Retrofitting sensors to existing cranes for collision prevention and position control.
When transporting heavy objects, retrofitting a laser distance sensor to an existing overhead crane allows for measuring position information and controlling to avoid collisions through coordinate management.
When transporting heavy objects using a crane while a person holds a switch, there is a high possibility of collisions between the transported items, or between the transported items and equipment or people within the factory, which can lead to losses. Therefore, by retrofitting existing cranes with laser distance sensors, the position of the transported items can be managed in coordinates, significantly reducing the risk of collisions and contact. It operates at temperatures as low as -40°C, making it suitable for use in cold storage facilities. The measurement accuracy is 1mm, the measurement repeatability is 0.3mm, and the measurement speed is 250Hz (fastest), ensuring positioning accuracy. Our company provides comprehensive technical support, including usage instructions, implementation, control software development, and post-installation support. If you have any concerns, please feel free to contact us. *For more details, please refer to the PDF materials or feel free to contact us.*
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basic information
All 8 types Standard accuracy (2σ): ±1mm to ±5mm Repeatability (2σ): ±0.3mm to ±1.8mm Measuring distance: 0.05 to 100m (less than 500m when using a reflector) Measuring speed: 10 to 250Hz Measuring temperature range: -40℃ to +60℃ Waterproof rating: IP65 Dimensions: 140 x 78 x 48mm Weight: 350g Interface: Analog, RS232C, RS422/RS485, SSI, etc. For more details, please refer to the product catalog.
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Applications/Examples of results
Tunnel internal displacement measurement, caisson measurement, large cranes, heavy load transport overhead cranes, snow measurement, silo content measurement, railway tunnel construction limit measurement, automated warehouse, etc.
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Company information
Since its establishment, we have been involved in the development of our own products, starting from gathering ideas, and have repeated the processes of mechanical design, processing, circuit design, and embedded programming every year. Currently, we are engaged in both OEM production and the sale of our own products, and we intend to continue developing measuring instruments that can further meet our customers' needs. We are also the general agent for Dimetix in Switzerland and are focusing on the sales of red laser distance meters. This product has been adopted for measuring the height of the Tokyo Skytree, the tallest structure in the world. We believe there are still many applications for this technology, and we would like to explore each one. In recent years, we have also been focusing on measuring instruments for railway-related construction limits. We have started to receive inquiries from East Japan Railway Company regarding the development of measuring instruments for construction limits in various fields such as construction, civil engineering, signaling, and power. Additionally, we received an Encouragement Award at the 28th Ota City Small and Medium Enterprises New Products and New Technologies Competition for our graphic-integrated construction limit measuring instrument.
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