DELTA L+ - Connected crack monitoring

Smart wireless crack monitoring sensor. Plug & play, temperature tracking, remote monitoring and real-time alerts.

DELTA L+ | Smart Wireless Crack Monitoring Sensor

The DELTA L+ is a compact, connected crack monitoring sensor designed to accurately measure structural crack movements and temperature variations over time.

Easy to install, autonomous and cost-effective, it provides reliable remote monitoring of buildings, infrastructure and sensitive structures through the FEELBAT web and mobile platform.

Key Features & Benefits:

✅ High-Precision Crack Monitoring: Measures crack opening and closing with a resolution of 0.01 mm, helping detect even the smallest structural movements.

✅ Temperature Monitoring: Integrated temperature measurements to better understand how environmental variations influence crack behaviour.

✅ Plug & Play: Quick installation and intuitive configuration through the FEELBAT app.

✅ Wireless Connectivity: Remote data transmission without complex wiring or installation.

✅ Remote Monitoring: Access measurements, historical data and interactive graphs anytime, anywhere.

✅ Customisable Alerts: Receive notifications when predefined crack movement thresholds are exceeded.

✅ Long Battery Life: Designed for autonomous, long-term monitoring with minimal maintenance.

✅ Compact & Discreet: Suitable for installation on walls, façades and sensitive structures.

✅ Cost-Effective Solution: Professional crack monitoring made accessible to projects of all sizes.

Ideal Applications:

• Buildings and structural stability monitoring
• Historic buildings and heritage preservation
• Bridges and civil engineering structures
• Construction and excavation sites
• Structural damage and crack evolution assessment
• Settlement and deformation monitoring
• Structural Health Monitoring (SHM)

Detect movements. Track cracks. Protect structures.

With DELTA L+, crack monitoring becomes simpler, smarter and more accessible, helping engineers and infrastructure managers make informed decisions and anticipate structural risks.