Introducing the SR-IPW: The Inductive Road Stud Redefining Road Safety
by SERNIS07 January 20263 min read
At SERNIS, we believe in shaping the future of road safety through innovation. Today, we are proud to introduce the SR-IPW Inductive Road Stud, a groundbreaking solution that combines cutting-edge technology with practical benefits for safer, more efficient roads. Designed with advanced inductive power transfer and an innovative O-ring sealing system, the SR-IPW redefines what road studs can achieve.
Unveiling the Future of Road Safety
At SERNIS, we believe in shaping the future of road safety through innovation. Today, we are proud to introduce the SR-IPW Inductive Road Stud, a groundbreaking solution that combines cutting-edge technology with practical benefits for safer, more efficient roads. Designed with advanced inductive power transfer and an innovative O-ring sealing system, the SR-IPW redefines what road studs can achieve.
Inductive Power Transfer: A Revolutionary Core
The SR-IPW features an inductive power transfer system, eliminating physical wiring between the base and light module. This electromagnetic technology ensures:
- Increased Durability: No electrical connections to wear out or fail.
- Simplified Maintenance: Components can be swapped out quickly without complex electrical repairs.
- Enhanced Safety: Reduced traffic disruptions and faster interventions.
This innovation minimizes road closures and operational downtime, significantly improving efficiency for road authorities.
Plug & Light Concept: Faster Installation and Maintenance
With its revolutionary "Plug & Light" design, the SR-IPW simplifies both installation and maintenance. By removing physical wiring, the system ensures:
- Ease of Installation: A streamlined process that saves time and reduces initial setup costs.
- Quick Maintenance: A plug-and-play approach for fast component replacement.
- Environmental Benefits: Lower carbon footprint due to reduced maintenance interventions.
Built for Tough Environments
Engineered to withstand heavy traffic and extreme weather, the SR-IPW boasts:
- Mechanical Strength: Withstands up to 120 tons of pressure.
- IP68/IK10 Rating: Unparalleled protection against water, dust, and impact.
- Compatibility with Controllers: Enables customization of light intensity and operation modes to suit varying road conditions.
Whether on highways, tunnels, or roads exposed to snowplows, the SR-IPW delivers consistent performance and durability.
Introducing the O-Ring Sealing System
Traditional road studs often rely on silicone seals that can be challenging to replace. The SR-IPW’s O-ring sealing system:
- Improves Reliability: Forms a tight, long-lasting seal.
- Streamlines Maintenance: Reduces time, effort, and mess during interventions.
- Minimizes Disruptions: Ensures roads stay operational with minimal impact on traffic.
Tailored Solutions for Every Road
Available in two configurations—unidirectional (SR-45C-IPW) and bidirectional (SR-48C-IPW)—the SR-IPW meets diverse road safety needs, providing high-intensity LEDs visible up to 1 km.
Elevating Road Safety
The SR-IPW is more than a product; it’s a commitment to innovation and safety. By integrating inductive technology with robust design, SERNIS is paving the way for a safer future. Explore the possibilities of the SR-IPW today.
At SERNIS, we believe in shaping the future of road safety through innovation. Today, we are proud to introduce the SR-IPW Inductive Road Stud, a groundbreaking solution that combines cutting-edge technology with practical benefits for safer, more efficient roads. Designed with advanced inductive power transfer and an innovative O-ring sealing system, the SR-IPW redefines what road studs can achieve.
Inductive Power Transfer: A Revolutionary Core
The SR-IPW features an inductive power transfer system, eliminating physical wiring between the base and light module. This electromagnetic technology ensures:
- Increased Durability: No electrical connections to wear out or fail.
- Simplified Maintenance: Components can be swapped out quickly without complex electrical repairs.
- Enhanced Safety: Reduced traffic disruptions and faster interventions.
This innovation minimizes road closures and operational downtime, significantly improving efficiency for road authorities.
Plug & Light Concept: Faster Installation and Maintenance
With its revolutionary "Plug & Light" design, the SR-IPW simplifies both installation and maintenance. By removing physical wiring, the system ensures:
- Ease of Installation: A streamlined process that saves time and reduces initial setup costs.
- Quick Maintenance: A plug-and-play approach for fast component replacement.
- Environmental Benefits: Lower carbon footprint due to reduced maintenance interventions.
Built for Tough Environments
Engineered to withstand heavy traffic and extreme weather, the SR-IPW boasts:
- Mechanical Strength: Withstands up to 120 tons of pressure.
- IP68/IK10 Rating: Unparalleled protection against water, dust, and impact.
- Compatibility with Controllers: Enables customization of light intensity and operation modes to suit varying road conditions.
Whether on highways, tunnels, or roads exposed to snowplows, the SR-IPW delivers consistent performance and durability.
Introducing the O-Ring Sealing System
Traditional road studs often rely on silicone seals that can be challenging to replace. The SR-IPW’s O-ring sealing system:
- Improves Reliability: Forms a tight, long-lasting seal.
- Streamlines Maintenance: Reduces time, effort, and mess during interventions.
- Minimizes Disruptions: Ensures roads stay operational with minimal impact on traffic.
Tailored Solutions for Every Road
Available in two configurations—unidirectional (SR-45C-IPW) and bidirectional (SR-48C-IPW)—the SR-IPW meets diverse road safety needs, providing high-intensity LEDs visible up to 1 km.
Elevating Road Safety
The SR-IPW is more than a product; it’s a commitment to innovation and safety. By integrating inductive technology with robust design, SERNIS is paving the way for a safer future. Explore the possibilities of the SR-IPW today.
