Thermal Imaging Cameras for Industrial Inspection, Maintenance, R&D, and Electronics
Pembroke Instruments helps engineers select the right thermal imaging platform: fixed-mount IRSX industrial cameras, DP-64 handheld thermal cameras, and configured thermal microscope systems.
Use this page as the starting point for Pembroke thermal camera products, application pages, videos, and technical resources. Whether the need is continuous plant monitoring, mobile troubleshooting, PCB hot-spot analysis, process control, or advanced research, Pembroke can help match the camera, optics, field of view, software, and integration path.
Thermal Imaging for Industrial Preventive Maintenance
Watch a short overview of how thermal imaging helps maintenance teams identify abnormal heat patterns in electrical and mechanical equipment before developing problems lead to unplanned downtime.
Thermal Camera Product Pathways
The best thermal camera choice depends on whether the user needs a permanent industrial sensor, a portable inspection tool, or a microscope-based system for small features and electronics work.
IRSX Industrial Thermal Cameras
Best for fixed-mount monitoring, automation, alarms, and factory integration.
IRSX smart thermal cameras provide radiometric temperature measurement, onboard analysis, measurement regions, alarms, and industrial connectivity for process monitoring, predictive maintenance, safety monitoring, and machine vision.
- IRSX-I640: higher spatial detail and smaller hot-spot detection
- IRSX-I336: compact, cost-effective fixed monitoring
- GigE Vision / GenICam, Modbus TCP, REST API / OpenAPI, Profinet, and digital I/O
DP-64 Handheld Thermal Camera
Best for field troubleshooting, electrical inspection, mechanical maintenance, and building diagnostics.
The DP-64 supports fast non-contact inspection with thermal plus visible imaging, fusion and picture-in-picture modes, alarms, image transfer, reporting, recording, and offline analysis.
- Portable inspection for maintenance routes
- Electrical panels, motors, bearings, pumps, HVAC, and facilities
- -20 C to +1200 C standard calibration range
Thermal Imaging Microscopes
Best for PCB hot spots, electronics diagnostics, semiconductor devices, and small thermal features.
Pembroke can configure the camera, macro or microscope optics, vertical mount, stage, and software around the sample size, field of view, feature size, working distance, and temperature range.
- PCB and powered-device failure analysis
- Approx. 20 um spatial resolution depending on optics and setup
- Radiometric video, temperature curves, and electrical synchronization options
Need help choosing?
Start with the application: target size, required field of view, working distance, smallest hot spot to detect, temperature range, mounting method, and whether the camera must communicate with a PLC, software platform, or inspection workflow.
Send Pembroke your thermal imaging requirements →Thermal Imaging Application Pages
These pages help users move from a real inspection problem to the most relevant Pembroke thermal camera solution.
Predictive and Preventive Maintenance
Find overheating motors, bearings, pumps, electrical panels, transformers, and process equipment before unplanned failures occur.
Best-fit products: IRSX-I640, IRSX-I336, DP-64
View maintenance application →Process Monitoring and Quality Control
Verify temperature uniformity, heating, cooling, bonding, sealing, welding, curing, heat treatment, and automated pass/fail conditions.
Best-fit products: IRSX-I640, IRSX-I336
View process application →Building and Energy Inspection
Locate heat loss, air leaks, insulation defects, roof issues, moisture problems, duct losses, and energy-efficiency problems.
Best-fit products: DP-64, IRSX-I336
View building application →Fire and Safety Monitoring
Detect abnormal heat buildup in electrical systems, batteries, process lines, storage areas, and safety-critical equipment.
Best-fit products: IRSX-I640, IRSX-I336
View safety application →Electronics and R&D Diagnostics
Analyze PCB hot spots, power electronics, semiconductor devices, packages, and small thermal features in the lab.
Best-fit product: Thermal Microscope
View electronics application →PCB and Electronics Failure Analysis
Use thermal microscopy to see where electrical energy becomes heat: leakage paths, short circuits, hot components, and localized power dissipation.
Best-fit product: Thermal Microscope
View PCB inspection page →Which Pembroke Thermal Camera Should You Start With?
| Need | Recommended Starting Point | Why | Link |
|---|---|---|---|
| Continuous monitoring of plant equipment, process lines, safety zones, or automated inspection stations | IRSX-I640 or IRSX-I336 | Fixed-mount radiometric cameras with onboard processing, alarms, industrial protocols, and repeatable camera position. | Industrial Thermal Imaging |
| Maintenance route inspections, field troubleshooting, electrical cabinets, motors, pumps, HVAC, and facilities | DP-64 Handheld Thermal Camera | Portable thermal plus visible imaging with fusion, alarms, image transfer, reporting, and recording for practical field work. | Handheld Thermal Cameras |
| PCB hot spots, powered electronics, semiconductor packages, small samples, and laboratory thermal R&D | Thermal Imaging Microscope | Configured optical, mechanical, and software platform for small fields of view, close-up thermal measurement, and sample-level diagnostics. | Thermal Microscope Products |
| Unsure whether the application needs fixed, handheld, or microscope-based thermal imaging | Pembroke application review | Pembroke can review target size, distance, temperature range, optics, software, and integration before recommending a camera path. | Contact Pembroke |
Thermal Imaging Resource Pages
Use these resource pages to understand radiometry, optics, sensor selection, system integration, and advanced engineering use cases before finalizing a thermal imaging system.
Why Work With Pembroke Instruments?
Camera Selection
Match the camera type to the application: fixed IRSX, handheld DP-64, or a complete thermal microscope configuration.
Optics and FOV
Review target size, working distance, lens choice, pixel coverage, spatial resolution, and installation geometry.
Workflow Fit
Support handheld reporting, laboratory analysis, radiometric video, alarm logic, and factory automation workflows.
Integration Support
Discuss software, APIs, PLC communication, digital I/O, triggering, and application-specific setup requirements.
Not Sure Which Thermal Camera Page to Start With?
Send Pembroke Instruments your application details and we can point you to the right product family, resource page, and configuration path.
- Target size and required field of view
- Working distance and smallest feature or hot spot to detect
- Temperature range and accuracy expectations
- Handheld, fixed-mount, or microscope workflow
- Software, reporting, PLC, or automation requirements
Get Thermal Camera Guidance
Use the thermal imaging inquiry form or contact page to request product selection help, pricing, and application review.
Talk to an Applications Engineer
Request technical assistance from our applications engineering team