Cattron’s DynaGen PRO600 controller manages both engine functions and operational parameters, providing precise control of Baumalight’s TRL740 mini compact skid steer.
Cattron
Technical implementation
Integration of this system into Baumalight’s new TRL740 mini compact skid steer required careful attention to both mechanical and control systems. We developed custom wiring harnesses compatible with both Yanmar and Kubota engines, providing Baumalight with flexibility using either of its two standard power plants. The transition from manual to electric-over-hydraulic controls demanded particular attention, resulting in development of adaptive control algorithms that maintain precise operation under varying conditions.
The system continuously monitors critical parameters including hydraulic pressures, fluid temperatures and engine performance metrics. This data enables real-time performance optimization while supporting predictive maintenance capabilities. The control interface provides operators with clear data on operational parameters through a high-visibility display engineered specifically for outdoor environments.
Cattron’s approach to integration focuses on maintaining operational flexibility while ensuring reliable performance. The system’s modular architecture accommodates various equipment configurations, while standardized implementation protocols simplify adoption by a wide range of other manufacturers. This combination of sophisticated control capabilities with straightforward implementation has proven particularly valuable for manufacturers seeking to add remote control features to their equipment offerings.
Safety in hazardous environments
A primary candidate for remote operation came from waste management and environmental services, where operators frequently encounter hazardous materials. A large Pennsylvania-based waste management facility recently began using the Baumalight TRL740 remote-controlled skid steer to maintain safe distance during high-risk material handling operations.
Beyond hazardous materials, remote operation proves valuable in a variety of other situations, where operators often work in unstable or unpredictable environments. The ability to maintain distance from potential hazards while maintaining full machine functionality significantly enhances workplace safety.
Increased operational visibility
Remote operation addresses a common challenge in compact equipment operation — limited visibility in certain applications. When loading materials in confined spaces, near escarpments, or working near structures and other equipment, operators can position themselves from optimal viewing angles, improving both safety and control dexterity.
This superior visibility particularly benefits operations in restricted spaces, such as indoor renovation projects or urban construction sites. Operators can maintain clear sightlines to both the work area and surrounding environment, reducing the risk of collateral damage while improving precision and control.
Applications across equipment categories
The demand for remote operation extends beyond skid steers to other compact equipment types. Mobile conveyors, for instance, can benefit from remote control during material transfer operations. Operators can position themselves at loading points while maintaining full control over conveyor functions, eliminating the need for multiple personnel or constant mounting and dismounting.
Track-mounted equipment, like mini-vibratory trenchers and self-propelled stump grinders, will gain particular advantages from remote operation. Operators can maintain optimal viewing angles for precise cutting paths while avoiding exposure to dust and larger airborne debris. The technology also enables single-operator efficiency in applications traditionally requiring multiple workers.
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