Temperature monitoring system Concremote

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Overview
Concremote is a concrete maturity monitoring system that continuously measures in-place concrete temperature and calculates early-age compressive strength development. Data from wireless sensors is transmitted to the Concremote cloud and accessed in real time via a web portal and native mobile app to support on-site decisions and documentation.

Key functions

• Continuous temperature measurement and automated calculation of strength development (maturity method)
• Real-time monitoring and historical data via web portal and mobile app
• Forecasts of strength development to plan stripping, post‑tensioning, lifting and curing operations
• Scenario Comparison for mix optimisation (cost and CO2 trade-offs)
• Push notifications and alarms when target strength or temperature thresholds are reached
• Complete logging and exportable reports for quality assurance and traceability

Sensors and hardware
Concremote offers slab sensors, cable sensors and multi‑sensor cables to cover surface and embedded measurements. Devices support wireless transmission (2G/3G/4G or Bluetooth BLE depending on model). Some sensors integrate sensing element and transmitter in one reusable unit; cable solutions allow multiple internal measurement points.

Sensor types (summary)

• Slab sensor: combined sensor and transmitter; surface‑mounted and reusable
• Cable sensor: transmits wirelessly; compatible with wall sensing units for formwork installation
• Multi‑sensor cable: embedded multiple measurement points for internal temperature profiles
• Wall sensing unit: collects data from cable sensors installed in formwork

Fields of application

• Mass concrete temperature control and thermal cracking prevention
• Early‑age compressive strength monitoring to shorten cycle times and enable low‑carbon mixes
• Fair‑faced concrete projects for controlled stripping and surface quality
• Applications: slabs, tunnels (cut‑and‑cover), bridges, walls and columns, climbing formwork, precast factories

Benefits

• Save time: earlier, data‑driven decisions on stripping and subsequent operations
• Increase safety: objective strength data supports critical activities
• Reduce CO2 footprint: optimise mix design and cement content with confidence
• Improve quality and documentation: consistent as‑built records and better surface outcomes
• Reduce costs: optimized mixes, shorter cycles and reusable sensors lower total cost

Software (Web portal & native app)
The Concremote software provides real‑time access, forecasting, Scenario Comparison, Validation Manager and automated report generation. Configurable alerts notify users when thresholds are met and all measurements are stored for export and audit purposes.