & Compatible EVs |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Rickshaws
- Golf Carts
- Electric Utility Vehicles
- Battery-Powered Mobility Vehicles
Benefits
- Ensures safe battery connection and disconnection.
- Handles high current with reliable switching performance.
- Improves electrical system safety.
- Durable and heat-resistant construction.
- Long operational lifespan.
- Ideal replacement for worn or faulty contactors.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before installation.
- Remove the existing contactor carefully.
- Connect the main power cables and coil wires according to the vehicle wiring diagram.
- Tighten all terminals securely to ensure proper electrical contact.
- Mount the contactor firmly using the appropriate bolts.
- Reconnect the battery and test the switching operation before regular use.
Professional installation is recommended to ensure correct wiring and safe operation.
Maintenance Tips
- Periodically inspect terminals for loose connections or corrosion.
- Keep the contactor clean and free from dust, moisture, and debris.
- Check for unusual clicking sounds or overheating during operation.
- Replace the contactor if the contacts become worn or switching performance is reduced.
- Regularly inspect wiring for signs of wear or damage.
Why Choose This DC Contactor?
The DC Contactor (Main Relay) offers dependable performance, high-current handling capability, and enhanced electrical safety for electric vehicles. Its robust construction, reliable switching mechanism, and long service life make it an excellent choice for replacing damaged contactors or upgrading your EV's electrical system.
Ignition Key Switch
Ignition Key Switch for Electric Scooter & E-Bike – Secure Power Lock with Keys
Protect your electric vehicle and ensure reliable power control with this Ignition Key Switch, designed for electric scooters, e-bikes, e-rickshaws, and other compatible electric vehicles. This high-quality ignition switch provides secure ON/OFF control of the vehicle's electrical system, helping prevent unauthorized use while ensuring smooth and dependable operation.
Manufactured from durable metal and high-strength engineering plastic, the ignition key switch is built to withstand daily use and harsh environmental conditions. Supplied with matching keys, it serves as an ideal replacement for worn, damaged, or faulty ignition switches.
Key Features
Secure Ignition Control
Provides reliable ON/OFF power control, helping to protect your electric vehicle from unauthorized access.
Durable Construction
Made from premium metal components and impact-resistant engineering plastic for long-lasting durability.
Smooth Key Operation
Precision lock cylinder ensures smooth key insertion, turning, and removal for convenient everyday use.
Reliable Electrical Performance
Delivers stable electrical contact for dependable vehicle starting and power control.
Easy Installation
Designed as a direct replacement for compatible ignition systems with pre-wired connectors or terminal connections (model dependent).
Complete Set
Includes the ignition switch and matching keys for added convenience.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Ignition Key Switch |
| Material | Metal & Engineering Plastic |
| Operation | Key Operated ON/OFF Switch |
| Keys Included | Yes |
| Mounting Type | Panel Mount |
| Application | Electric Vehicle Ignition System |
| Compatibility | Electric Scooters, E-Bikes, E-Rickshaws & Compatible EVs |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Rickshaws
- Electric Cargo Vehicles
- Electric Utility Vehicles
- Custom Electric Vehicle Projects
Benefits
- Enhances vehicle security.
- Reliable ignition and power control.
- Durable construction for everyday use.
- Smooth and consistent key operation.
- Easy replacement for damaged or worn ignition switches.
- Helps prevent unauthorized vehicle operation.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before installation.
- Remove the existing ignition switch from the mounting position.
- Connect the wiring according to the original wiring configuration.
- Secure the ignition switch using the appropriate mounting hardware.
- Reconnect the battery and test all key positions.
- Ensure the vehicle powers on and off correctly before use.
Professional installation is recommended to ensure correct wiring and safe operation.
Maintenance Tips
- Keep the key slot clean and free from dust and moisture.
- Avoid forcing the key if resistance is felt.
- Periodically inspect wiring connections for wear or looseness.
- Use only the supplied or compatible keys.
- Protect the ignition switch from excessive water exposure and physical impact.
Why Choose This Ignition Key Switch?
The Ignition Key Switch combines security, durability, and dependable performance to provide reliable power control for your electric vehicle. Its robust construction, smooth key operation, and easy installation make it an excellent replacement for faulty ignition switches, helping keep your vehicle secure and ready for everyday use.
Battery Charging Socket / Charging Port
Battery Charging Socket / Charging Port for Electric Vehicles – Durable Charging Connector
Charge your electric vehicle safely and efficiently with this Battery Charging Socket / Charging Port, designed for reliable power transfer and long-lasting performance. Manufactured from high-quality, heat-resistant materials, this charging socket ensures a secure connection between the battery and charger, helping to maintain stable charging and protect the vehicle's electrical system.
Ideal for electric scooters, e-bikes, e-rickshaws, electric motorcycles, and other battery-powered vehicles, this charging port is an excellent replacement for worn or damaged charging sockets.
Key Features
Reliable Charging Connection
Provides a stable and secure connection between the charger and the vehicle's battery for safe and efficient charging.
