The wired e-Loop offers the most reliable detections of any of the e-Loop family, able to installed: above-ground, flush-mount & in-ground. With a hardwired installation and waterproof potting; this loop stands up to highly demanding environments. With no need for battery changes & invasive maintenance, the wired e-Loop is ideal for traffic control & long term infrastructure.

Designed to be hardwired: we can guarantee this loop will stand up to the test of time, offering a replacement for traditional induction loops. With 2 simple methods of installation to fit your specific use, the wired e-Loop can be installed & setup in a matter of minutes. Note: the Presence Mode variant, cannot be mounted underground. The top of the plastic casing must remain unobstructed for consistent/accurate radar functionality.

Microtech Designs’ Presence Mode loops offer the next level in vehicle detection; with the addition of a radar sensor an array of extra functionality is added. Upon activation by the magnetometer, a radar read is initiated confirming that the detection is in fact a vehicle. With this functionality, the loop can hold a given relay open when a vehicle is present, detect a parked vehicle and . These advanced sensors decrease potential for tampering.

Security remains paramount with the E-loop In-Ground, integrating advanced 128-bit encryption to safeguard sensitive data and instill confidence in users. With a detection range extending up to 45 meters, it delivers precise and dependable vehicle detection, augmenting operational efficiency and safety within commercial operations. In essence, the E-loop In-Ground epitomizes excellence by offering effortless installation, enduring reliability, and cutting-edge security features tailored specifically for commercial applications.

The Wired Vehicle Detection System relies on magnetometer sensors to detect approaching vehicles. Upon detection, the system transmits this information to a nearby Microtech transceiver, facilitating gate activation/traffic control. Installation involves either affixing sensors to the surface of entry or exit passages using dyna-bolts or installing flush or below the driveway surface. These sensors are designed to withstand the rigors of vehicle traffic.