• The Straddle which offers the highest standards in future container handling in regard to the environment
• Best-in-class for economic efficiency with unrivalled low levels of consumption, low emissions and low noise levels
• Robotically-precise operation, achieved by its 4-quadrant AC drive and hoist system

   
The NSC E model is without doubt the shining star in the range.

Since its launch, only a few years ago, it has come to dominate the market.
High performance, combined with complete reliability, makes this model an outstanding carrier.

Whilst it provides the same speeds, capacities and options as other models, there are additional features that give this model many advantages.

Direct drives in the travel and hoist system virtually eliminate all kinds of gears and couplings, reducing maintenance and emissions of noise and lubricants.

This applies to the genset, as well as to the wheel drives and hoist system. The smart power management, only available on Noell Straddle Carriers, always keeps the engine running on the lowest revs, consequently saving fuel and reducing noise whenever full power is not required (e.g. during idling phases).

Moreover, the generative effect of the patented wheel hub drives and the hoist motor feed back energy into the system when reducing speed or lowering the spreader.

This energy is reused for powering other systems, thus further saving fuel and reducing emissions while operating the carrier.

The direct drives on the wheels have the effect of lowering the centre of gravity on these Straddles.

This, combined with intelligent assistance in stability control of the CAN-bus system (CREON) ensures safe operation under any conditions.

The NSC E is perfectly prepared for later automation, as the CREON control system governs all movements from zero to maximum speed and is regulated by the state-of-the-art peripheral equipment, providing feedback from the drives.

The open-plan CAN-bus links all active components and provides data for troubleshooting and statistics when requested.