Durable Construction
Manufactured from premium-grade engineering plastic and high-conductivity metal contacts for long-lasting performance.
Corrosion-Resistant Contacts
High-quality metal terminals offer excellent conductivity while resisting corrosion and oxidation.
Heat-Resistant Design
Designed to withstand heat generated during charging, ensuring safe and reliable operation.
Compact & Easy Installation
Lightweight design with standard mounting configuration allows quick and hassle-free installation.
Wide Compatibility
Suitable for various electric scooters, e-bikes, e-rickshaws, electric motorcycles, and other compatible electric vehicles.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Battery Charging Socket / Charging Port |
| Material | Engineering Plastic & High-Conductivity Metal |
| Connector Type | Charging Socket |
| Mounting Type | Panel Mount / Vehicle Mount (Model Dependent) |
| Application | Electric Vehicle Battery Charging |
| Compatibility | Electric Scooters, E-Bikes, E-Rickshaws & Electric Motorcycles |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Rickshaws
- Electric Motorcycles
- Electric Mobility Vehicles
- Battery Charging Systems
Benefits
- Ensures safe and reliable battery charging.
- Provides excellent electrical conductivity.
- Durable and heat-resistant construction.
- Corrosion-resistant contacts for long service life.
- Easy to install and replace.
- Ideal for repairing damaged or worn charging ports.
Installation Guidelines
- Switch off the vehicle and disconnect the battery before installation.
- Remove the existing charging socket carefully.
- Install the new charging port in the designated mounting position.
- Connect the wiring according to the correct polarity and wiring diagram.
- Secure the socket firmly using the appropriate mounting hardware.
- Test the charging function before regular use.
Professional installation is recommended to ensure correct wiring and safe operation.
Maintenance Tips
- Keep the charging socket clean and free from dust, moisture, and debris.
- Regularly inspect the terminals for signs of corrosion or damage.
- Ensure the charging plug fits securely without excessive force.
- Avoid exposing the charging port to excessive water or physical impact.
- Replace damaged connectors immediately to maintain safe charging performance.
Why Choose This Battery Charging Socket?
The Battery Charging Socket / Charging Port offers dependable performance, excellent durability, and safe charging for electric vehicles. Its high-quality construction, corrosion-resistant contacts, and secure connection ensure efficient power transfer and long-term reliability. Whether replacing a damaged charging port or upgrading your charging system, this charging socket provides a reliable solution for everyday EV charging needs.
Hailong Lithium Battery case for 18650 NMC 52 Cells box
Lithium Battery Pack Case / Enclosure Kit for Electric Scooters & E-Bikes
Protect your battery pack with this Lithium Battery Pack Case / Enclosure Kit, designed to provide a secure, durable, and professional housing solution for lithium battery packs used in electric scooters, e-bikes, and other electric vehicles. This complete enclosure kit includes the battery case, internal battery holder, mounting rail, locking mechanism, connectors, and essential accessories for safe battery storage and installation.
Manufactured from high-quality, impact-resistant materials, the enclosure protects battery cells from dust, moisture, vibration, and external impacts while ensuring proper organization and ventilation. Its compact and lightweight design makes it ideal for both replacement battery housings and custom battery pack assemblies.
Key Features
Complete Battery Enclosure Kit
Includes the battery case, internal battery holder, mounting bracket, lock and keys, connectors, wiring accessories, screws, and other installation components.
Durable Construction
Made from high-strength ABS plastic for excellent impact resistance, durability, and long-lasting performance.
Secure Locking System
Integrated key lock helps protect the battery pack from unauthorized removal and enhances vehicle security.
Efficient Battery Organization
Internal battery holder securely positions battery cells to minimize movement and vibration during operation.
Easy Installation
Comes with mounting rail and installation hardware for convenient attachment to compatible electric vehicles.
Weather-Resistant Design
Provides protection against dust, dirt, and light moisture, helping extend battery life and maintain reliable performance.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Lithium Battery Pack Case / Enclosure Kit |
| Material | High-Quality ABS Plastic |
| Colour | Black |
| Lock Type | Key Lock |
| Mounting Type | Frame Mount with Rail |
| Application | Lithium Battery Pack Housing |
| Package Includes | Battery Case, Battery Holder, Mounting Rail, Lock & Keys, Connectors, Hardware & Accessories |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Cargo Bikes
- Electric Utility Vehicles
- Custom Lithium Battery Pack Projects
- Battery Pack Replacement & Upgrades
Benefits
- Protects battery cells from impact, dust, and vibration.
- Secure locking mechanism enhances battery security.
- Lightweight yet durable construction.
- Easy battery installation and removal.
- Organized internal layout for improved battery stability.
- Ideal for new battery pack builds or replacement applications.
Installation Guidelines
- Assemble the battery pack according to the required specifications.
- Place the battery pack securely inside the battery holder.
- Connect the battery wiring and BMS as required.
- Install the enclosure onto the mounting rail.
- Secure the battery case using the integrated locking mechanism.
- Test all electrical connections before operating the vehicle.
