OBD2T Code Reader w/ CANOBD Coverage - OBD II - Equus Products

The Equus Products 3110 OBD2T Code Reader is a robust diagnostic tool engineered for professional automotive technicians and industrial users. This device efficiently deciphers "CHECK ENGINE" light warnings on all 1996 and newer domestic and foreign cars, light trucks, and SUVs, providing essential data for accurate repairs. With comprehensive CANOBD coverage, the 3110 ensures compatibility with modern vehicle communication protocols, streamlining the diagnostic process.

Key Features

• CAN Protocol Coverage: Fully supports Controller Area Network (CAN) protocol, essential for diagnosing 2008 and newer vehicles, ensuring broad compatibility across various makes and models.
• Patented All-in-One Display: Features a large (60 x 40mm) patented display that presents diagnostic trouble codes (DTCs), their definitions, freeze frame data, and user interface prompts simultaneously, minimizing scrolling and enhancing workflow efficiency.
• Color-Coded I/M Readiness LEDs: Provides instant visual feedback on emissions readiness status (Green = OK, Yellow = Possible Problem, Red = Code present), allowing for quick pre-emission test checks and diagnostics.
• Comprehensive DTC Retrieval: Displays both generic (P0, P2, P3, U0) and manufacturer-specific (P1, P3, U1) Diagnostic Trouble Codes, including information on which code activated the Malfunction Indicator Lamp (MIL).
• ERASE Function & Automatic Re-link: Enables technicians to turn off the CHECK ENGINE warning lamp, clear codes, and reset monitors. The automatic re-link feature refreshes data every 15 seconds, facilitating hands-free verification of repairs during drive cycles.
• Upgradeable with OBD-PC Link™ Software: Includes software for PC connectivity, allowing users to download and print trouble codes, monitor status, and freeze frame data, which is ideal for creating detailed repair reports and client documentation.

Applications

This professional-grade OBD2T code reader is an indispensable tool for various automotive and industrial applications. It is ideal for rapidly pinpointing the cause of "Check Engine" light activations, performing pre-checks for state emissions and smog testing, and validating the effectiveness of repairs through active monitoring and code clearing. Technicians can utilize the freeze frame data for in-depth analysis of vehicle conditions at the moment a fault occurred, enhancing diagnostic precision.