SonnePower, a leading provider of advanced control systems and electronic solutions for specialty equipment, has unveiled a cutting-edge electric control system for concrete mixers. The solution includes a 7-inch display screen, SPD-070-Ax-K, paired with the SPR-HT-XK8A remote control unit. This system is designed to improve operational efficiency, ease of use, and reliability for concrete mixer operators.
The SPD-070-Ax-K 7-inch display serves as a key component of the new control system, delivering a clear and intuitive user interface that enables operators to easily access and monitor essential mixer data. Paired with the SPR-HT-XK8A remote control, operators gain greater control flexibility, allowing seamless operation from both within the cab and externally.
Enhanced Usability and Visibility
The SPD-070-Ax-K display offers an 800x480 resolution, ensuring clear visibility of all information even in bright light conditions. The SPR-HT-XK8A remote features eight function buttons, allowing operators to adjust mixer rotation direction, speed, and more, meeting diverse work requirements.
Exceptional Efficiency
Combining the display with the remote enables operators to precisely control the mixing process, guaranteeing optimal concrete quality. The SPR-HT-XK8A has a maximum wireless communication range of up to 100 meters in open areas, allowing for remote operation and improved operational flexibility.
Cost-Efficient Design
The control system’s display + remote setup offers a highly economical solution. The SPD-070-Ax-K is engineered with low power consumption, reducing energy costs. Additionally, using the display as the main control interface removes the need for a central controller, significantly cutting overall system acquisition and maintenance expenses.
Streamlined Maintenance and Reduced Costs
The design emphasizes simplicity, with clear diagnostic displays on the SPD-070-Ax-K to simplify daily maintenance and troubleshooting. This streamlined approach empowers operators to conduct system checks and adjustments efficiently, minimizing maintenance-related issues and reducing long-term operational costs.
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