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    Home > Thermal Imaging > RouteIR Infrared Desktop Software Toolkit
   RouteIR Infrared Desktop Software Toolkit
     Features
  		• Flexible Database Import Capability Integrates with many CMMS Databases
  		• Permits the creation of Location Files to assist in the collection of Infrared Field Data
  		• Highly integrated with Infrared Camera
  		• Includes Fault-framework Mapping to aid field diagnoses with an expert systems approach
  		• Synchronizes with updated camera records
  		• Advanced Report Writing Capabilities
     
    Overview
    RouteIR is a PC-based suite of software productivity tools for infrared inspection. These tools facilitate the management of infrared inspection data, the preparation of detailed inspection reports and permits integration with asset databases. Because of HotShot’s data logger interface, all relevant field data is already available for reports. RouteIR tools include the physical asset database and ReportIR Multi-page report software. Database creation is facilitated by a simple import capability enabling the integration of asset data from CMMS or other maintenance databases. The tools permit the user to quickly create routes and upload them to the HotShot infrared camera for error-proof field inspections. Tight integration of the tools assures seamless operation between the camera and all the stored data.


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    Learn how to improve your infrared inspection programs by using CMMS/EAM asset databases!

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    Models Return to top of the page
     
    RouteIR PRO Software SuiteIncludes RouteIR Software Suite plus ReportIR Software 
    RouteIR Software SuiteIncludes asset database, route file administration, fault-tree software and ViewIR infrared image viewer. 
    ReportIR SoftwareProduces multi-page reports from infrared and visible images 
    Fault Tree SoftwarePermits users to edit equipment-type, diagnoses and recommendations 
     
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    Application Return to top of the page
     
    Electrical Apparatus Inspection
    Visually inspect electrical systems for a wide range of problems including loose connections, corroded elements, load imbalance, short circuits and other potentially dangerous faults that typically create heat. Abnormal heating associated with high resistance or excessive current flow is a primary indicator of many problems in electrical systems. Thermal imaging enables you to see the invisible thermal radiation that may portend impending damage before their condition becomes critical. When current flows in an electrical circuit, part of the electrical energy is converted into heat due to the inherent resistance in all conductive elements. The existence of abnormally high resistance in the circuit or high current flow will result in abnormally high levels of heat to be generated that can be quickly identified with a thermal imager avoiding potential damage to equipment or danger.
     
    Energy Audits
    Thermal imaging can be used to validate the performance and quality of insulation in homes and commercial buildings. With the ever-increasing costs of heating, the return on investing in an energy audit and subsequent repairs becomes more and more compelling. Many homeowners today request thermographic inspection services as part of the overall home inspection program.
     
    Mechanical Inspection
    Survey a wide range of mechanical systems such motors, pumps and other type of rotating equipment for lubrication, alignment and cooling problems. Thermal imaging is ideal for low speed rotating equipment inspection such as conveyors and other material handling systems that may not be an inspection point for vibration and oil analysis inspection programs. Other uses of thermal imaging include identifying fluid levels in containers, steam trap inspection and insulation performance.

     
    Mold and Moisture Detection
    There has been an increased awareness of the danger of mold in homes, office buildings and schools and the resulting health impact on individuals. The effect of mold on health is dependent upon the concentration of spores in the immediate area and the allergic reaction to the individual. Potential health problems associated with mold exposure can take the form of allergic reactions or asthma. In addition to incidental moisture egress, the near catastrophic impact of flooding on commercial buildings has created an entire remediation industry. Thermal imaging permits building owners and insurance companies to identify the extent of water damage, and, by delivering rapid drying or remediation services, to save in building restoration.


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    Pest Control
    Termite damage in the United States alone is estimated at over $750 million with similar impact in other parts of the world. Thermal imaging is becoming a widely deployed inspection tool in the war on these destructive pests. Termites need moisture to survive. Termites bring and create moisture in wall panels and structural and decorative timbers. Thermal imaging can be used to identify the presence of this moisture. In the hands of a trained inspector, a thermal imager permits the detailed scan of a structure to determine the extent of the infestation.
     
    Refractory Condition Monitoring
    Many high-energy processes such as petrochemical and chemical processing, cement processing and incineration utilize refractory insulation. The condition of the refractory can have both serious safety consequences as well as an impact to product quality. Frequent inspection with thermal imaging is critical in order to reducing problems and maintaining optimal system performance.
     
    Roofing Inspection
    Thermal imaging of flat roof systems is an extremely cost effective technique for evaluating the integrity of a wide range of built-up roofs and for ultimately reducing the cost of roof maintenance and repair. Proper maintenance must begin even before leaks are evident inside the building since surface damage to the outer membrane can cause water to be absorbed into sub-surface insulation layers. The amount of retained water can be significant and result in major structural deterioration near the leak location as well as to otherwise healthy roof areas. Thermal imaging techniques quickly locate the areas where retained moisture is trapped in subsurface insulation allowing immediate targeted repair of only the damaged areas. By exploiting the differences in thermal capacitance of moist and dry roof areas, retained moisture in these roof systems can be quickly located.

     
     
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