e-spool® Standard and HD Options

  • Flexible energy supply - routing of all media in one system
  • Can be used in a variety of ways - energy supply possible in all directions
  • Cost-effective - twisterband allows rotary movement
  • Space-saving - energy chain retracts into a compact unit
  • No tensile strain on the cables
  • Cables can be added or changed at a later date
  • iF Product Design Award 2013
e-spool® standard and HD options
e-spool® standard and HD options

Technical data

Speed v Max. 1m/s
Acceleration a max. 1m/s²
Lateral speed Max. 1m/s
Lateral accelerationMax. 1m/s2 (radial) / 0.25m/s2 (axial)
Temperature range0 - 70°C / HD options: 0 - 80°C

e-spool standard - option with a twisterband

Part No. Length [mm]Weight [kg]Fill weight vertical [kg/m]
SP1.400.4000.01.L.0 400013.51
SP1.400.4000.01.R.0 400013.51
SP1.600.4000.03.L.0 4000331
SP1.600.4000.03.R.0 4000331
SP1.700.7000.03.L.0 7,000381
SP1.700.7000.03.R.0 7,000381
SP1.850.14000.03.L.0 14000481
SP1.850.14000.03.R.0 14000481

e-spool standard - option with two twisterbands

Part No. Length [mm]Weight [kg]Fill weight vertical [kg/m]
SP2.600.4000.03.L.04000401
SP2.600.4000.03.R.0 4000401
SP2.700.7000.03.L.07,000451
SP2.700.7000.03.R.0 7,000 451
SP2.850.14000.03.L.0 14000 551
SP2.850.14000.03.R.0 14000 551

e-spool HD - option with a twisterband

Part No. Length [mm]Weight [kg]Fill weight vertical [kg/m]
SPHD1.400.4000.01.L.0400017.21
SPHD1.400.4000.01.R.04000 17.21
SPHD1.600.4000.03.L.04000521
SPHD1.600.4000.03.R.0 4000521
SPHD1.850.14000.03.L.0 14000671
SPHD1.850.14000.03.R.0 14000671
SPHD1.700.7000.03.L.07,00056.51
SPHD1.700.7000.03.R.0 7,00056.51
SPHD1.700.7000.04.L.0 7,000762
SPHD1.700.7000.04.R.0 7,000762
SPHD1.850.14000.04.L.0140001352
SPHD1.850.14000.04.R.0140001352
SPHD1.1050.21000.04.L.0210001451
SPHD1.1050.21000.04.R.0210001451

e-spool HD - option with two twisterbands

Part No. Length [mm]Weight [kg]Fill weight vertical [kg/m]
SPHD2.600.4000.03.L.0 4000591
SPHD2.600.4000.03.R.0 4000591
SPHD2.700.7000.03.L.0 7,000641
SPHD2.700.7000.03.R.0 7,000641
SPHD2.850.14000.03.L.0 14000 741
SPHD2.850.14000.03.R.0 14000741
SPHD2.700.7000.04.L.07,000842
SPHD2.700.7000.04.R.07,000842
SPHD2.850.14000.04.L.0 140001432
SPHD2.850.14000.04.R.0 140001432

Filling guidelines for the e-spool® cable reel

  1. Cables must be routed side by side within the linear chain, never stacked on top of one another.
  2. Wherever possible, use unshielded chainflex® cables with a TPE outer jacket.
  3. For shielded applications, use cables from the chainflex® CFROBOT series.
  4. Always adhere to the maximum bend radius specified for the twisterband.
  5. Use separators where possible to protect cables from flashover and abrasion. For optimal use of internal space, install separators alternately in consecutive segments.
  6. Arrange cables by diameter or bend radius: place smaller, more flexible cables toward the inside and larger ones toward the outside.
  7. Ensure strain relief at both ends of each cable. Cable tie knots must not be positioned in the direction of the chain.
  8. Cables should be installed in the twisterband with sufficient clearance both inward and outward relative to the rotary axis.

Installation Instructions

How to fill an e-spool® cable reel

e-spool® spring exchange

Applications with e-spool® cable reels

Ready-to-install cable retractor reel solutions that utilise e-chain®, chainflex® cables and readycables®

e-spool® stage equipment

Winding system with e-spool

Mobile wind machine

Stage Technology e-spool®

e-spool® flexible cables in stage technology

Stage Technology e-spool®

e-spool® in the fly loft

e-spool® in the igus® test lab

e-spool applications

Frequently asked questions regarding e-spool®

  • Where possible, cables with a TPE outer jacket should be used for unshielded cables.
  • Shielded cables should be chosen from the CFROBOT range.
  • All cables should have an outer diameter of < 17mm.
  • The maximum bend radii of 44mm in the inner radius and 77mm in the outer radius are observed.

Easy installation guide

Cable reel whitepaper

Products for stage technology

Stage engineering

Installation

Contact us

Contact details

mark smith
Mark Smith

Head of Engineering Projects

07767 257343Submit form

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