Record TSA 22 Heavy Duty Telescopic Door
Engineered for Demanding Entrances – Smooth, Silent, and Strong.
The Record TSA 22 telescopic automatic door is a robust and space-efficient solution for wide entrances where heavier or taller door panels are required. Based on the same proven design as the TSA 20, it features stacking door leaves that save up to 30% more space than conventional sliding doors, while still allowing for openings of up to 4000 mm.
With a reinforced operating arm and a 200 mm drive housing, the TSA 22 can handle door weights of up to 2 × 170 kg for single doors and 4 × 130 kg for double telescopic configurations. It operates quietly and smoothly, making it ideal for high-end commercial settings such as hotels, retail outlets, hospitals, and transport hubs.
The TSA 22 complies with all relevant UK and international safety standards, including DIN 18650 and 2006/42/EG. It also offers options for enhanced energy efficiency and security, combining strength, reliability, and refined technology in a sleek, modern design.
Key features
Proven Reliability and Quiet Operation
Built on the trusted STA 20 system, this telescopic door offers long-lasting performance with minimal breakdowns and operates quietly, ideal for luxury retail and hospitality environments.
Advanced Control and Smart Technology
Equipped with a programmable microprocessor and motion sensors, the system ensures smooth, automatic operation and can be tailored to specific usage needs.
Self-Learning and Adaptive Performance
A self-learning processor actively adjusts to maintain optimal performance over time, reducing the need for manual recalibration.
Swiss Engineering and Safety Compliance
Manufactured to Swiss quality standards and fully compliant with the latest safety regulations for automatic door systems.
Robust, Modular Construction
Utilises the same durable track and components as the Record System 20, ensuring compatibility and ease of maintenance.
Enhanced Security and Energy Efficiency Options
Available with an RC2 security rating and optional thermal separation for improved energy savings in climate-controlled environments.