SQ2 Portable Traffic Signal
Portable Traffic Signals
The SQ2 Portable Traffic Signal is a versatile system designed for daily or short-term traffic control applications. It enhances work zone safety and maximizes traffic flow, making it an ideal choice for a variety of temporary traffic management scenarios. Fully compliant with NEMA TS-5 specifications for Type TR2 PTS, this system meets and exceeds the highest standards for portable traffic signals.
Optimized for Short-Term Applications:
- Perfect for daily use or short-term traffic control needs.
- Increases safety in work zones while ensuring optimal traffic flow.
Advanced Full Matrix Operating System:
- Equipped with a full matrix operating system for versatile signal configurations and management.
Reliable Communication and Operation Modes:
- Offers bulletproof 900 MHZ radio communication as an option for robust, interference-free signal transmission.
- Features true green time extensions, enhancing traffic flow efficiency.
- Includes multiple operation modes: manual, fixed time, and traffic actuated, catering to varying traffic control needs.
- Wireless remote operation mode option for greater flexibility and safety.
Enhanced Work Zone Indication and Safety:
- Incorporates a work zone indication light, providing visual cues to motorists and workers, enhancing situational awareness.
Rapid Deployment and Compliance:
- Designed for fast and efficient deployment and relocation, saving time and resources.
- Fully compliant with MUTCD and NCHRP 350 standards, ensuring adherence to safety and operational guidelines.
- Integrated conflict monitoring feature adds an extra layer of safety by detecting and managing signal conflicts.
NEMA TS-5 Specifications Compliance:
- Meets the rigorous NEMA TS-5 specifications for Type TR2 PTS, guaranteeing a high level of reliability and functionality.
The SQ2 Portable Traffic Signal represents the pinnacle of portable traffic management technology, offering advanced features, flexibility, and compliance, ideal for ensuring safety and efficiency in various temporary traffic control situations.