₹1,299.00 Original price was: ₹1,299.00.₹629.00Current price is: ₹629.00.
Connector Type: 16-Pin J1962 Male (Right-Angle) to Dual 16-Pin J1962 Female (Straight).
Dual-Port Solution: Features a Y-splitter design that allows you to connect two diagnostic tools or telematics devices to a single vehicle OBD-II port simultaneously.
Space-Saving Angle: The male end features a right-angle design allowing the cable to sit flat against the dashboard for a clean, low profile installation.
Perfect Length: Measures 12 inches (approx. 30 cm) providing the ideal length for flexible, clutter-free routing under the dashboard.
Ready to Use: A complete factory molded cable assembly simply plug in and start your diagnostic work without any complex wiring.
High-Quality Construction: Built with premium materials that provide superior cable flexibility and long-lasting durability even in harsh vehicle environments.
Reliable Performance: Ensures stable, interference free data and power transmission between the vehicle’s ECU and your diagnostic hardware.
Easy for Professionals: An essential tool for technicians and manufacturers who need to run multiple devices from one port.
Description
SMPL212 OBD2 right angle Y-splitter cable is a high performance dual-port solution designed to expand a single vehicle diagnostic interface into two separate connections. Featuring a 16-pin J1962 male connector to dual straight 16-pin J1962 female sockets this premium OBD2 Y splitter cable allows technicians and fleet managers to connect two diagnostic tools, data loggers or telematics devices simultaneously without sacrificing port access.
Engineered with a right angle OBD2 splitter design on the male end this assembly allows the main connection to sit flat against the vehicle dashboard. This low profile orientation protects the vehicle port from accidental kicks or bumps while ensuring clean clutter free cable management under the dash. The factory molded round cable assembly provides exceptional flexibility and durability in harsh automotive environments, ensuring a completely stable, interference free link for accurate data and power transmission.
