Assurance: LKCAUTO TECH brings you a bench cable designed specifically for and vehicles, ensuring a and optimal performance with EMS2.X systems. Wide Compatibility: This bench cable is fully compatible with KT200 FOXFLASH and other leading diagnostic tools, supporting EMS versions 2.2, 2.3, and 2.4 for comprehensive vehicle analysis. and Quality: Manufactured with in , our bench cables adhere to stringent quality controls to provide reliable and accurate diagnostics every time. Safe and Efficient: Engineered without the use of high-concern chemicals, our bench cables safety for both the technician and the environment, making it an ideal choice for eco-conscious workshops. Easy to Use: Designed for ease of use, this bench cable allows for direct connection to the vehicle's EMS system, facilitating quick and efficient diagnostics without the need for complex setups. Description/Features: The EMS2.2, EMS2.3, and EMS2.4 Bench Connecting Cable is an essential tool designed for connecting the ECU models (EMS2.2, EMS2.3, EMS2.4) to ECU programming tools such as KT200 and FOXFLASH. This cable facilitates the reading and writing of EMS2.x ECUs directly on the bench, enhancing convenience and reducing the risk of damaging ECU pins. It offers a with correct connectors, requiring no cutting or splicing, thus ensuring a reliable connection and saving significant setup time. Ideal for both professional and DIY use, this cable is crucial for efficient ECU management and updates. Specifications: Compatibility: EMS2.2, EMS2.3, EMS2.4 Suitable for ECU models before 2021 Connectors: Direct fit, no modification required Color: As shown in photo Package Contents: 1 x Bench Connecting Cable Note: Professional installation recommended; check compatibility with your system before purchase. Product specifications and colors slightly between batches. Material: Metal+Plastic Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.