Schmidt |Spreader|Stratos D 1.1 - 1.7 m³
Modular concept
The modular concept allows its use on a wide range of carrier vehicles and is particularly suitable for narrow gauge vehicles and multi-functional equipment carriers. The Stratos D has an integrated base frame suitable for demount legs or fixed mounting, and a practical volume division of the two-chamber hopper in a ratio of 2:1.
Dosage and conveyor systems
The D series' twin auger conveyor system boasts a particularly flat hopper design and maximum utilisation of the vehicle width. The separately operated and directly controllable auger conveyors allow flexible spreading of various spreading materials. A two-stage incline of the augers guarantees uniform emptying of the hopper. The hydraulic motor with direct drive has a high torque for a stable and safe start-up.
Distribution systems
The D series has a distribution system made completely of stainless steel with a closed chute and variable height adjustment. The spreading disc has a 350mm diameter and achieves a spreading width of 2 - 6m, while the asymmetrical spreading pattern is achieved by means of impact point adjustment.
Drive options
The D series is driven by the existing hydraulic system of the chosen carrier vehicle, while the hydraulic block is protected against the severest weather.
Control and information systems
The D series is operated by the ES EvolutionLine control system, via easy-grip click-turn contol knobs and illuminated push buttons, which ensures the driver can concentrate fully on the traffic and road conditions. Smart ThermoLogic and Route Assistant systems make the Stratos D even more efficient and effective in saving scarce resources.
IntelliOPS telematics platform
The Stratos spreaders can be connected to the Aebi Schmidt IntelliOPS platform which provides comprehensive monitoring, selection, reporting and analysis functions. It enables rapid performance evaluation by displaying machine activity data live on a map and uses the collected data to provide detailed overviews and reports to optimise operations.