Adblue Emulators

Temsa Maraton AdBlue Level / Quality Sensor Emulator is designed to prevent malfunctions and performance loss caused by low-quality or non-standard AdBlue. The device electronically simulates AdBlue quality and level, ensuring the system always detects ideal operating conditions. It operates in two modes to address both poor-quality fluid issues and sensor failures. Even if the sensor is completely faulty, the emulator safely maintains system functionality. It prevents engine warning lights, SCR alerts, and NOx errors.

The AdBlue (SCR) system used in Landini tractors can, over time, cause failures related to the NOx sensor, AdBlue pump, SCR system, and exhaust temperature sensor, especially due to intensive field work, long idle periods, operation under heavy load, and harsh environmental conditions. Such AdBlue-related faults may cause the engine warning light to turn on, prevent the AdBlue warning from being cleared, reduce engine power, and force the tractor into protection mode (limp mode).

The Sany AdBlue SCR Cancellation Emulator has been developed to permanently eliminate chronic failures caused by the AdBlue (SCR) system in Sany construction machinery. Although Sany construction machinery is preferred for its high durability and powerful engine performance in challenging construction and mining conditions, AdBlue (SCR) systems used within the scope of modern emission standards can lead to serious operational problems in the field.

Atlas Copco Scania Engine Euro 6.2 AdBlue SCR + DPF Removal Emulator is developed to permanently eliminate chronic failures caused by SCR (AdBlue) and DPF systems in Atlas Copco generators and industrial power systems equipped with Scania Euro 6.2 engines. Long-term operation at constant RPM, harsh field conditions, dust/humidity, and challenging environmental factors increase the likelihood of failures in AdBlue and DPF components, leading to frequent warnings, performance limitations, and in some cases complete shutdown of the equipment.

The Astra HD9 84.51 series vehicles are known for their high durability and strong engine performance, making them stand out in the heavy transport industry. Although the Adblue (SCR) system was developed to reduce harmful NOx (nitrogen oxide) emissions, over time it has become a serious source of problems for drivers. NOx sensor failures, Adblue pump errors, level sensor reading issues, and constantly illuminated SRC warning lights can all lead to reduced engine power, increased fuel consumption, and, in many cases, complete vehicle shutdown.

The Adblue (SCR) system used in Deutz KE engine vehicles is a modern technology developed to reduce harmful nitrogen oxide (NOx) emissions in exhaust gases. However, over time, this system can become a major source of problems for drivers. Especially with long-term use, issues such as NOx sensor failures, Adblue pump errors, level sensor malfunctions, and constantly illuminated SCR warning lights may arise. These faults not only reduce the vehicle's performance but also lead to engine power limitations, increased fuel consumption, and restricted vehicle usability.

Bell Dump Truck vehicles equipped with modern Euro 5 engines include the AdBlue (SCR) system. Although this system is designed to meet environmental emission standards, it often fails under harsh working conditions, making vehicle usage difficult. Malfunctioning NOx sensors, the AdBlue pump, temperature sensors, or the control unit can lead to high repair costs and negatively affect vehicle performance.

The AdBlue (SCR) system used in Mitsubishi Fuso Euro 6.2 vehicles is designed to comply with Euro 6 emission standards. However, in commercial transport, components like the NOx sensor, pump, and level/quality sensors may fail over time, increasing operational costs.

The 2018 model Atlas Copco Euro 5 C200 TS-14 construction machines are preferred for tough construction site conditions thanks to their strong engine structure and high performance. However, the Adblue (SCR) systems in these machines often fail, especially in dusty, muddy, and heavy-duty field conditions, negatively affecting both productivity and operators' time. Components such as the NOx sensor, Adblue level and quality sensors, temperature sensors, and pump are the most sensitive parts of the system, and when they fail, the machine triggers a fault light, loses performance, or even stops operating completely.

The Landini AdBlue SCR + DPF Cancel Emulator disables the SCR (Selective Catalytic Reduction) and DPF (Diesel Particulate Filter) systems, which are the most problematic in agricultural machinery, offering farmers stronger, trouble-free, and more economical use. While the SCR system causes high maintenance costs due to failures from the AdBlue pump, injector, NOx, and quality sensors; the DPF system reduces engine performance, increases fuel consumption, and weakens traction power due to frequent clogging and regeneration issues.

This Adblue Removal Emulator designed for Grove eliminates the need for Adblue in the engine management system by imitating the SCR system of the vehicle. While the emulator reduces the extra costs and maintenance required by the Adblue system, it preserves the performance of the engine and reduces fuel consumption.

DAF Euro 6.2 trucks frequently experience NOx sensor failures, especially in the EAS 4 system. These failures cause the engine to enter safety mode, leading to a loss of torque and a decrease in performance. Furthermore, errors, warning lights, and operating restrictions originating from the AdBlue system lead to both lost time and high costs.