TS3000VBC Overhead Fire Door Closer - Power Size 1-4 - Pull Side Mounting - Silver - Aluminium

The GEZE TS 3000 V BC overhead door closer is a compact, high-performance closer designed for single leaf doors up to 1100mm wide
Features a slim cam mechanism with adjustable power and integrated back check, it provides precise control, safety, and accessibility
Fully compliant with EN 1154 and BS 8300, and Certifire approved for up to FD120 rated fire doors, it is ideal for commercial, public, and residential buildings requiring reliability and barrier free access
Adjustable closing force (EN 1–4) can be adjusted from the side to suit a range of door sizes and weights
Hydraulic latching action accelerates the door shortly before closing to ensure a secure latch and maintain fire integrity
Integrated, hydraulically adjustable back check cushions doors opened forcefully, protecting the door and frame from impact damage
Adjustable closing speed, latching action, and back check can all be fine tuned from the front (except closing force), simplifying setup and maintenance
Reversible design allows installation on both right and left handed single action doors without the need for conversion
High opening angle of up to 180° provides maximum accessibility and ease of use
Approved for use on fire and smoke protection doors, ensuring compliance with fire safety standards
Certifire approved and suitable for FD120 rated timber fire doors under approved configurations
Multiple mounting options allow installation on hinge side, transom side, push side, or pull side (Figures 1, 61, and 66)
Tested and certified to BS EN 1154 for door closers and compliant with BS 8300 for accessibility and Equality Act requirements
Compact, modern design complements a variety of architectural settings while providing robust, long term performance
Front adjustable design reduces maintenance time and costs by eliminating the need for disassembly during inspection or servicing
Durable construction and integrated back check enhance longevity and protect against wear in high traffic environments