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Fire prevention solution

Overview and special benefits of thermal imaging IP cameras for fire prevention and asset management

Provides cost-effective thermal imaging IP camera and dedicated EVMS (Video Management System) S/W

hermal imaging IP cameras for fire prevention surveillance and asset management measure the exact temperature of an object in a non-contact manner and enable it to be monitored and managed remotely through a network.
It is a cutting-edge solution for quick and accurate fire prevention, energy management, and power outage prevention.

Efficiently delivering high-quality film awards Thermal images can be transmitted in real time through the optimally priced infrared IP camera and dedicated S/W, enabling recording and live monitoring.
3-step setting of warning, alarm, and voice message in SW Equipped with useful additional functions such as maximum temperature, 3-level alarm, and voice warning message, it is possible to build an easy-to-use multi-channel thermal imaging monitoring system.
Accurate temperature check and real-time monitoring – electrical equipment, energy management, switchgear, etc. Implementation of accurate temperature check and monitoring functions of equipment through dedicated VMS (EVMS) S/W (maximum 36CH per PC)
Excellent performance for security purposes such as day and night intrusion detection Excellent day and night intrusion monitoring performance by detecting heat
Network protocol support for equipment control Provides a user interface compatible with various web browsers through TCP/IP type protocol, improving convenience for equipment control
Built-in POE (IEEE 802.3af) Built-in POE at factory to reduce installation costs and provide more stable reserve power in case of power outage
SDK provided for program integration (providing a smooth integration environment with ONVIF support)

Necessity of system introduction and expected effects

Necessity of introduction

Until now, fire detection sensors and intelligent fire detection technology have been the main methods of fire detection, but this method is problematic as it has a false positive rate of more than 10%.
The thermal imaging camera of this fire prevention surveillance camera system significantly reduces the false positive rate by improving the data processing process of sufficient field conditions such as illumination, humidity, and dust generation, making it highly effective not only in fire surveillance but also in preventing fire occurrence.

Accurate temperature measurement error rate less than 1 degree (depending on distance, but highest level of accuracy)
High-speed thermal imaging and data analysis [20hz]
Remote control with PC SW
Connect multiple thermal imaging cameras through user friendly interface
Save event log
Linkage with various recording equipment

Comparison of Intelligent Software and IOC Thermal Camera

	IVA (Intelligent Fire Surveillance System)/ EOC Thermal	EOC Thermal
Purpose of use	Monitoring and warning through smoke and fire images	action of the possibility of fire occurrence (high temperature)
Processing method	Software detection method	Detection method using Thermal Data
Advantages	A variety of external cameras can be used	System can be built at minimal cost / Errors are minimal
False positive rate	More than 10%	Less than 1%
Disadvantages	High cost and frequent occurrence of errors	Relatively small resolution at 80*60 pixel

Benefit

Uses 80*60 and 160*120 sensor pixels and expands S/W resolution Implementation of an economical thermal imaging system by providing VGA-level thermal imaging.
Effectively builds a multi-channel thermal imaging monitoring system by providing it in the form of an IP camera.
It satisfies fire prevention and video surveillance at the same time and provides various additional functions such as dangerous temperature alarm, enabling removal of fire source in advance through warning broadcast after detecting high temperature before fire occurs.

Preliminary removal of fire source through warning broadcast after detecting high temperature before fire occurs
Dramatic improvement in false positive rates with physical temperature-based forecasts
Suitable for fire cause identification, recognition, detection, warning & broadcasts
Image processing speed: Up to 25 frames per second, recommended frame rate of 12 frames / Frame rate control via network

System configuration diagram

Web browser (Internet Explorer)

Operating a small number of thermal imaging cameras
Real-time temperature monitoring via administrator PC without installing separate software
10 measurement points screen OSD temperature output
Highest temperature event alarm output for the entire screen

ONVIF- VMS or NVR

Operation of multiple thermal imaging cameras
The upper limit temperature event signal operates through ONVIF motion detection.
Connect and register to a VMS or NVR that is already in operation without any separate linkage work.
10 measurement points screen OSD temperature output
Highest temperature event alarm output for the entire screen

Monitoring upper limit temperature in the camera itself
When the upper limit temperature is exceeded, it is transmitted to the client (NVR/VMS) through ‘ONVIF motion detection’
When a temperature event occurs, the processing effect depends on the respective VMS or NVR specifications.

Standalone NVR with EOC thermal imaging

Linkage of IOC thermal imaging camera temperature data protocol to Focus NVR
Designation of 4 temperature monitoring areas and output of upper/lower limit temperature events
Buzzer output / email notification / camera pop-up selection when temperature event occurs
Mobile monitoring through FOCUS dedicated app

EOC thermal imaging linked PC NVR

Linking EOC thermal imaging camera temperature data protocol to Emstone NVR
Set temperature monitoring area using motion grid method
When a temperature event occurs, various effects such as pop-up, blinking, sound broadcast, and warning message are produced.
Provides integrated control monitoring interface by connecting with IP video wall equipment (NDS)

T-VMS Temperature Monitoring Station

Provides enhanced temperature monitoring function (temperature graph, temperature data output in Excel format)
Temperature ROI settings – rectangular areas and points
Individual setting of upper/lower limit temperature events for each ROI area
OPEN CVI’s own motion detection support
Supports general ONVIF IP cameras

System application areas

Application areas

Installation area

Processing and production
Data center
Power plants and sub/distribution facilities
Refrigerated warehouses and storage facilities
Electrical and mechanical equipment
Warehouse

Detection of areas overheated above the temperature set by the user
Automatically generates an alarm sound and sends it to the administrator

Benefit

Early detection of fire-related overheating of facilities
Prevention of unexpected power outages
Prevention of losses due to equipment failure
Prevent service outages
Respond in advance to various safety accidents

Solutions