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Micro flizz® - A system for the safe guidance of energy, data and air

Manage long travels with the smallest of e-chains® without failures

micro flizz® - compact, quiet and cost-saving system for a secure guidance of power, data and air as a maintenance-free alternative to a busbar.

  • e-chain® is guided in special profile, no gliding
  • Control option via stationary switch cabinet
  • Accelerations of up to 50 m/s2, working speeds of up to 6 m/s and data rates of up to 10 Gbit/s
  • Fast assembly due to pre-configured, modular design
  • Less space required
  • Also available as pre-assembled system
  • Smooth running due to ball bearings in the guide carriages
  • Also available with electrically conductive ESD e-chain®
  • 3 sizes available: cable diameters MF06: max. Ø 8.0mm, MF08: max. Ø 9.5mm, MF10: max. Ø 16mm

Typical industries and applications
storage and retrieval units, indoor cranes, industrial gates, working stations, sewage treatment plants, camera systems, sliding doors, operator panels, measuring systems, studio equipment, material handling
 

 
Application potentials for Micro flizz®

In the picture: Storage and retrieval units for high-bay warehouses, indoor cranes, industrial gates, work station equipment.
Other application areas: Sewage plants, camera systems, sliding doors, control cabinets, measuring systems, studio equipment (lighting), materials handling systems.

 
Micro flizz® technical facts

1

Separate upper and lower runs on the flizz® e-chain®,
hence less friction and reduced power consumption in motion

2

"Wings" firmly hold the e-chain® in the guide channel

3

Plastic spring enables the e-chain® to roll softy in the flizz® channel, thereby significantly reducing the noise

4

Integrated strain relief in the carriage for secure fixing of the cables

5

Universal connection through three T-slots possible

6

The e-chain® is fastened at the moving end via the moving end carriage

7

Usable in the counter direction, which means double filling or two separate travels is possible

Micro flizz® details  

Separate upper and lower runs: wings fold in in the radius. e-chain® glides freely

Fold out in the extended condition, the e-chain® firmly holds in the Micro flizz® guide channel

Energy, data, pneumatics in the smallest space. chainflex® cables are optimally designed for this application

 

Polymer spring dampens the rolling noise of the e-chain® in the flizz® channel - thus minimizes noise emission

Micro flizz® accessories: Moving end
connector for compressed air coupling

Potential application area for the micro flizz®: Storage and retrieval units, indoor cranes, etc.

Lower run moves, glides

Before: Lower run moves - glide mode. Long travels require large, stable types of e-chain®

 
Self-guiding e-chain®

Today: Micro flizz® - Small e-chain® self-guiding in the guide channel - Friction reduced by a factor of 3 compared with conventional designs.

 
Micro flizz® Series MF06
Micro flizz® Series MF08
Micro flizz® Series MF10
 
 
 

Delivery program MF06

Order no. Bi
[mm]
Ba
[mm]
hi
[mm]
ha
[mm]
R
[mm]
   
 MF.06.10.018 10 19 11 17 018 Upon request 
More about selected part:
3D-CAD PDF Quote request Price list myCatalog

further dimensions  
Installation height for the complete system: 108,48 mm
Installation width of the complete system: 29,5 mm
Recommended length of the trough sections: 2.0 m, 3.0 m and 6.0 m - Material: Aluminum die-casting
Maximum cable/hose outer diameter: Ø 8 mm
   

Delivery program MF08

Order no. Bi
[mm]
Ba
[mm]
hi
[mm]
ha
[mm]
R
[mm]
   
 MF.08.18.035 18 29 13 21 035 Upon request 
More about selected part:
3D-CAD PDF Quote request Price list myCatalog

further dimensions  
Installation height for the complete system: 161 mm
Installation width of the complete system: 40,5 mm
Recommended length of the trough sections: 2,0 m, 3,0 m and 6,0 m - Material: Aluminum die-casting
Maximum cable/hose outer diameter: Ø 9,5 mm
   

Delivery program MF10

Order no. Bi
[mm]
Ba
[mm]
hi
[mm]
ha
[mm]
R
[mm]
   
 MF.10.50.075 50 63 20 27.5 075 Upon request 
More about selected part:
3D-CAD PDF Quote request Price list myCatalog

further dimensions  
Installation height for the complete system: 275 mm
Installation width of the complete system: 107,6 mm
Recommended length of the trough sections: Standard trough pieces 2 m length, anodised aluminium extruded profile
Maximum cable/hose outer diameter: Ø 16 mm
   

Order example - end infeed

Micro flizz® as an end infeed version with a total length of 5000 mm, distributed over 2 channels of 2000 mm each and 1 channel with a residual length of 1000 mm

Bi = e-chains® internal width
R = bending radius [mm]
n= number of channel pieces
S = travel distance = L- 300[mm]
F = field length [mm]
L = total length [mm]
X = remaining length [mm]

MF.06.10.018.5000/2000 Version MF06
MF.08.18.035.5000/2000 Version MF08
MF.10.50.075.5000/2000 Version MF08
 
MF = Micro flizz® End infeed
06./08.10 = Version(Series)
10./18.50 = e-chains® Inner width
018./035./075 = Bending radius [mm]
5000/2000 = total length / field length [mm]

 

This is how you work out the number of channel sections required (n):
n=L/F
Then round the result down.
 
1 = Fixed end
2 = Moving end (-carriage)
F = Recommended channel length
Bi = Series 06: 10 mm / Series 08: 18 mm / Series 10: 50 mm
hi = Series 06: 11mm / Series 08: 13 mm / Series 10: 20 mm

Order example - 2 carriages running in the opposite direction

Micro flizz® assembled with 2 carriages in opposite directions - total length 10,000 mm, distributed over 2 channels of 3,000 mm each, the infeed module (200 mm) and 2 channel each with a residual length of 1,900 mm.

Bi = e-chains® internal width
R = bending radius [mm]
n = number of channel pieces
S = travel distance = L- 300[mm]
F = field length [mm]
L = total length [mm]
X = remaining length [mm]

MFG2.06.10.018.5000/2000 Version MF06
MFG2.08.18.035.5000/2000 Version MF08
MFG2.10.50.075.5000/2000 Version MF08
 
MFG2 = micro flizz® 2 carriages running in opposite directions
06./08./10. = Version (Series)
10./18./50. = e-chain® inner widths
018./035./075. = Bending radius [mm]
5000/2000 = Total length/field length [mm]

 

This is how you work out the number of channel sections required (n):
n=2*(L-200)/(2*F)
Then round the result down.
 
1 = Fixed end
2 = Moving end (-carriage)
F = Recommended channel length
Bi = Series 06: 10 mm / Series 08: 18 mm / Series 10: 50mm
hi = Series 06: 11mm / Series 08: 13 mm / Series 10: 20 mm