Fixed Automation & Machine Vision Thermal Cameras
Integrate these thermal camera systems into a production line or automated system to constantly monitor temperatures and respond quickly to issues such as overheating components long before they become a greater issue.
Find out more about Fixed Automation & Machine Vision Thermal Cameras below.
- 320x240px high-resolution thermal sensor
- Dual-gain smart pixels for viewing very high or very low temperatures simultaneously
- Qualified for use in laboratories (EN IEC 61326-1)
- Incredibly compact design - fits anywhere
- Active blending of visual and thermal images to enhance detail
- Integrates over Ethernet network
- 160 x 120px thermal resolution
- Max temperature range 350°C
- 30Hz radiometric video stream
- 28° Lens or 50° Lens
- Precision high resolution thermal camera
- Perform real-time radiometric streaming to PC
- Hands-free benchtop microscope-style stand
- 384 x 288px thermal resolution
- Max temperature range 650°C
- 30Hz radiometric video stream
- 15°, 30°, 47°, or 91° Lens
- 16-bit support
- Monitor large manufacturing assemblies
- Four (PoE) compliant Gigabit camera ports
- Visible, thermal, and 3D inspections
- Remote access ready
- Two-camera solution with PoE
- IR resolution: 320 x 240px
- Frame rate: 60Hz
- Delivers a stable GigE Vision feed
- Max thermal resolution 384 x 288px
- 650℃ or 2000℃ temperature ranges
- 12°, 25°, or 50° lens
- IR resolution: 640 x 480px
- Frame rate: 30Hz
- Delivers a stable GigE Vision feed
- Thermal imaging temperature sensors
- Stream images via integrated Gigabit Ethernet connection and GigiE Vision™
- Compact and lightweight, fits into the palm of a hand, available in five models
- Specialist kit for R and D/scientific applications
- Kit comes with software, flexible stand and much more
- Speed up your temperature analysis
- Max thermal resolution 640 x 480px
- Accuracy ±2℃/± 2%
- Max temperature range 650°C
- 18°, 29°, 45°, or 92° Lens
- IR resolution: 464 x 348px
- GigE Vision and GenICam compliant
- Supports analytics and enables raw data collection
- Max thermal resolution 640 x 480px
- 650℃ or 2000℃ temperature ranges
- 12°, 25°, or 50° lens
- Compact, robust, lightweight thermal camera which can fit inside the palm of a hand
- Thermal imaging sensors
- Stream IR images to a computer
- IR resolution: 640 x 480px
- GigE Vision and GenICam compliant
- Supports analytics and enables raw data collection
- Reliable onboard analytics
- Crisp thermal image
- Plug-and-play
- 320 x 240px or 640 x 480px
- ±2°C measurement accuracy
- Multi-streaming capability
- Available with a range of lenses
- IR resolution: 320 x 240px
- Temperature range: -20°C to 120°C and 300°C to 1500°C
- IR resolution: 464 x 348px
- Built-in analytics
- Onboard alarms
- 320 x 240, 464 x 348, or 640 x 480px
- Early fire detection
- Temperature-based machine and process control
- IR resolution: 320 x 240px
- FSX® technology, polygon line function, & adjustable temperature alarms
- Simple integration into HMI/SCADA systems, automation systems, & web systems
- IR resolution: 640 x 480px
- Built-in analytics
- Onboard alarms
About Automation & Industrial Safety Thermal Cameras
Although regular cameras can be suitable for monitoring production lines and other automated processes, using a thermal camera monitoring system makes spotting problems so much easier.
Designed for direct integration into a network, these advanced thermography tools integrate seamlessly into your system, constantly monitoring and sending back data to a control point. With several models, it's possible to configure alerts that sound when anomalies are detected, send reports to personnel, and much more.
The cameras work by spotting and evaluating heat distribution over the area they can see. Spikes or drops in heat can show problems developing in a system, with overheating components, dangerous machinery, and even fires being easy to spot before they become an issue.
Overheating in particular causes so many problems with a process line. If an overheating component is left unchecked for a long period, this could cause a catastrophic system shutdown, leading to hours - if not days - of downtime as the system is repaired. If a thermal camera monitoring system is used, this problem could be solved long before it becomes a serious issue.
At PASS, we work closely with FLIR and other leading thermal camera manufacturers to get you the best possible cameras for the best possible price. Not sure which one is right for you? Just give us a call and our expert thermography team will help you choose the perfect Automation and R and D thermal camera.
