Dual-Frequency Hardware
Supports compatible 315 MHz and 433 MHz vehicle applications through the appropriate programming workflow.
PROGRAMMABLE REPLACEMENT SENSOR
Universal Programmable TPMS Sensor for 315 MHz and 433 MHz Vehicles
Reduce vehicle-specific sensor inventory with an Arvov dual-frequency universal programmable TPMS sensor designed for distributors, workshops and aftermarket TPMS programs.
PRODUCT OVERVIEW
One Programmable Sensor for More Vehicle Applications
The universal programmable TPMS sensor is supplied as a blank replacement sensor and programmed for a supported vehicle application before installation. It helps TPMS distributors and service workshops cover more vehicles while holding fewer vehicle-specific sensors.
Up to 98% Vehicle Coverage
Designed to cover a broad range of Asian, European and American passenger-car applications.
Flexible Valve Options
Use the standard metal valve stem or select an optional rubber valve stem for suitable wheel applications.
Automotive TPMS Chipset
Uses the Senasic SNP739D platform for stable pressure, temperature and RF performance.
Inventory Reduction
Replace multiple vehicle-specific stock items with one programmable sensor family and supported coverage database.
OEM/ODM Support
Branding, packaging and compatible programming-project discussions are available for qualified B2B quantities.
TECHNICAL DATA
Universal Programmable TPMS Sensor Specifications
| Product type | Blank universal programmable TPMS replacement sensor |
|---|---|
| Frequency | 315 MHz / 433 MHz dual-frequency |
| Chipset | Senasic SNP739D |
| Vehicle coverage | Up to 98% of passenger-car applications in the supported database |
| Pressure range | 0–8 bar (0–116 PSI) |
| Operating temperature | −40°C to +125°C |
| Valve stem | Metal valve standard; rubber valve optional |
| Typical battery life | More than 5 years under applicable operating conditions |
| Approximate weight | 32 g |
| Valve-nut torque | 4 N·m |
| Valve-core torque | 0.25 N·m |
| Warranty | 1 year |
Compatibility note: Vehicle coverage depends on the current programming database, selected vehicle application, frequency and relearn procedure. Confirm the make, model, year, market and required programming tool before ordering.
SELECTION WORKFLOW
From Vehicle Application to Installed Sensor
STEP 01
Identify the Vehicle
Confirm make, model, production year and sales market.
STEP 02
Check Coverage
Verify that the application is supported in the current database.
STEP 03
Program the Sensor
Use a compatible Arvov TPMS programming tool and the required method.
STEP 04
Install and Relearn
Fit the correct valve and complete the vehicle-specific relearn procedure.
For programming, cloning, Wi-Fi updates and OBD service functions, view the TPMS programming tool. For pre-programmed vehicle-specific alternatives, browse OEM TPMS sensors.
FAQ
Universal Programmable TPMS Sensor FAQ
What is a universal programmable TPMS sensor?
It is a blank replacement sensor that is programmed for a supported vehicle application before installation.
Does the sensor support both 315 MHz and 433 MHz?
The dual-frequency hardware supports compatible applications at 315 MHz or 433 MHz according to the selected vehicle program.
Can it replace every original TPMS sensor?
No. Coverage is limited to applications in the supported programming database and must be confirmed by vehicle, year, market and frequency.
Which programming tool is required?
Use a compatible Arvov TPMS programming tool and current vehicle software. Confirm tool and sensor compatibility before ordering.
Is vehicle relearn still required?
It depends on the vehicle. Some applications support automatic relearn, while others require stationary or OBD procedures.
Are samples and private-label options available?
Yes. B2B sample testing, branding and packaging discussions are available according to project requirements and quantity.
PROJECT INQUIRY
Build a Universal TPMS Sensor Program
Send your target markets, vehicle coverage requirements, valve preference, programming-tool requirement and expected quantity. Arvov will recommend a practical sensor and programming configuration.