Durable acrylic crack monitor for reliable long-term monitoring - Robust and wear-resistant construction Constructed from durable acrylic, this crack monitor is designed to withstand pressure and resist breakage, providing long-lasting use in demanding environments. - Clear and precise readings The high-clarity acrylic plate features a well-designed measurement grid, allowing easy reading of wall deformations and cracks. This enables accurate monitoring and assessment of structural integrity over time. - Easy installation Mounting is straightforward: attach with two adapters, position the device over the crack using the central crosshair, and secure it to the wall with screws and expansion bolts. This provides stable, secure mounting for reliable measurements. - Accurate displacement monitoring The standard crack monitor measures displacements in two directions: vertical (top–bottom) and horizontal (left–right). The crosshair’s movement along the measurement scale clearly indicates the degree of displacement, delivering a comprehensive view of crack behavior. Key benefits - Durable, long-lasting materials designed to withstand daily use - Provides precise, easy-to-read readings for crack and deformation monitoring - Simple installation that stays securely attached for dependable measurements - Two-axis displacement tracking for a complete understanding of crack movement Specifications and compatibility - Material: acrylic - Reading system: clear measurement grid on a high-clarity acrylic plate - Mounting: two adapters, screws, and expansion bolts for wall attachment - Displacement directions: vertical (up-down) and horizontal (left-right) Use scenarios - Structural monitoring during building renovations or retrofits to track crack progression over time - Foundation or retaining wall monitoring during excavation, consolidation, or soil movement - Post-event assessment and ongoing monitoring after earthquakes, heavy rain, or freeze–thaw cycles to evaluate cracking and stability Why this matters - Provides stable, reliable measurements with minimal maintenance - Enables informed decision-making by clearly showing crack movement and deformation - Helps ensure safety and structural integrity with ongoing, easy-to-interpret data