Starter Motor For Nissan Sentra Rogue 2.5L 08-13 23300-ET80A 23300-ET80B 19061

<div><div> <h3>NOTE: Please check fitment information before purchase, if you are not sure about the fit please feel free to contact us!</h3> <div></div> <div>&nbsp;</div> <div> <div><strong>Description</strong></div> <div>Product Type:Starter</div> <div>Weight:7.75</div> <div>Condition:NEW</div> <div>Design / Type:PMGR</div> <div>Voltage:12</div> <div>kW:1.7</div> <div>Rotation:CW</div> <div>Tooth Count:13</div> <div>Mounting Hardware Included:No</div> <div>Number of Pieces:1</div> <div>Other Part #:M000TA0271, 23300-ET80A, 23300-ET80B, 23300-ET80BR</div> <div>&nbsp;</div> <div><strong>Compatible</strong></div> <div>Nissan Rogue 2008-2013 L4 2.5L 2488cc 152cid<br>Nissan Rogue Select 2014-2015 L4 2.5L 2488cc 152cid<br>Nissan Sentra 2007-2012 L4 2.5L 2488cc 152cid SE-R<br></div></div></div></div>

• Electrical-to-Mechanical Energy Conversion Function：Convert electrical energy from the battery into mechanical torque to drive the engine's crankshaft rotation. Working Principle：Drive the DC motor to rotate at high speed, outputting torque to push the engine into the starting state.
• Gear Engagement and Power Transmission Function：Engage the drive gear with the engine's flywheel ring gear to transmit the motor's torque to the crankshaft. Key Action：When the solenoid switch is triggered, the drive gear automatically meshes with the flywheel to ensure efficient power transmission.
• Starting Sequence Control Function：Precisely control the timing of gear engagement and disengagement during starting to prevent the starter from being damaged by engine backdrive. Protection Mechanism：After the engine starts, the one-way clutch automatically cuts off the power connection to prevent the starter from being dragged by the flywheel.
• High Torque Output at Low Speeds Function：Provide high torque at low speeds to overcome the engine's initial operating resistance (e.g., cylinder compression resistance). Design Advantage：Adopt a series-wound motor or reduction gear structure to ensure starting capability in low-temperature or high-load scenarios.