e-spool® standard and HD options

With the e-spool® standard and HD options, cables are wound up in an energy chain in a space-saving way. Various media can be supplied without interruption by the use of the twisterband. Adjustments and extensions of the filling are also possible at any time afterwards.

Flexible energy supply - guidance of different media in one system
Flexible use - energy supply in any direction is possible
Cost-effective - twisterband enables rotary movement
Space-saving - energy chain retracts into a compact unit
No tensile strain on the cables
Cables can be retrospectively added or changed
iF Product Design Award 2013

Configure quickly now

More flexibility:

In contrast to for instance in sliding contacts, cables can also be connected throughout for data, compressed air and liquids and above all, be replaced or modified anytime.

Technical data


Speed v	Max. 1m/s
Acceleration a	max. 1m/s²
Lateral speed	Max. 1m/s
Lateral acceleration	Max. 1 m/s² (radial) / 0.25m/s² (axial)
Temperature range	0 - 70°C / HD options: 0 - 80°C
Fill weight vertical	max. 1kg/m

e-spool® standard - with energy chain and 1 or 2 twisterbands

Version with one twisterband:

length [mm]:

Part no.	Length	Weight
	[mm]	[kg]
SP1.400.4000.01.L.0	4000	13.5	5,571.75 NZD
SPHD1.400.4000.01.L.0	4000	17.2	6,065.48 NZD
SPHD1.400.4000.01.R.0	4000	17.2	6,065.48 NZD
SP1.400.4000.01.R.0	4000	13.5	5,571.75 NZD
SP1.600.4000.03.R.0	4000	33	10,059.18 NZD
SP1.700.7000.03.R.0	7000	38	10,685.71 NZD
SP1.850.14000.03.R.0	14000	48	12,413.66 NZD
SP1.600.4000.03.L.0	4000	33	10,059.18 NZD
SP1.700.7000.03.L.0	7000	38	10,685.71 NZD
SP1.850.14000.03.L.0	14000	48	12,413.66 NZD

More about selected part:

3D-CAD

Quote request

myCatalog

R = extension to the right; L = extension to the left

Version with two twisterbands:

length [mm]:

Part no.	Length	Weight
	[mm]	[kg]
SP2.600.4000.03.R.0	4000	40	11,723.89 NZD
SP2.700.7000.03.R.0	7000	45	12,404.77 NZD
SP2.850.14000.03.R.0	14000	55	14,582.88 NZD
SP2.600.4000.03.L.0	4000	40	11,723.89 NZD
SP2.700.7000.03.L.0	7000	45	12,404.77 NZD
SP2.850.14000.03.L.0	14000	55	14,582.88 NZD

More about selected part:

3D-CAD

Sample request

Quote request

myCatalog

R = extension to the right; L = extension to the left

e-spool® HD option - with energy chain and 1 or 2 twisterbands

Version with one twisterband:

length [mm]:

Part no.	Length	Weight
	[mm]	[kg]
SPHD1.600.4000.03.L.0	4000	52	11,577.93 NZD
SPHD1.700.7000.03.L.0	7000	56.5	12,233.22 NZD
SPHD1.850.14000.03.L.0	14000	67	14,009.92 NZD
SPHD1.600.4000.03.R.0	4000	52	11,577.93 NZD
SPHD1.700.7000.03.R.0	7000	56.5	12,233.22 NZD
SPHD1.850.14000.03.R.0	14000	67	14,009.92 NZD
SPHD1.1200.21000.01.0	21000	52	Upon request

More about selected part:

3D-CAD

Sample request

Quote request

myCatalog

R = extension to the right; L = extension to the left

Version with two twisterbands:

length [mm]:

Part no.	Length	Weight
	[mm]	[kg]
SPHD2.600.4000.03.L.0	4000	59	13,038.30 NZD
SPHD2.700.7000.03.L.0	7000	64	13,743.35 NZD
SPHD2.850.14000.03.L.0	14000	74	16,183.52 NZD
SPHD2.600.4000.03.R.0	4000	59	13,038.30 NZD
SPHD2.700.7000.03.R.0	7000	64	13,743.35 NZD
SPHD2.850.14000.03.R.0	14000	74	16,183.52 NZD

More about selected part:

3D-CAD

Sample request

Quote request

myCatalog

R = extension to the right; L = extension to the left

Filling guidelines for the e-spool

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

1. Cables may only be laid next to each other in the linear chain - never lay several cables on top of each other!
2. With unshielded cables, chainflex cables with TPE outer jacket should be used wherever possible.
3. Shielded cables should come from the chainflex cable family CFROBOT family.
4. The maximum bend radii of the twisterband used must be observed.
5. If possible, use separators to protect cables against overlapping and abrasion. To make the best possible use of the interior space, install the separator in alternate segments.
6. Lay cables according to diameter or insert bend radius - thin small ones inwards and larger ones outwards.
7. Apply strain relief to both ends of the cable. The cable tie knot must not be fitted in the direction of the chain.
8. The cables should be installed in the twisterband with clearance space both outwards and inwards from the rotary axis.

Installation instructions

In the case of a horizontally moving application, a smooth surface must be provided on which the energy chain can travel.