top of page

How To Guide:

Source: LAUNCH TECH CO LTD

LAUNCH TPMS BEV Nissan Sylphy Tire Pressure Sensor
Learning Guide

Just a Heads-Up: This guide is here to help you out, but it’s for general info only. We try to keep everything accurate and reliable, but we can’t promise it’s perfect. So, if you decide to follow this guide, you’re doing it at your own risk.  We’re not responsible for any loss or damage that might happen, including indirect or consequential loss, or any loss of data or profits from using this guide.  Sometimes, we might link to other websites. We don’t control those sites, so we can’t vouch for their content. Just because we link to them doesn’t mean we endorse them.  We do our best to keep this guide running smoothly, but we can’t be held responsible if it’s temporarily unavailable due to technical issues beyond our control.

Model information:

BEV Nissan Sylphy 2018


Function description:

Replace the tire pressure sensor to learn the operation guide


Used tools:

CRT511S (This operation takes CRT511S as an example, the specific operation of other tire pressure equipment can refer to this method)


Device version information:

V1.23 or later Sensor


OE number:

(German Continental) 407003VU0A


Fault description:

The instrument shows "tire pressure will be displayed after driving, please wait" and lights up the tire pressure lamp, which is still not displayed after several days of normal driving, as shown below;

Procedure:

1. Select the Launch [CRT511S], select the function of [Tire Pressure System], and select the corresponding menu according to the information on the vehicle nameplate: NISSAN→Sylphy→[2016/01-2020/06(433MHZ)] Enter the feature list Select the [Check Sensor] function to activate the four tire pressure sensors of the original car, and it is found that the four sensors cannot be activated (activation failure indicates that the sensor is damaged and needs to be replaced).


2. Goback to the previous level and select the [Program Sensor] function, and then select [Automatic Creation] to program a Launch tire pressure sensor. (Note: Here you can also select [Manual Creation] to input the sensor ID of the original car or [OBD copy] sensor ID. The sensor programmed in this method does not require [Relearn] and can be directly installed for road test.)

3. Load the programmed sensor into the car to replace the bad tire pressure sensor, as shown in the following figure

4. Go back to the previous level and click the [Check Sensor] function again to activate the replaced left rear tire pressure sensor. (Save it when the device prompts whether to save the activated data, otherwise all sensors need to be activated again), as shown in the following figure.

5. Go back to the upper level to select the [Relearn] function, and operate according to the operation prompts. The learning is successful, as shown in the following figure. (Note: OBD learning is to write the sensor ID and position of the activation interface into the tire pressure computer of the vehicle.)


6. After the sensor is successfully learned, click the "Enter" button to read the ECU ID to determine whether the learning is successful (Note: If the ID is correctly displayed, the font color is black; if the ID is incorrectly displayed, the font is red.)



7. Select the [TPMS OBDII] function on the function selection page, and then select the [Read DTCs] function, as shown in the figure (If there is a fault code, you need to perform the [Clear DTCs] function).

8. The tire pressure sensor was successfully replaced, the indicator tire pressure indicator was turned off, the pressure of all four tires was increased to 250kpa, and the tire pressure was tested at 30km/h or above for 15min. No abnormal alarm occurred again, and the problem was solved.


bottom of page