SensorIQ™ in Operation
Commercial Facility Monitoring — Food Service and Catering: SensorIQ™ monitors refrigeration and freezer temperatures, tracks incoming power quality, and detects door open/close status across commercial food service environments. When a temperature threshold is exceeded, digital outputs automatically trigger alarm horns, flashers, or backup equipment. When a power outage or interruption is detected, SensorIQ™ alerts your team instantly and can restart designated equipment once power is restored — reducing product loss risk during unattended periods. Food safety compliance documentation is available on demand through AssetIQ.
Environmental and Remote Site Monitoring: Deploy SensorIQ™ at remote environmental sites where cellular coverage is unreliable. Hybrid satellite failover ensures continuous data transmission. Monitor water quality parameters, weather conditions, and infrastructure status — and use digital outputs to take automated action when conditions drift: activate a dosing pump when pH moves out of range, open or close an intake valve based on turbidity, or trigger a local alarm without requiring a technician on site. Alerts reach your team through AssetIQ regardless of location.
Industrial Water and Process System Monitoring: SensorIQ™ provides full operational visibility for pump stations, distribution systems, and process control environments. Monitor valve position, suction pressure, discharge pressure, and flow rate through analog inputs. Track system states and equipment status via digital inputs. Enable pump cycling, valve control, and alarm relay actions through digital outputs. Operations teams access live system status through AssetIQ from any screen — reducing site visits, speeding response, and improving system efficiency.
Greenhouse and Agricultural Environment Control: Monitor multiple temperature zones, humidity levels, power status, and irrigation sensors simultaneously. SensorIQ™ control outputs open and close vents automatically when temperature thresholds are exceeded, cycle irrigation systems based on sensor conditions, and alert staff to equipment failures. Large growing operations gain continuous multi-zone visibility without constant manual oversight.
