Plug in Type Tire Pressure Monitoring System (TPMS)
W417-NA
W417-NA was developed for Nissan which can 100% fit into blank switch space inside the vehicle. (Size 24mm x 31mm)
W417-NA is using OLED which can to display in different languages in order to let the driver to be acknowledged when any abnormality happened to the tire. By the way, W417-NA imported Smart Automatic Location system, which means the receiver can detect tire location automatically after tire rotation or sensor changed in 3 minutes after the vehicle running on the road.
W417-NA is abbreviation from Nissan + Automatic Location which means it's dedicated for Nissan use.
Product Features
- W417-NA is able to display Tire Pressure and Tire Temperature by touch panel and 100% suitable on indicated vehicles.
Size for Plug in
- 24mm x 31mm
Transmitter Module Specification
- Power Supply: 3V Lithium battery
- Operating Humidity: Max 95%
- Storage Temperature: -40°C ~ 125°C
- Operation Temperature: -30°C ~ 115°C
- Transmitting Power: Max 72 dBμv/m
- Transmitting Frequency: 433.92 MHz
- Pressure Monitoring Range: 0 ~ 116 psi (or 0 ~ 800 kPa or 0 ~ 8 bar)
- Pressure Reading Accuracy: ± 1 psi (or ± 7 kPa ; ± 0.1 bar)
- Temperature Monitoring Range: -30°C ~ 115°C
- Temperature Reading Accuracy: ± 3°C
- Module Weight: 12.8g ± 1g
Receiver Module Specification
- Power Supply: DC 9V ~ 16V
- Operating Humidity: Max 95%
- Operation Current: ≦ 80mA at DC 12V
- Storage Temperature: -30°C ~ 85°C
- Operation Temperature: -25°C ~ 85°C
- Pressure Display Range: 0 ~ 116 psi (or 0 ~ 800 kPa or 0 ~ 8 bar)
- Temperature Display Range: -30°C ~ 115°C
- Gallery
Press Release
Plug in Type TPMS W417Plug in type is developed for Toyota, Honda and Nissan which can 100% fit on the blank switch space. Others car brand, can refer to W417-C, even without blank switch space, can also drilling...
Read More
Motorcycle TPMS W206Can provide immediate tires' pressure and temperature status. This real time information can extend tire life, reduce fuel consumption and provide a more safe riding condition.
Read More