Professional battery assembly and installation are recommended to ensure safe operation and optimal performance.
Maintenance Tips
- Inspect the battery case regularly for cracks or physical damage.
- Keep the enclosure clean and dry.
- Check the mounting rail and fasteners periodically to ensure secure installation.
- Inspect connectors and wiring for signs of wear or corrosion.
- Always keep the lock mechanism clean and lubricated for smooth operation.
Why Choose This Battery Pack Enclosure Kit?
The Lithium Battery Pack Case / Enclosure Kit provides a secure, durable, and convenient solution for housing lithium battery packs in electric vehicles. Its robust construction, integrated locking system, and complete installation accessories ensure maximum battery protection, improved organization, and reliable long-term performance. Whether you're replacing an existing battery case or building a custom battery pack, this enclosure kit offers quality, safety, and convenience.
Foot pedal Throttle Foot Accelerator for electric vehicle
Electronic Accelerator Foot Pedal for Electric Vehicles – Heavy-Duty Throttle Pedal
Control your electric vehicle with precision using this Electronic Accelerator Foot Pedal, designed to provide smooth, responsive, and reliable acceleration. Ideal for electric rickshaws, electric cargo vehicles, electric utility vehicles, golf carts, and other compatible EVs, this foot throttle pedal delivers accurate speed control for a safe and comfortable driving experience.
Manufactured from high-quality engineering plastic and durable metal components, the pedal is built to withstand continuous operation and demanding driving conditions. Its ergonomic design ensures comfortable foot placement while providing stable throttle signals to the motor controller.
Key Features
Smooth & Responsive Acceleration
Provides precise throttle control for smooth vehicle acceleration and improved driving performance.
Durable Construction
Made from high-quality engineering plastic with a robust metal hinge mechanism for long-lasting durability.
Ergonomic Pedal Design
Wide anti-slip pedal surface offers better grip and enhanced driver comfort during extended use.
Stable Electronic Signal Output
Ensures accurate throttle input to the motor controller for reliable speed regulation.
Easy Installation
Comes with a pre-wired cable and connector for quick installation on compatible electric vehicles.
Reliable Performance
Designed for continuous operation with consistent and dependable performance.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Electronic Accelerator Foot Pedal |
| Type | Electronic Throttle Pedal |
| Material | Engineering Plastic & Metal |
| Control Method | Foot Operated |
| Connector Type | Pre-Wired Connector |
| Application | Electric Vehicle Acceleration Control |
| Compatibility | Electric Rickshaws, Electric Cargo Vehicles & Compatible EVs |
Applications
Suitable for:
- Electric Rickshaws (E-Rickshaws)
- Electric Cargo Vehicles
- Electric Utility Vehicles
- Electric Golf Carts
- Low-Speed Electric Vehicles (LSEVs)
- Custom Electric Vehicle Projects
Benefits
- Provides smooth and accurate acceleration control.
- Improves driving comfort and vehicle handling.
- Durable construction for long-term use.
- Anti-slip pedal surface enhances safety.
- Quick and easy installation.
- Ideal for replacing worn or damaged accelerator pedals.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before installation.
- Remove the existing accelerator pedal assembly.
- Mount the new pedal securely using the appropriate hardware.
- Connect the wiring harness to the motor controller according to the wiring diagram.
- Ensure the pedal moves freely without obstruction.
- Test the throttle response before operating the vehicle.
Professional installation is recommended to ensure correct wiring, calibration, and safe operation.
Maintenance Tips
- Regularly inspect the pedal for smooth movement and proper operation.
- Check the wiring harness and connector for wear or damage.
- Keep the pedal clean and free from dirt, mud, and debris.
- Tighten mounting hardware periodically if necessary.
- Replace damaged components immediately to maintain safe vehicle operation.
Why Choose This Electronic Accelerator Foot Pedal?
The Electronic Accelerator Foot Pedal is designed to deliver reliable throttle control, long-lasting durability, and smooth acceleration for electric vehicles. Its sturdy construction, ergonomic design, and dependable electronic signal output make it an excellent replacement or upgrade for maintaining safe and efficient vehicle performance.
Front disc plate Compatible for Ola S1 Electric scooter
Disc Brake Rotor for Electric Scooter – High-Performance Brake Disc
Enhance your electric scooter's braking performance with this Premium Disc Brake Rotor, designed to provide powerful, smooth, and reliable stopping performance. Manufactured from high-quality stainless steel, this brake disc offers excellent heat dissipation, wear resistance, and durability, making it ideal for daily commuting and demanding riding conditions.
The precision-machined rotor features strategically placed ventilation holes that improve cooling, reduce brake fade, and ensure consistent braking performance. Whether replacing a worn-out rotor or upgrading your braking system, this brake disc delivers the safety and reliability every rider needs.
Key Features
Premium Stainless Steel Construction
Manufactured from high-grade stainless steel for exceptional strength, corrosion resistance, and long service life.
Superior Braking Performance
Provides strong, responsive, and consistent braking for enhanced rider safety and control.
