T-Map Sensor Air Flow Sensor Compatible with Polaris Series 570 700 800 900 General Ranger RZR ACE Snowmobile FS /FST RMK Switchback Intake Air Pressure Temperature Sensor Replace# 2411528

Features

• Fit for Polaris ATV: Sportsman 570(XP X2 6X6 Touring EPS) 2015-2021; Sportsman 700(EFI) 2004-2008; Sportsman 800(EFI XP X2 6X6 EPS) 2005-2014; Sportsman Forest 800(6X6) 2012-2014; Sportsman 850(EFI XP X2 EPS Touring) 2009-2016; Sportsman 1000(XP) 2016-2021; ACE 570(SP) 2015-2018; ACE 900 2016-2018, etc.
• Fit for Polaris UTV: Ranger XP 700 2005-2009; Ranger 6X6 700 EFI 2006-2009; Ranger Crew 700 2008 2009; Ranger 800(Crew XP EPS) 2010-2013; Ranger 900(XP EPS Crew) 2013-2017; Ranger XP 1000(all models) 2017 2018; General 1000 (all models) 2016-2020; General 4 1000 (all models) 2017-2020; RZR 570 (all models) 2012-2020; RZR 800(all models) 2008-2014; RZR 900 (all models) 2015; RZR RS1 2018-2021,etc.
• Fit for Polaris Snowmobile: FS Classic/Touring2006; FTS Classic/Touring/Switchback 2006;FS IQ Touring 2007-2009; FST IQ Touring 2007-2010; Series 600 (all models) 2007-2018; Series 800 (all models) 2008-2018; Turbo IQ/IQ LX/IQ LXT 2011-2014,etc.
• Replace Part Number:T-Map sensor air flow sensor replace#: 2411528, 2411082, 2410422,0261230099,0261230217, CGQ-2411528
• Function:T-MAP sensor is an important engine control system sensor used to measure engine intake pressure and temperature, helping the engine control system to more accurately control the fuel injection quantity and ignition timing of the engine, thereby improving engine performance and fuel economy.
• Timely Replacement:When the following symptoms occur, the engine runs unstably or the idle speed is unstable. The increase in emissions, decrease in fuel economy, and the engine indicator light on the dashboard may be caused by a malfunction of the T-Map sensor and need to be replaced in a timely manner.
• Durable Materials:This T-Map sensor housing is made of tough PBT plastic, which is not easily deformed, heat-resistant, FKM O-ring, has good sealing, aging resistance, built-in high-performance chip, efficient operation, and stable transmission.