The Standard Ignition DS-3398 Parking Brake Switch is a direct-fit replacement component designed to restore the functionality of the parking brake system in various Ford, Lincoln, and Mercury models. This switch ensures that the parking brake indicator operates correctly, providing clear communication to the driver regarding the engagement status of the parking brake. Constructed with high-grade aluminum and plastic materials, the DS-3398 switch offers durability and resistance to wear, which is essential for components exposed to frequent use and varying environmental conditions. The switch features a blade terminal with a male connector, facilitating straightforward installation and a secure electrical connection. Its silver and white finish not only complements the vehicle's interior aesthetics but also contributes to the switch's longevity by resisting corrosion. The DS-3398 switch is engineered to meet or exceed original equipment specifications, ensuring proper fit, form, and function. This adherence to OE standards guarantees reliable performance and compatibility with the specified vehicle models. By choosing the Standard Ignition DS-3398 Parking Brake Switch, fleet operators can maintain the integrity of their vehicles' parking brake systems, ensuring that safety features remain operational and that drivers receive accurate feedback regarding the parking brake status. This proactive maintenance approach helps in reducing potential downtime and enhances the overall safety and reliability of the fleet.
Direct-fit replacement for specified Ford, Lincoln, and Mercury models
Constructed with durable aluminum and plastic materials for extended service life
Blade terminal with male connector for easy installation and secure electrical connection
Silver and white finish resists corrosion and complements vehicle interiors
Engineered to meet or exceed original equipment specifications for reliable performance
Maintains operational integrity of parking brake system, ensuring driver safety
Helps reduce potential downtime by ensuring safety features remain functional
Enhances overall vehicle reliability and operational efficiency of the fleet