Termografering & Blowerdoor

Smart konkurrencedygtigt termokamera der er velegnet til temperatur overvågning inden for bl.a. industrien, Har du eksempelvis en proces i en produktionsmaskine, som du gerne vil overvåge/dokumentere, er Ax8 velegnet enten som et permanent monteret kamera, eller et kamera du bruger til forskellige opgaver, når der er brug for det.

Ax8 har en 80x60 pixel infrarød detektor samt fotokamera indbygget, kameraet understøtter MSX og kommunikerer med PC via LAN interface.

Ax8 leveres uden kabler og tilbehøt, der bestilles separat.

FLIR ETS320 er et smart lille 320x240 pixel termokamera, der er monteret på en justerbar søjle. Kameraets fokus er fast indstillet på 70mm, med den justerbare søjle tilpasser du afstanden til den/de komponenter du ønsker at se på. Den indbyggede 3” LCD skærm viser temperaturspænd, aktuel temperatur på et målespot og max/min temperatur indenfor en boks. Ønsker du at se billederne på en større skærm, kan du streame termobilledet fra kameraet til den medfølgende FLIR Thermal Studio ”Starter” + software til Windows. Ønsker du at se temperaturudvikling over tid, kan du optage termografisk video til efterfølgende dokumentation eller fejlfinding - og det er super nemt at bruge.

ETS320 er et super brugbart og nemt tilgængeligt værktøj for eksempelvis ingeniører og teknikere, som arbejder med udvikling, produktion, kvalitetskontrol, test eller fejlfinding/service på printkort i elektronikindustrien. Passer du ind i denne kategori, er ETS320 absolut værd at se nærmere på.

Med ETS320 er det nemt at sammenligne varmeudviklingen på et fungerende printkort med et defekt, og i mange tilfælde vil denne sammenligning hurtigt lede frem til fejlen på det defekte kort. Opbygger du et ”bibliotek” af varmebilleder på de forskellige printkort, som du arbejder med, vil det efterfølgende være nemt, at finde fejl relateret til varmeudvikling på kortene. Men der er mange andre muligheder med ETS320 – i udviklingsafdelingen er det nemt at skanne et printkort for uhensigtsmæssig varmeudvikling, denne test kan spare mange timer, fordi du kan afbryde kredsløbet inden komponenterne brænder af på grund af for høj varme.

Varmeudvikling på tætmonterede printkort bliver mange gange til et problem, når printkortet bliver monteret og sat i drift – resultatet kan være periodiske fejl, som er svære at lokalisere. Med ETS320 kan du allerede på udviklingsniveau kontrollere, at komponenterne befinder sig indenfor producentens temperaturspecifikationer.

Alle taler om dokumentation i disse tider - med FLIR ETS320 og FLIR Thermal Studio ”Starter” analyse/rapport software kan du både gemme og analysere stillbilleder eller termografisk video. På den måde er det nemt at se og følge udviklingen fra den ene generation af printkort til den næste.

FLIR ETS320 leveres komplet og klar til brug med kamera, justerbar søjle, strømforsyning, USB kabel, FLIR Thermal Studio ”Starter” + software licens og manual.

Output and Analysis Options

The MIO offers Ethernet/IP and Modbus TCP compliant analysis and alarm results that can easily be shared to a programmable logic controller. The system includes image masking that highlights relevant areas for analysis, or you can output an analog 4 to 20 mA current loop signal per each region of interest, for process control options.

FLIR Systems, Inc. is proud to be the exclusive, world-wide distributor for the MIO Series™ line of products from MoviTHERM. This intelligent new I/O solution allows FLIR customers to combine the FLIR AX8, A310, and FC-Series R cameras with the MIO for a complete, robust system for condition monitoring, early fire detection, and process monitoring.

COMPACT DESIGN, EXPANDABLE MODULES
MIO is compact, with turnkey design that makes it easy to combine modules to support more than 100 units.

SIMPLIFIED SETUP
Configure MIO via the built-in web server, so there’s no need for a separate PC or custom computer software.

DESIGNED TO WORK WITH FLIR
MIO supports a variety of FLIR thermal imaging temperature sensors, including the A310, the AX8, and the FC-Series.

