Introducing the TSS Multipoint Door Lock, designed for enhanced security and ease of use. This robust locking system features:
4 Rollers: Ensures a tight seal and increased resistance against forced entry.
1 Deadbolt: Provides an additional layer of security.
1 Latch: Facilitates smooth operation for everyday use.
Operation Instructions
To Lock the Door:
Lift the Handle: Raise the handle upwards to engage all locking points.
Secure the Lock: Turn the key to lock the locking points and the main deadbolt (if applicable).
To Unlock the Door:
Unlock the System: Turn the key to disengage the locking mechanism.
Disengage the Handle: Push the handle downwards to retract the latch and release the locking points.
Applications
This multipoint door lock is versatile and can be utilized in various door types, including UPVC and aluminum doors, making it an ideal choice for both residential and commercial properties.
Product Specification
Manufacturer: TSS
Spindle Size: 8mm
Main Gearbox: Latch & deadbolt
Spindle: Single 8mm
Handing: Non handed
Distance Between Inner Locking: 665mm
Distance Between Outer Locking: 1605mm
Height: 1800mm
Top Roller to Spindle: 745mm
Bottom Roller to Spindle: 860mm
Door Material: UPVC, Aluminium
Measuring Guidelines
To ensure a perfect fit for your TSS Multipoint Door Lock, follow these simple measuring guidelines:
Backset Measurement: To measure the backset, take a tape measure and measure the distance from the edge of the door to the center of the lock cylinder. This measurement is crucial for proper installation.
Centres PZ Measurement: For the Centres PZ, measure from the center of the keyhole to the center of the handle hole. This ensures that both components align correctly for smooth operation.
Faceplate Measurement: To measure the faceplate, determine the width and height of the existing faceplate on your door. This will help you select the correct size from the drop-down options.
By following these guidelines, you can ensure that your TSS Multipoint Door Lock is installed correctly and functions optimally.
