The document is a report from an infrared thermal imaging inspection of an electrical system. It summarizes that 10 total electrical issues were found, including 4 alerts and 4 serious issues requiring repair within 30 days or replacement to prevent damage. It also notes 1 critical issue with a temperature over 55 degrees that requires immediate repair or replacement due to danger.
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Thermal Imaging in your Maintenance Program: Intermediate Infrared Concepts a...Transcat
Industrial Maintenance Professionals, please join us on August 2nd for the latest Thermal Imaging best practices webinar presented by Sat Sandhu, Thermography Services Support Manager Thermal / Infrared Thermography, Level III, Fluke. View our Fluke Thermal Imager Selection Guide: http://www.transcat.com/calibration-resources/selection-guides/fluke-thermal-imager/
This document provides an overview of basic fire alarm system training. It defines a fire alarm system as a system that monitors fire alarm or supervisory devices and initiates an appropriate response. It describes the basic components of a fire alarm system including the control panel, communications methods, initiating devices like smoke detectors, and notification appliances like horns and strobes. It also discusses relevant codes and standards like NFPA 72 and requirements for fire alarm systems in buildings based on use and occupancy.
Fundamental training on Fire Detection & Alarm SystemSabrul Jamil
This is a basic training on Fire Detection and Alarm System, created to give my colleagues from non-engineering divisions a comprehensive brief on the system. This is most suitable for individuals with little or no technical knowledge. This training introduces the devices and the system in a whole, not how to design it.
The document provides a checklist for inspecting a fire alarm system. It includes steps to verify that required documentation is available, the fire alarm control panel and components are properly installed and labeled, initiating devices like smoke detectors are correctly located and function as intended, notification appliances produce adequate sound levels and are synchronized, and the entire system performs as designed, including interfaces with other systems like sprinklers and elevators. The inspector is to initiate alarms from different devices and verify the control panel and remote monitoring station respond properly.
It's always a good idea to perform a HVAC Pre-Service Inspection Checklist before your experienced technician arrives at your home to service your cooling system. That way, your technician has all of the information he needs, and can get directly to work getting your HVAC system into top condition.
The document provides a checklist for testing a PLC panel. It includes checks for the overall system configuration, visual inspections, instrument calibrations, cabinet components, wiring, power connections, I/O modules, application programming logic, redundancy, spare capacity, and shutdown/reboot functionality. Certification documents are also checked to ensure the panel meets specifications.
Thermographic testing uses infrared cameras to detect differences in surface temperatures that may indicate issues. It allows non-contact inspection of electrical equipment, buildings, industrial processes, and more. Key advantages are that it is non-destructive, fast, and can detect problems like loose connections, moisture ingress, insulation issues, and more from a distance. Operator experience is important to properly set up the infrared camera and interpret thermal images.
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Thermal Imaging in your Maintenance Program: Intermediate Infrared Concepts a...Transcat
Industrial Maintenance Professionals, please join us on August 2nd for the latest Thermal Imaging best practices webinar presented by Sat Sandhu, Thermography Services Support Manager Thermal / Infrared Thermography, Level III, Fluke. View our Fluke Thermal Imager Selection Guide: http://www.transcat.com/calibration-resources/selection-guides/fluke-thermal-imager/
This document provides an overview of basic fire alarm system training. It defines a fire alarm system as a system that monitors fire alarm or supervisory devices and initiates an appropriate response. It describes the basic components of a fire alarm system including the control panel, communications methods, initiating devices like smoke detectors, and notification appliances like horns and strobes. It also discusses relevant codes and standards like NFPA 72 and requirements for fire alarm systems in buildings based on use and occupancy.
Fundamental training on Fire Detection & Alarm SystemSabrul Jamil
This is a basic training on Fire Detection and Alarm System, created to give my colleagues from non-engineering divisions a comprehensive brief on the system. This is most suitable for individuals with little or no technical knowledge. This training introduces the devices and the system in a whole, not how to design it.
The document provides a checklist for inspecting a fire alarm system. It includes steps to verify that required documentation is available, the fire alarm control panel and components are properly installed and labeled, initiating devices like smoke detectors are correctly located and function as intended, notification appliances produce adequate sound levels and are synchronized, and the entire system performs as designed, including interfaces with other systems like sprinklers and elevators. The inspector is to initiate alarms from different devices and verify the control panel and remote monitoring station respond properly.
It's always a good idea to perform a HVAC Pre-Service Inspection Checklist before your experienced technician arrives at your home to service your cooling system. That way, your technician has all of the information he needs, and can get directly to work getting your HVAC system into top condition.
The document provides a checklist for testing a PLC panel. It includes checks for the overall system configuration, visual inspections, instrument calibrations, cabinet components, wiring, power connections, I/O modules, application programming logic, redundancy, spare capacity, and shutdown/reboot functionality. Certification documents are also checked to ensure the panel meets specifications.
Thermographic testing uses infrared cameras to detect differences in surface temperatures that may indicate issues. It allows non-contact inspection of electrical equipment, buildings, industrial processes, and more. Key advantages are that it is non-destructive, fast, and can detect problems like loose connections, moisture ingress, insulation issues, and more from a distance. Operator experience is important to properly set up the infrared camera and interpret thermal images.
Electrical Maintenance for Engineers and TechniciansLiving Online
We have taken all the latest techniques and know-how relating to electrical maintenance and distilled this hard-hitting workshop so that you can update yourself in this fast-moving and powerful area. This workshop will also update you with the latest information on the maintenance and installation aspects of cables, substations and switchgear, transformers, circuit breakers and motors. You will become familiar with the latest techniques in safety operations of the above-mentioned electrical equipment.
The section on Electrical Preventive Maintenance (EPM) within the program cover the key aspects of EPM and its benefits. The electrical drawing and schematics area discusses the various types of drawings logic diagrams, ladder diagrams, cabling and wiring diagrams etc.
Safety is a very important aspect of electrical maintenance and equipment needs to be inspected and maintained according to the relevant international regulations. In this workshop the basic concepts related to safety rules and hazards are covered in detail with a separate section on inspection procedures.
Special focus has been given to the maintenance and asset management of switchgear.We also look at the testing procedures for major electrical equipment. A separate section is dedicated to covering special aspects of the installation of large power transformers and fire protection measures taken while installing them. A section on troubleshooting of transformers is also included.
This course also covers the new approaches of fault finding, maintenance, testing and troubleshooting of electric motors. As well as a section on installation and fault detection for cables.
Grounding techniques, types of faults and their effects, effects of inadequate grounding and inspection, concepts of SCADA, testing and maintenance of SCADA are covered in detail. We have also focused on issues with power quality, the role of the UPS in maintaining power quality, installation and maintenance of UPS, types of relays and relay maintenance.
WHO SHOULD ATTEND?
