Smart Monitoring & Software Solutions

Short answer Yes — response is millisecond-level. Pressure loss, sensor deviation or leakage is flagged instantly, the fault node is highlighted on a topology diagram, and automatic interlock protection engages to contain the event. Millisecond-level fault response Fault node shown on topology diagram Instant alert notification Automatic interlock protection What triggers an alarm — and what happens TriggerSystem response Pressure lossFault highlighted on the topology diagram with instant alert; interlock engages. Sensor deviationA reading that breaks correlation flags a suspected sensor fault for review. LeakageImmediate alert plus automatic interlock to protect hardware. Pump failureStandby pump engages automatically and operators are alerted. Why the topology view matters Fast localization means a fault is found on a diagram, not by walking the row. Faults are localized visually. The highlighted node tells the operator exactly where to look. Interlocks act before humans can. Millisecond response protects hardware faster than any call-out. Alerts reach the right people. Notifications ride on the same remote access channels as monitoring. The load the interlocks protect. Where pressure and leak detection live. Related questions What real-time data can be monitored? What redundancy features are built into the SR40 V3 cooling loop? Impact of outages and automatic restart logic? Reviewing alarm coverage for your site? Talk to a CoolSpace engineer

Short answer The platform covers the full thermal and electrical picture in real time: inlet and outlet water temperatures, flow rates, differential pressure, pump VFD status, liquid levels, and total system power load — for both the main pipeline and the branch pipelines. Inlet / outlet water temperatures Flow rates and differential pressure Pump VFD status and liquid levels Total system power load What the monitoring platform exposes Parameter groupData points TemperaturesInlet and outlet water temperatures across the loops. HydraulicsFlow rates and differential pressure on main and branch pipelines. MechanicalPump VFD status and liquid levels. ElectricalTotal system power load. Why main and branch visibility both matter Branch-level visibility is what localizes a problem to one rack. Main pipeline shows system health. Overall temperatures, flow and load at a glance. Branch pipelines localize faults. A deviation on one circuit points to one unit, not the whole container. Balance can be verified live. Flow data per circuit supports the hydraulic balancing work. Where the branch measurements are taken. The load the power data describes. Related questions Mobile monitoring and Modbus TCP/IP support? Instant alarms for pump, sensor, or humidity risks? Ensuring uniform flow and pressure across units? Want the full parameter list for integration? Talk to a CoolSpace engineer

Short answer Yes — remote access is supported through both web browsers and mobile apps, and Modbus TCP/IP is provided as standard, so the platform integrates directly with an existing DCIM or BMS system. Web browser access Mobile app access Modbus TCP/IP as standard Integrates with DCIM / BMS Three ways to reach the data The hardware whose data is exposed to your monitoring stack. Browser access. The platform is reachable from any standard web browser. Mobile app. On-call engineers can check system state from a phone. Modbus TCP/IP is standard. No proprietary lock-in — your existing DCIM or BMS can pull the data directly. One integration, whole system. Monitoring, alarms and status flow into the platform you already run. Field hardware reporting into the platform. Outdoor loop status is monitored too. Related questions What real-time data can be monitored? Instant alarms for pump, sensor, or humidity risks? What redundancy features are built into the SR40 V3 cooling loop? Need the data in your DCIM or BMS? Talk to a CoolSpace engineer