e-spool® power

Motor-driven e-spool® for high extension lengths up to 82 ft (164 ft in development)

Different media (power, data, FOC, air, liquids) can be routed together in one system
Longer travels can be implemented with a motor rather than with a "conventional" e-spool® spring
Outdoor use possible at temperatures below 32°F
Long service life thanks to retraction system and motor
Supports cable diameters up to 17 mm
No tensile load on cables
No slip ring
Delivery including drive and controller
For installation under the ceiling - the system is "invisible"
Easy replacement and extension of the filling
Max. deployment and retract speed: 1.2 m/s

Typical applications: Theater and stage applications, indoor cranes, maritime, ship building

Filling rules for the motor-driven e-spool® power

Due to the special mechanical stress in an e-spool, we recommend using our chainflex cables. In addition, we recommend adhering to the following filling rules:

1. In the linear chain, cables must only be placed next to each other - never lay several cables on top of each other.
2. In the case of unshielded cables, chainflex cables with a TPE outer sheath should be used if possible.
3. Shielded cables should come from the chainflex cable family, CFROBOT family.
4. The maximum bending radii of the twister belt used must be adhered to.
5. If possible, protect cables with dividers to prevent them from rolling over and abrasion against each other. To make the best possible use of the interior space, install the divider alternately in segments one behind the other.
6. Insert cables sorted by diameter or bending radius - insert thin, small, inwardly and outwardly increasing larger ones.
7. Relieve tension at both ends of the line. The cable tie knot must not be mounted in the direction of the chain.
8. The cables should be laid in the twisterband in such a way that they have some distance/space reserve both outwards and inwards to the axis of rotation.

Installation instructions

In the case of a horizontal application, a smooth surface must be provided on which the energy chain can move.