Guangzhou Yuanxing Industrial Co., Ltd. |
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Jekit Car Brake Red Tesla Motor Pads For Rear Double Caliper
Product Form
Item name | Electronic handbrake |
Color | Red |
Fit for | Rear double caliper |
Quality | 100% Tested |
Full set included | 1 pair motor /1 pair pads /1 set bolts |
Product Description
Electronic handbrake is a technology that realizes parking brake by
electronic control method. Its working principle is the same as
that of a mechanical handbrake. The parking brake is controlled by
the friction generated by the brake disc and the brake pads, but
the control method is changed from the previous mechanical
handbrake lever to an electronic button.
The electronic handbrake is also the electronic parking brake
system. Electronic Park Brake (EPB) refers to a technology that
integrates the functions of temporary braking during driving and
long-term braking after parking, and realizes parking braking by
electronic control.
The electronic handbrake extends from the basic parking function to
the automatic parking function AUTO HOLD. The application of AUTO
HOLD automatic parking function technology makes the driver not
need to brake for a long time when the vehicle is stopped. When the
automatic electronic parking brake is activated, unnecessary
coasting of the vehicle can be avoided.
Compared with the traditional manual mechanical parking brake
system, the electronic parking brake system has the following
advantages:
(1) The parking brake handle is cancelled in the compartment, which
provides more room for the design of the interior design of the
vehicle.
(2) The parking brake uses a button to replace the driver's
forceful pulling of the parking brake handle, which is simple and
labor-saving, and reduces the operating intensity of the driver,
especially the female driver.
(3) With the continuous development of automotive electronic
parking control technology, the system can not only realize basic
functions such as static parking, static release (closed), and
automatic release (closed), but also adds automatic parking and
dynamic parking, etc. Accessibility. For example, the AUTO HOLD
automatic parking button installed on the Volkswagen car series can
complete the above-mentioned functions. Because it incorporates the
dynamic stability control system into the electronic parking brake
system, it makes driving safer and more convenient.
Application
The working principle of the electronic parking system is the same
as the manual mechanical parking brake system. The parking is
realized by friction clamping between the brake shoe and the brake
hub or the friction plate and the brake disc, but the control
method is electronic Buttons and motor actions replace the original
manual operation and mechanical linkage, so the system is called an
electronically controlled mechanical parking brake system.
At present, there are two main forms of electronic parking brake
technology used in automobiles, one is the cable-type electronic
parking brake system, and the other is the caliper integrated
electronic parking brake system. Since the cable-type electronic
parking brake system retains the cable of the traditional
mechanical parking brake system, it is only a transitional product
used in the early stage, and it is less used in automobiles. At
present, the caliper integrated type is the most widely used in
automobiles. Electronic parking brake system. The system uses
electronic buttons and motor components to replace the traditional
parking brake handles, mechanical levers and cables and other
controls. The electric motor assembly is integrated into the left
and right rear brake calipers, and the electronic control unit
(ECU) and the electric motor assembly are directly connected
through the electrical wiring harness. When parking, when the
driver operates the electronic button of the electronic parking
brake system, the electronic control unit will control the actions
of the motors integrated in the left and right brake calipers, and
drive the brake caliper pistons to move to generate mechanical
clamping force to complete the parking .
reference picture