FLIR 4124857 Power Supply Assembly 24VAC
When you're deploying FLIR security cameras or pan-tilt systems in the field, power failures mean downtime and service calls. This 24VAC power supply assembly is designed to deliver stable, reliable AC power to FLIR equipment that requires 24-volt alternating current, ensuring your surveillance infrastructure stays operational. Whether you're replacing a failed unit or stocking spares for rapid service response, having the correct OEM power supply on hand minimizes troubleshooting time and eliminates compatibility guesswork.
Key Features
- 24VAC output designed specifically for FLIR security equipment compatibility
- OEM assembly ensures proper voltage regulation and protects connected devices
- Factory-matched specifications eliminate trial-and-error with third-party adapters
- Reduces mean time to repair when replacing failed power components
- Suitable for FLIR camera systems and positioning equipment requiring 24VAC input
- Genuine FLIR part maintains warranty compliance on connected hardware
Power supply failures are one of the most common service calls in commercial surveillance deployments. Environmental factors, voltage fluctuations, and component aging all contribute to premature failure of non-OEM or mismatched power adapters. Using the manufacturer-specified power supply assembly ensures that voltage and current characteristics match the design parameters of your FLIR equipment, protecting sensitive electronics and extending operational lifespan. This is particularly critical in outdoor installations or industrial environments where power quality may be inconsistent.
For integrators managing multiple sites or maintaining inventory for service contracts, stocking OEM replacement power supplies reduces truck rolls and speeds repairs. The 24VAC output is commonly required for legacy FLIR PTZ cameras and certain housing configurations where AC power is distributed to the camera location. Having the correct MPN on hand means you can restore service quickly without waiting on special orders or attempting substitutions that may introduce voltage mismatches or connector incompatibilities.
