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Electromechanical Brake

EMB

Our EB24 brake-by-wire system, designed for commercial vehicles such as buses, heavy-duty trucks, and rail trains, comprehensively enhances safety and economy through shorter braking distances, significant lightweight design, and lower energy consumption.

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User value

Safety

Safety1

Emergency braking distance comparison

Taking a 49-ton heavy-duty trunk logistics vehicle as an example, when braking from an initial speed of 60 km/h, the braking distance is shortened by 3m compared to the traditional giant EBS.
(Verified over 20,000 km of commercial mileage.)

Safety2

Emergency braking lateral deviation comparison

Taking a double-trailer tractor as an example, vehicles equipped with distributed drive + EMB exhibit smaller lateral deviation during emergency braking compared to those with pneumatic braking systems, significantly enhancing safety.

Lightweight

Air brake component diagram1
vs
EMB component diagram1

Compared with pneumatic braking, EMB braking has a reduced weight.

0 kg

EMB brakes save space in the vehicle compared to air brakes.

0 L

EMB brakes require fewer installation components than air brakes.

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Economics

Decoupled control of electric and mechanical braking can be realized to maximize energy recovery.

Short energy transfer path and low energy consumption of the braking system.

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Economics

Decoupled control of electric and mechanical braking can be realized to maximize energy recovery.

Short energy transfer path and low energy consumption of the braking system.

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High efficiency

Shorter trigger brake response time than air brakes.

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Shorter time to maximum braking force than air brakes.

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Technical Specifications

EB24 Parameters
Maximum braking torque 22000
Applicable wheel rims (inch) 22.5
Low-voltage power supply voltage (VDC) 24
High-voltage power supply voltage (VDC) 540
Application vehicles 8-18 m city buses, coaches, tractor trucks, freight trucks, sanitation vehicles, and Autonomous Rail Rapid Transit (ART)
EB24 Parameters
Maximum braking torque 22000
Applicable wheel rims (inch) 22.5
Low-voltage power supply voltage (VDC) 24
High-voltage power supply voltage (VDC) 540
Application vehicles 8-18 m city buses, coaches, tractor trucks, freight trucks, sanitation vehicles, and Autonomous Rail Rapid Transit (ART)

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