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FLIR T198060 Streamlines low-resolution electronic circuit board troubleshooting by converting mid-tier T-Series cameras into high-magnification macro thermal verification tools.
- 5.8x close-up macro magnification factor
- 100 µm micro spatial resolution accuracy
- 79 mm nominal hardware working distance
- Bayonet interface locks to legacy mainframes
FLIR T197922 Eliminates predictive mapping gaps during routine asset inspections by adding an automatically recognized 24.6 mm focal length standard lens to high-end T6xx cameras.
- 24° x 18° standard view perspective
- 0.65 mrad sharp spatial resolution accuracy
- 0.3 meter short minimum focus step
- Standard FLIR bayonet mount secures alignment
FLIR E75 (84502-0201) Features a continuous laser distance meter focus system and MSX image enhancement to accelerate facility inspections, identifying structural heat loss anomalies.
- Impedance Range: -20 °C to 650 °C
- Accuracy Profile: 2 °C thermal measurement accuracy
- Calibration Standard: USA factory production origin validation
- Signal Frequency: 30 Hz fast frame rate
- Sorting Output: 320 x 240 infrared pixels
FLIR T198059 Optimizes microscopic thermal research and high-density PCB auditing by magnifying tiny electronic components up to a tight 50 µm spot measurement size.
- 2.9x macro magnification optical factor
- 32 x 24 mm miniature field view
- 73 mm precision operating working distance
- AutoCal technology pairs automatic calibration metrics
FLIR T6xx Series 15° Telephoto Lens (T197914) Prevents predictive mapping gaps during ultra-long-range transmission grid inspections by adding an automatically recognized 41.3 mm focal length lens to legacy T-Series cameras.
- 15° x 11° narrow telephoto view
- 0.41 mrad sharp spatial resolution accuracy
- 0.5 meter short minimum focus step
- Automatic lens identification simplifies field swap
FLIR T198059 Optimizes microscopic thermal research and high-density PCB auditing by magnifying tiny electronic components up to a tight 50 µm spot measurement size.
- 2.9x macro magnification optical factor
- 32 x 24 mm miniature field view
- 73 mm precision operating working distance
- AutoCal technology pairs automatic calibration metrics
FLIR T198060 Streamlines low-resolution electronic circuit board troubleshooting by converting mid-tier T-Series cameras into high-magnification macro thermal verification tools.
- 5.8x close-up macro magnification factor
- 100 µm micro spatial resolution accuracy
- 79 mm nominal hardware working distance
- Bayonet interface locks to legacy mainframes
FLIR T198065 Prevents spatial scanning limitations inside tight electrical vaults by deploying a super wide-angle 5.4 mm focal length lens built for confined diagnostics.
- 80° x 64° super wide field
- 2.18 mrad spatial resolution step step
- 0.1 meter ultra short focus boundary
- Automatic lens identification simplifies field swap
FLIR E75 (78502-0101) Eliminates predictive maintenance downtime during building diagnostics by leveraging high thermal sensitivity under 30 mK to map hidden structural insulation defects.
- 320 x 240 infrared resolution spectrum
- Continuous laser distance meter focusing loops
- 4 inch high contrast touch LCD screen
- UltraMax software doubles native pixel density



















