SlimLane 950 / 950SC
The SlimLane 950 Swing Door Barrier Optical Turnstile provides enhanced access control in both directions of passage. It offers a wider passage for people with reduced mobility or for service personnel in a compact footprint.
The SlimLane 950SC offers a more compact footprint for locations where only limited space is available such as elevator lobbies.
Safety
- UL 2593 certified for maximum user protection
- Dynamic, electronic user protection based on traffic direction
- ‘EGRESS’ operating mode meets the highest fire safety standards
- Design to prevent finger entrapment and all impacts
- Precision controlled tempered glass obstacles
- In the event of power outage, the obstacles will breakaway manually with minimal force or will open automatically with the optional battery backup
Security
- High-performance electronic detection system based on a high density matrix of infrared beams preventing unauthorized use
- Fast double swing doors for immediate lane closure
- Electromechanical locking to withstand forced entry attempts
- Audio and visual signals to indicate unauthorized usage
Aesthetics
- Transparent and elegant design
- Streamlined forms and glass obstacles
- Minimal footprint for maximum throughput
- Top quality assembly and finish
- Aesthetic and functional pictograms
Reliability & Performance
- Robust design based on 40 years of experience and over 90 million daily users
- Long life cycle, low maintenance costs
- Fourth generation of security entrance lanes
Applications :
- Banks and insurance companies
- Government buildings and institutions
- Office buildings, head offices, administrative sites
- Schools, universities and colleges
- Airports, etc.
Downloads:
- SLIM 950 Standard Implementation Drawing
- SLIM 950 Flangeless Implementation Drawing
- SLIM 950 SC Implementation Drawing
- SLIM 950 SC Flangeless Implement Drawing
- SLIM 950 NK Implementation Drawing
- SLIM 950 SQ Implementation Drawing
- SLIM 950 EP Implementation Drawing
- SLIM 950 EPX Implementation Drawing
- SLIM 950 EPR Implementation Drawing