Movex 553 FLEXTOP - Divider - Merger - Sorter - Complete dimensioning solution

Divider - Merger - Sorter - Complete dimensioning solution
ENGINEERING MANUAL 22
Below sketch of the typical schemes can be done with
the 553 FlexTop belt.
W
b
W
d
S
d
S
b
T
c1
T
c2
T
u
W
e
L
i
L
o
L
tot
W
e
•
•
•
•
•
•
•
•
•
•
•
•
FlexTop belt width
Directional belt width
Directional belt speed
FlexTop belt speed
Climbing time
Crossing time
Useful time
Exit width
Infeed length
Outfeed length
Total conveyor length
Exit width
• FlexTop belt width (bigger than goods width, multiple of 3” standard measure):
• Directional belt width (at least 1,5 times the goods length):
• Goods pitch (if not provided as input, at least long as Wd):
• Goods speed (if not provided as input, can be calculated from capacity):
• FlexTop belt speed (considering all spheres running on a flat plate):
• Climbing time:
• Crossing time:
• Useful time (net available time for directioning):
• Exit width (considering the good coming in the middle of the FlexTop belt):
• Directional belt speed:
• Infeed length (mandatory):
• Outfeed length (optional):
• Total conveyor length:
L
o
=
2
L
i
• L
g
• W
g
• C
• P
g
Goods length (mm)
Goods width (mm)
Capacity - n° of goods per minute (N°/min)
(or S
g
goods speed m/min)
Goods pitch (mm)
1000
P
g
S
g
=
*
C
W
e
=
W
b
2
T
c1
=
L
g
S
g
T
c2
=
W
d
S
g
Formulas:
T
u
= T
c2
– T
c1
L
tot
= L
i
+ L
o
+ W
d
S
b
= S
g
P
g
= W
d
W
d
= 1,5 * L
g
L
i
≥ L
g
In case of dierent movement required, please
provide information to your sales representative
and you will receive required support.
W
b
≥
76,2
W
g
to catalog width
Inputs:
Outputs:
W
d
L
I
L
O
W
g
contact with Directional belt
W
b
L
g
S
d
S
b
Goods length corresponds to
the running side, not always
to the longer side of the goods!
!
L
g
L
g
W
g
W
b
W
d
S
d
S
g
S
b
Good length
Good width
FlexTop belt width
Directional belt width
Directional belt speed
Good speed
FlexTop belt speed
Legend:
553 FlexTop belt Good Directional belt
Complete dimensioning solution
Below the main functional scheme for a typical application of product lateral movements.
Shown formulas help calculating main information to create a complete unit.
In black are indicated required input, in red are indicated output that can be calculated with the following formulas:
S
g
1
2
*
W
e
S
d
=
[W
e
+ (W
g
/ 2)]
T
u
1000
*