Ventilated Rotor Design
Precision-drilled holes improve heat dissipation, reduce brake fade, and enhance braking efficiency during prolonged use.
Precision Engineering
Manufactured with tight tolerances for accurate fitment and smooth braking operation.
Wear & Corrosion Resistant
Built to withstand harsh weather conditions, frequent braking, and everyday wear.
Easy Replacement
Designed as a direct replacement for compatible electric scooters and electric bikes with disc brake systems.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Disc Brake Rotor |
| Material | Premium Stainless Steel |
| Type | Ventilated Brake Disc |
| Colour | Silver & Black |
| Mounting Type | Bolt-On |
| Application | Disc Brake System |
| Compatibility | Electric Scooters, E-Bikes & Compatible Electric Vehicles |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Motorcycles
- Electric Rickshaws (Compatible Models)
- Custom Electric Vehicle Projects
Benefits
- Delivers reliable and consistent braking performance.
- Improves heat dissipation during continuous braking.
- Reduces brake fade for safer riding.
- Durable construction for extended service life.
- Precision design minimises vibration and brake noise.
- Ideal for replacing worn or damaged brake rotors.
Installation Guidelines
- Park the vehicle on a stable surface and switch off the power.
- Remove the wheel and existing brake rotor.
- Clean the mounting surface thoroughly.
- Install the new brake rotor and tighten all mounting bolts to the recommended torque.
- Reinstall the wheel and check rotor alignment.
- Test the braking system carefully before riding.
Professional installation is recommended to ensure correct alignment, safe operation, and optimal braking performance.
Maintenance Tips
- Inspect the brake rotor regularly for wear, cracks, or warping.
- Keep the rotor clean and free from oil, grease, and dirt.
- Replace worn brake pads to prevent uneven rotor wear.
- Check mounting bolts periodically to ensure they remain securely tightened.
- Replace the rotor if it falls below the manufacturer's minimum thickness specification.
Why Choose This Disc Brake Rotor?
The disc brake rotor is engineered to deliver dependable braking performance, excellent durability, and improved heat management for electric vehicles. Its precision-machined stainless steel construction ensures reliable stopping power, making it an ideal replacement for worn or damaged brake discs. Whether for daily commuting or regular maintenance, this brake rotor provides the safety and performance you can rely on.
Ather Drive belt Big (1265-11M-016)
Drive Belt for Electric Scooter – High-Strength CVT Transmission Belt
Maintain smooth and efficient power transmission with this high-performance drive belt, specially designed for electric scooters and other compatible electric vehicles. Manufactured from premium rubber compounds reinforced with high-strength tensile cords, this belt delivers excellent flexibility, durability, and wear resistance for long-lasting performance.
Engineered to provide efficient power transfer between the motor and drive system, the drive belt helps ensure smooth acceleration, reduced slippage, and reliable operation under varying riding conditions. Whether replacing a worn-out belt or performing routine maintenance, this drive belt is an ideal choice for dependable performance.
Key Features
High-Strength Construction
Manufactured from premium rubber with reinforced tensile cords for superior strength, flexibility, and durability.
Efficient Power Transmission
Transfers power smoothly from the motor to the drive system, improving acceleration and overall vehicle performance.
Wear-Resistant Design
Built to withstand continuous operation, friction, and heat, ensuring extended service life.
Low Noise Operation
Designed to reduce vibration and noise for a smoother and quieter riding experience.
Precision Fit
Manufactured to meet standard specifications for accurate fitment and reliable performance.
Long Service Life
Resistant to cracking, stretching, and premature wear under normal operating conditions.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Electric Scooter Drive Belt |
| Type | CVT / Transmission Belt |
| Material | Reinforced Rubber with High-Strength Tensile Cords |
| Colour | Black |
| Application | Power Transmission System |
| Compatibility | Electric Scooters & Compatible Electric Vehicles |
Applications
Suitable for:
- Electric Scooters
- Electric Bikes (Compatible Models)
- Electric Motorcycles
- Electric Utility Vehicles
- Belt Drive Transmission Systems
Benefits
- Smooth and efficient power transmission.
- Improves acceleration and riding performance.
- Excellent resistance to heat, wear, and cracking.
- Low maintenance and reliable operation.
- Reduces transmission noise and vibration.
- Long-lasting performance under regular use.
Installation Guidelines
- Switch off the vehicle and disconnect the battery before installation.
- Remove the transmission cover or drive system cover.
- Carefully remove the old drive belt.
- Install the new belt, ensuring proper alignment and correct belt orientation.
- Reassemble all components securely.
- Test the transmission system before regular use.
Professional installation is recommended to ensure proper belt tension, alignment, and safe operation.
Maintenance Tips
- Inspect the drive belt regularly for signs of wear, cracks, or fraying.
- Replace the belt if excessive wear or damage is observed.
- Keep the transmission housing clean and free from dust or debris.
- Check belt tension and alignment during routine maintenance.
- Avoid overloading the vehicle, as excessive load can reduce belt life.
Why Choose This Drive Belt?
