Biometric/RFID Access Control uses biometric data (fingerprints, face recognition ) or RFID cards, keypad and visitor entry button to grant secure access to restricted areas. It ensures high security by verifying individuals before entry, offering quick, contactless access. Easy to integrate, it provides fast, efficient access while preventing unauthorized entry.
Vehicle Access Management System (VAMS) integrates RFID and ANPR technologies to automate vehicle entry and exit, ensuring efficient, secure, and seamless access control for various environments.
- Wide operating voltage
- Transparent polycarbonate optical lens – impact resistant
- Anti-phantom effect minimized, optimal viewing angle
- High intensity LED light source – low energy consumption
- 5mm LED (DIP) by EPISTAR
- Long life cycle – more than 80,000 working hours
- Highly durable polycarbonate housing, UV-light resistant
- Modular design – easy installation and maintenance
- Easy access using of snap-in open system
- Fixation system with L-shaped/arm-shaped mounting brackets
- Compliance with CE, RoHS, EN12368, ISO9001
Lane control lights are usually composed of red forks and green arrows, common diameters are 200mm, 300mm. Lane control lights are a specific type of traffic light used to manage traffic on a multi-way road or highway. Typically they allow or forbid traffic to use one or more of the available lanes by the use of Green lights or arrow traffic lights (to permit) or by red lights or forks (to prohibit).
- Wide operating voltage.
- Fresnel polycarbonate optical lens for even light distribution.
- Anti-phantom effect minimized, optimal viewing angle.
- High intensity LED light source – low energy consumption.
- High power LED (SMD).
- Long life cycle – more than 80,000 working hours.
- Highly durable polycarbonate housing; UV-light resistant.
- Modular design – easy installation and maintenance.
- Easy fixing system with aluminum mount brackets.
- Compliance with CE, RoHS, ISO9001 & EN12368.
- Wide operating voltage.
- Polycarbonate optical lens – impact resistant.
- Optimal light distribution.
- Anti-phantom effect minimized, optimal viewing angle.
- High intensity LED light source – low energy consumption.
- High power LED (SMD).
- Easy fixation to traffic signal housing.
- Long life cycle – more than 80,000 working hours.
- Compliance with CE, RoHS, EN12368, ISO9001.
- Ability to be synchronized with any traf/signal controller.
- Wide operating voltage.
- Long distance visibility – enhancing road safety.
- High intensity LED light source – low energy consumption.
- 5mm LED (DIP).
- Long life cycle – more than 80,000 working hours.
- Anti-corrosive coating on cold-rolled iron housing.
- Fixation system with aluminum mounting brackets.
- Compliance with CE, RoHS, EN12368, ISO9001.
- Wide input voltage for both110/220VAC regions.
- Transparent poly-carbonate optical lens – impact resistant.
- High intensity LED light source – low energy consumption.
- Long LED life cycle – more than 80,000 working hours.
- Highly durable UV resistant polycarbonate housing.
- Easy fixation and maintenance.
- High waterproof and dustproof protection grade.
- Wide operating voltage
- Incandescent-look polycarbonate tinted lens
- Optical fresnel lens for even light distribution
- Anti-phantom effect minimized, optimal viewing angle
- Excellent optical performance with high brightness SMD LED
- Low energy consumption with LED light source
- Long life cycle – more than 80,000 working hours
- Highly durable polycarbonate housing, UV-light resistant
- Modular design – easy installation and maintenance
- Easy access using of wingnuts open system
- Fixation system with L-shaped/arm-shaped mounting brackets
- Compliance with CE, RoHS, EN12368, ISO9001
The Vehicle Weighing and Height System combines advanced technology to monitor and enforce weight and height limits for vehicles. This system helps prevent overloading and ensures compliance with road safety regulations by providing accurate measurements of vehicle weight and height at various checkpoints.
The Video-Based Adaptive Traffic Management System uses real-time video and advanced analytics to optimize traffic flow, reduce congestion, and enhance safety. It dynamically adjusts signal timings, detects incidents, monitors pedestrians for safer crossings, manages lane usage, and prioritizes public transport. The system continuously collects data for ongoing traffic analysis and optimization, improving overall road efficiency and safety.
Ramp metering is a traffic management system that controls the flow of vehicles entering highways or motorways from ramps. By using traffic signals at on-ramps, it optimizes traffic flow, reduces congestion, and enhances safety by ensuring vehicles merge smoothly onto the main roadway.