FAAC 950N, Manual

950N 14 

732708

 - Rev. F

ENGLISH

IT

ALIANO

1) With regard to the operator securing position (on the 

architrave or door) and the type of arm used (push or sliding) 

refer to the corresponding installation Table and drill the 

holes required for securing the operator and the pull arm.

Please note:

 The two intermediate operator securing holes 

are not centred (see installation Tables). The offset holes 

make it possible to secure the operator in the correct sense 

of rotation of the mechanism. The installation Tables are 

as follows:

Table. A: 

A R C H I T R AV E   I N S TA L L AT I O N 

(ARTICULATED

PUSH ARM): outward opening.

Table. B:

DOOR INSTALLATION (ARTICULATED

PUSH ARM): inward opening.

Table. C:

  ARCHITRAVE INSTALLATION (SLIDING

ARM LENGTH 430 mm): inward opening.

Table. D:

ARCHITRAVE INSTALLATION (SLIDING

ARM LENGTH 330 mm): inward opening.

2) Install the housing securing brackets (fig.1 ref. ©) and 

tighten  the  fixing  screws.  Insert  the  fixing  screws  in  the 

housing, without tightening them completely.

4 INSTALLATION

4.1  SECURING THE OPERATOR

   The architrave (or door) structure designed 

for securing the operator must not be warped. 

-The operator must be secured parallel with the 

floor. 

    Should use of a sliding arm be required, in-

stall the transmission arm before securing the 

operator to the architrave (see paragraph 4.2.2 

or 4.2.3)

3.3  MAXIMUM DOOR OPENING ANGLE

ARTICULATED ARM

INSTALLATION 

TYPE

DOORPOST 

DEPTH (mm)

MAXIMUM 

OPENING 

ANGLE

Operator on 

architrave

0

100°

125

110°

250

125°

Operator on door

0

100°

SLIDING ARM

INSTALLATION 

TYPE

DOORPOST 

DEPTH (mm)

MAXIMUM 

OPENING 

ANGLE

Operator on 

architrave

arm 

L=430 mm

0

90°

160

105°

Operator on 

architrave

arm

L=330 mm

0

90°

160

90°

3) Secure the operator using the six M6 screws and washers 

in the previously drilled holes, as per the drilling templates

4.2  INSTALLING THE TRANSMISSION ARMS

   It is always advisable to adjust the 

mechanical stops inside the opening/

closing operator so that they are occupied 

when the leaf reaches its mechanical 

stops.

4.2.1  INSTALLING THE ARTICULATED ARM 

Refer to the figure on page 1

1) Close the door.

2) Release the telescopic arm 

a

 by loosening the coupling 

screws to allow it to slide.

3) Secure the coupling 

b

 , to the operator motion 

transmission shaft connection, using the provided screw 

g

so that the arm is installed perpendicular to the operator  

c

.   

4) Secure the arm 

c

 to the coupling 

b

  using the two 

provided screws  

d

 . 

   Should a greater distance be required 

between the operator and the arm, use the 

shaft extensions, available as accessories, 

until the desired distance is reached. 

5) Turn the arm 

c

 until the arm 

a

 is perpendicular to the 

closed door or architrave.

6) Secure the arm plate 

h

 to the door or to the architrave 

using two M6 screws and washers.

7) Tighten the four screws 

f

 securing the telescopic arm 

a

 .

8) Manually verify that the door freely opens and closes 

completely and stops on the leaf mechanical stop.

Important:

 The two transmission arms must never touch 

each other.

4.2.2  INSTALLING THE SLIDING ARM 

  (inward opening)

   IMPORTANT: When installing an sliding 

arm, before powering the system, set 

micro-switch nr. 2 to ON.

Refer to the figure on page 4.

   Install the arm 

g

  on the transmission 

shaft before securing the operator to the 

architrave.

1) Insert the screw  

h

 in the coupling

 f

 . 

2) Secure the arm 

g

 to the coupling

  f

 using the two 

provided screws

 i

.

3) Insert the coupling 

f

 on the operator transmission shaft 

so that the arm is secured at a 45° angle outward.

4) Tighten the operator screw 

h

.

   Should a greater distance be required 

between the operator and the arm, use the 

shaft extensions, available as accessories, 

until the desired distance is reached 

5) Screw the part

 f 

to the arm 

g 

.

6) Insert the part  

e

 into the part 

 f

  and join them using 

a Seeger ring 

k