Home About Us F.A.Q Contact
 
 
THE BOTTOM LINE
Verify Materials and Workmanship:  Using infrared technology surveys during the site commissioning process can detect and diagnose critical problems with any infrastructure system, long before equipment failure or vital loss occurs.

Smooth Facility Operations:  Proper functioning of cooling and heating systems, data centers, and any electro-mechanical equipment limits and potentially avoids unscheduled downtime or investment loss for a facility.
 

 

ITI Building | ITI Roof | ITI Electro-Mechanical | ITI Data Center | Site Commissioning | Energy Analysis | Visual Inspections
Site Commissioning Processes

Site commissioning, one of the most important topics in building management, is the process of ensuring that a building performs according to its design intent and the needs of its owners and occupants (Anderson, 1997). Although ideally begun during the initial planning stages of a building, site commissioning continues to be inconsistent. Most buildings today do not undergo a complete commissioning process. Despite the growing evidence base supporting the benefits of site commission, many new buildings are completed without the thorough remediation of operating problems, documentation, and training required for overall efficiency. Commissioning of existing buildings (including review of electrical, mechanical, and other control systems) can result in a more energy-efficient building, improved space comfort, better air quality, and an overall increased owner and tenant satisfaction.

At Richardson Building Diagnostics, we are committed to providing the highest quality building inspection services available, before, during, and after the site commissioning process - whether commercial/industrial inspections, infrared building surveys, infrared roof surveys, infrared electro-mechanical surveys, or infrared data center surveys. Our professionally trained, certified thermographers meet and exceed industry standards and the expectations of our client base. The use of infrared thermography technology during the site commissioning process can increase building efficiency, by improving the function of electrical, mechanical, and other control systems. Infrared thermography technology can detect problems not otherwise found with traditional inspection methods. The use of infrared inspection systems is a cost-effective method for finding problems in the early stages, preventing equipment failure, property damage, or injury.
 
Infrared Technology During Site Commissioning
 
The commissioning process should include these types of equipment and considerations. The following infrastructure support equipment should be evaluated for proper installation and function:

Cooling systems, including chillers and all HVAC equipment
CRAC (computer room air-conditioning) units
All associated switchgear
Emergency diesel generator systems
ATS (automatic transfer switch) equipment
UPS modules
Resistive load banks and associated cables/connectors
Static transfer switches
Rotary UPS system, if applicable
Battery banks, breakers and charging systems
Transformers (utility and site)
PDU (power distribution unit) equipment
All distribution electrical panels
Electrical/Lighting
Plumbing
Heating/Ventilation/Air-Conditioning
Refrigeration
Utility Services (electricity, water, natural gas)
Standby Emergency Power Generators
Elevators
Fire Alarm/Fire Suppression Systems
Facility Management System (Metasys)
 
Infrared Technology Surveys
 
All normal switchgear and electrical panels need to be checked under load
Test generator leads and emergency source for the automatic transfer switches under load
Resistive load banks must be attached to the PDU’s and tested with increasing load percentages
Each UPS module must be tested independently, including a full load battery test
UPS battery connections and individual battery cells should be checked during and after discharge
Rotary UPS systems must be checked during operation. Rotary systems utilize the same rectifier technology as static topologies on the front end to create DC current from AC, but use spanning motor-generators to recreate the sine wave on the output.
Each PDU must be tested on both the preferred and alternate sources as well as in each respective bypass
All normal transfers should be verified operable
PDU distribution breakers must be checked after they are put into service on the panel boards
 
 
 
 
 
 


Home | About Us | F.A.Q | ITI Building | ITI Roof | ITI Electro-Mechanical | ITI Data Center | Site Commissioning
Energy Analysis | Visual Inspections| Our Services | About Infrared | Image Gallery | Residential Inspections | Contact Us
   
 
    © 2008 Richardson Building Diagnostics, LLC ALL RIGHTS RESERVED Designed by : seasitesolution