OBD II Splitter with Power & Ground - Lisle

The Lisle 64990 OBD II Splitter with Power & Ground is a robust tool designed for automotive and industrial technicians who require simultaneous access to a vehicle's OBD-II port. This splitter streamlines diagnostic and monitoring workflows by enabling the connection of two devices while also providing convenient access to stable OBD power and ground for external testing tools. It eliminates the need for repeated cable swaps, enhancing efficiency in busy shop environments.

Key Features

• Dual-Device Connectivity: Expands a single 16-pin OBD-II port, allowing for the simultaneous connection of two diagnostic or monitoring devices, optimizing workflow and data access.
• Integrated OBD Power and Ground: Delivers consistent and reliable obd power and ground directly to connected devices. It also features standard 4mm banana plugs, providing an easy way to find a ground and access power for testing with multimeters, oscilloscopes, or test lights.
• Universal 16-Pin Compatibility: Engineered for seamless integration with standard 16-pin OBD-II ports, ensuring broad applicability across a wide range of modern vehicles.
• Professional-Grade Construction: Manufactured with durable materials to withstand the rigorous demands of daily use in professional automotive and industrial settings, ensuring long-term reliability.

Applications

• Automotive Diagnostics: Connect a scan tool and a data logger concurrently for comprehensive vehicle analysis and real-time parameter monitoring.
• Fleet Management Systems: Integrate telematics and tracking devices alongside diagnostic tools without occupying the primary OBD-II port.
• Performance Tuning: Utilize a tuning device while simultaneously monitoring critical engine parameters with a separate gauge or display.
• Aftermarket Installations: Provides easy access to power and ground for installing accessories such as cruise control, alarms, remote starters, or stereo equipment.
• Professional Repair Shops: Streamline technician workflows by enabling multiple instruments to access vehicle data concurrently, increasing efficiency during service and repair procedures.