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Tucson 1 (2005-2010) Tucson 2 (2009-2015)
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  • Anti-lock braking system (ABS) — general information

Anti-lock braking system (ABS) — general information (Hyundai Tucson JM)

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The anti-lock braking system (ABS) is used to regulate the pressure in the brake mechanisms of all wheels when braking in difficult road conditions, preventing wheel locking. ABS provides the following advantages:

1. Avoiding obstacles with a higher degree of safety, including during emergency braking.

2. Reducing the braking distance during emergency braking while maintaining vehicle stability and control, including when turning.

In case of system failure, a diagnostic function and a fail-safe system are provided.

Traction control system (TCS) is a variable system designed to regulate traction during acceleration or cornering. The system controls the vehicle's movement by braking one of the vehicle's wheels or by suppressing excess engine power, so that the vehicle does not skid and maintains directional stability.

Traction control is automatically activated after the engine is started, but can be disabled using the TCS button.

The hydroelectronic control unit (HECU) receives information about the vehicle speed, direction of travel and road conditions from the wheel speed sensors.

(The article is borrowed from an online resource: hyundaibook.ru)

Based on this information, the control unit determines the optimal wheel braking mode.

The Electronic Brakeforce Distribution (EBDF) system is a subsystem of the ABS and serves to ensure effective traction of the rear wheels.

In addition, based on the high efficiency of the advanced ABS, the ERTS prevents skidding of the rear wheels under partial braking conditions.



The braking force is maintained close to the optimum value and is regulated electronically, which eliminates the need for a conventional pressure regulator. Since the pressure regulator is a mechanical device, it has limitations in terms of achieving ideal distribution of braking force to the rear wheels, as well as flexible distribution of forces depending on the degree of vehicle loading. In addition, if the mechanical pressure regulator is faulty, it is not detected by the driver. The ERTS, controlled by the ABS ECU, calculates the slip rate of each wheel at any given moment and adjusts the pressure in the rear brakes so that it exceeds the pressure in the front brakes. If the ERTS malfunctions, the ERTS (EBD) (and parking brake) indicator lamp lights up in the instrument cluster.

Advantages of ERTS:
  • Improving the performance of the basic braking system.
  • Compensation for differences in friction coefficients.
  • Elimination of pressure regulator.
  • Malfunction signaling by control lamp.

Malfunction signaling by control lamp.
This article is available at russian, bulgarian, belarusian, ukrainian, serbian, croatian, romanian, polish, slovak, hungarian
This article has been reviewed by: Konstantin Smirnov
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Previous
Tucson 1: Brake system
Next

Anti-lock braking system (ABS) — device
Parking Brake Switch — Check
Installing the parking brake
Removal the parking brake
Checking and adjusting the parking brake system
ABS and TCS hydraulic system diagram
Hydroelectronic control unit of the anti-lock braking system (HEB)
Removal and installation of the GEBU
ABS Wheel Speed Sensors — Device
Removal the front wheel speed sensors
We recommend other articles on the topic of Hyundai manuals:

Anti-lock braking system (ABS) Hyundai Accent 1 (1994-1999)
Anti-lock braking system (ABS) Hyundai Elantra 1 (1990-1995, petrol)
Anti-lock braking system (ABS) controls Hyundai Getz (2002-2011)
Anti-lock braking system — general information Hyundai Sonata 3 (1993-1998)
Anti-lock braking system Hyundai Santa Fe 2 (2007-2012, petrol)
Anti-lock braking system Hyundai Matrix (2001-2010, petrol)

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