Euro 6.2 Adblue Emulators
-
Ford Truck Euro 6.2 MD1CE100 AdBlue Removal Emulator
$199.00Although the AdBlue system used in Ford Cargo, F-Max, and F-Line vehicles with MD1CE100 engines complying with Euro 6.2 standards is designed to provide environmentally friendly emission control, it often causes serious issues for drivers over time. Components like NOx sensors, the SCR unit, and AdBlue tank sensors have high failure rates. If any of these parts fail, the vehicle enters engine protection mode, performance is restricted, speed drops, and AdBlue warning lights continuously appear on the dashboard. For long-haul drivers, this means both time loss and high repair costs.
-
Case Stage 5 TC 5.90 MD1CE101 Adblue SCR+DPF Removal Emulator
$199.00This plug-in emulator developed for Case Stage 5 TC 5.90 agricultural machinery completely eliminates performance and efficiency issues caused by AdBlue and DPF systems. Especially in machines working under harsh field conditions, AdBlue errors, DPF blockages, and sensor failures that occur over time threaten engine health and impose significant maintenance costs on businesses.
-
New Holland TC 5.90 Euro 6.2 MD1CE101 Adblue SCR+DPF Removal Emulator
$199.00The New Holland TC 5.90 AdBlue SCR + DPF Delete Emulator completely eliminates problems related to AdBlue and DPF systems in agricultural machinery, ensuring maximum performance and fuel savings. Issues such as loss of traction power, high maintenance costs, AdBlue system failures, and DPF clogging can lead to significant expenses for farmers in the long run. However, with this emulator, these problems are entirely removed, allowing for more powerful, efficient, and economical operation.
-
Man Euro 6.2 MD1CE100 AdBlue Removal Emulator
$199.00The AdBlue system in Man Euro 6.2 MD1CE100 vehicles is designed to clean exhaust gases and provide environmentally friendly emission control. However, due to wear and tear or malfunctioning components, this system often creates major issues for drivers. NOx sensors, dosing pump, SCR unit, and AdBlue tank sensors are among the most frequently failing parts. When these components fail, the vehicle typically enters engine protection mode, causing it to lose traction power, limit maximum speed, and display constant AdBlue warning lights on the dashboard. This situation can lead to significant time and financial losses, especially for long-haul transport drivers.
-
Karsan Atak Euro 6.2 MD1CE101 SCR+DPF Removal Emulator
$199.00In Karsan Atak buses, the AdBlue and DPF systems can cause various problems over long-term use, such as reduced power, overheating, high fuel consumption and exhaust and turbo failures. These failures not only negatively affect the performance of the vehicles but also lead to high repair and maintenance costs for businesses. Especially in the AdBlue system, frequent malfunctions require vehicles to go to service centers often, increasing costs and reducing mechanical efficiency.
-
Temsa Maraton EAS4 Adblue Removal Emulator
$149.00Recently, many malfunctions caused by the Adblue system have been observed in Temsa Maraton EAS4 Euro 6.2 buses, which are widely used in passenger transportation. When this Adblue (SCR) malfunction occurs in Temsa Maraton vehicles, the Adblue system automatically reduces the torque of your vehicle or limits the speed of your vehicle to 20 km/h. This results in the vehicle protecting itself due to Adblue pump, NOx sensor, NH3 sensor malfunctions or bad fuel usage. With the Temsa Maraton SCR emulator, you can turn off the yellow warning or red warning lights in your vehicle.
-
Iveco Euro 6.2 MD1CE101 Adblue (SCR) Emulator
$199.00The Iveco Euro 6.2 SCR + DPF Removal Emulator is a product specifically designed for models such as Iveco S-Way, Iveco X-Way, Iveco T-Way, and Euro Cargo. This emulator is compatible with vehicles manufactured after 2019 and works seamlessly with the MD1CE101 engine control unit. Vehicles equipped with modern SCR (Selective Catalytic Reduction) and DPF (Diesel Particulate Filter) systems may develop various faults over time due to the complexity of their sensor structures.