Consulting engineers
Design engineers
Designers
Electrical engineers
Electronic technicians
Instrumentation and control engineers/technicians
Plant managers
Process control engineers
System engineers
System integrators
Test engineers
MORE INFORMATION: http://www.idc-online.com/content/electrical-maintenance-engineers-and-technicians-25
The document discusses elements of an effective maintenance program, broken into different maturity levels. It emphasizes focusing first on the basics like management, work identification, and routine maintenance before more advanced elements. It also provides examples of business processes that should be defined, such as work identification, job planning, work scheduling, and history recording. Finally, it lists some maintenance best practices such as developing work management processes, integrating safety systems, and using condition-based monitoring techniques.
INSPECTION AND TEST PROCEDURES FOR SWITCHGEAR AND SWITCHBOARDhussein ibrahim
The document outlines inspection and test procedures for switchgear and switchboard assemblies. It details various visual and mechanical inspections such as checking equipment nameplates, physical condition, anchorage and clearances. It also specifies electrical tests including insulation resistance tests, dielectric withstand tests and current injection tests. Test values are provided for comparing insulation resistance values, bolt torque levels and more. The purpose is to verify equipment is in good working order and installed according to design specifications and manufacturer recommendations.
The document is a predictive maintenance report from Advanced Monitoring Service for ABC dated June 24, 1996. It includes an infrared inspection report of Osram on June 21, 2006 that identifies temperature anomalies, recommended actions, and priority levels. It also provides information on infrared thermography inspections and what types of problems can be identified through this technique.
The document outlines the commissioning steps for a distributed control system (DCS). It describes various physical checks of the system components and wiring. It also lists prerequisites like drawings, tools, and power supplies that need to be in place. The safety procedures are mentioned. The main steps include cabinet checks, labeling, wiring checks, I/O assignment verification, startup tests, redundancy checks, software checks, loop testing, logic testing, user access configuration, integration with other systems, and handover to the end user after documentation and training.
Electrical maintenance is important for safety, reliability, and cost savings. It involves regularly inspecting, testing, and repairing electrical equipment to prevent failures, accidents, and costly downtime. An effective preventative electrical maintenance program can reduce hazards, save lives, and minimize unexpected issues by catching small problems before they worsen and cause damage."
Reliability Centered Maintenance (RCM) and Total Productive Maintenance (TPM)...Flevy.com Best Practices
More Information:
https://flevy.com/browse/business-document/reliability-centered-maintenance-rcm-and-total-productive-maintenance-tpm--2-day-presentation-1081
BENEFITS OF DOCUMENT
Improve reliability of plant & equipment
Measure the machine performance losses and understand better
Introduce autonomous maintenance
DOCUMENT DESCRIPTION
Reliability Centered Maintenance and Total Productive Maintenance presentation is intended to help as a 2-day workshop material for Operations and Maintenance personnel.
This presentation consists of over 200 slides and comprises of the following:
Group Activity - Define Maintenance Excellence
Maintenance Excellence - Activity
What is RCM?
Objective & goal of RCM
Techniques employed by RCM
Primary RCM Principles
Types of Maintenance Tasks
RCM Considerations, Applicability + Benefits
Steps in RCM Implementation
TPM vision, definition, origins, principles
8 Pillars of TPM
TPM Self-Assessment
Autonomous maintenance
Equipment & Process Improvement
Equipment Losses, Manpower & Material Losses
OEE - what it is & Calculations
Activity OEE Calculation
Other pillars of TPM
TPM Implementation - 12 steps
Benefits & OEE Tracker
Proactive Maintenance Analysis
Liaison with Ops, Communicating OEE,
Group Activity - OEE Communication/Importance
Ops. Skills, Cleanliness,
Monitoring - Gauges, Lubrication, Contamination, Vibration, One point Lesson
Activity - Maintenance / Operations
Analysis of Maintenance History, MTBF and its calculation
Activity - MTBF Calculation
Improving Equipment performance
FMEA, Types, Calculating RPN
This document provides guidelines for properly installing an earthing system. It describes the working process which includes 1) checking materials and tools, 2) excavating for cable installation, 3) fitting earth rods and connecting them with cables using appropriate joining methods, 4) checking connections and resistance values, and 5) backfilling. Key points emphasized are using the correct accessories sizes, placing earth points at least 10 feet apart, and creating new points if resistance is more than 10% of requirements. Following the outlined process helps ensure a high quality, code-compliant earthing system installation.
Pre commissioning and Commissioning Safety.pdfAssyaMohammed
Pre-commissioning activities such as cleaning pipes through methods like chemical cleaning, water flushing, and air blowing are meant to prepare systems for commissioning. Commissioning brings systems to an operational state through tests like leak tests and catalyst loading. Both pre-commissioning and commissioning involve hazards like chemicals, electricity, asphyxiation, and rotating equipment that require controls like permits, isolation, PPE, and trained workers for safety.
The document discusses a work permit system used in industries that handle hazardous materials. The permit system is intended to prevent injuries, protect property from damage, and ensure work is done safely. Different colored permits are required for different types of work, such as hot work, vehicle entry, excavation, and work at heights. The permits specify the safe conditions and procedures for the work. Authorized personnel who have knowledge of the work and conditions issue and execute the permits.
Electrical thermography uses infrared cameras to detect thermal irregularities in electrical systems. It can locate faulty connections and overloads in equipment like switchgear, transformers, motors, and control cabinets. Proper maintenance strategies using thermography help prevent damage, outages, and costs from repairs. Standards and regulations govern how thermography inspections are performed to ensure safety. Factors like surface properties, reflections, and limit temperatures must be considered to obtain accurate temperature readings and properly evaluate electrical equipment conditions.
This document discusses calibrating HART pressure transmitters using documenting calibrators. It begins by explaining what HART is and its benefits. It then describes how to calibrate a HART pressure transmitter using a documenting calibrator and hand pump, including configuring the calibrator, performing as-found and as-left tests, and making digital adjustments. It also covers calibrating with an automatic documenting pressure calibrator, which provides automatic pressure generation. The document concludes by discussing benefits of documenting calibrators such as eliminating errors and enabling data analysis to optimize calibration schedules.
This document provides an overview of electrical safety and risk assessment. It discusses common electrical hazards like electric shock, burns, fires and explosions. The key causes of electrical accidents are identified as drilling into electrical cables, using defective equipment, and failure to follow lockout/tagout procedures. Electrical safety measures discussed include proper wiring, use of circuit breakers and disconnects, guarding live parts, adequate illumination and headroom, and grounding/bonding principles. Personal protective equipment and safety signage are also addressed.
Slides from the online webinar on automated thermal imaging for remote substation monitoring. Learn more about how automated thermal imaging can help you implement condition based maintenance for critical substation assets.
