5572047-A061H841 SCR Sensor | High-Durability Thermal Monitoring for Selective Catalytic Reduction Systems
5572047-A061H841 SCR Sensor | High-Durability Thermal Monitoring for Selective Catalytic Reduction Systems
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5572047-A061H841 SCR Sensor Heavy-Duty Thermal Regulation
Engineered for extreme-duty SCR systems, the 5572047-A061H841 SCR Sensor delivers precision thermal monitoring in mining equipment and marine propulsion units. Constructed with aerospace-grade metal alloys for ultra-high temperature environments, this component excels in continuous regeneration cycles and post-injection strategies.
Validated across multi-stage aftertreatment systems including dual-DOC configurations and compact SCR layouts. Critical for emission-critical applications requiring real-time thermal mapping and adaptive DEF dosing in transient load conditions.


Technical Parameters
- ▶ 1000°C sustained operation
- ▶ MIL-STD-810G vibration
- ▶ IP68/IP69K dual rating
- ▶ SAE J1939 protocol
- ▶ Inconel 625 probe
- ▶ <150μs signal latency
Certified for Tier 4 Final/Stage V engines in articulated haulers and dredging equipment. Essential component in hybrid-electric powertrains requiring thermal load balancing. Compatible with aftermarket telematics systems and OEM-agnostic controllers.



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5572047-A061H841 SCR Sensor | High-Durability Thermal Monitoring for Selective Catalytic Reduction Systems

5572047-A061H841 SCR Sensor | High-Durability Thermal Monitoring for Selective Catalytic Reduction Systems
5572047-A061H841 SCR Sensor Heavy-Duty Thermal Regulation
Engineered for extreme-duty SCR systems, the 5572047-A061H841 SCR Sensor delivers precision thermal monitoring in mining equipment and marine propulsion units. Constructed with aerospace-grade metal alloys for ultra-high temperature environments, this component excels in continuous regeneration cycles and post-injection strategies.
Validated across multi-stage aftertreatment systems including dual-DOC configurations and compact SCR layouts. Critical for emission-critical applications requiring real-time thermal mapping and adaptive DEF dosing in transient load conditions.


Technical Parameters
- ▶ 1000°C sustained operation
- ▶ MIL-STD-810G vibration
- ▶ IP68/IP69K dual rating
- ▶ SAE J1939 protocol
- ▶ Inconel 625 probe
- ▶ <150μs signal latency
Certified for Tier 4 Final/Stage V engines in articulated haulers and dredging equipment. Essential component in hybrid-electric powertrains requiring thermal load balancing. Compatible with aftermarket telematics systems and OEM-agnostic controllers.