UpTime’s wireless temperature sensors reveal abnormal heat patterns that signal developing mechanical and electrical issues. Backed by decades of analyst expertise, temperature data is interpreted into clear diagnostics and prioritized maintenance recommendations, so corrective action is taken before excess heat causes asset damage or unplanned downtime.
Wireless 3-in-1
The MistLX & MistEX are IP69-rated data acquisition devices that bring together high-resolution temperature, ultrasonic, and vibration sensing for advanced condition monitoring.
IP69 – Washdown Ready Bluetooth
Software & Service
Veteran analysts monitor and verify data 24/7 to separate signal from noise, delivering prescriptive root cause analysis with specific repair recommendations, secure onboard processing with high-level data encryption, and seamless CMMS/EAM integration.
ISO-certified Secure
End-to-End Coverage
UpTime Solutions delivers a fully integrated wireless condition monitoring ecosystem combining sensors, software, and expert services to manage the entire data lifecycle while your team stays focused on running the operation.
Mist EX and Mist LX simultaneously capture TEMPERATURE, ULTRASONIC, and VIBRATION data, delivering a broader and earlier view of asset health across the failure curve.
Automated detection highlights abnormal behavior, while CAT-certified analysts review the data to confirm real issues, eliminating unnecessary alarms and operational disruption.
Instead of raw alerts, UpTime provides clear diagnostics, priority levels, and expert-recommended maintenance actions based on analyst findings.
THE UPTIME DIFFERENCE
Teams are often left sorting through raw temperature data and automated alerts that provide little clarity on what’s actually wrong.
Many systems highlight where a change occurred, such as a rising trend or abnormal point, but stop short of explaining the failure mode or corrective action.
Poorly tuned temperature monitoring programs flood users with warnings, making it difficult to distinguish critical issues from background noise.
Maintenance efforts focus on symptoms rather than underlying causes, resulting in repeated failures, unnecessary part replacements, and reactive work.
The outcome:
A temperature monitoring program that creates more work than value, increasing long-term maintenance costs and exposure to unplanned downtime
We configure temperature condition monitoring around asset behavior and impact, not generic thresholds, so issues can be evaluated and prioritized correctly.
Temp data is combined with expert insight to explain what’s happening, why it matters, and how to address it.
Every notification is reviewed by experienced analysts, ensuring alerts are meaningful, actionable, and worthy of attention.
Issues can be identified and addressed months before failure, allowing teams to eliminate defects rather than repeatedly reacting to them.
The outcome:
A reliability-driven maintenance program that protects uptime, improves planning, and maximizes maintenance resources.
UpTime deploys temperature condition monitoring using a dedicated, in-house implementation team, not third-party installers. Sensors are installed and configured by specialists who understand asset behavior and reliability context from the start, ensuring temperature data is captured accurately and aligned with operational priorities from day one.
Temperature data is connected to our platform through a collaborative setup process guided by experienced analysts. Working closely with your team, UpTime establishes appropriate temperature baselines and alert thresholds based on asset behavior and operating conditions, ensuring notifications reflect meaningful heat-related issues and not normal process variation.
UpTime’s experienced analysts continuously review temperature data to identify abnormal heat patterns and emerging risk trends. Rather than leaving teams to interpret raw measurements, findings are translated into prioritized insights that support confident, timely maintenance decisions.
UpTime’s reliability specialists work directly with your team to interpret temperature findings and align on the appropriate response. Instead of isolated alerts, temperature data becomes a practical input for corrective action and long-term reliability improvements.
UpTime’s temperature condition monitoring data can be securely integrated into existing CMMS and work order management systems using standard messaging protocols. This allows temperature-driven insights and recommendations to flow directly into established maintenance workflows, supporting faster response without changing how teams manage work.
Our wireless sensors continuously capture surface temperature data from critical assets and transmit it securely into the UpCastCM platform. Rather than relying on static thresholds alone, temperature readings are reviewed within an operational context by experienced analysts who establish meaningful baselines and identify abnormal heat patterns that signal developing mechanical or electrical issues.
Temperature condition monitoring is especially effective at identifying issues such as lubrication problems, excessive friction, electrical resistance, overload conditions, and cooling failures. By tracking abnormal temperature trends over time, UpTime helps teams recognize early warning signs before heat-related damage leads to asset degradation or unplanned downtime.
Not all temperature changes indicate a problem. UpTime works closely with each customer to understand normal operating ranges and environmental conditions. Analysts validate temperature anomalies before alerts are issued, ensuring notifications reflect true risk, not normal process variation or seasonal changes.
Maintenance teams are increasingly asked to support more assets with fewer resources. UpTime acts as an extension of your team by providing continuous expert oversight, interpretation, and guidance without adding headcount. Instead of burdening internal teams with raw temperature data, we deliver validated insights and clear next steps that help teams stay focused, efficient, and proactive.