Watch the webinar here - http://bit.ly/2ncYaxd
This document discusses measurement system analysis (MSA), which is used to evaluate statistical properties of process measurement systems. MSA determines if current measurement systems provide representative, unbiased and minimal variability measurements. The document outlines the MSA process, including preparing for a study, evaluating stability, accuracy, precision, linearity, and repeatability and reproducibility. Accuracy looks at bias while precision considers repeatability and reproducibility. MSA is required for certification and helps identify process variation sources and minimize defects.
The document discusses fire protection systems. It covers types of fires and fire extinguishers, fire detection equipment, fire suppression systems like sprinklers and standpipes, and safety measures. It provides details on different classes of fires and types of extinguishers like water, powder, foam, CO2, and wet chemical. It also covers fire detection, alarm systems, pumps, and features of sprinkler, dry riser, and wet riser systems. Training and maintenance of these systems is important for fire safety.
Project Information:
Project Name: Company Name:
Location: Date :
Sl. No Description Yes No N/A Comments
DBs/ SDBs
1. Is earth conducted continued up to DB/ SDB?
2. Whether DBs & extension boards are protected from rain/ water?
3. Is there any overloading of DBs/ SDBs?
4. Are correct rated Circuit breakers provided in all main boards and sub-boards?
5. Is energized wiring in junction boxes, Circuit board panels & similar places covered all times?
CABLES
6. Whether the condition of cable is checked?
7. Are cables received checked for insulation resistance before using them?
8. Are all main cables taken either underground/ overhead?
9. Are main cables protected from sharp/ heavy materials?
10. Is any improper jointing of cable identified?
11. Are all plugs and sockets in good condition?
RCD (ELCB)
12. Is the connections routed through 30mA RCD?
13. EARTHING
14. Are main DB, Generator and other panel’s ear thing done?
15. Earth resistance checked and found within limits?
ELECTRICALLY OPERATED MACHINES/ ACCESSORIES
16. Whether the machine supply cable has industrial type socket and plug?
17. Are all metal parts of electrical equipment and light fittings/ accessories grounded?
18. Is there any shed/ cover for machines?
19. Are flood lights/ task lights fixed properly away from combustibles?
20. Others if any:
Remarks:
Inspected By: Signature:
Reviewed By HSE Manager / In charge : Signature:
Noted by Project Leader : Signature:
This report summarizes the findings of an industrial property inspection conducted at 2500 Louisville Rd in Louisville, KY on September 20, 2011. The inspector found that while the building showed no major structural flaws, overall maintenance was lacking in many areas. Key issues included unsafe electrical conditions requiring repair, leaking skylights causing interior water damage, and washed out areas of foundation near downspouts in need of improvement. Smoke detectors and drainage improvements were also recommended. The heating system was older and may need replacing within 5 years. Annual roof inspections were advised due to vulnerable areas.
The inspection report summarizes the inspection of a property located at 12345 Main St, Somewhere USA that was inspected on 10/6/2004 from 2:30 pm to 5:30 pm. The inspection found several components needing service, including the raised foundation which had moisture migration through the stem walls, desiccated soils in the crawlspace, and animal carcasses that should be removed. The chimney had loose bricks and mortar, a deteriorated crown, and was missing a weather cap. Windows in multiple rooms had broken hermetic seals. The kitchen counter top and sink connections needed caulking and sealing. The toilets and tub/shower surrounds needed recaulking as well.
Electrical Maintenance for Engineers and TechniciansLiving Online
We have taken all the latest techniques and know-how relating to electrical maintenance and distilled this hard-hitting workshop so that you can update yourself in this fast-moving and powerful area. This workshop will also update you with the latest information on the maintenance and installation aspects of cables, substations and switchgear, transformers, circuit breakers and motors. You will become familiar with the latest techniques in safety operations of the above-mentioned electrical equipment.
The section on Electrical Preventive Maintenance (EPM) within the program cover the key aspects of EPM and its benefits. The electrical drawing and schematics area discusses the various types of drawings logic diagrams, ladder diagrams, cabling and wiring diagrams etc.
Safety is a very important aspect of electrical maintenance and equipment needs to be inspected and maintained according to the relevant international regulations. In this workshop the basic concepts related to safety rules and hazards are covered in detail with a separate section on inspection procedures.
Special focus has been given to the maintenance and asset management of switchgear.We also look at the testing procedures for major electrical equipment. A separate section is dedicated to covering special aspects of the installation of large power transformers and fire protection measures taken while installing them. A section on troubleshooting of transformers is also included.
This course also covers the new approaches of fault finding, maintenance, testing and troubleshooting of electric motors. As well as a section on installation and fault detection for cables.
Grounding techniques, types of faults and their effects, effects of inadequate grounding and inspection, concepts of SCADA, testing and maintenance of SCADA are covered in detail. We have also focused on issues with power quality, the role of the UPS in maintaining power quality, installation and maintenance of UPS, types of relays and relay maintenance.
WHO SHOULD ATTEND?
Consulting engineers
Design engineers
Designers
Electrical engineers
Electronic technicians
Instrumentation and control engineers/technicians
Plant managers
Process control engineers
System engineers
System integrators
Test engineers
MORE INFORMATION: http://www.idc-online.com/content/electrical-maintenance-engineers-and-technicians-25
The document discusses elements of an effective maintenance program, broken into different maturity levels. It emphasizes focusing first on the basics like management, work identification, and routine maintenance before more advanced elements. It also provides examples of business processes that should be defined, such as work identification, job planning, work scheduling, and history recording. Finally, it lists some maintenance best practices such as developing work management processes, integrating safety systems, and using condition-based monitoring techniques.
INSPECTION AND TEST PROCEDURES FOR SWITCHGEAR AND SWITCHBOARDhussein ibrahim
The document outlines inspection and test procedures for switchgear and switchboard assemblies. It details various visual and mechanical inspections such as checking equipment nameplates, physical condition, anchorage and clearances. It also specifies electrical tests including insulation resistance tests, dielectric withstand tests and current injection tests. Test values are provided for comparing insulation resistance values, bolt torque levels and more. The purpose is to verify equipment is in good working order and installed according to design specifications and manufacturer recommendations.
The document is a predictive maintenance report from Advanced Monitoring Service for ABC dated June 24, 1996. It includes an infrared inspection report of Osram on June 21, 2006 that identifies temperature anomalies, recommended actions, and priority levels. It also provides information on infrared thermography inspections and what types of problems can be identified through this technique.
The document outlines the commissioning steps for a distributed control system (DCS). It describes various physical checks of the system components and wiring. It also lists prerequisites like drawings, tools, and power supplies that need to be in place. The safety procedures are mentioned. The main steps include cabinet checks, labeling, wiring checks, I/O assignment verification, startup tests, redundancy checks, software checks, loop testing, logic testing, user access configuration, integration with other systems, and handover to the end user after documentation and training.
