Luk LSC334 Clutch Slave Cylinder

LuK LSC334 Clutch Slave Cylinder

The LuK LSC334 clutch slave cylinder is a hydraulic manual transmission component for select Hyundai Scoupe models. It is built for vehicles that use a hydraulic clutch release system and is backed by LuK’s experience in complete clutch release system development.

Key Features

• Hydraulic clutch slave cylinder for manual transmission service
• OE-style replacement for select Hyundai Scoupe applications
• Supports consistent clutch release operation in hydraulic systems
• LuK part number LSC334 for easy identification
• Cross-reference part numbers include AMS Automotive S0512 and Centric Parts 138.51002

Detailed Description

Compatible With 1991-1995 Hyundai Scoupe, N/A. The LuK LSC334 is a clutch slave cylinder used in hydraulic clutch release systems to transfer pedal input into clutch actuation at the transmission. For Hyundai Scoupe owners searching for a clutch slave cylinder replacement, LSC334 provides a direct-fit service part reference for the listed model years. LuK’s background in hydraulic clutch release system development supports accurate application coverage for manual transmission repair.

What It Helps Fix

• Soft or inconsistent clutch pedal feel
• Difficulty disengaging the clutch
• Hydraulic fluid leakage at the slave cylinder
• Clutch release problems during shifting
• Loss of hydraulic pressure in the clutch system

Installation Notes and Tips

Verify the vehicle’s hydraulic clutch release setup and match the application to the listed Hyundai Scoupe years before installation. Inspect the clutch hydraulic line, master cylinder, and surrounding components for wear or leakage during service. After installation, bleed the hydraulic system thoroughly to remove trapped air and restore proper pedal operation.

Quality Assurance

LuK has extensive experience developing complete clutch release systems, including the transition from mechanical to hydraulic designs. Part number LSC334 is identified for the listed Hyundai Scoupe applications and is supported by established aftermarket cross-references.