by Shane Henson — March 16, 2012—Spending less time finding problems and more time solving them is on every facilities manager’s agenda. But through Davis Instruments’ innovative, rugged, and easy-to-use Fluke thermal imagers, facilities managers within buildings in various industries may be able to do just that.
Their company’s exclusive IR-OptiFlex focus-free system ensures that images are well-focused from four feet and beyond for optimal clarity and scanning. The IR-PhotoNotes annotation system helps users quickly identify and track inspection locations by adding digital images of critical information. Fluke’s exclusive IR-Fusion with AutoBlend mode pinpoints potential issues by fusing digital and IR images into a single information-filled image.
Customers are able to choose from two types of advanced thermal imagers. The industrial-commercial thermal imagers (Ti110 and Ti125) are the best choice for industrial, mechanical, electromechanical, and general maintenance, says Davis Instruments. They also work well for process, refractory insulation, tank and vessel levels, steam systems and traps, pipes and valves, along with electrical, unbalanced loads, overloaded systems, wiring problems or component failure. The building diagnostic thermal imagers (TiR110 and TiR125) are excellent for building problems, defects, energy audits, building inspection, and weatherization plus restoration, water damage, and roofing.
In addition to thermal imagers, Davis Instruments has a myriad of products facilities managers have come to depend on. The company has been a trusted source of test, measurement, control, and calibration instruments since 1912. With expanding capabilities in industrial spheres such as power and utilities, petrochemicals, aerospace and electronics production, field services, and construction, the organization continues to respond to technological demands. Based in Vernon Hills, Illinois, Davis Instruments is dedicated to providing customers worldwide with excellent service and product applications expertise.