Electrical maintenance is important for safety, reliability, and cost savings. It involves regularly inspecting, testing, and repairing electrical equipment to prevent failures, accidents, and costly downtime. An effective preventative electrical maintenance program can reduce hazards, save lives, and minimize unexpected issues by catching small problems before they worsen and cause damage."
Reliability Centered Maintenance (RCM) and Total Productive Maintenance (TPM)...Flevy.com Best Practices
More Information:
https://flevy.com/browse/business-document/reliability-centered-maintenance-rcm-and-total-productive-maintenance-tpm--2-day-presentation-1081
BENEFITS OF DOCUMENT
Improve reliability of plant & equipment
Measure the machine performance losses and understand better
Introduce autonomous maintenance
DOCUMENT DESCRIPTION
Reliability Centered Maintenance and Total Productive Maintenance presentation is intended to help as a 2-day workshop material for Operations and Maintenance personnel.
This presentation consists of over 200 slides and comprises of the following:
Group Activity - Define Maintenance Excellence
Maintenance Excellence - Activity
What is RCM?
Objective & goal of RCM
Techniques employed by RCM
Primary RCM Principles
Types of Maintenance Tasks
RCM Considerations, Applicability + Benefits
Steps in RCM Implementation
TPM vision, definition, origins, principles
8 Pillars of TPM
TPM Self-Assessment
Autonomous maintenance
Equipment & Process Improvement
Equipment Losses, Manpower & Material Losses
OEE - what it is & Calculations
Activity OEE Calculation
Other pillars of TPM
TPM Implementation - 12 steps
Benefits & OEE Tracker
Proactive Maintenance Analysis
Liaison with Ops, Communicating OEE,
Group Activity - OEE Communication/Importance
Ops. Skills, Cleanliness,
Monitoring - Gauges, Lubrication, Contamination, Vibration, One point Lesson
Activity - Maintenance / Operations
Analysis of Maintenance History, MTBF and its calculation
Activity - MTBF Calculation
Improving Equipment performance
FMEA, Types, Calculating RPN
This document provides guidelines for properly installing an earthing system. It describes the working process which includes 1) checking materials and tools, 2) excavating for cable installation, 3) fitting earth rods and connecting them with cables using appropriate joining methods, 4) checking connections and resistance values, and 5) backfilling. Key points emphasized are using the correct accessories sizes, placing earth points at least 10 feet apart, and creating new points if resistance is more than 10% of requirements. Following the outlined process helps ensure a high quality, code-compliant earthing system installation.
Pre commissioning and Commissioning Safety.pdfAssyaMohammed
Pre-commissioning activities such as cleaning pipes through methods like chemical cleaning, water flushing, and air blowing are meant to prepare systems for commissioning. Commissioning brings systems to an operational state through tests like leak tests and catalyst loading. Both pre-commissioning and commissioning involve hazards like chemicals, electricity, asphyxiation, and rotating equipment that require controls like permits, isolation, PPE, and trained workers for safety.
The document discusses a work permit system used in industries that handle hazardous materials. The permit system is intended to prevent injuries, protect property from damage, and ensure work is done safely. Different colored permits are required for different types of work, such as hot work, vehicle entry, excavation, and work at heights. The permits specify the safe conditions and procedures for the work. Authorized personnel who have knowledge of the work and conditions issue and execute the permits.
Electrical thermography uses infrared cameras to detect thermal irregularities in electrical systems. It can locate faulty connections and overloads in equipment like switchgear, transformers, motors, and control cabinets. Proper maintenance strategies using thermography help prevent damage, outages, and costs from repairs. Standards and regulations govern how thermography inspections are performed to ensure safety. Factors like surface properties, reflections, and limit temperatures must be considered to obtain accurate temperature readings and properly evaluate electrical equipment conditions.
This document discusses calibrating HART pressure transmitters using documenting calibrators. It begins by explaining what HART is and its benefits. It then describes how to calibrate a HART pressure transmitter using a documenting calibrator and hand pump, including configuring the calibrator, performing as-found and as-left tests, and making digital adjustments. It also covers calibrating with an automatic documenting pressure calibrator, which provides automatic pressure generation. The document concludes by discussing benefits of documenting calibrators such as eliminating errors and enabling data analysis to optimize calibration schedules.
This document provides an overview of electrical safety and risk assessment. It discusses common electrical hazards like electric shock, burns, fires and explosions. The key causes of electrical accidents are identified as drilling into electrical cables, using defective equipment, and failure to follow lockout/tagout procedures. Electrical safety measures discussed include proper wiring, use of circuit breakers and disconnects, guarding live parts, adequate illumination and headroom, and grounding/bonding principles. Personal protective equipment and safety signage are also addressed.
Slides from the online webinar on automated thermal imaging for remote substation monitoring. Learn more about how automated thermal imaging can help you implement condition based maintenance for critical substation assets.
Watch the webinar here - http://bit.ly/2ncYaxd
This document discusses measurement system analysis (MSA), which is used to evaluate statistical properties of process measurement systems. MSA determines if current measurement systems provide representative, unbiased and minimal variability measurements. The document outlines the MSA process, including preparing for a study, evaluating stability, accuracy, precision, linearity, and repeatability and reproducibility. Accuracy looks at bias while precision considers repeatability and reproducibility. MSA is required for certification and helps identify process variation sources and minimize defects.
The document discusses fire protection systems. It covers types of fires and fire extinguishers, fire detection equipment, fire suppression systems like sprinklers and standpipes, and safety measures. It provides details on different classes of fires and types of extinguishers like water, powder, foam, CO2, and wet chemical. It also covers fire detection, alarm systems, pumps, and features of sprinkler, dry riser, and wet riser systems. Training and maintenance of these systems is important for fire safety.
Project Information:
Project Name: Company Name:
Location: Date :
Sl. No Description Yes No N/A Comments
DBs/ SDBs
1. Is earth conducted continued up to DB/ SDB?
2. Whether DBs & extension boards are protected from rain/ water?
3. Is there any overloading of DBs/ SDBs?
4. Are correct rated Circuit breakers provided in all main boards and sub-boards?
5. Is energized wiring in junction boxes, Circuit board panels & similar places covered all times?
CABLES
6. Whether the condition of cable is checked?
7. Are cables received checked for insulation resistance before using them?
8. Are all main cables taken either underground/ overhead?
9. Are main cables protected from sharp/ heavy materials?
10. Is any improper jointing of cable identified?
11. Are all plugs and sockets in good condition?
RCD (ELCB)
12. Is the connections routed through 30mA RCD?
13. EARTHING
14. Are main DB, Generator and other panel’s ear thing done?
15. Earth resistance checked and found within limits?
ELECTRICALLY OPERATED MACHINES/ ACCESSORIES
16. Whether the machine supply cable has industrial type socket and plug?
17. Are all metal parts of electrical equipment and light fittings/ accessories grounded?
18. Is there any shed/ cover for machines?
19. Are flood lights/ task lights fixed properly away from combustibles?
20. Others if any:
Remarks:
Inspected By: Signature:
Reviewed By HSE Manager / In charge : Signature:
Noted by Project Leader : Signature:
This report summarizes the findings of an industrial property inspection conducted at 2500 Louisville Rd in Louisville, KY on September 20, 2011. The inspector found that while the building showed no major structural flaws, overall maintenance was lacking in many areas. Key issues included unsafe electrical conditions requiring repair, leaking skylights causing interior water damage, and washed out areas of foundation near downspouts in need of improvement. Smoke detectors and drainage improvements were also recommended. The heating system was older and may need replacing within 5 years. Annual roof inspections were advised due to vulnerable areas.
