Delphi EG10535 Exhaust Gas Recirculation (EGR) Valve

Delphi EGR Valve for Toyota and Lexus Hybrid Applications

Delphi EG10535 is an exhaust gas recirculation valve built for select Toyota Prius, Toyota Prius V, and Lexus CT200h applications. It uses a stepper motor design with a positive backpressure setup, a single rectangular male connector, and six male terminals for direct replacement service.

Key Features

• Stepper motor EGR valve design for controlled exhaust gas recirculation
• Positive backpressure configuration
• 1 rectangular male connector with 6 male terminals
• 7 mounting holes for secure installation
• Exhaust port included
• Mounting hardware included
• Package contents: EGR valve, gasket, and instruction sheet

OE-Style Construction

Delphi EG10535 is engineered using OE-based design specifications, material selection, and validation testing drawn from more than 100 years of original equipment experience. Delphi applies controlled manufacturing processes and material standards to help maintain consistent fit and function in emission control service. This part cross-references Standard Ignition EGV1235 for the same application. Delphi EG10535 is a direct service option for 2010-2015 Toyota Prius, 2012-2017 Toyota Prius V, and 2011-2017 Lexus CT200h models.

What This EGR Valve Helps Address

• Rough idle related to EGR flow issues
• Check engine lights tied to EGR valve performance
• Reduced exhaust gas recirculation control
• Driveability concerns caused by sticking or worn EGR components
• Emission control faults on Toyota Prius, Prius V, and Lexus CT200h vehicles

Installation Notes

Verify connector style, terminal count, mounting hole count, and backpressure configuration before installation. The package includes a gasket and instruction sheet, and the valve uses a single rectangular male connector with pin terminals. Confirm vehicle-specific fitment for your Toyota Prius, Toyota Prius V, or Lexus CT200h before replacing the original EGR valve.

Quality Assurance

Delphi builds this EGR valve to OE-based specifications and validates it through strict manufacturing and testing processes. That OE heritage is reflected in the part’s construction, fitment focus, and emission-control application coverage.