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20

ENGLISH

ENGLISH

Fig. 31

5.3.

DIPSWITCH SETTINGS

To program the operation of the automation, set the dipswitches
as shown in the diagram above.

Ü

Press the RESET button after all programming operations.

(1) With the pre-flashing selected, movement starts after 5 seconds.
(2) If the impulse is sent during pre-flashing, the timer is reset to zero.

5.4.

FAULT CONDITIONS

The following conditions effect normal operation of the
automation:

a

microprocessor error

b

intervention of the electronic safety timer (interruption of
operation after continuous working time exceeds 255
seconds).

c

disconnection of the limit switch cable connector

Conditions 

a

 and 

b

 have the sole effect of causing the

automation to stop.

Condition 

c

  causes an alarm condition inhibiting all

operation:

normal operation is only resumed after the cause of
the alarm has been eliminated and the RESET button
has been pressed (or the power supply has been
momentarily interrupted).

To signal this condition, the warning light must be connected:
an alarm condition is signalled by rapid flashing (0.25 sec) of
the warning light.

5.5.

POSITIONING THE TRAVEL STOP PLATE

The 746 operator is fitted with an inductive proximity limit switch
(Fig.1 - ref.3). When the latter detects the passage of a plate
fastened to the top of the rack, it stops the movement of the
gate.
To position the two travel stop plates correctly, proceed as
follows:
1)

Connect the limit switch connector to the 746MPS control
unit in accordance with the direction of gate closure
(paragraph 5.2.3. and Figs. 28/29).

2)

Assemble the limit switch, positioning the stop plate cen-
trally relative to the threaded studs of the bracket (Fig.32).

3)

Switch on the power supply.

4)

Move the gate by hand towards it closed position, stop-
ping approximately 2 cm from the physical travel stop.

5)

Set brake-adjusting trimmer TR1 approximately to its cen-
tral position (Fig.23 - ref.TR1).

TABLE 5

 LOGIC A1 (AUTOMATIC)

Operating logics

There are four operating logics available:

A1

= Automatic

A2

= Automatic Plus

E1

= Semi-automatic

E2

= Semi-automatic Plus

Operation of the different logics is described in tables 5-6-7-8.

Pause time

The pause time is amount of time the gate remains open
before it recloses when an automatic control logic is selected.
Pause times include the pre-flashing time, if selected.

Pre-flashing

It is possible to select 5 seconds pre-flashing of the flashing light
before any gate movement. This serves to warn any persons in
the vicinity that the gate is about to start moving.

1

2

3

4

5

Pre-flashing

SW5

Yes

ON

No

OFF

Logic

SW1

SW2

E1

ON

ON

A1

OFF

ON

E2

ON

OFF

A2

OFF

OFF

 Pause time
 (sec)

SW3 SW4

            

5

ON

ON

            

10

OFF ON

            

30

ON OFF

           

120

OFF OFF

ON

OFF

TABLE 6

 LOGIC E1 (SEMI-AUTOMATIC)

TABLE 7

  LOGIC A2 (AUTOMATIC PLUS)

TABLE 8

  LOGIC E2 (SEMI-AUTOMATIC PLUS)

LOGIC A1

IMPULSES

GATE STATUS

OPEN

STOP

SAFETY

CLOSED

opens and recloses

after pause time  (1)

no effect

no effect

OPEN

recloses

after 5"  (2)

stops counting

freezes pause untill

disengagement

CLOSING

inverts motion

stops

inverts motion

OPENING

no effect

stops

no effect

STOPPED

recloses

immediately (1)

no effect

no effect

LOG IC E1

IM PULSES

GATE STATUS

OPEN

STOP

SAFETY

CLOSED

opens  (1)

no effect

no effect

OPEN

recloses  (1)

no effect

no effect

CLOSING

inverts motion

stops

inverts motion

OPENING

stops

stops

no effect

STOPPED

recloses (reopens

when safety devices

are engaged)  (1)

no effect

no effect

LO G IC  A 2

IM P U LS ES

G A TE   S TA TU S

O P E N

S TO P

S A FE TY

C LO S E D

open and recloses

after pause tim e (1)

no effect

no effect

O P E N

recloses

after 5"  (2)

stops counting

on disengagem ent
recloses after 5"  (1)