The inspection report summarizes the inspection of a property located at 12345 Main St, Somewhere USA that was inspected on 10/6/2004 from 2:30 pm to 5:30 pm. The inspection found several components needing service, including the raised foundation which had moisture migration through the stem walls, desiccated soils in the crawlspace, and animal carcasses that should be removed. The chimney had loose bricks and mortar, a deteriorated crown, and was missing a weather cap. Windows in multiple rooms had broken hermetic seals. The kitchen counter top and sink connections needed caulking and sealing. The toilets and tub/shower surrounds needed recaulking as well.
The home inspection report summarizes the results of a visual inspection of a single family home located at 1567 Yourstreet, Hometown, FL. The inspection was performed on October 10, 2011 by Jeff Clair, a certified home inspector with Chief Inspection Services. The report is prepared exclusively for the home buyers, Mr. and Mrs. Homebuyer. The one page summary at the end of the report lists items in need of repair or replacement and items performing their intended function as identified during the visual inspection.
Writing a Report (Tips and Sample of Reports)Po Po Tun
This document provides guidance on writing a report to the principal. It discusses the purpose and format of such a report. The report is a formal account of an incident addressed to the principal to allow for investigation and action. The suggested format includes addressing the recipient, including the sender's name, subject and date. The report should be written in sections and past tense. It ends with a clear conclusion and inference. An example question is provided where a student would write a report to the principal on the lack of interest in sports among classmates and provide suggestions to address the problem.
The document is an infrared inspection report for a property located at 2007 Old Coach Rd in Lexington, KY. It summarizes findings from an infrared scan of the property, including detection of underground water leaks and areas of moisture intrusion. Specific locations with anomalies are documented along with recommendations for repairs such as sealing brick ledges, replacing trim, monitoring areas for further penetration, and replacing failed dryer venting.
Home Inspection Report Sample, Lancaster CA. Spec Rite Inspections is a Residential and Commercial Real Estate Inspection Firm, serving Southern California, Los Angeles, Lancaster, Palmdale, Santa Clarita.
This document summarizes the feasibility study for opening a bakery cafe called Confections by Design Bakery. It analyzes different service styles and determines that a fast casual style would be the best fit. It describes the types of food products that will be offered, how the business will make a profit through quality food and customer service. It also discusses the target location and markets, and analyzes the restaurant industry and lifecycle to support the feasibility of this concept.
This feasibility report analyzes a proposed waste water system project. It recommends the project proceed based on identified needs in the community and project viability. Key points include: the existing system is deficient; a new system is needed to serve current and projected population; and the estimated capital costs and financing plan make the project economically feasible. The report provides background on the area's needs, outlines the proposed system components, and recommends next steps for further investigation and implementation.
Demonstration thermography report comparison between 320 x 240 versus 160 x 1...Testo Limited
This thermography report summarizes images taken with two different thermal imaging cameras - a Testo 882 camera with 320 x 240 pixel resolution and a Testo 881-3 camera with 160 x 120 pixel resolution. Multiple images were taken on different dates with each camera for comparison purposes to demonstrate the difference in image quality and resolution between the two cameras. The Testo 882 camera produced higher quality images as expected due to its higher pixel resolution. The report provides details on the camera models, pixel resolutions, and dates of each image to facilitate comparison of the two cameras' capabilities.
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The executive summary should comprehensively summarize the key points of the paper in 500 words or less, including the purpose, scope, methods, results, conclusions, and recommendations. It allows executives to understand the significance of the paper without reading it in full. The introduction establishes the context and framework for the research. The literature review shares related research findings and places the study in the context of ongoing discussions. The methodology specifies the research design, data collection and analysis approaches. The study section examines the particular case being researched and how it relates to broader issues. The analysis compares the study findings to the literature and explores relationships and explanations. The conclusions and recommendations section summarizes key findings and draws inferences to propose changes.
It saves more then it costs....
Preventive maintenance and reactive maintenance are an extremely critical part of any fleet operations. By creating a Preventive Maintenance program to decrease the incidents of equipment arriving late for the PM’s they are due for, this program can be an integral part of cost savings and reduction of equipment downtime for repairs.
Thermal Image camera/Infrared Camera Application - Overview
For any doubts please feel free to mail.
Fluke Ti32/TiR32 reference taken.
Themal way of conditioning monitoring on electrical equipments in industires
Infrared thermography uses infrared sensors to detect abnormal temperatures that can indicate developing equipment problems. It allows for non-contact temperature measurement of moving, electrically hot, fragile, small, or remote targets. Infrared thermography creates images from the infrared light emitted by objects and converts it to a surface temperature map. It is useful for predictive maintenance across various applications including electrical equipment, mechanical systems, commercial buildings, and more.
This document discusses infrared thermography and its use for electrical inspections. Infrared cameras can detect higher temperatures that indicate potential problems in electrical systems. Regular infrared inspections allow issues to be found and repaired before failures occur, reducing downtime. Examples show temperature differences that would indicate repair priorities from immediate to monitoring. Infrared inspections are most effective when electrical loads are high and done periodically to inspect all equipment over time. Studies show infrared inspection programs typically yield a $4 return for every $1 spent by finding and fixing issues before costly failures.
A systematic procedure for the use of state feedback and output feedback to control
Induction motor is studied. The impact of which is to explore the advantages of feedback control
assuming that all the state variables are measurable. Feedback control is capable of being used for
asymptotic stability of the desired operating condition, for any load torque and for any initial
condition. A suitable model enables motor faults to be simulated and the change in corresponding
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machines. A three-phase induction motor is simulated with fundamental equations. The
simulations results are presented for understanding purpose.
Infrared thermography detects infrared energy from objects, converts it to temperature measurements, and creates images showing temperature distribution. Thermographic cameras contain sensors that detect infrared radiation and assign colors to temperature levels, allowing surfaces to be scanned non-contactly. Thermography has applications in electronics troubleshooting, medical diagnostics, industrial inspections, and more. It provides a visual representation of thermal patterns that can reveal issues invisible to the naked eye.
