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Description:
The Wingman FLC20 500KCamera, Fusion 2.2 K113246R000is a compact thermal imaging (infrared) camera module made by FLIR Systems(now part of Teledyne FLIR). It’s designed to give devices “thermal vision,” meaning it sees heat differences rather than visible light.Part Number: K113246R000, K113246R001
Condition: New
Manufacture/Brand: BendixSpecifications K113246R000:
ECU type: Integrated ProcessorCAN baud rate: AutoBaudCamera angle: 29.2°Vehicle connector: JST 9-Pin Connector SM09B-HCHK-TB (Male)Video connector: Amphenol 4-Pin Connector HSD-NARP-C44-0 (Male)
Fits K113246R000 For
Kenworth, Peterbilt, Internatiornal, Volvo, Freightliner, Mack
Purpose of using K113246R000:
1. See in total darkness
It doesn’t need light
Works at night, indoors, or in blacked-out environments
Useful for night operations and surveillance2. Detect heat differences
Finds hot or cold spots that are invisible to the eye
Helps identify:
Overheating electronics
Engines or machinery under stress
Heat leaks in buildings3. Locate people or animals
Detects body heat
Used in:
Search & rescue
Security
Law enforcement
Wildlife tracking4. Prevent failures & hazards
Early warning of:
Electrical faults
Failing motors
Battery overheating
Fire risks5. Enable smart devices
Because it’s tiny and low-power, it’s ideal thermal add-ons
IoT and embedded systems6. See through visual obstructions
Works better than visible cameras in:
Smoke
Light fog
Dust
Common in firefighting and industrial settings
Signs of Bad Wingman FLC20 Camera K113246R000
Image & Thermal Issues
Completely black image (no thermal data)
Frozen image that never updates
Pure white or pure black frame
Extreme noise or random pixel patterns
Vertical or horizontal lines stuck on the image
“Sparkles” / flickering pixels that don’t stabilize
Wrong temperatures (everything looks same temp)
Calibration Problems (Shutter / FFC)
Image never “snaps” or refreshes (no FFC event)
Persistent ghosting even after warm-up
Gradual image drift over time
FFC happens constantly or never happens
Power & Communication Issues
Camera not detected by host device
USB / SPI / I²C communication errors
Camera works only sometimes
Works when cold, fails when warm (or vice versa)
Thermal Sensor Damage
One area always hot or always cold
Burned or dead pixel clusters
Damage after:
Overheating
Static electricity (ESD)
Overvoltage
Moisture exposurePhysical / Environmental Damage
Corrosion on connector pins
Cracked lens or window
Condensation inside the module
Device overheats quickly
Firmware / Software Symptoms
Camera detected but no image
Wrong resolution or format output
Image upside-down or corrupted
Fails after firmware update
Quick sanity checks
A healthy FLC20 camera should:
Show clear contrast between warm and cool objects
Update smoothly (no freezing)
Improve after a short warm-up (1–2 minutes)
Perform periodic FFC (flat-field calibration)
If it never stabilizes or shows static patterns, it’s likely bad.