C LO S IN G

inverts m otion

stops

stops and inverts

m otion  w hen

disengaged   (1)

O P E N IN G

no effect

stops

no effect

S TO P P E D

recloses

im m ediately  (1)

no effect

no effect

LO G IC  E 2

IM P U LSE S

G A TE   STA TU S

O P E N

S TO P

S A FE TY

C LO S E D

opens  (1)

no effect

no effect

O P E N

recloses  (1)

no effect

no effect

C LO S IN G

invert m otion

stops

stops and inverts

m otion w hen

disengaged  (1)

O P E N IN G

stops

stops

no effect

S TO P P ED

recloses (reopens

w hen safety devices

are engaged)  (1)

no effect

no effect

Summary of Contents for 746 ER CAT

Page 1: ...TIF I C A T A UNI EN ISO 9001 085 746 746 MPS 746 746 MPS ist umweltfreundlich 100 Altpapier pour la nature papier recycl 100 for nature recycled paper 100 per la natura carta riciclata 100 para la na...

Page 2: ...resentepublicaci n todaslasmodificaciones que considere oportunas para el perfeccionamiento t cnico o para cualquier otro tipo de exigencia de car cter constructivo o comercial FAAC S p A Via Benini 1...

Page 3: ...bsequent amendments 91 368 EEC 93 44 EEC and 93 68 EEC complieswiththeessentialsafetyrequirementsinthefollowingEECDirectives 73 23 EEC and subsequent amendment 93 68 EEC 89 336 EEC and subsequent amen...

Page 4: ...automation with a contact opening distance of 3 mm or more We recommend the use of a 6A thermal magnetic circuit breaker with multi pole switching 13 Ensure that a residual current device with a trip...

Page 5: ...sk in oil bath Housing treatment cataphoresis Control unit 746 MPS Limit switches inductive with stop plates Gear motor dimensions LxHxD mm see Fig 2 Electric motor technical specifications Motor spee...

Page 6: ...r Fig 6 left handed closure to ensure that the pinion and rack mesh correctly 3 Prepare a foundation plinth as shown in Fig 7 and install the base plate providing one or more conduits for electrical c...

Page 7: ...rack to set the teeth of the two elements in phase as shown in Fig 17 6 Open the gate manually and weld the three threaded bushes Proceed in this manner until the rack covers the entire length of the...

Page 8: ...nsure correct meshing with the pinion Check manually that the gate reaches the mechanical travel lim its correctly and that it does not encounter friction during its travel Do not use grease or other...

Page 9: ...otor 24Vdc power supply for accessories pause time 5 10 30 120 sec Programming logic automatic A1 A2 semiautomatic E1 E2 pre flashing Motor braking adjustable by trimmer Safety timing 255 sec 5 1 2 74...

Page 10: ...are to be installed place a jumper across this input and the common terminal terminal 1or 5 6 24Vdc accessories power supply positive The maximum load of the accessories is 360mA To calculate power dr...

Page 11: ...rating logics There are four operating logics available A1 Automatic A2 Automatic Plus E1 Semi automatic E2 Semi automatic Plus Operation of the different logics is described in tables 5 6 7 8 Pause t...

Page 12: ...damaging the operator and or interruptions to service leave a distance of at least 2 cm from physical travel stops of the gate 5 6 TORQUE ADJUSTMENT The 746 automation system is equipped with an anti...

Page 13: ...turn off the electricity supply to the system before relocking the operator 1 Close the release lever 2 Turn the key anticlockwise 3 Remove the key and close the lock cover 4 Move the gate until the...

Page 14: ...a remote control or other suitable control device the control unit will start the motor to move the gate to the open position If automatic operation has been selected sending an impulse causes the gat...

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