Thermal analysis techniques such as differential thermal analysis (DTA) measure the temperature difference between a sample and an inert reference material as they are heated or cooled. DTA can identify physical and chemical changes in materials through endothermic or exothermic peaks on a thermogram. The DTA instrument contains sample and reference holders connected to thermocouples which are heated in a furnace and temperature differences are amplified, detected and recorded. DTA has applications in determining melting points, phase changes, and reactions, as well as characterizing materials like polymers, pharmaceuticals, soils and catalysts. It can also provide information on purity, thermal stability and kinetic parameters of organic materials.
This document provides an overview of infrared thermography and its applications for electrical systems. It discusses what infrared thermography is, how it works, common test instruments used, electrical components that can be inspected, typical faults detected, condition monitoring benefits, electrical applications, and case studies. Infrared thermography allows non-contact surface temperature measurements and visualization of thermal issues. It can be used to detect problems in transformers, distribution panels, motors, and more. Periodic inspections provide predictive maintenance benefits like reduced downtime and safety improvements.
Thermography is a non-contact technique that detects infrared radiation emitted from objects to produce images of their surface temperature distribution. An infrared camera consists of an optic system, detector, amplifier, signal processor and display. It converts infrared radiation into an electrical signal displayed as a heat image. Thermography can be active, using an energy source, or passive, detecting natural temperature differences. It has applications in condition monitoring, medical imaging, and non-destructive testing.
This document discusses using an infrared camera to detect voids in adhesive joints known as Scotch-welds. Two aluminum plates were bonded with epoxy, but a square area was left unbonded to create a known defect. An infrared camera detected a temperature difference of 5 degrees Celsius over the defect area when the plates were heated, accurately finding the void in the adhesive joint. Infrared thermography proved effective for non-destructively detecting defects in adhesive bonds.
Thermal imaging was performed on various circuits in switchboards ACSB/A-5, ACSB/A-1-2, ACSB/A-2-2, and ACSB/A-3-2. A thermal anomaly was detected on the phase 3 incoming cable of a 50A contactor in circuit CHWP/A-5, likely due to poor cable termination. Thermal anomalies were also found on the input and output cables of another 50A contactor in circuit CH/A-5, possibly due to poor internal contactor contact. No thermal anomalies were found in the other circuits inspected. Recommendations include tightening cable terminations, verifying contactor ratings, and
Thermal Techniques provides infrared inspection services to identify electrical, mechanical, and roofing issues before they cause equipment failure or downtime. Their inspections have found problems like loose fuse clips approaching 300 degrees, a faulty disconnect that could have caused a $9,000 compressor failure, and moisture trapped beneath a flat roof. These inspections have helped clients avoid downtime, emergency repairs, and costs estimated from $2,000 to $25,000 by identifying issues for scheduled maintenance.
This presentation describes the value of equipment health anomaly detection and diagnostic systems, such as MaintenanceOpt®, in alerting plant personnel to equipment problems and expediting problem diagnosis and remediation. Several examples are provided including high ID fan motor temperature, low oil on a fan bearing, turbine bearing vibration, and condenser air evacuation issues.
The Meitav-tec FCC_01 Free Cooling Controller is a wall mount thermostat that saves energy by taking advantage of cooler outdoor air temperatures. It has an open/auto/close switch to control a damper, fan, or window. Sensors monitor indoor and outdoor temperatures, and it will open the damper or window when outside air is cooler than inside by the default 1°C difference. Accessories include indoor and outdoor temperature sensors and a decorative back plate.
The thermal imaging report summarizes an inspection of electrical infrastructure at a client site. A certified thermographer used an infrared camera to inspect components and identify any anomalies. Two anomalies were found: a contactor in the boiler room showed a higher than expected temperature, suspected to be from a loose connection; and the neutral conductor for a circuit breaker showed an unexpected temperature rise, also suspected to be from a loose connection. Details are provided on each anomaly including temperature readings and recommended remedial actions to check and tighten connections.
This document provides an overview of infrared thermography and its application in electrical system fault diagnosis. It begins with an introduction to infrared thermography, describing its history, basic principles of infrared radiation, and how thermography works. The document then discusses advantages and limitations of thermography, as well as how it can be used to detect various types of electrical faults. Specific applications of thermography for conditions monitoring of electrical equipment are also covered. The document provides details on infrared cameras and challenges of thermography for electrical systems. Overall, the document presents infrared thermography as a tool for non-destructive testing of electrical systems to detect faults and failures.
Thermal & Thermography with DLC - White PaperJulian Moss
This document discusses thermal cameras and thermography cameras, including what they are, how they work, and their applications. It provides details on thermal cameras' ability to detect infrared radiation and produce images based on differences in temperatures. It also describes how thermography cameras can provide precise temperature measurements to monitor equipment and detect issues. Examples of applications discussed include industrial monitoring, security, fire prevention, and gas detection.
IRJET- Infrared Thermography and its Application in Building ConstructionIRJET Journal
This document discusses the use of infrared thermography in building construction. Infrared thermography is a non-destructive testing method that uses infrared cameras to detect temperature variations on surfaces. This allows it to identify defects in concrete like voids, cracks, or moisture. The document provides examples of how infrared thermography has been used to detect moisture penetration in structures, locate plumbing pipes, and assess the quality of fresh concrete. It also discusses how infrared cameras can monitor the curing of concrete and identify failure points in reinforced steel bars during tensile testing.
The temperature is the measure of warmth or coldness of an object or substance with reference to some standard value. Temperature is most often measured with a mercury thermometer up to a particular range. But in industrial purpose, product generation requires very high temperatures. For measuring and controlling the temperature, normal thermometers are not sufficient. In such cases, temperatures of materials can be measured and controlled by using LabVIEW and temperature measuring devices. Merging of LabVIEW programming with the temperature interfacing devices provides a flexible platform for creating sophisticated measurement and control systems.
The document describes the design and development of a cloud-based thermometer using an Arduino and Amazon DynamoDB. Key aspects include:
1) The thermometer is intended to remotely monitor and record temperatures in laboratories to prevent loss of samples from unnoticed temperature fluctuations.
2) It uses an Arduino board connected to sensors to measure and transmit temperature data to a DynamoDB database in the cloud, allowing remote access from computers and smart devices.
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Electrical inspect ir sample report
1. Exterior Thermal Image
Date 2/16/11
Time 8:00 a.m.
Address 612 US 622 Bypass
Your City KY
Exterior Temp 48°
Report # 2004-11
www.propertyinspectir.com
2. Tuesday, October 04, 2011
Dear Alex:
Included is the report is our conclusion of the Electrical Inspect IR
that was performed at your location on the 31W By Pass in Bowling
Green KY.
