Product
The Schuco CT70 SI82 HP+605 Continuous Right PVC Strike Plate is a dedicated locking component designed for multipoint lock systems, ensuring reliable door alignment and secure latching on compatible Schuco profiles.
Specifications
- Manufactured in PVC, offering corrosion resistance and compatibility with Schuco CT70 and SI82 HP+605 profile systems
- Designed as a continuous right-hand strike plate, providing an extended contact surface for multipoint lock engagement
- Engineered specifically for PCE multipoint lock configurations, ensuring precise mechanical fit and consistent performance
- Compatible with Schuco window and door profile systems, maintaining system integrity and manufacturer standards
Usage
This strike plate is installed within the frame of Schuco CT70 or SI82 HP+605 door systems to receive and secure the locking points of a multipoint lock mechanism. It guides and holds the lock bolts or rollers in place when the door is closed, contributing to a tight, secure seal.
FAQ
- Is this strike plate compatible with all Schuco profiles? No, it is specifically designed for Schuco CT70 and SI82 HP+605 profile systems and should not be used with other incompatible profiles.
- What does "continuous" mean in this context? Continuous refers to the elongated, uninterrupted design of the strike plate, which spans a greater length to accommodate multiple locking points along the door frame.
- Why is PVC used for this strike plate? PVC offers good resistance to corrosion and moisture, making it suitable for door frame applications where long-term durability and weather exposure are considerations.
- What does "right" orientation mean for this product? Right indicates the handedness of the strike plate, meaning it is designed for right-hand door configurations. Selecting the correct orientation is essential for proper installation.
- Can this strike plate be used with non-Schuco multipoint locks? It is optimized for PCE multipoint lock systems used within Schuco profiles. Using it with other lock brands may result in improper fit and reduced performance.
mvm-dt-2026-03
