
Overview:
The ECO-Skate iN160L is a heavy-duty load moving system designed for professional indoor transport of heavy loads on clean, smooth, and level floors. It features a steerable system with three load points, ensuring stability and ease of movement.
Specifications:
The system includes a pulling bar with a handle or pulling eye, a turntable with an anti-slip rubber pad, and high-quality HTS nylon wheels that are abrasion-resistant and non-marking. It is compatible with S, DUO, or two ROTO skates of the same installation height to form a secure overall system.
Technical Data:
Wheel Specifications:
Notes:
All specifications are provided without guarantee and may vary depending on floor tolerances and ambient conditions.
Fact sheet ECO-Skate iN160L Load moving system, steerable, 3-load points Specification: Heavy-duty load moving system for the professional indoor heavy load transport on clean, smooth and level floors, incl. pulling bar with handle or pulling eye, turntable with anti slip rubber pad and high-quality HTS nylon wheels, which are abrasion-resistant and non-marking and suitable for all smooth industrial smooth and level floors. In combination with a S, DUO or two ROTO skates with the same installation height, it forms a secure overall system with 3 pickup points. Technical data of load moving system: 10 160 01 10 Equipped with the following wheel: 11 085 10 14 Please always observe the operating instructions, their safety instructions and local conditions! Part No. Area mm² of the roller surface pressure ▼ N / mm² Wheel material layer, core: AL Aluminium, NY Nylon PU Polyurethane, ST Steel Dimensions of wheel, inside ball bearing diameter mm Loaded area per skate in cm² Carrying Capacity of load moving skate in daN at 2km/h max. Steering bar length D for L, adjustability V for S and DUO skate systems Starting resistance* in daN, required force to start moving, under ideal conditions Traction* in daN, required force to move the load at a steady speed of 2 km/h under ideal conditions * Varies depending on the tolerances of the floor and ambient situation. All information without guarantee. en - iN160L © H
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