The electric scooter drive belt is designed to deliver dependable power transmission, smooth operation, and long-lasting durability. Its reinforced construction ensures excellent performance under daily riding conditions, making it an ideal replacement for worn or damaged belts. Whether for routine maintenance or repairs, this drive belt helps keep your electric vehicle operating efficiently and reliably.
10A battery cable lug
Female Crimp Terminal Connector – High-Conductivity Electrical Wire Terminal
Ensure secure and reliable electrical connections with the female crimp terminal connector. Designed for automotive, electric vehicle, and industrial wiring applications, this precision-engineered terminal provides excellent conductivity, a firm crimp connection, and long-lasting performance.
Manufactured from high-quality brass with a corrosion-resistant plated finish, the connector offers low electrical resistance and dependable current flow. It is ideal for use in wiring harnesses, battery connections, motor controllers, lighting systems, switches, and various electrical components.
Key Features
High-Quality Brass Construction
Manufactured from premium brass for excellent electrical conductivity, strength, and durability.
Corrosion-Resistant Finish
Protective plating helps resist rust, oxidation, and corrosion, ensuring reliable long-term performance.
Secure Crimp Design
Designed to provide a firm mechanical and electrical connection, minimising the risk of loose wiring.
Low Contact Resistance
Ensures efficient current transfer with minimal power loss.
Precision Manufacturing
Engineered for accurate fitment with compatible male terminals, ensuring secure connections.
Wide Compatibility
Suitable for automotive wiring, electric scooters, e-bikes, e-rickshaws, motorcycles, battery packs, and industrial electrical systems.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Female Crimp Terminal Connector |
| Terminal Type | Female Crimp Terminal |
| Material | High-Conductivity Brass |
| Finish | Corrosion-Resistant Plated Finish |
| Connection Type | Crimp |
| Application | Electrical Wiring & Wire Harness |
| Compatibility | Automotive, Electric Vehicles & Industrial Equipment |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Rickshaws
- Electric Motorcycles
- Motor Controllers
- Battery Connections
- Wiring Harnesses
- Lighting Systems
- Switches & Relays
- Automotive Electrical Systems
- Industrial Control Panels
Benefits
- Provides secure and reliable electrical connections.
- Excellent electrical conductivity for efficient power transfer.
- Durable construction for long service life.
- Corrosion-resistant finish improves reliability.
- Easy to crimp and install.
- Ideal for repairs, replacements, and custom wiring projects.
Installation Guidelines
- Select the correct terminal size for your wire gauge.
- Strip the wire insulation to the recommended length.
- Insert the wire fully into the crimp terminal.
- Use a suitable crimping tool to securely crimp the terminal.
- Verify the crimp is firm before connecting it to the matching male terminal.
- Test the electrical connection before operating the system.
Use a professional crimping tool for the best electrical and mechanical connection.
Maintenance Tips
- Inspect terminals regularly for signs of corrosion or damage.
- Ensure all crimp connections remain secure.
- Replace damaged or loose terminals immediately.
- Keep connectors clean and dry to maintain optimal conductivity.
- Avoid excessive pulling or bending of connected wires.
Why Choose This Female Crimp Terminal Connector?
The female crimp terminal connector offers dependable electrical performance, strong mechanical connections, and long-lasting durability for a wide range of electrical applications. Whether you're repairing a wiring harness, assembling a new electrical system, or maintaining an electric vehicle, this connector provides a safe and reliable connection you can trust.
Swing arm cover for electric scooter
Left & Right Side Body Panel Set for Electric Scooter – Durable Protective Side Cover Panels
Enhance the appearance and protection of your electric scooter with this Left & Right Side Body Panel Set. Designed to provide a precise fit and durable protection, these side panels help shield internal components from dust, debris, and minor impacts while giving your scooter a clean, stylish finish.
Manufactured from high-quality, impact-resistant plastic, these body panels are lightweight, durable, and built to withstand daily riding conditions. Whether you're replacing damaged panels or restoring your scooter's original look, this side cover set offers a reliable and attractive solution.
Key Features
Premium Quality Construction
Made from high-strength, impact-resistant plastic for enhanced durability and long-lasting performance.
Stylish Design
Features a modern textured finish that complements the overall appearance of your electric scooter.
Protective Side Covers
Helps protect internal components from dust, dirt, water splashes, and minor impacts.
Lightweight & Durable
Designed to add protection without increasing vehicle weight.
Precision Fit
Engineered for accurate fitment and seamless integration with compatible electric scooter models.
Easy Installation
Pre-designed mounting points allow quick and hassle-free installation.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Electric Scooter Side Body Panel Set |
| Material | High-Quality ABS Plastic |
| Colour | Black |
| Finish | Textured / Matte Finish |
| Position | Left & Right Side |
| Application | Electric Scooter Body |
| Package Includes | 1 Pair (Left & Right Side Panels) |
Applications
Suitable for:
- Electric Scooters
- Electric Mobility Vehicles (Compatible Models)
- Replacement of damaged or worn side body panels
- Vehicle restoration and body customization
Benefits
- Protects internal scooter components from external elements.