OVERVIEW

FLIR Camera Supported FLIR A310
CONNECTIONS & COMMUNICATIONS
4-20 mA Transmitter Channels 8 CH, loop powered, isolated
Ethernet Connectivity 100BASE-T

ENVIRONMENTAL

Enclosure Material ABS
IMAGING & OPTICAL
Maximum Cameras 1

POWER

Digital Output Current 0.5 A per channel, 1.5 A all channels
Digital Output Voltage 10-30 VDC
Maximum Power Consumption 3 W

The FLIR A38 is a thermal camera in a very small form factor, designed for machine vision applications
where temperature accuracy is not top priority, but rather a stable GigE Vision feed. With 320 x 240 IR
resolution and 60 Hz frame rate, it is the ultimate choice for machine vision integration.
The FLIR A38 is GigE Vision and GenICam compliant, and compatible with the FLIR Spinnaker SDK,
the Teledyne Sapera SDK, and third party SDKs

Key features:
• Compact
• GigE Vision and GenICam compliant
• Power over Ethernet (PoE)
• 8-bit or 16-bit IR stream at 320 x 240
• High frame rate (60Hz)
• Fix focus, adjustable with allen key

The FLIR A38 is a thermal camera in a very small form factor, designed for machine vision applications
where temperature accuracy is not top priority, but rather a stable GigE Vision feed. With 320 x 240 IR
resolution and 60 Hz frame rate, it is the ultimate choice for machine vision integration.
The FLIR A38 is GigE Vision and GenICam compliant, and compatible with the FLIR Spinnaker SDK,
the Teledyne Sapera SDK, and third party SDKs

Key features:
• Compact
• GigE Vision and GenICam compliant
• Power over Ethernet (PoE)
• 8-bit or 16-bit IR stream at 320 x 240
• High frame rate (60Hz)
• Fix focus, adjustable with allen key

The FLIR A68 is a thermal camera in a very small form factor, designed for machine vision applications
where temperature accuracy is not top priority, but rather a stable GigE Vision feed. With 640 x 480 IR
resolution and 30 Hz frame rate, it is the ultimate choice for machine vision integration.
The FLIR A68 is GigE Vision and GenICam compliant, and compatible with the FLIR Spinnaker SDK,
the Teledyne Sapera SDK, and third party SDKs.

Key features:
• Compact
• GigE Vision and GenICam compliant
• Power over Ethernet (PoE)
• 8-bit or 16-bit IR stream at 640 x 480
• Fix focus, adjustable with allen key

 

 

The FLIR A68 is a thermal camera in a very small form factor, designed for machine vision applications
where temperature accuracy is not top priority, but rather a stable GigE Vision feed. With 640 x 480 IR
resolution and 30 Hz frame rate, it is the ultimate choice for machine vision integration.
The FLIR A68 is GigE Vision and GenICam compliant, and compatible with the FLIR Spinnaker SDK,
the Teledyne Sapera SDK, and third party SDKs.

Key features:
• Compact
• GigE Vision and GenICam compliant
• Power over Ethernet (PoE)
• 8-bit or 16-bit IR stream at 640 x 480
• Fix focus, adjustable with allen key

 

 

The FLIR Ax5-Series of thermal imaging temperature sensors offers comprehensive visual temperature monitoring for process control/quality assurance applications as  well as condition monitoring and fire prevention. The A35 and A65 integrate seamlessly into existing systems and are the only thermal imaging temperature sensors on the market to provide temperature linear output through GenICam™ compliant software.

TEMPERATURE SENSORS THAT VISUALIZE HEAT
The A35 and A65 are accurate non-contact temperature sensors enhanced with the rich detail of thermal imaging. They’re sensitive enough to make temperature  differences as small as 50 mK clearly visible. The series offers ten field of view options for greater control over the measurement area, and can operate in temperatures up to 140°F (60°C).

THE LEADER IN DIGITAL COMMUNICATION STANDARDS
The A35 and A65 are at the forefront of digital communications, with GigE Vision™ compatibility and GenICam™ protocol support for seamless integration with Cognex, National Instruments, and other top machine vision systems. These cameras stream 320 x 256 or 640 x 512 thermal images at up to 60 Hz directly to your system, for instant data analysis. The Ax5-Series supports easy synchronization between cameras for stereoscopic applications.

DESIGNED TO FIT YOUR APPLICATIONS
The Ax5-Series cameras are compact for easy installation into electrical cabinets and other small spaces. They offer a GigE Vision lockable connector as well as the convenience and flexibility of Power over Ethernet (PoE). With a robust design meant to withstand harsh conditions, these cameras are ideal tools for any automation of machine vision environment. 

Output and Analysis Options

The MIO offers Ethernet/IP and Modbus TCP compliant analysis and alarm results that can easily be shared to a programmable logic controller. The system includes image masking that highlights relevant areas for analysis, or you can output an analog 4 to 20 mA current loop signal per each region of interest, for process control options.

