HYUNDAI/KIA 583103ZA00 HANDBRAKE MODULE
Product Specifications
| HYUNDAI/KIA | 583103ZA00 |
| HYUNDAI/KIA | 582103Z100 |
| HYUNDAI/KIA | 582103Z700 |
| HYUNDAI/KIA | 583103ZA70 |
The HANDBRAKE MODULE (ELECTRONIC PARKING BRAKE) is a safety-critical component of the vehicle braking system. It electronically actuates the rear brake calipers to apply and release the parking brake, controlled by a dash-mounted switch and the vehicle's body control module. Brake components in this category are supplied to OEM-equivalent dimensional and material standards and are validated against OEM cross-reference data for direct fitment without modification.
Brake parts must be replaced as axle sets (both sides simultaneously) to ensure balanced braking force and to prevent vehicle pull under heavy braking. Never mix new and worn friction material on the same axle.
All products in this category are manufactured under quality management systems and are subject to dimensional inspection before dispatch. Confirm vehicle make, model, engine, and year of manufacture before ordering to ensure the correct variant is selected.
- Verify the correct part before beginning. Check vehicle VIN, brake caliper type (single or multi-piston), and disc diameter against the product specification. Brake components are not interchangeable between axle positions on many vehicles.
- Work on one side at a time so the opposite side can be used as a reference for reassembly.
- Clean the caliper carrier and slide pins thoroughly. Apply fresh caliper grease to slide pins and contact surfaces. Seized slide pins are a primary cause of premature brake pad wear.
- Compress the caliper piston using the correct tool. Wind-back pistons (rear calipers with integrated handbrake) require a rotation tool, not a simple press. Forcing a wind-back piston will damage it.
- Torque all fasteners to OEM specification. Caliper bolts are safety-critical — use a calibrated torque wrench and apply thread-locking compound where specified by the OEM.
- Bed-in new friction material following OEM procedure — typically a series of moderate stops from progressively higher speeds to transfer a thin, even layer of friction material onto the disc surface.