UNISAFE SM 3W 2.00 – h2 vehicle restraint system for engineering structures

🛡️ UNISAFE SM 3W 2.00 BW – H2 Safety Barrier for Bridges

UNISAFE SM 3W 2.00 BW is a single-sided safety barrier with base-plated posts, developed by UNIPROMET and distributed in France by SOLOSAR. CE-certified according to EN 1317, it is specifically designed for installation on bridges, viaducts, and concrete edge beams, providing a high level of safety with its triple-wave beam profile.

🔧 Technical Specifications:

• Containment level: H2 (EN 1317-2)

• Working width: W3 = 1.0 m

• Dynamic deflection: 0.7 m

• Vehicle intrusion: VI4 = 1.1 m

• Impact Severity Index (ASI): B (1.2)

• THIV: 28 km/h

• Beam type: Triple-wave

• Beam length: 4.00 m

• System width: 0.32 m

• System height: 0.95 m

• Post spacing: 2.00 m

• Installation type: Base-plated posts, mechanical or chemical anchoring (250 mm)

• Tested length: 48 m

• Material: Hot-dip galvanized steel according to EN ISO 1461

✅ Key Benefits:

• Specifically designed for bridge applications

• Triple-wave beam profile ensuring high impact resistance

• Base-plated post installation suitable for concrete edge beams

• With chemical anchoring, the integrity of the edge beam or bridge deck is fully preserved

• H2 containment level validated through crash tests (TB11 and TB51)

• Long-lasting corrosion protection with hot-dip galvanization

UNISAFE SM 3W 2.00 BW – Technical Data

• Containment level: H2 (EN 1317-2)

• Working width: W3 = 1.0 m

• Dynamic deflection: 0.7 m

• Vehicle intrusion: VI4 = 1.1 m

• Impact Severity Index (ASI): B (1.2)

• THIV: 28 km/h

• System width: 0.32 m

• System height: 0.95 m

• Beam type: Triple-wave

• Beam length: 4.00 m

• Post spacing: 2.00 m

• Installation type: Base-plated posts, mechanical or chemical anchoring (250 mm)

• Special feature: chemical anchoring preserves the integrity of the edge beam or bridge deck

• Tested length: 48 m

• Material: Hot-dip galvanized steel according to EN ISO 1461

• Crash test reports: TB11 (CSI 0104/ME/HRB/20), TB51 (CSI 0099/ME/HRB/20_2)