FLIR Systems, Inc. is proud to be the exclusive, world-wide distributor for the MIO Series™ line of products from MoviTHERM. This intelligent new I/O solution allows FLIR customers to combine the FLIR AX8, A310, and FC-Series R cameras with the MIO for a complete, robust system for condition monitoring, early fire detection, and process monitoring.

COMPACT DESIGN, EXPANDABLE MODULES
MIO is compact, with turnkey design that makes it easy to combine modules to support more than 100 units.

SIMPLIFIED SETUP
Configure MIO via the built-in web server, so there’s no need for a separate PC or custom computer software.

DESIGNED TO WORK WITH FLIR
MIO supports a variety of FLIR thermal imaging temperature sensors, including the A310, the AX8, and the FC-Series.

OVERVIEW

FLIR Camera Supported FLIR A310
CONNECTIONS & COMMUNICATIONS
4-20 mA Transmitter Channels 8 CH, loop powered, isolated
Ethernet Connectivity 100BASE-T

ENVIRONMENTAL

Enclosure Material ABS
IMAGING & OPTICAL
Maximum Cameras 1

POWER

Digital Output Current 0.5 A per channel, 1.5 A all channels
Digital Output Voltage 10-30 VDC
Maximum Power Consumption 3 W

FLIR A35 Bench Test Thermal Kit Camera

• A35 thermal camera
• Manual focus 48° on A35
• ResearchIR: Real-time image/data logging and plotting software
• Camera tripod adapter for locked-down targeting
• PoE injector (Power over ethernet)

The FLIR Ax5-Series of thermal imaging temperature sensors offers comprehensive visual temperature monitoring for process control/quality assurance applications as  well as condition monitoring and fire prevention. The A35 and A65 integrate seamlessly into existing systems and are the only thermal imaging temperature sensors on the market to provide temperature linear output through GenICam™ compliant software.

TEMPERATURE SENSORS THAT VISUALIZE HEAT
The A35 and A65 are accurate non-contact temperature sensors enhanced with the rich detail of thermal imaging. They’re sensitive enough to make temperature  differences as small as 50 mK clearly visible. The series offers ten field of view options for greater control over the measurement area, and can operate in temperatures up to 140°F (60°C).

THE LEADER IN DIGITAL COMMUNICATION STANDARDS
The A35 and A65 are at the forefront of digital communications, with GigE Vision™ compatibility and GenICam™ protocol support for seamless integration with Cognex, National Instruments, and other top machine vision systems. These cameras stream 320 x 256 or 640 x 512 thermal images at up to 60 Hz directly to your system, for instant data analysis. The Ax5-Series supports easy synchronization between cameras for stereoscopic applications.

DESIGNED TO FIT YOUR APPLICATIONS
The Ax5-Series cameras are compact for easy installation into electrical cabinets and other small spaces. They offer a GigE Vision lockable connector as well as the convenience and flexibility of Power over Ethernet (PoE). With a robust design meant to withstand harsh conditions, these cameras are ideal tools for any automation of machine vision environment. 

 

FLIR A50 Research & Development Kits are affordable, ready-to-use solutions for thermal imaging analysis in proof-of-concept electronics testing and R&D applications. Providing thousands of temperature measurement points, users can eliminate thermal guesswork, reduce product development time, and increase product efficiency and reliability. These kits are the right choice for engineers and technicians who need to fully understand the thermal profiles of their systems or require defensible thermal data to support critical decisions. Users can quickly view, record, analyze and share thermal data with the included FLIR Research Studio software or take advantage of industry-standard connections to integrate into custom software applications when needed.

Start testing sooner with limited ramp-up time and simple non-proprietary industry standard interfaces; perform qualitative and quantitative thermal analysis with the included FLIR Research Studio software.

Easily install the IP66 rated camera with M-style connectors in any location; transition from design and testing to process control using GigE Vision and GenICam protocols.

 

 

FLIR A50 Research & Development Kits are affordable, ready-to-use solutions for thermal imaging analysis in proof-of-concept electronics testing and R&D applications. Providing thousands of temperature measurement points, users can eliminate thermal guesswork, reduce product development time, and increase product efficiency and reliability. These kits are the right choice for engineers and technicians who need to fully understand the thermal profiles of their systems or require defensible thermal data to support critical decisions. Users can quickly view, record, analyze and share thermal data with the included FLIR Research Studio software or take advantage of industry-standard connections to integrate into custom software applications when needed.

Start testing sooner with limited ramp-up time and simple non-proprietary industry standard interfaces; perform qualitative and quantitative thermal analysis with the included FLIR Research Studio software.

Easily install the IP66 rated camera with M-style connectors in any location; transition from design and testing to process control using GigE Vision and GenICam protocols.