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    • Reliable Position Feedback for Empty Container Handlers

    T30 reach stacker
    Challenge: Position Protection on Empty Container Handlers

    A transshipment company needed to streamline and improve their container transport process. Containers had to be quickly transferred from one means of transport to the next. Reach stackers would often collide with the containers, damaging themselves and the containers, resulting in unnecessary downtime and added costs. The company needed to protect their containers and equipment while still maintaining fast transport times. 

    Solution: T30R Sensor Prevents Collisions

    The transshipment company installed T30R radar sensors to help improve the process and prevent the gripping devices of the reach stackers from unintentional collision with the containers during the gripping process. The sensor was programmed to lower the approach speed to a safe level once past a certain threshold to avoid collisions. This enabled the driver to grip and load containers safely and efficiently. 

    The company also required a rugged sensor to reliably perform in a changing outdoor environment. The T30R is an ideal choice for outdoor installations with its ability to perform in a wide range of temperature and weather conditions. 

    Key Benefits

    Robust, Longer Range Alternative to Ultrasonics

    The T30R offers more robust detection capabilities and longer range than ultrasonic solutions in a similar package size without the risk of crosstalk from multiple sensors mounted close together. The compact radar sensor has an IP67-rated housing for use in challenging environments. It is resistant to ambient weather such as sunlight, wind, rain, and snow that can be problematic. Radar waves are not affected by ambient temperature changes, providing consistent measurement from -40 to 65° C (–40 °F to +149 °F). The 15 m range and excellent performance in harsh environments make the T30R ideal for outdoor detection at loading docks, tolls, gates, and car washes.

    More Precise and Reliable Alternative to Traditional 24 GHz Radar

    Like other Banner radar sensors, the T30R features Frequency Modulated Continuous Wave (FMCW) for detection of both stationary and moving targets. However, the T30R has much more precise detection of a wider variety of materials than traditional 24 GHz radar. Banner’s T30R can detect objects as close as 150 mm and can measure with linearity and repeatability less than +/-1 cm. The T30R can reliably detect high-dielectric targets, like metal or large amounts of water, as well as challenging lower-dielectric materials, such as wood, rock, or organic material.

    Easy Setup - Simple Integration

    The T30R can be programmed using the free and intuitive configuration software, remote teach input, push buttons, or IO-Link for flexible setup and configuration. Dual discrete outputs are available for slow and stop positions and analog and IO-Link options are available for absolute distance measurement. The T30R also features Banner’s Pulse Pro output that can connect directly to a variety of Banner lights to provide direct process feedback to the operator by illuminating a light green to yellow to red, or any custom configuration. Pulse Pro only requires power, and no separate controller is needed.

    The T30R solves a wide variety of challenging applications, including, but not limited to:

    • Mobile equipment collision avoidance
    • Positioning of baggage handling trucks and passenger bridges at airports
    • Outdoor detection and measurement applications
    • Vehicle detection, profiling, and positioning
    • Level measurement applications
    • Car wash vehicle profiling
    For More Information
    T30R Series Radar Sensor
    T30R Radar Sensor for Detecting the Widest Range of Objects

    The T30R sensor is a longer-range alternative to ultrasonic sensors, and provides more reliable detection and position feedback in extreme outdoor conditions and other challenging environments. It features a shorter dead zone, better accuracy, and the ability to see a wider range of targets than traditional 24GHz radar sensors.

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