1) GENERAL INFORMATION
The SASA anti-panic breakout system is designed to meet the safety requirements
necessary for the escape route in case of emergency. The device can be applied
to leaves made of commercial profi les with a thickness of 40mm.
INTENDED USE (FIG. A AND B)
SASA is a breakout leaf device allowing to push open the leaves of an automatic door
model VISTA SL A200 1-2 and VISTA SLK 1-2 also when the door is closed.
SASA 1AM: is used in doors with one moving leaf (mod. VISTA SL A200 1, VISTA
SLK 1)
SASA 2AM: is used in doors with two moving leaves (mod. VISTA SL A200 2, VISTA
SLK 2)
SASA 1AMF: is used for doors with one moving leaf plus one semi-fixed leaf (mod.
VISTA SL A200 1, VISTA SLK 1)
SASA 2AMF: is used for doors with two moving leaves plus two semi-fixed leaves
(mod. VISTA SL A200 2, VISTA SLK 2)
2) USE LIMITATIONS
The breakout direction (opening) of the leaves in relation to the VISTA SL A200 /
VISTA SLK crosspiece is shown in FIG. A and B.
Please remember that, if the fixed part of the door (FIG.B) is fitted externally, the fixed
parts must be fitted with the most suitable breakout system too. If it is necessary
to fit the fixed parts without breakout, they have to be fitted internally (FIG.A).
N.B. The SASA device can be fitted and controlled only on automatic doors mod.
VISTA SL A200 1-2, VISTA SLK 1-2 fitted with a control unit mod. ARIA - EVO.
3 - TECHNICAL SPECIFICATIONS
LEAF WIDTH
(MM)
SASA 1AM - SASA 1AMF
The weight of the leaf must include the weight of the
500
600
700
800
900
1000
1100
1200
SASA KPH PHOTOCELL TECHNICAL SPECIFICATIONS
Power supply
Operating temperature
Relay output
Protection rating
Technology
Adjustments
Colour of the photocell cables
Wiring colour
4) COMPONENT IDENTIFICATION FIG.AJ
FIG.AJ shows an exploded view of the components making up the device for one
leaf only (the second leaf is symmetrical).
1) Joint shaft reinforcement
2) Leaf fixing profile
3) Reinforcement plate for leaf fixing profile
4) Latch bolt
5) Leaf fixing profile plugs
6) Runner fixing profile
3) Reinforcement plate for runner fixing profile
8) Bushings
9) Runner fixing profile plug
10) Screw covering gasket for bottom runner profile
11) Bottom runner profile
INSTALLATION MANUAL
LEAF MAX WEIGHT (KG)
SASA 2AM - SASA 2AMF
system SASA (12 Kg)
120
120
120
100
120
100
120
70
120
60
120
50
110
12-24 V AC ±10%
12-24 V DC –5/+30%
-20 / +55°C
max voltage at the contacts 50 V DC / 50 V AC
max current 1 A (resistive)
max break power 30 W (DC) / 50 VA (AC)
IP 65
Active infra-red
DIP SWITCH
Receiver: Green/Black or Black/Blue
Transmitter: Yellow/Black or Grey/Blue
Receiver: Green or Black
Transmitter: Yellow or Grey
12) Limit stop blocks
13) SASA KPH photocell support group (Not supplied)
14) FPA1 photocell (Not supplied)
15) Semi-fixed leaf release system (Supplied on SASA1 AMF and 2 AMF)
16) Release fixing plate (Supplied on SASA1 AMF and 2 AMF)
17) Top retainer (Supplied on SASA1 AMF and 2 AMF)
18) Bottom retainer (Supplied on SASA1 AMF and 2 AMF)
19) Reinforcement plate for leaf guide pin
20) Leaf guide pin
21) SASA magnetic sensor (Supplied on SASA1 AMF and 2 AMF)
22) Hinges for rh SASA, PRV 40.A53 (Not supplied)
23) Hinges for lh SASA, PRV 40.A54 (Not supplied)
24) Profiles protecting fixed/mobile leaf (length 2.5m), SASA PRA 2.5 (Not supplied)
25) Profiles protecting fixed/mobile leaf (length 5m), SASA PRA 5 (Not supplied)
26) Reduction cornice (length 6.82m), PRV 40.080 (Not supplied)
27) Reduction pillar (length 5.1m), PRV 40.120 (Not supplied)
5) LEAF PREPARATION (FIG. A AND B)
Fig.A and B show the dimensions of the SASA device and the reference drawing
for the height of the HAS leaf.
The height of the HAS leaf is determined by the following expression:
HAS VISTA SL A200
= HFT - 250
HAS VISTA SLK
= HFT - 201
dove:
HAS
= height of the leaf frame to apply the SASA device
HFT
= fixing height of the VISTA SL A200 crosspiece
The device is supplied with a standard length and can receive a 1200 mm wide
leaf (max).
6) CORRECTLY IDENTIFY THE BREAKOUT DIRECTION OF THE MOVING
LEAF (FIG.A AND B)
SASA 2AM - SASA 2AMF
The profiles of both devices are machined symmetrically
SASA 1AM - SASA 1AMF
Both ends of the device are machined so as to allow the device to be both
right- and left-fitted.
NOTE: think about the half door you are interested in.
7) PREPARING THE MOVING LEAF (SASA 1 AM and SASA 2 AM)
Machine the upright and crosspieces as shown in FIG. C.
NOTE: If the thickness of the leaf frame is not suitable to fix the leaf to the device,
a reinforcement must be used as shown in FIG. D2 and in FIG. E.
8) CUT TO SIZE (FIG. H AND I)
-
Assemble the joint shaft (FIG. D1-D2)
-
Identify the breakout direction and insert the leaf fixing profile (FIG. F)
-
Insert the joint shaft and leaf fixing profile into the leaf (FIG. G)
-
Position the runner fixing profile (FIG. I)
-
Determine the cutting dimension of the leaf fixing profile (FIG. H) and runner
fixing profile (FIG. I)
9) FIXING THE JOINT SHAFT AND PROFILE TO THE LEAF (FIG. J)
NOTE: IIf the thickness of the leaf frame is not suitable to fix the leaf to the device,
a reinforcement must be used as shown in FIG. D2 and in FIG. E.
10) FITTING AND ADJUSTING THE LATCH BOLT FORCE (FIG K, L AND M)
11) REINFORCEMENT PLATE ASSEMBLY (FIG. N - O)
12) RUNNER FIXING PROFILE ASSEMBLY (FIG. P - Q)
13) BUMPING BLOCK ASSEMBLY (ONLY FOR VISTA SL A2002) (FIG. R)
14) CLOSING PLUG ASSEMBLY (FIG.S)
15) FITTING AND FIXING THE PIN ONTO THE LOWER PART OF THE LEAF
(FIG. T)
NOTE: If the thickness of the leaf frame is not suitable to fix the leaf to the device,
a reinforcement must be used as shown in FIG. T1
16) BOTTOM RUNNER PROFILE ASSEMBLY FIG. U - V - W - X
-
Determine the length of the bottom runner profile FIG. U 1
-
Fix at the bottom with the screws supplied FIG. U 2-3-4
-
Insert the screw covering gaskets FIG. V
-
Insert the leaf guide pin FIG. W
-
Position the 2 limit stop blocks FIG X
17) LEAF HEIGHT ADJUSTMENT, LEAF CROSSWISE ADJUSTMENT (FIG. Y)
18) LEAF TILT ADJUSTMENT (FIG. Z)
If the scissors effect between the runner fixing profile and the leaf fixing
SASA 1 AM - SASA 1 AMF / SASA 2 AM - SASA 2 AMF -
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