Monitoring and Analytics Services

Monitoring tracks real-time system performance to identify immediate operational status and active alarms. Analytics leverages this data through advanced algorithms to uncover long-term trends, optimize energy usage and provide deeper insights for strategic decision-making. 

Intelligent algorithms filter and prioritize system signals to ensure only critical deviations trigger notifications. This strategic approach minimizes noise to ensure maintenance teams focus solely on actionable high-priority events that impact safety or efficiency. 

Copeland solutions integrate seamlessly with a wide range of existing building management systems and third-party controls. This flexibility allows facility managers to leverage current infrastructure investments while upgrading to advanced monitoring capabilities without extensive hardware replacement. 

Predictive models analyze historical performance data and operational patterns to detect subtle anomalies before a failure occurs. Identifying these early warning signs allows maintenance teams to address potential equipment malfunctions proactively and avoid costly operational disruptions. 

A scalable architecture supports rapid deployment across extensive facility networks to ensure consistent visibility for enterprise-level operations. Centralized dashboards consolidate data from all locations into a single view for streamlined portfolio management and standardized performance benchmarking. 

The platform tracks critical operational metrics including temperature, humidity and energy consumption across HVAC assets. Comprehensive sensor integration captures granular equipment performance data to ensure optimal environmental conditions and system efficiency. 

Automated reporting tools generate detailed records of energy usage, temperature compliance and maintenance history for regulatory audits or stakeholder reviews. These secure data archives provide verifiable documentation to support insurance claims or validate adherence to corporate sustainability standards. 

Real-time diagnostic data equips technicians with precise information to resolve issues efficiently. This insight transforms reactive repairs into data-driven maintenance strategies that extend equipment life and optimize capital replacement planning. 

Monitoring collects real-time data from refrigeration and facility systems to ensure they operate within set parameters. Analytics uses this data to spot trends which could lead to equipment failures or food safety impacts and provides insights to improve efficiency in global food retail.  

Alerts are automatically generated notifications sent to designated personnel when system performance deviates from optimal parameters. To prevent alert fatigue, our systems use advanced analytics to prioritize critical issues, filtering out non-essential notifications. This ensures that teams focus only on actionable events that could impact food safety and operational stability. 

We are committed to providing flexible and scalable solutions that enhance operational excellence without requiring hardware installation or retrofits. Our solutions are designed for seamless integration with existing Copeland building management systems controllers, minimizing the need for significant new hardware investments. This approach allows for rapid deployment and leverages the infrastructure already in place across a global portfolio.  

Analytics leverages advanced algorithms to continuously analyze operational data from HVACR equipment. By identifying subtle deviations from expected performance patterns and recommended operating conditions, the system can forecast potential component failures or inefficiencies days or weeks in advance. This predictive insight allows for proactive maintenance, helping prevent costly downtime and inventory loss. 

Implementation for multi-site portfolios is managed through a scalable, phased approach designed to ensure consistency and minimize disruption across all global locations. Our Implementation and onboarding teams coordinate with onsite personnel to manage the seamless integration of monitoring and analytics solutions, ensuring a uniform standard of operational excellence. This structured process allows for efficient deployment, whether for a handful of stores or thousands. 

Our systems are engineered to monitor a comprehensive range of critical conditions and equipment signals essential for food retail operations. This includes case temperatures, pressures, suction group values and compressor statuses, ensuring complete visibility into any connected asset within the site. 

Our monitoring and analytics solutions are engineered to safeguard food inventories by providing continuous, real-time oversight of refrigeration systems. This advanced warning system is fundamental to preventing inventory loss, protecting food quality and ensuring the integrity of the cold chain across global food retail operations. 

Our platform provides comprehensive, exportable reports detailing historical performance data, alarm logs and temperature records for refrigeration assets. These detailed documents are essential for satisfying regulatory audits, informing stakeholder reviews and substantiating claims documentation.  

Our monitoring systems provide field support technicians with precise, data-driven insights, helping them to arrive onsite with actionable insights and the correct parts. This advanced intelligence transforms service from reactive to predictive, minimizing downtime and ensuring repair or replace decisions are based on accurate equipment health assessments.  

Cooper-Atkins products can monitor time, temperature and humidity to help enhance food safety, improve quality and reduce food waste. 

When paired with a third-party digital food safety (DFS) software, Cooper-Atkins Bluetooth-enabled digital thermometers help document who is taking the temperature, apply a date/time stamp and assign a clear pass/fail to every product reading so that HACCP time, temperature and cooling logs are up-to-date and tamper-resistant. 

All Cooper-Atkins products (thermometers, timer, panel meters, probes, etc.) are backed by a one-year limited warranty against manufacturing or material defects, except for the following products:  

• Accurate for Life digital thermometers (DFP450W, DPP400W, DPP800W, & 2560): Guaranteed to maintain accuracy specification as set by Cooper-Atkins for a period of 10 years from the date of purchase. Cooper-Atkins’ standard 1-year limited warranty applies in addition to this guarantee. 
• Thermocouples: 5-year limited warranty (instrument only) 

The primary difference between monitoring and analytics is that analytics leverages the data captured during monitoring to identify long-term performance trends and potential anomalies to drive operational improvements. Data captured by monitoring includes current equipment status and temperature levels. 

