Intermediate Head Plate 6/24/6mm L=705mm with HO-BO Housing / PCE

Product

The Intermediate Head Plate 6/24/6mm L=705mm with HO-BO Housing is a precision-engineered component designed for multi-point lock systems, ensuring reliable alignment and secure door locking performance.

Specifications

• Dimensions: 6/24/6mm profile with a total length of 705mm, compatible with HO-BO housing configurations
• Manufactured to integrate seamlessly with PCE multi-point lock mechanisms
• Designed as an intermediate faceplate to bridge and support locking points along the door edge
• Compatible with standard multi-point lock installations requiring precise faceplate alignment
• Constructed for durability within door frame and lock body assemblies

Usage

This intermediate head plate is installed along the door edge within a multi-point lock system. It guides and houses the locking bolts or rollers, working in conjunction with the HO-BO housing to ensure smooth operation and consistent engagement of all locking points when the handle or key is activated.

FAQ

1. What does "intermediate" mean in this context? — It refers to a faceplate positioned between the main lock body sections, bridging locking points along the door edge for continuous coverage.
2. Is this head plate compatible with all multi-point locks? — It is specifically designed for systems using HO-BO housing and PCE configurations; always verify compatibility with your existing lock system before installation.
3. What does the 6/24/6mm measurement indicate? — These dimensions describe the faceplate profile geometry, referring to the widths of the outer and inner sections, which must match the door rebate dimensions.
4. What is the total length of this head plate? — The head plate measures 705mm in total length, making it suitable for standard door heights requiring intermediate lock coverage.
5. Can this component be installed without professional assistance? — While technically possible for experienced installers, professional fitting is recommended to ensure correct alignment and optimal locking performance.

mvm-dt-2026-03