- Restores the original appearance of your scooter.
- Durable construction for long-term use.
- Lightweight design without compromising strength.
- Easy to install using existing mounting points.
- Enhances the overall aesthetics of the vehicle.
Installation Guidelines
- Turn off the scooter and park it on a stable surface.
- Remove the damaged or existing side body panels.
- Align the new panels with the original mounting points.
- Secure the panels using the appropriate screws or fasteners.
- Ensure both panels are firmly installed before riding.
Professional installation is recommended for proper fitment and secure installation.
Maintenance Tips
- Clean the panels regularly using a soft cloth and mild soap solution.
- Avoid abrasive cleaners or harsh chemicals that may damage the surface.
- Inspect mounting points periodically to ensure the panels remain securely fastened.
- Replace damaged panels promptly to maintain vehicle protection and appearance.
Why Choose This Side Body Panel Set?
The Left & Right Side Body Panel Set offers the perfect combination of protection, durability, and style for your electric scooter. Manufactured from premium ABS plastic with a sleek textured finish, these panels provide reliable protection while restoring your scooter's factory look. Whether for maintenance, repair, or customization, this body panel set is an excellent choice for keeping your scooter looking and performing its best.
LCD Display 48v60V72v speedoMeter for E-scooter E-Bike Golfcart Previous product Next product
Digital LCD Speedometer Display for Electric Scooter & E-Bike – Smart Multi-Function Instrument Cluster
Monitor your electric vehicle's performance with precision using the Digital LCD Speedometer Display. Designed for electric scooters, e-bikes, and other compatible electric vehicles, this advanced instrument cluster provides real-time information, including speed, battery status, voltage, odometer, temperature, and indicator signals.
Featuring a high-contrast backlit LCD screen, this display ensures excellent visibility in both daytime and nighttime riding conditions. Its durable construction, intuitive interface, and accurate readings make it an ideal replacement or upgrade for your electric vehicle's dashboard.
Key Features
High-Definition LCD Display
Bright, backlit LCD screen provides clear visibility of all riding information, even in low-light conditions.
Real-Time Speed Monitoring
Displays current vehicle speed accurately, helping riders maintain safe and controlled driving.
Multi-Function Display
Shows important vehicle information, including:
- Vehicle Speed (km/h)
- Battery Level
- Battery Voltage
- Odometer
- Temperature
- Headlight Indicator
- Left & Right Turn Indicators
- System Status
Durable Construction
Built with high-quality ABS housing and a scratch-resistant display for long-lasting durability.
Easy Installation
Comes with a pre-wired connector for quick installation on compatible electric vehicles.
Reliable Performance
Designed for stable operation with accurate data display for everyday commuting and commercial use.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Digital LCD Speedometer Display |
| Display Type | Backlit LCD Screen |
| Material | ABS Plastic |
| Display Functions | Speed, Battery Level, Voltage, Odometer, Temperature, Indicators |
| Installation | Plug-and-Play Connector |
| Application | Electric Scooters, E-Bikes & Electric Vehicles |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Motorcycles
- Electric Rickshaws (Compatible Models)
- Custom Electric Vehicle Projects
Benefits
- Displays essential riding information in real time.
- Improves riding safety with clear status indicators.
- Easy-to-read LCD screen for day and night visibility.
- Durable and reliable for long-term use.
- Simple installation with compatible wiring.
- Ideal for replacing damaged or outdated instrument clusters.
Installation Guidelines
- Switch off the vehicle and disconnect the battery before installation.
- Remove the existing display unit carefully.
- Connect the new LCD display using the compatible wiring connector.
- Secure the display firmly to the handlebar or dashboard mounting location.
- Reconnect the battery and power on the vehicle.
- Verify that all display functions operate correctly before riding.
Professional installation is recommended to ensure proper compatibility and accurate operation.
Maintenance Tips
- Clean the display using a soft, dry microfiber cloth.
- Avoid using harsh chemicals or abrasive cleaning materials.
- Protect the display from excessive water exposure unless specified as waterproof.
- Regularly inspect wiring and connectors for signs of wear or damage.
- Ensure the display is securely mounted to prevent vibration-related damage.
Why Choose This Digital LCD Speedometer Display?
The Digital LCD Speedometer Display combines accurate performance monitoring, modern design, and reliable durability in one compact unit. With its clear LCD screen and comprehensive vehicle information, it enhances rider awareness and improves the overall riding experience. Whether you're replacing a faulty display or upgrading your electric vehicle, this instrument cluster offers dependable performance and easy installation.
Electric scooter throttle
Electric Scooter & E-Bike Twist Throttle Grip with Handle Grip – Smooth Acceleration Control
Enhance your riding experience with the Electric Scooter & E-Bike Twist Throttle Grip, designed to deliver smooth, precise, and responsive speed control. This throttle grip set includes an integrated twist throttle with cable and connector, along with a matching handle grip for a comfortable and secure hold.
