018.018. 50.10000/3000
MFG2.18.
018. Then round
off the result.10.075.1192
MF
MF
06.5000/2000
MF.5000/2000
1193
MFG2
MFG2
06.10000/3000
MFG2.50.08.018.
More information www.
18.
10.10.Totallength10,000mm,distributedovertwo3,000mm
channels, the infeed module (200mm) and two channels each with residual length 1,900mm
Order example carriages, opposing travel
3D-CAD data, configurators, service life calculators and more www.10.
18.035. Then round
off the result.
micro flizz® Order example Centre infeed
Moving end
(carriage)
Infeed module
microflizz® mountedwith2opposingcarriages.06.035.18. F
X
n/2 F
200 mm
X
L
n/2 F
n 200
2 F
MFG2.
08.5000/2000
MF.
10.08.10.
035.10000/3000
F =
L =
R =
Bi =
F =
L =
R =
Bi =
F =
Bi =
hi =
F =
Bi =
hi =
Bi =
R =
n =
S =
F =
L =
X =
Bi =
R =
n =
S =
F =
L =
X =
Calculate the number channel
sections needed (n). 075. 075.
L F
L F
MFG2 10.
L F
L F
MF 10.50. 50.
08.06. F
X
L
n F
n L
F
MF.075.eu/microflizz
micro
flizz®
micro
flizz®
.igus.
035.igus.eu/microflizz
Moving end
(carriage)
Fixed end
Recommended channel lengths: 2,000, 3,000, 6,000mm
Series 06: 10mm Series 08: 18mm Series 10: 50mm
Series 06: 11mm Series 08: 13mm Series 10: 20mm
Recommended channel lengths: 2,000, 3,000, 6,000mm
Series 06: 10mm Series 08: 18mm Series 10: 50mm
Series 06: 11mm Series 08: 13mm Series 10: 20mm
Inner e-chain® width
Bend radius [mm]
Number channel pieces
Travel 300 [mm])
Channel section length [mm]
Total length [mm]
Residual length [mm]
Inner e-chain® width
Bend radius [mm]
Number channel pieces
Travel 300 [mm])
Channel section length [mm]
Total length [mm]
Residual length [mm]
Channel section length [mm]
Total length [mm]
Bend radius [mm]
Inner e-chain® width
Version (series)
End infeed
Channel section length [mm]
Total length [mm]
Bend radius [mm]
Inner e-chain® width
Version (series)
2 carriages opposite directions
microflizz® asanendinfeedversionwithatotallengthof5,000mm,consistingoftwo2,000mmchannels
and channel with residual length 1,000mm
micro flizz® Order example End infeed
Order example end infeed
Calculate the number channel
sections needed (n)
