Description
BRAND NEW *OEM QUALITY* MAP SENSOR (MANIFOLD ABSOLUTE PRESSURE SENSOR) TO SUIT HYUNDAI/ KIA
PLEASE COMPARE YOUR ORIGINAL SENSOR WITH THE IMAGES WE PROVIDED IN THE LISTING AND CHECK THE DETAILED VEHICLE LIST IN THE SUITABILITY SECTION.
TO SUIT:
OEM# 39300-2B000
- for OE No: 39300-2B000
- Number of pins: 4 -pin connector
- Connector Shape: oval
- Number of mounting bores: 1
- Pressure: from 10 kPa, until 120 kPa
- Supplementary Article/Info 2: with integrated air temperature sensor
Features:
- High Quality
- OEM Fit and Design
- Easy install
- Simple operation
- AU Seller-Fast and Free Shipping
Package Includes:
Manifold Absolute Pressure Sensor or MAP sensor provides instantaneous manifold pressure information to the engine’s electronic control module (ECM). This data is used to calculate air density and determine the engine’s air mass flow rate, which in turn determines the required fuel metering for optimum combustion.
COMPATIBLE VEHICLES
[01/15 – 12/17] HYUNDAI ACCENT RB 1.4L 4cyl G4LC 74kW
[01/11 – 12/15] HYUNDAI ACCENT RB 1.6L 4cyl G4FC 91kW
[01/11 – 12/13] HYUNDAI ACCENT RB 1.6L 4cyl G4FC 91kW
[01/13 – 12/15] HYUNDAI ACCENT RB 1.6L 4cyl G4FC 91kW
[01/13 – 12/19] HYUNDAI ACCENT RB 1.6L 4cyl G4FD 103kW
[01/17 – 12/19] HYUNDAI ACCENT RB 1.6L 4cyl G4FD 103kW
[01/15 – 12/20] HYUNDAI ELANTRA AD 2.0L 4cyl G4NA 112kW
[01/11 – 12/15] HYUNDAI ELANTRA MD 1.8L 4cyl G4NB 110kW
[01/10 – 12/15] HYUNDAI I20 PB 1.4L 4cyl G4FA 74kW
[01/10 – 12/12] HYUNDAI I20 PB 1.4L 4cyl G4FA 74kW
[01/12 – 12/15] HYUNDAI I20 PB 1.4L 4cyl G4FA 74kW
[01/10 – 12/11] HYUNDAI I20 PB 1.6L 4cyl G4FC 91kW
[01/10 – 12/12] HYUNDAI I30 FD 1.6L 4cyl G4FC 89kW
[01/13 – 12/13] HYUNDAI I30 GD 1.6L 4cyl G4FD 98kW
[01/12 – 12/15] HYUNDAI I30 GD 1.6L 4cyl G4FD 98kW
[01/12 – 12/14] HYUNDAI I30 GD 1.8L 4cyl G4NB 107kW
[01/13 – 12/14] HYUNDAI I30 GD 2.0L 4cyl G4NC 129kW
[01/15 – 12/16] HYUNDAI I30 GD II 1.6L 4cyl G4FD 98kW
[01/14 – 12/17] HYUNDAI I30 GD II 1.8L 4cyl G4NB 107kW
[01/15 – 12/17] HYUNDAI I30 GD II 2.0L 4cyl G4NC 124kW
[01/15 – 12/18] HYUNDAI I40 VF 2.0L 4cyl G4NC 121kW
[01/12 – 12/15] HYUNDAI I40 VF 2.0L 4cyl G4NC 130kW
[01/11 – 12/15] HYUNDAI I40 VF 2.0L 4cyl G4NC 130kW
[01/12 – 12/13] HYUNDAI I40 VF 2.0L 4cyl G4NC 130kW
[01/11 – 12/13] HYUNDAI I40 VF 2.0L 4cyl G4NC 130kW
[01/11 – 12/12] HYUNDAI I45 YF 2.0L 4cyl G4KD 121kW
[01/10 – 12/12] HYUNDAI I45 YF 2.4L 4cyl G4KJ 148kW
[01/10 – 12/11] HYUNDAI I45 YF 2.4L 4cyl G4KJ 148kW
[01/08 – 12/16] HYUNDAI ILOAD TQ-V 2.4L 4cyl G4KG 129kW
[01/08 – 12/16] HYUNDAI IMAX TQ-W 2.4L 4cyl G4KG 129kW
[01/10 – 12/13] HYUNDAI IX35 LM 2.0L 4cyl G4KD 122kW
[01/13 – 12/15] HYUNDAI IX35 LM 2.0L 4cyl G4NC 129kW
[01/10 – 12/13] HYUNDAI IX35 LM 2.4L 4cyl G4KE 130kW
[01/13 – 12/15] HYUNDAI IX35 LM 2.4L 4cyl G4KJ 136kW
[01/06 – 12/09] HYUNDAI SANTA FE CM 2.2L 4cyl D4EB 114kW
[01/12 – 12/18] HYUNDAI SANTA FE DM 2.4L 4cyl G4KJ 138kW
[01/12 – 12/17] HYUNDAI SANTA FE DM 2.4L 4cyl G4KJ 138kW
[01/16 – 12/18] HYUNDAI SANTA FE DM 3.3L V6 G6DF 199kW
[01/14 – 12/19] HYUNDAI SONATA LF 2.4L 4cyl G4KJ 138kW
[01/05 – 12/08] HYUNDAI SONATA NF 2.4L 4cyl G4KC 118kW
[01/08 – 12/10] HYUNDAI SONATA NF 2.4L 4cyl G4KE 127kW
[01/15 – 12/17] HYUNDAI TUCSON TL 2.0L 4cyl G4NA 114kW
[01/15 – 12/20] HYUNDAI TUCSON TL 2.0L 4cyl G4NC 121kW
[01/11 – 12/17] HYUNDAI VELOSTER FS 1.6L 4cyl G4FD 103kW
[01/12 – 12/14] HYUNDAI VELOSTER FS 1.6L 4cyl G4FJ 150kW
[01/12 – 12/17] HYUNDAI VELOSTER FS 1.6L 4cyl G4FJ 150kW
[01/14 – 12/17] HYUNDAI VELOSTER FS 1.6L 4cyl G4FJ 150kW
ABOUT YOUR VEHICLES’ MAP Sensor
What does a MAP Sensor do?
The MAP sensor converts engine vacuum/manifold pressure to an electrical signal so the computer knows how much load the engine is under. This data is the basis for fuel delivery and timing control.
Where is the MAP sensor located?
The MAP sensor is typically located in the air cleaner, fender wall, firewall, intake manifold, or under the dash.
Will a malfunctioning MAP Sensor illuminate the check engine light or affect vehicle operation?
Yes, a failing sensor can illuminate the MIL and may cause the engine to have a rich or lean fuel mixture condition.
What are the common causes of failure?
Typically these sensors fail due to the constant contact of the movable wiper arm over the sensor element and the exposure to the high underhood heat.
How to determine if the MAP Sensor is malfunctioning?
The Diagnostic Monitor tests for voltages outside of the normal range. The PCM also compares actual MAP output to calculated values to determine sensor performance deterioration. The calculated values are based on TP and various engine load factors.
What makes OUR MAP Sensors the best?
As basic manufacturer, Standard has complete control of the manufacturing process from componentry to finished product to ensure precise operation
Our manufacturing process includes extensive use of robotics for precision assembly
100% product in-line and end-of-line inspection from raw material to packaging of the finished product
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