Made from high-quality materials, the throttle provides reliable performance, ergonomic handling, and long-lasting durability. It is an ideal replacement or upgrade for electric scooters, electric bicycles, electric motorcycles, and other compatible electric vehicles.
Key Features
Smooth Twist Acceleration
Provides precise and responsive throttle control for smooth acceleration and improved riding comfort.
Ergonomic Grip Design
Soft, textured rubber grips offer a comfortable, non-slip hold for better control during long rides.
Durable Construction
Manufactured using high-quality ABS plastic and wear-resistant rubber for extended service life.
Plug-and-Play Connection
Pre-wired cable with connector enables quick and hassle-free installation on compatible vehicles.
Reliable Performance
Delivers stable throttle signals for consistent motor response and dependable operation.
Easy Installation
Designed as a direct replacement for compatible electric scooters and e-bikes with minimal installation effort.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Electric Scooter Twist Throttle Grip |
| Throttle Type | Twist Grip Throttle |
| Material | ABS Plastic & Rubber |
| Grip Style | Anti-Slip Textured Design |
| Connector Type | Pre-Wired Connector |
| Installation | Right Handlebar |
| Application | Electric Scooters, E-Bikes & Electric Motorcycles |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Motorcycles
- Electric Rickshaws (Compatible Models)
- Custom Electric Vehicle Projects
Benefits
- Smooth and accurate speed control.
- Comfortable, anti-slip grip for better handling.
- Durable materials for long-lasting use.
- Quick installation with pre-installed wiring.
- Reliable throttle response for enhanced riding performance.
- Ideal as a replacement or upgrade for worn-out throttles.
Installation Guidelines
- Turn off the vehicle and disconnect the battery before installation.
- Remove the existing throttle grip from the handlebar.
- Install the new twist throttle onto the right handlebar.
- Connect the wiring connector to the vehicle's controller.
- Secure the cable to prevent interference with steering or moving parts.
- Test the throttle operation before riding.
Professional installation is recommended to ensure proper fitment and safe operation.
Maintenance Tips
- Keep the throttle grip clean and free from dust and moisture.
- Inspect the cable and connector regularly for wear or damage.
- Avoid excessive force or impact that may damage the throttle assembly.
- Ensure the throttle rotates freely without obstruction.
- Replace damaged wiring or connectors immediately for safe operation.
Why Choose This Twist Throttle Grip?
The Electric Scooter & E-Bike Twist Throttle Grip combines comfort, durability, and reliable performance in one compact design. With its ergonomic grip, smooth throttle response, and easy installation, it provides better riding control and enhances the overall performance of your electric vehicle.
Whether you're replacing a damaged throttle or upgrading your existing setup, this throttle grip is a dependable choice for everyday riding.
Dc 36-72 volt to Dc 12 volt Converter for Electric Scooters Electric bike Electric rickshaw
DC 36V–72V to DC 12V Converter (10A) – Heavy-Duty, Waterproof Step-Down Voltage Converter for Electric Vehicles
Power your 12V electrical accessories safely and efficiently with the DC 36V–72V to DC 12V converter (10A). Designed for electric scooters, e-bikes, e-rickshaws, electric motorcycles, and other electric vehicles, this high-performance step-down converter efficiently converts 36V–72V DC input into a stable 12V DC output.
Constructed with a durable aluminium alloy housing and advanced voltage regulation technology, this converter provides reliable performance, excellent heat dissipation, and protection against common electrical faults. Its compact design and waterproof construction make it suitable for both indoor and outdoor applications.
Key Features
Wide Input Voltage Range
Supports 36V to 72V DC input, making it compatible with various electric vehicle battery systems.
Stable 12V Output
Delivers a regulated 12V DC output for powering electrical accessories safely and efficiently.
10A Output Current
Provides up to 10 amps of output current, suitable for multiple 12V accessories.
Waterproof & Durable Design
Sealed aluminium housing offers protection against moisture, dust, and harsh operating conditions.
Excellent Heat Dissipation
The aluminium enclosure efficiently dissipates heat, ensuring stable performance during continuous operation.
Built-In Safety Protection
Integrated protection against:
- Overvoltage
- Overcurrent
- Short Circuit
- Overheating
Compact & Easy Installation
Comes with pre-wired connectors and mounting brackets for quick and secure installation.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | DC-DC Step-Down Voltage Converter |
| Input Voltage | DC 36V–72V |
| Output Voltage | DC 12V |
| Maximum Output Current | 10A |
| Housing Material | Aluminum Alloy |
| Cooling Method | Passive Heat Dissipation |
| Protection Features | Overvoltage, Overcurrent, Short Circuit & Overheat Protection |
| Installation | Pre-Wired with Mounting Bracket |
| Application | Electric Vehicles & 12V Electrical Accessories |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Rickshaws
- Electric Motorcycles
- Electric Cargo Vehicles
- LED Lighting Systems
- Horns
- Digital Displays & Speedometers
- USB Charging Ports
- GPS Devices
- Cooling Fans
- Other 12V Automotive Accessories
Benefits
- Efficiently converts high-voltage battery power to a stable 12V output.
