AFL Ultra Compact

Optimised for Limited Spaces

Designed specifically for environments where space is at a premium, the AFL Ultra Compact gate provides secure, automated passenger control without compromising efficiency.

Seamless Passenger Flow

With advanced passage detection technology, the system ensures smooth transit while preventing unauthorised access. It efficiently handles high passenger volumes while maintaining security.

Cost-Effective and High-Performance

The AFL Ultra Compact offers a budget-friendly solution without sacrificing cutting-edge technology. Its durable, low-maintenance design reduces operational costs while delivering reliable performance.

AFL Ultra Compact

Intelligent Space-Saving Security

The AFL Ultra Compact gate is specifically engineered for environments where space is limited but secure, automated passage control is essential. Designed for airports, ferry terminals, ports, and other mass transit locations, this system ensures efficient passenger flow while maintaining high security.

With its sleek, unobtrusive design, the AFL Ultra Compact optimises available space without compromising performance. It integrates seamlessly with existing pre-security and boarding systems, offering a cost-effective solution for high-traffic areas. The gate’s advanced sensor technology enables accurate passenger detection and flow management, reducing the need for manual supervision.

Ideal for areas with restricted space, the AFL Ultra Compact provides reliable, high-speed operation, ensuring smooth passenger movement while maintaining security compliance.

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Key Features

The AFL Ultra Compact is engineered to fit in tight spaces where traditional gates are not feasible, making it ideal for high-traffic transit environments.

Advanced detection algorithms track and regulate the movement of passengers, ensuring smooth and efficient boarding or pre-security screening.

The integrated system processes boarding passes or security credentials rapidly, reducing wait times and enhancing the passenger experience.

Available in multiple configurations, including single and multiple lane setups, to adapt to various airport or transit requirements.

Equipped with a dense sensor array to detect unauthorized entry attempts, tailgating, and other security breaches.

Compatible with remote access and monitoring systems, allowing for centralized gate management and troubleshooting.

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Key Specifications
Installation
Product Comparison

Compact and Space-Saving

Designed for environments with limited space, offering passage widths from 500mm to 1200mm
Ultra-slim cabinet design for seamless integration into tight areas

• Durable Construction

Brushed AISI 304 stainless steel for high durability and a modern aesthetic
Tempered security glass or polycarbonate moving panels for enhanced strength and visibility

• Advanced Passage Detection

High-precision infrared sensors ensure accurate passenger detection and flow monitoring
Detects tailgating, obstruction, and unauthorized access attempts to enhance security

• Customizable Operational Modes

Supports multiple configurations, including Free, Controlled, Locked, Emergency, and De-boarding modes
Adjustable swing panel speed for optimized passage control

• Seamless Integration & Connectivity

ModBus RTU (RS232) communication protocol for seamless integration with airport and transit systems
Multiple interface options including digital I/O, Ethernet, USB, and HDMI for flexibility

• User Interface & Status Display

10.1” LCD display with RGB status lighting provides real-time feedback to passengers and security staff
Optional touchscreen functionality for enhanced user interaction

• Power & Environmental Ratings

Power Supply: 115/230V AC, 50/60Hz
Power Consumption: 250VA (peak) / 50VA (standby)
Operating Temperature: 0°C to 50°C, 95% RH non-condensing

• High Throughput & Reliability

Supports up to 40 passengers per minute, depending on system infrastructure
Built-in industrial PC with 8th Gen Intel i3/i7 for advanced processing and biometric applications

Minimal Space Requirements

Designed for environments with space constraints, ensuring efficient integration without compromising flow rates.
Available in single or multiple lane configurations for flexible site adaptation.

• Floor-Mounted or Base-Mounted Options

Can be installed directly onto a concrete base for permanent placement.
Optional base mounts are available for installations where routing electrical cables under the floor is not feasible.

• Site Preparation Requirements

Minimum concrete base depth: 150mm for secure anchoring.
Flat and level surface within ±5mm over the footprint area.
Base dimensions: 1932mm x 1000mm x 300mm for optimal stability.

• Power and Connectivity Setup

Power Supply: 115/230V AC, 50/60Hz with a peak consumption of 250VA.
Cabling: Running cables at least 200mm below finished floor level with a minimum 50mm rise from the foundation.

• Integration & Configuration

ModBus RTU communication protocol for streamlined integration with existing airport and transit security infrastructure.
Remote configuration and firmware updates via Windows GUI test tool.

• Alignment & Calibration

Precision infrared sensors require accurate alignment during installation for optimal performance.
Final calibration ensures correct passenger detection and fraud prevention mechanisms.

• Maintenance Accessibility

The system is optimized for easy maintenance and servicing, with key components accessible via the cabinet.
Routine diagnostics can be performed remotely via ModBus or through local manual overrides.