ULTRA II D-TEK Plug in Style Vehicle Loop Detector [EMX-2663-1]

The ULTRA II D-TEK Plug In Style Vehicle Loop Detector, represented by the EMX-2663-1 model, sets a new standard in vehicle detection technology. Designed to cater to operator controls requiring a dry contact relay input, this innovative detector brings forth the advanced features and benefits synonymous with the EMX ULTRA D-TEK series.

Touted as a game-changer, the Ultra II D-TEK seamlessly integrates with the ULTRA II Motherboard, promising a streamlined and hassle-free installation process. The incorporation of the ULTRAMETER feature adds another layer of convenience, offering a visual display of the optimal sensitivity setting required to detect vehicles accurately positioned on the loop.

Fine-tuning sensitivity levels is now a breeze with ten precision settings, allowing operators to adjust the detection parameters with unparalleled granularity. Furthermore, the inclusion of four frequency settings enhances adaptability, effectively mitigating cross talk issues in complex multi-loop configurations.

Whether it's enhancing the efficiency of gate systems, traffic management applications, or parking facilities, the ULTRA II D-TEK Plug In Style Vehicle Loop Detector stands as a reliable and robust solution. Experience heightened performance, enhanced reliability, and exceptional functionality with this cutting-edge detector from EMX. Elevate your vehicle detection capabilities with the ULTRA II D-TEK – where innovation meets practicality.

The Ultra II D-TEK Plug In Style Vehicle Loop Detector delivers the features and benefits found in the EMX ULTRA D-TEK to all operator controls that require a dry contact relay input. The Ultra II D-TEK is also designed to plug into the ULTRA II Motherboard.

Sensitivity selection is simplified by the ULTRAMETER, which displays the appropriate sensitivity setting to detect the vehicle positioned on the loop.

Ten sensitivity settings enable finer adjustment of the detection level. And the four frequency settings provide greater flexibility in preventing cross talk in multi-loop applications.