Distributed Infrared thermalgraphy Detector 90 Degree Wide Infrared thermalgraphy Viewing Angle Network Power RJ45 Powered Version NKTEVA6
NKTEVA6 distributed Infrared thermalgraphy detector, Infrared thermalgraphy video can be recorded and captured
The new version of the Infrared thermalgraphy has a wider field of view of 90 degrees
Network-powered/RJ45 POE-powered, fixed-mounted
The Infrared thermalgraphy responds faster
The upper computer workstation can run multiple sets of monitoring software at the same time on one computer
Web boasting browsing
Windows PC ANDROID PHONE
Faster browsing on mobile phones
TS501-94 Distributed Infrared thermalgraphy Detector
TS501-95 Infrared thermalgraphy Controller 8 ports/16 ports
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Optional accessories
DC5V power bank USB input single port POE output Infrared thermalgraphy controller tester
(It can be flexibly applied to outdoor engineering, POE power supply test and image test, Infrared thermalgraphy field of view angle adjustment)
Mobile or handheld 5V USB power supply
Support power supply of mobile power
The power bank can be replaced at any time
It can have unlimited battery life after modifying the handheld type
A small portable controller can be carried
AC220V can be plugged into the power bank to charge
It can also transmit wifi signals through the controller
Multiple people share Infrared thermalgraphy maps, thermal imaging maps, and visible light maps in real time
It can be used for real-time video recording and capture of the detection process by multiple mobile phones and computers
Real-time safety monitoring and fault recording of the detection process
Note that the height of the power bank/power bank is 110-185mm
Note that the width of the clampable phone is 58-90mm
Comes with LEDs
NKTEVA6 Instructions for the use of the 2024 version of the distributed Infrared thermalgraphy detector monitoring software
Instant software Does not occupy the registry Safer Consumes less system resources Runs faster Unzip and run
Real-time, continuous, easier to use RJ45 network power supply interface, simpler wiring and relatively safer
Ideal for large network systems
With a wide field of view, it is very suitable for monitoring in high and low voltage cabinets and fire monitoring in the comprehensive pipe gallery of cable tunnels
Provide advanced Infrared thermalgraphy detection temperature imaging video surveillance solutions for on-site condition monitoring:
The new VOx detector is used to distinguish more details; 25Hz frame rate network interface; More advanced MatrixIII image algorithms;
Reduce the size and power consumption, easy to install; Compatible with a variety of industrial protocols, easy to realize automatic alarm, compatible with power monitoring SCADA interconnection
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Product model
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NKTEVA6
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detector
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Uncooled IR Focal Plane Detector 256×192 (>43200 IR dots).
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Thermal sensitivity
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<50/60mk
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Frame rate
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25fps
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Infrared thermalgraphy
field of view
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The wide field of view of the Infrared thermalgraphy is 90°×65.1°/
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palette
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At least 6 color palettes (Black Hot / White Hot / Iron Red / etc.)
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Visible light parameters: ultra-wide field of view: 120°/97°/77°
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resolution
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1920×1080 wide field of view 120°/
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Fill in the light
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Built-in LED light
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Multispectral fusion
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Visible light fusion
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Dual-band image fusion enhancement
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Temperature measurement
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Temperature measurement range
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Wide dynamic range -20 °C to +550°C)
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Temperature measurement accuracy
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±2°C or 2% of range (2% of range in wide dynamic state)
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Point temperature measurement
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6 movable points for temperature measurement, which can be used with the highest temperature, lowest temperature,
Average temperatures are compared
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Regional temperature measurement
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6 movable zones with highest, lowest and average temperatures,
It can be compared with the maximum, minimum and average temperature of other temperature measurement points or temperature measurement areas
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Line temperature measurement
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1 line temperature measurement, there is a highest, lowest and average temperature on the line
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Refer to humidity
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Set it manually
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Atmospheric transport correction
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Automatic, based on distance, atmospheric temperature, and relative humidity inputs
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Emissivity correction
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0.01 to 1.0
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Reflection apparent temperature correction
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Automatic, based on reflected temperature inputs
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Temperature correction for measurements
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Overall and individual target parameters
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alarm
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Alarm function
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The highest and lowest temperature within all temperature measurement points, all temperature measurement areas and temperature lines
and average temperature, both configurable with separate alarm outputs
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Alarm output
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I/O output,
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agreement
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ONVIF is supported
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Support GB/28181
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Image streaming
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Image stream format
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MJPEG/H.264
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Image storage
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Storage medium
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Built-in memory (Flash)
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file format
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JPEG、MP4
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Set up
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There is a B/S configuration interface B/S
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There is the C/S configuration tool C/S
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SDK
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The original temperature data can be exported externally, and the user can carry out secondary development
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power supply
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POE
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802.3 at
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External interfaces
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NKTEVA6
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Contains 10M/100M adaptive Ethernet port and POE power supply
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Environmental parameters
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Ingress protection
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IP67
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Operating temperature
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-20℃ to +60℃
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Storage temperature
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-40℃ to +70℃
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humidity
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≤95%
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Electromagnetic compatibility
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EN 61000-6-2:2001 (anti-interference) EN 61000-6-3:2001
FCC 47 CFR Part 15 Class B (Radiation Hardened)
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Impact-resistant
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25G， IEC68-2-29
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Vibration resistance
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2G， IEC68-2-6
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Physical parameters
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size
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55.5×30.3× 87.5 mm (without connectors) weight 200g
55.5×30.3×101.4 mm (with connectors)
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Accessories (not standard)
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Interface cables, brackets, heat sinks
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The distributed Infrared thermalgraphy detector is an instrument that visualizes the temperature through the red array lens,
and the video uploaded by the red array lens can be recorded and captured.
The distributed Infrared thermalgraphy detector also comes with a visible light lens,
which can also be recorded and captured, compared with the visual temperature video and confirmed the location of the fault point.
The role of distributed Infrared thermalgraphy detectors and the importance of installation on power equipment
At present, more and more attention is paid to the online monitoring of electrical equipment, because most of the electrical equipment is now unattended.
And with the increase of system capacity and the increasing requirements of customers for power supply reliability, it is more important than ever to strengthen the inspection and maintenance of equipment to nip accidents in the bud.
The distributed Infrared thermalgraphy detector is a kind of equipment that uses modern high-tech means to carry out non-damage and non-contact detection of operating equipment.
Infrared visual temperature measurement and detection of power equipment in operation is mostly judged by comparison methods. In normal operation, power equipment will generate heat due to the action of current and voltage.
When a defect or failure occurs in the power equipment, the temperature rise of the defective part will change significantly.
According to the long-term measured data provided by relevant units and the comprehensive statistics of a large number of cases, the main causes of external thermal defects of power equipment are as follows:
(1) The joint connection is poor, and the bolt is not compressed.
(2) Corrosion and oxidation due to long-term operation due to conductor contact.
(3) Corrosion caused by harmful gases and dust in the atmosphere.
(4) Poor material quality and poor processing and installation technology cause conductor damage.
(5) The actual cross-section of the conductor is reduced due to mechanical vibration and other reasons.
(6) The load current is unstable or exceeds the standard, or there is a large harmonic current, etc.