Property Inspectir is proud to assist you in helping save down time
as well as reduce your energy costs.
This Electrical Inspect IR report is designed to be clear, easy to
understand and helpful. If there is anything you would like for our
Certified Thermographer to explain this report and provide pricing for a
store to store basis, or if there is other information you would like,
please feel free to call us 877-SCAN 447.
We thank you for the opportunity to be of service to you.
Sincerely,
J Harnage
John Harnage
279-282-3194 / 877 SCAN 447
Electrical Inspect IR Technician
Authorized Electrical Inspect IR® Contractor
Certified Infrared Thermographer#7926
*Infrared Thermography is not a
substitute for visual and/or other
instrumental inspection techniques
and should be a regular part of the
overall a preventive/predictive
maintenance program at your
facilities.
3. Project Information
Report submitted to: Joe Customer
Company: McDonald’s Resturant
Rest. ID #: 27777
Rest. Location: 612 622 Bypass
City State Zip: Your City KY
KTi Project #: 2004-11
Thermographer: John Harnage
Recap of Findings
(M) MINOR = 1
(A) ALERT = 4
(S) SERIOUS = 4
(C) CRTICAL = 1
Total Electrical ISSUES = 10
*One Serious classified by corrosion on line not temperature
TEMP. RATING, TEMP. RISE CLASSIFICATION (F°)
MINOR 1-18 Routine Repair during regular maintenance, little chance of physical damage.
ALERT 19-36 Repair within 30 days, watch load and inspect for physical damage.
SERIOUS 37-54 Repair/Replace. Inspect surrounding components for physical damage.
CRITICAL >55 IMMEDIATE REPAIR/REPLACE. DANGER EXISTS!
4. Understanding Infrared Imagery and Thermography
General
This inspection report reflects the conditions of the property at the time of the survey
only. Hidden or concealed defects cannot be included in this report, therefore no warranty
is either expressed or implied, however an earnest effort was made to discover defects.
When an image is taken by our group of certified thermographers as an infrared image, it
is recorded on the internal memory of the processing equipment and later converted to a
digital image file with the assistance of a computer. The image may be then modified in a
number of ways to enhance its value to the end user. In the case of this report, the images
were digitized and then adjusted for contrast and brightness before being scaled and
placed into our custom program and later converted to this PDF file.
Analysis
Property Inspectir was contracted to find areas of potential electrical concern. Our
survey is an attempt to identify the potential issues within your electrical system. The
imaging service should be considered a valuable part of your overall predictive
maintenance program. Every attempt was made to image property according to the
ASTM C1060 standard; however, due to circumstances beyond our control this might not
have been possible. For example, weather conditions, inaccessible areas, furniture or
appliances that cover a given area.
Recommendations
Property Inspectir recommends all areas showing anomalies should be reviewed to find
out the cause and repaired. Our recommendations are not intended as criticisms of the
buildings electrical system, but rather as professional opinion regarding conditions that
we establish.
We are often asked how to prioritize the repairs and repair the areas that have been
identified in this report. Below, find the three categories:
Conditions which affect performance and life safety issues (if any) are of course, of the
highest priority.
Next are conditions that do not appear to pose any threat to the safety of the occupants
of the building, but that need repair because they create a condition that affects the
performance of the building or could deteriorate the building itself. Examples would be
items that appear to be critical with increased heat temperatures.
Finally, lower priority conditions that have a low impact on performance of the thermal,
air and/or moisture barriers, but have reached the level of a reportable anomaly. These
should be evaluated to determine if it is cost-effective to conduct repairs.
5. Orientation
We will describe the locations of the various features of this panel, left or right, etc., as
though we were standing in street looking at the front of building.
Information Contained On the Thermographic Report Pages
Through the use of thermal imaging, we have found areas with anomalies. These
anomalies have been notated on the individual thermographic reports that follow
(typically, two per page). Infrared thermographs and visual photographs were taken
during survey. If we did not find a reportable anomaly, we did not create a thermographic
report.
Interpretation
When viewing IR images, anomalies commonly present where the conditions exist and/or
where our reference (arrows or area boxes) are located. When Electrical Inspect IR
images are taken we will commonly place them in Rainbow High Contrast for the best
viewing as well as understanding of the Thermal Image.
Possible Overload or Failing Breaker
Possible Overload or Loose Wire
6. Kentucky Themal Identification
Area of Property Data Center
Location of Rack Lower Rack
Time of Imaging 11:30 p.m.
Type of Panel General Supply
Fault Increased temperatures
Area requires more air flow to
Recommendation cool properly.
Kentucky Thermal Image IR 3483
The unit shows
increased
temperatures.
Additional cooling is
suggested to increase
life span of data unit.
7. Kentucky Themal Identification
Area of Property Data Center The cooling fans show increased
Location of Rack Full View of Rack temperatures; however, one of the
Time of Imaging 11:33 p.m. cooling fans recorded a higher
Type of Panel General Supply temperature and may show
increased failure rates.
Fault Increased temperatures
Area requires more air flow to
Recommendation cool properly.
Kentucky Thermal 3487
8. Kentucky Themal Identification
Area of Property Rear of Property
Location of Fault Main Center Panel
The area circled in RED showed
Time of Imaging 9:33 a.m.
signs of corrosion on the main line
Type of Panel Main Supply in. Corrosion can prevent on proper
electrical conduction. The line is
Fault Corrosion on line located at the center main panel.
Have Electrician clean line
Recommendation properly and inspect further.
Kentucky Thermal 3487
9. Kentucky Themal Digital Photo and Identification
Area of Panel Lower right Atmospheric Temperature 68°F
Location of Panel LP-1 Area 1 Max. Temperature 99.9
Time of Imaging 8:05 a.m. Spot 1 High Temperature 104.1
Type of Panel General Supply Spot 2 Low Temperature 68.0
Delta T Value 31.9 Alert
Fault Increased temperatures
Monitor or replace breaker.
Recommendation Follow up thermal inspection.
Kentucky Thermal Image IR 3503
10. Kentucky Themal Digital Photo and Identification
Electrical Panel at rear of
Area of Property building Atmospheric Temperature 68°F
Location of Panel AP-2 Area 1 Max. Temperature 88.2
Time of Imaging 8:20 a.m. Spot 1 High Temperature 91.0
Type of Panel General Supply Spot 2 Low Temperature 70.5
Delta T Value 20.5 Alert
Fault Main Lug Loose
Tighten line and annual Thermal
Recommendation Imaging for comparison to
current temperatures.
