The TMG51.2 and TMG51.2-NN-102-N4 are both equipped with advanced features and robust construction to handle demanding construction projects.
These transit mixers have a capacity of X cubic meters, allowing them to transport a significant amount of concrete in each trip. The body of the transit mixer is made of high-quality steel, ensuring durability and resistance to wear and tear.
Both models are designed with an efficient mixing drum, which rotates at a variable speed to achieve a consistent and homogenous mixture. The drum is powered by a heavy-duty hydraulic system, providing smooth operation and excellent performance. The mixing drum is supported by a sturdy chassis, equipped with multiple axles to distribute the weight evenly and enhance stability during transit.
To facilitate loading and unloading, the TMG51.2 and TMG51.2-NN-102-N4 transit mixers feature a hydraulic system that tilts the drum at various angles. This mechanism allows for precise pouring of concrete at the construction site, reducing spillage and wastage. The control panel is strategically placed for the operator's convenience, enabling them to monitor and adjust the drum's rotation and tilt as required.
Both models are equipped with a powerful engine that ensures reliable performance even in challenging terrain.
The engine is designed to deliver optimal power and fuel efficiency, reducing operating costs and environmental impact. The transit mixers also come with advanced safety features, including a braking system, emergency stop button, and rearview cameras to enhance operator safety and prevent accidents.
The TMG51.2 and TMG51.2-NN-102-N4 transit mixers are built with operator comfort in mind. The spacious cabin is ergonomically designed, providing a comfortable working environment for the operator. The controls are intuitive and easy to use, allowing the operator to efficiently maneuver the transit mixer on the road and at the construction site.
Maintenance and servicing are simplified in these models, with easily accessible components and a user-friendly design. Routine maintenance tasks can be performed quickly, minimizing downtime and maximizing productivity on the construction site.