TempTrak solutions continuously check readings against preset limits and only trigger an alert when system performance deviates from optimal parameters. Once an alert is created, it is documented on the TempTrak software and notifications are sent to designated personnel. Alerts can only be cleared if personnel confirm that corrective action has been taken so there is a clear audit-trail. 

Yes, new hardware is required. Copeland TempTrak environmental monitoring solutions do not integrate with existing controls and data sources.

To help avoid alert fatigue, the TempTrak environmental monitoring system will be configured to specify who within the organization should be notified to prompt corrective action, what parameters trigger the alert and when the alert should be escalated if it is not addressed. This helps ensure the right people are notified at the right time to take corrective action while reducing the total number of issued alerts. 

An environmental monitoring system should be routinely calibrated by the Copeland Professional Services team to ensure it remains compliant. They will perform in-situ, A2LA ISO/IEC 17025–accredited calibrations and then upload certificates directly into the TempTrak solutions database. 

Copeland TempTrak solutions can monitor the following conditions to help support patient safety and asset integrity:  

• Air velocity  
• Moisture 
• Ambient humidity  
• O₂ 
• Ambient temperature 
• Power surges 
• CO₂    
• Pressure differentials 
• Door contact   
• Leaks 

Users can export the following types of reports and compliance documentation from TempTrak software: 

• Current transmitter readings 
• Transmitter RF communication status 
• Current and recently acknowledged alarms 
• Low battery alarm conditions 
• Audit reporting 
• System configuration change report 
• Historical sensor alarms by selected date 
• Daily summary report for a transmitter 
• NIST summary validation report 
• 2-, 4-, 12- or 24-hour daily sensor data summary 
• Contact transmitter open / close 
• Monthly equipment QA performance analysis 
• Sensor history report 
• Comparative graphical history for multiple transmitters 
• Database backup history 
• System health checkup 
• Mean kinetic temperature 

Monitoring provides field technicians with precise diagnostic data, helping them to arrive onsite with the correct parts and a better understanding of the issue. These insights streamline the repair process and inform strategic repair or replacement decisions to enhance long-term asset reliability.

Monitoring provides real-time visibility into the status and performance of connected equipment. Analytics interprets this data over time to identify deeper trends, optimize energy usage and drive long-term operational sustainability. 

Smart algorithms filter data to prioritize critical alarms while suppressing non-urgent notifications that often overwhelm maintenance teams. This intelligent categorization ensures personnel focus only on genuine threats to food safety or guest comfort. 

Our agnostic platform integrates seamlessly with a wide variety of third-party controllers and sensors already present in kitchens and facilities. Leveraging existing infrastructure accelerates deployment and modernizes operations without requiring costly hardware overhauls. 

Continuous analysis of equipment performance patterns detects subtle anomalies that typically precede a system failure. Identifying these early warning signs helps proactive maintenance to resolve potential issues before they disrupt service or damage inventory. 

Enterprise-level architecture supports rapid, standardized deployment across geographical locations to ensure consistency. Centralized visibility allows stakeholders to manage energy strategies and maintenance protocols effectively for an entire global chain. 

We track critical operational metrics including temperature, humidity and power consumption across HVACR assets. Monitoring these precise signals ensures regulatory compliance and preserves the quality of perishable goods in demanding environments. 

Automated reporting tools generate detailed logs for HACCP compliance, energy usage and maintenance history. These immutable records provide stakeholders with transparent proof of operational excellence and support documentation for insurance claims. 

Actionable data diagnostics help determine the root cause of an issue to validate whether a technician dispatch is necessary. This precision reduces unnecessary service calls and helps repair teams arrive prepared to fix the problem on the first visit. 

Copeland’s marine monitoring covers the cold chain refrigeration systems critical to preserving temperature-sensitive cargo during ocean transport — including refrigerated containers, their onboard control systems (like REFCON), remote connectivity hardware and cloud-based monitoring platforms — rather than general vessel systems like propulsion or navigation. 

Automated marine monitoring enhances safety and compliance by providing real-time system visibility, reducing crew exposure to hazardous spaces, detecting risks early and maintaining verifiable records for regulatory and classification requirements.

Yes. Copeland’s marine monitoring system continuously tracks onboard equipment and reefer performance, using real-time data and historical trends to detect early warning signs and degradation patterns. This predictive insight allows crews and technical teams to address potential issues proactively, helping prevent failures and emergency breakdowns at sea.

Solutions are designed to integrate seamlessly with standard marine communication protocols and existing reefer control systems. This flexibility allows vessels to be retrofitted efficiently without requiring a complete overhaul of current infrastructure or extensive downtime during installation. 

Reliable wireless or cellular connectivity via marine-grade modems help reefers and onboard systems transmit real-time data to shore-side platforms, even with limited satellite bandwidth.  

Intelligent energy-saving modes, efficiency benchmarking and transparent cost reporting help reduce energy costs and CO₂ emissions. Supervised cold chain monitoring, automated approvals and controlled data sharing also help accelerate clearance, lower handling cost and extend product shelf life.

When critical alarms occur, onboard crews receive immediate notifications with actionable diagnostic information. Simultaneously, shore-side support teams can access the same live data to provide expert guidance and troubleshooting assistance to the crew, regardless of the vessel's location.

Cybersecurity is prioritized by employing robust encryption protocols for all data transmission between ship and shore. The architecture is built to protect operational data integrity and prevent unauthorized access to vessel control systems, aligning with modern maritime cyber risk management standards.