- Protects connected accessories from voltage fluctuations.
- Waterproof construction for reliable outdoor use.
- Compact and lightweight for easy installation.
- Long-lasting aluminium housing with superior cooling.
- Improves the performance and reliability of 12V electrical systems.
Installation Guidelines
- Disconnect the vehicle battery before installation.
- Connect the input wires to the vehicle's 36V–72V battery supply.
- Connect the 12V output wires to the desired electrical accessories.
- Secure the converter using the mounting bracket.
- Double-check all wiring connections before powering the system.
- Test the output voltage and connected accessories after installation.
Professional installation is recommended for safe and optimal performance.
Maintenance Tips
- Inspect wiring and connectors regularly for wear or loose connections.
- Keep the converter clean and free from dust, water accumulation, and debris.
- Ensure adequate airflow around the converter for efficient heat dissipation.
- Do not exceed the specified input voltage or output current rating.
- Replace damaged wires or connectors immediately to maintain safe operation.
Why Choose This DC-DC Converter?
The DC 36V–72V to DC 12V converter (10A) is a reliable and efficient power conversion solution for electric vehicles. Its waterproof aluminium housing, stable voltage regulation, and advanced protection features ensure safe operation and dependable performance, making it ideal for powering a wide range of 12V accessories.
Dc 24-72 volt to Dc 12 volt Waterproof Converter for Electric Scooters Electric bike (Heavy duty)
DC 24V–72V to DC 12V Waterproof Converter – Heavy-Duty Step-Down Voltage Converter for Electric Vehicles
Power your 12V electrical accessories safely and efficiently with the DC 24V–72V to DC 12V Waterproof Converter. Designed for electric scooters, e-bikes, e-rickshaws, electric motorcycles, and other electric vehicles, this heavy-duty DC-DC converter efficiently steps down a 24V–72V DC input to a stable 12V DC output.
Built with a durable, waterproof aluminium housing and advanced voltage regulation technology, this converter provides reliable performance even in demanding environments. It is ideal for powering LED lights, horns, displays, GPS devices, cooling fans, and other 12V accessories while ensuring consistent voltage output and enhanced equipment protection.
Key Features
Wide Input Voltage Range
Accepts 24V to 72V DC input, making it compatible with a variety of electric vehicles and battery systems.
Stable 12V Output
Converts high-voltage DC power into a regulated 12V DC output for safe and reliable operation of electrical accessories.
Waterproof & Dust-Resistant Design
Sealed construction helps protect internal components from moisture, dust, and harsh environmental conditions.
Efficient Heat Dissipation
The finned aluminium alloy housing provides excellent cooling performance, improving efficiency and extending product life.
Built-In Protection
Equipped with multiple safety protections, including:
- Overvoltage Protection
- Overcurrent Protection
- Short Circuit Protection
- Overheat Protection
Compact & Easy Installation
A lightweight design with a mounting bracket and pre-wired connectors allows quick and secure installation.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | DC-DC Waterproof Voltage Converter |
| Input Voltage | DC 24V–72V |
| Output Voltage | DC 12V |
| Housing Material | Aluminum Alloy |
| Cooling Method | Aluminum Heat Sink |
| Protection Features | Overvoltage, Overcurrent, Short Circuit & Overheat Protection |
| Waterproof Rating | Waterproof Design |
| Application | Electric Vehicles & 12V Accessories |
Applications
Suitable for:
- Electric Scooters
- Electric Bicycles (E-Bikes)
- Electric Rickshaws
- Electric Motorcycles
- Electric Cargo Vehicles
- LED Lighting Systems
- Horns
- Digital Displays & Speedometers
- GPS Devices
- Cooling Fans
- USB Chargers
- Other 12V Automotive Accessories
Benefits
- Converts high-voltage battery power into a stable 12V output.
- Ensures safe operation of sensitive electrical accessories.
- Waterproof construction for outdoor use.
- Excellent heat dissipation for reliable long-term performance.
- Compact and easy to install.
- Improves the reliability and lifespan of connected 12V devices.
Installation Guidelines
- Disconnect the vehicle battery before installation.
- Connect the input wires to the appropriate DC power source (24V–72V).
- Connect the 12V output wires to the electrical accessory.
- Secure the converter using the mounting bracket.
- Verify all wiring connections before powering on the system.
- Test the output voltage and connected accessories.
Professional installation is recommended for safe and optimal performance.
Maintenance Tips
- Regularly inspect wiring and connectors for damage or loose connections.
- Keep the converter clean and free from excessive dirt or moisture.
- Ensure proper ventilation around the heat sink for efficient cooling.
- Avoid exceeding the converter's rated voltage and current capacity.
- Replace damaged wiring immediately to maintain safe operation.
Why Choose This DC-DC Waterproof Converter?
The DC 24V–72V to DC 12V waterproof converter is a dependable solution for powering 12V accessories in electric vehicles. Its rugged waterproof construction, efficient voltage conversion, and advanced protection features ensure safe, stable, and long-lasting performance, making it an excellent choice for both personal and commercial EV applications.
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