Controllers

KL-1906

The KL-1906 is a graphical indicator and controller for crane load monitoring systems. It is designed for equipment control and protection, monitoring any combination of sensors such as load cells, boom angle and radius, pressure sensors, anemometers, and any custom solution.

It meets the most stringent national and international standards, such as API SPEC 2C, EN 13852, NBR 14768, and NR 12.

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Specifications
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Acessories
  • High-resolution 10.1” TFT color display, visible under direct sunlight;
  • Main and auxiliary hoist load indication;
  • Totalizers based on the equipment’s load chart (Load Chart);
  • Configuration and storage of multiple load charts for the equipment, with options for static and dynamic tables;
  • Boom angle and radius indicator;
  • Weighing logging triggered by the operator;
  • Alarm log (independent of the operator);
  • Visual and audible alarms for unsafe conditions;
  • Calibration tools with linearization ensuring maximum accuracy;
  • RS485 communication with isolated 2.5 kVrms 5V Half-Duplex transceiver, compatible with the HFN® BD-WA485 Weight and Angle transmitter;
  • A sealed lower cover provides access to auxiliary I/O ports: Pwr In 7-27V DC, HDMI, USB 2.0 (1x Host, 1x OTG), USB 3.0 (2x Host), Audio, Gigabit Ethernet.
  • Crane Load Monitoring Systems are advanced technologies designed to measure, monitor, and display the load being lifted or moved by a crane in real-time. These systems provide critical data to ensure the crane operates within its safe load limits, preventing overloads that could lead to equipment failure, accidents, or safety hazards.

    A typical crane load monitoring system includes components such as:

    1. Load cells – Sensors that measure the force or load applied to the crane’s lifting equipment.
    2. Angle and radius sensors – Measure the boom’s angle and the radius from the center of the crane to the load.
    3. Control units and indicators – Display the real-time load data, often with alarms for overload or unsafe conditions.
    4. Data logging – Records load data and events for future reference or compliance purposes.
    5. Communication systems – Allow data to be transmitted for remote monitoring or integration with other equipment.

    These systems are commonly used in industries like construction, shipping, and heavy lifting, where precise load management is critical for safety and operational efficiency. They help ensure compliance with regulations, improve operational performance, and extend the lifespan of the crane.