2.5
VPA
VL
LT/LC
25 25
S
S
LT/LC
L
T/L
C
PC
BP
P
C
Fig.
2
Fig.
3
Fig.
4
VL = gross opening
VPA = net doorway width
PC = electric wire raceway
F = side fixed
BP = rail + runner on the floor
LT/LC =automation length / casing length
S = thickness profile
2 Wings with opening toward the right
4 Wings
2525
LT/LC
P
C
B
P
BP
B
P
B
P
P
C
F
F
F F
25
25
F
SS
VPA
VL
25
S
25
F
25
25
F
S
B
P
F
LT/LC
VPA
VL
S
25
25
F
S
PC
L
T
/
LC
P
C
B
P
F
BP
6
K200T-K280T
VPA = net doorway width
BP = rail + runner on the floor
S = thickness profile
VL = gross opening
PC = electric wire raceway
LT/LC =automation length / casing length
F = side fixed
VPA = net doorway width
F = side fixed
LT/LC =automation length / casing length
S = thickness profile
BP = rail + runner on the floor
VL = gross opening
PC = electric wire raceway
INSTRUCTIONS FOR INSTALLATION AND USE
MODELS
EN
Three automation models are available:
- Automation for 4 wings version 2 right and 2 left (Fig.2) which allows the wings to slide simultaneously toward
the right and toward the left;
- Automation for 2 wings version right (Fig.3) which allows the wings to slide in one direction only. The figure
shows an application with the direction of opening toward the right (seen from the front of the automation);
- Automation for 2 wings version left (Fig.4) which allows the wings to slide in one direction only. The figure shows
an application with the direction of opening toward the left (seen from the front of the automation).
At the time of ordering a two-wing application, always specify the direction of opening using the front view of the
automation as your reference.
To comply with the safety regulations, the size of the passage VPA must be smaller than the size of opening
VL. The size of the passage VPA may be the same as the opening VL when the door upright does not have any
rounding and/or protrusions that could cause a shearing effect in relation to the top section of the door frame.
2 Wings with opening toward the left
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