Teledyne FLIR, part of Teledyne Technologies Incorporated, announced that Eye on Cloud (EOC) Tech, EOC, a Korea-based video security and thermal imaging IP camera company, will leverage the Teledyne FLIR Lepton® radiometric thermal camera module in its early fire detection (EFD) series of IP cameras. EOC is introducing the series of EFD cameras as part of its Thermal by FLIR collaboration.
EV charging stations
The HI1612-OH and HI1612-MW series cameras offer multiple resolution options for continuous monitoring of electric vehicle (EV) charging stations and other critical infrastructure, security, and facility applications.
With non-contact temperature measuring, the FLIR Lepton can identify elevated heat before ignition, which then triggers an alarm system. EOC’s ONVIF-compliant EFD cameras help improve safety while enabling fire personnel to attack a potential fire more quickly than when relying on traditional smoke alarms.
Thermal by FLIR programme
Thermal by FLIR programme to help customers create new and growing applications
“We developed the Thermal by FLIR programme to support customer innovations for new and developing applications,” said Mike Walters, vice president, product development, Teledyne FLIR. “EOC Tech and its work with early fire detection for EV charging stations and other built environments is a natural collaboration for the FLIR Lepton and Thermal by FLIR programme.”
The Thermal by FLIR programme is a cooperative product development and marketing programme that supports original equipment manufacturers (OEMs), to integrate Teledyne FLIR thermal camera modules into products, along with go-to-market support for ensuing product innovations.
Author's quote
“Substation, building, and EV parking facility managers, including shopping centres and office buildings, need solutions that will help them better detect fires that can threaten life and property,” said Dong Gyun Shin, CEO, EOC Tech.
“Our line of EFD dual thermal-visible camera systems developed as part of the Thermal by FLIR programme provide a relatively low cost yet effective method to identity potential fires before they ignite.”