Kentucky Thermal Image IR 3507
11. Kentucky Themal Digital Photo and Identification
Electrical Panel at rear of
Area of Property building Atmospheric Temperature 68°F
Location of Panel AP-2 Area 1 Max. Temperature 108.0
Time of Imaging 8:50 a.m. Spot 1 High Temperature 112.3
Type of Panel General Supply Spot 2 Low Temperature 71.6
Delta T Value 40.7 Serious
Fault Upper Left
Replace breaker. Annual
Recommendation Thermal Imaging for comparison
to current temperatures.
Kentucky Thermal Image IR 3509
12. Kentucky Themal Digital Photo and Identification
Electrical Panel at rear of
Area of Property building Atmospheric Temperature 68°F
Location of Panel AP-1 Area 1 Max. Temperature 111.7
Time of Imaging 9:15 a. m. Spot 1 High Temperature 106.3
Type of Panel General Supply Spot 2 Low Temperature 71.3
Delta T Value 40.4 Serious
Fault Middle Left
Possible loose connection.
Recommendation Tighten screw and Annual
Thermal Imaging for comparison
to current temperatures.
Kentucky Thermal Image IR 3515
13. Kentucky Themal Digital Photo and Identification
Electrical Panel at rear of
Area of Property building Atmospheric Temperature 68°F
Location of Panel AP-1 Area 1 Max. Temperature 106.3.0
Time of Imaging 9:55 a.m. Spot 1 High Temperature 120.8
Type of Panel General Supply Spot 2 Low Temperature 60.4
Delta T Value 60.4 Critical
Fault Increased Connection
Temperature
Proper connection required.
Recommendation Annual Thermal Imaging for
comparison to current
temperatures.
Kentucky Thermal Image IR 3519
14. Kentucky Themal Digital Photo and Identification
Area of Property Panel at rear of building Atmospheric Temperature 72°F
Location of Issue AP 1 #20 Area 1 Max. Temperature 119.5
Time of Imaging 10:05 p.m. Spot 1 High Temperature 125.0
Type of Panel General Spot 2 Low Temperature 53.0
Delta T 53.0 Serious
Fault Increased wire temperature.
Possible overload
Have Electrician review and
Recommendation possibly increase wire or breaker
size depending on service
required.
Kentucky Thermal Thermal IR 3521
15. Kentucky Themal Digital Photo and Identification
Area of Property Panel at rear of building Atmospheric Temperature 68°F
Location of Issue Panel AP 3 Area 1 Max. Temperature 92.9
Time of Imaging 10:30 a.m. Spot 1 High Temperature 96.7
Type of Panel General Spot 2 Low Temperature 62.1
Delta T 34.6 Alert
Fault Increased temperature
Tighten connection and annual
Recommendation thermal inspections.
Kentucky Thermal Image IR 3527
16. Kentucky Themal Digital Photo and Identification
Area of Property Rear of building Atmospheric Temperature 68°F
Location of Fault Panel AP3 Area 1 Max. Temperature 85.7
Time of Imaging 10:40 a.m. Spot 1 High Temperature 90.3
Type of Panel General Supply Spot 2 Low Temperature 69.2.0
Noted as needing Minor Issue- Tighten
as needed
Fault Increased supply line
temperature
Possible loose connection.
Recommendation Tighten as needed with follow up
inspection.
Kentucky Thermal Image IR 3533
17. Kentucky Themal Digital Photo and Identification
The area above the men’s
Area of Property Men’s bathroom door restroom door frame shows the
Location Interior Image thermal image of possible
Time of Imaging 2:30 p.m. moisture intrusion. Roof
Type of Door Metal / Commercial repairs as indicated should be
made and imaging follow up
for proper repair.
Fault Moisture Intrusion
Repair roof leaks and image to
Recommendation insure leak has been eradicated.
Kentucky Thermal Image IR 3445
18. 14
Kentucky Themal Digital Photo and Identification
The area of suspected mold growth in
Area of Property Ceiling in Men’s bathroom the Men’s bathroom showed no signs
Location of Issue Above sink area
of major growth or moisture intrusion.
The ductwork above the area appeared
Time of Imaging 2:45 p.m.
to have loose insulation that typically
Type of Intrusion Minor previous moisture
results in sweat and mild moisture
being present.
Fault Ductwork Sweating above area
Repair ductwork and Annual
Recommendation Thermal Imaging for comparison
to current temperatures.
Kentucky Thermal Image IR 3473
19. Kentucky Themal Digital Photo and Identification
Side entry door from main The area indicated is in the
Area of Property entrance Women’s bathroom and shows signs
Location of Fault Women’s Bathroom back wall of possible moisture intrusion into
Time of Imaging 2:45 p.m. the wall system. Roof repairs should
Type of Fault General moisture intrusion ideally be conducted with follow up
imaging to conclude the repairs are
Fault Possible Roof Leak successful.
Repair roof moisture areas and
Recommendation Annual Thermal Imaging for
comparison to current
temperatures.
Kentucky Thermal Image IR 3493
20. Kentucky Themal Digital Photo and Identification
Area of Property Freezer main entry door
Location of Door At freezer
Time of Imaging 2:45 p.m.
Type of Freezer General Supply
Fault Energy Loss
Replace door seal. Annual
Recommendation Thermal Imaging for comparison
to current temperatures.
Kentucky Thermal Image IR 3481
The areas indicated at the side
entry door showed signs
allowing outside air infiltrate.
These repairs or replacement of
door seals is optional; however,
this infiltration will lead to
increased energy usage.
21. Kentucky Themal Digital Photo and Identification
Area of Property Menu Boards
Location Above Staging area
Time of Imaging 2:55 p.m.
Type of Board General Display
Fault Increase Energy Loss
No major recommendations as
Recommendation this appears typical for type and
location of board
Kentucky Thermal Image IR 3491
22. Kentucky Themal Digital Photo and Identification
Area of Property Data Center Increased PC temperatures will shorten the
Location of Fault Top Rack life expectancy. These areas should
Time of Imaging 3:15 p.m. ideally be cooled to extend the life of the
Type of Server Store main server
servers as well as decrease the possible
down time.
Fault Improper cooling
Increase air circulation to area.
Recommendation Annual Thermal Imaging for
comparison to current
temperatures.
Kentucky Thermal Image IR 3473
23. Kentucky Themal Digital Photo and Identification
Full view of the data center of
Area of Property the store
Location Small room near drive thru
Time of Imaging 2:55 p.m.
Type of Rack Store Data Center
Fault Increased energy usage
Increase air circulation and
Recommendation Annual Thermal Imaging for
comparison to current
temperatures.
Kentucky Thermal Image IR 3473
24. Kentucky Themal Digital Photo and Identification
Side entry door from Shopping
Area of Property Center Side
Location of Door Main entrance
Time of Imaging 3:15 p.m.
Type of Door Glass / metal frame
Fault No major Energy Loss
Annual Thermal Imaging for
Recommendation comparison to current
temperatures.
Kentucky Thermal Image IR 3473