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18

ENGLISH

ENGLISH

5.3.

PROGRAMMING

To program operation of the automated system, use the
microswitches as shown  below.

1

2

3

4

5    6     7

 Logic

SW1

SW2

SW3

E1

ON

ON

ON

B

OFF

ON

ON

S2

ON

OFF

ON

E2

OFF

OFF

ON

A1

ON

ON

OFF

C

OFF

ON

OFF

S1

ON

OFF

OFF

A2

OFF

OFF

OFF

Pause time (sec) (1)

       Logic

A1-A2-S2

S1

SW4 SW5

5

15

ON

ON

10

30

OFF

ON

30

60

ON

OFF

120

180

OFF

OFF

ON

OFF

Operation of indicator-light

Gate status

SW6

Closed

Opening/Open

Closing

ON

OFF

Steady light

Flashing  lamp

Light

Off

Steady light

Pre-flashing (2)

SW7

Yes

ON

No

OFF

(1) Pause times include pre-flashing if any
(2) Pre-flashing begins  5” before every movement.

Ü

You must press the RESET push-button after every
programming job.

Function logics

The following are available:
A1/A2 = “Automatic”

S1/S2 = “Safety device”

E1/E2/B  = “Semi-automatic”

C = “Dead man”

Operation of the automated system in the different logics
is indicated in Tables 5-6-7-8-9-10-11-12.

Pause time

Pause time is waiting time during opening  before re-closing
when an automatic logic was selected.
Pause times include pre-flashing if any

Operation of indicator

-

light

Used to change the behaviour of the indicator

-

light at closing

by making it flash.

Pre-flashing

Flashing  lamp pre-flashing time of 5 sec before any movement
can be selected. This warns anyone near the gate that it is
about to move.

PULSES

LOGIC A1

SAFETY DEVICES

no effect

freezes pause until

disengagement

reverses motion

no effect

no effect

STOP

no effect

stops the count

stops
stops

no effect

GATE STATUS

CLOSED

OPEN IN PAUSE

CLOSING

OPENING

STOPPED

OPEN A - OPEN B (1)

opens and re-closes

 after pause time (2)

re-closes after 5" (3)

reverses motion

no effect

re-closes (2)

TABLE 5

 LOGIC A1 (AUTOMATIC)

PULSES

LOGIC A2

SAFETY DEVICES

no effect

when disengaged,

re-closes after 5”

stops and reverses

at disengagement (2)

no effect

no effect

STOP

no effect

stops the count

stops

stops

no effect

GATE STATUS

CLOSED

OPEN IN PAUSE

CLOSING

OPENING

STOPPED

OPEN A - OPEN B (1)

opens and  re-

closes after pause

time (2)

re-closes after 5" (3)

reverses motion

no effect

re-closes (2)

TABLE 6

 LOGIC A2 (AUTOMATICA PLUS)

LOGIC S1

PULSES

GATE STATUS

CLOSED

OPEN IN PAUSE

CLOSING

OPENING

STOPPED

OPEN A - OPEN B (1)

opens and  re-

closes after pause

time (2)

  closes

immediately (2-3)

reverses motion

reverses motion

re-closes (2)

STOP

no effect

stops the count

stops

stops

no effect

SAFETY DEVICES

no effect

when disengaged,

re-closes after 5”

reverses motion

no effect

no effect

TABLE 7

 LOGIC S1 (SAFETY DEVICE)

LOGIC S2

PULSES

STOP

no effect

stops the count

stops

stops

no effect

GATE STATUS

CLOSED

OPEN IN PAUSE

CLOSING

OPENING

STOPPED

OPEN A - OPEN B (1)

opens and  re-

closes after pause

time (2)

  re-closes

immediately (2-3)

reverses motion

reverses motion

re-closes (2)

SAFETY DEVICES

no effect

freezes pause until

disengagement

stops and reverses

atdisengagement (2)

no effect

no effect

TABLE 8

  LOGIC S2 (SAFETY DEVICE PLUS)

TABLE 9

  LOGIC E1 (SEMI-AUTOMATIC)

SAFETY DEVICES

no effect

no effect

reverses motion

no effect

no effect

GATE STATUS

CLOSED

OPEN

CLOSING

OPENING

STOPPED

OPEN A - OPEN B (1)

opens (2)

re-closes (2)

reverses motion

stops

re-closes (when safety

devices are engaged,

it re-opens) (2)

STOP

no effect

no effect

stops

stops

no effect

PULSES

LOGIC E1

TABLE 10

  LOGIC E2 (SEMI-AUTOMATIC PLUS)

SAFETY DEVICES

no effect
no effect

stops and reverses

at disengagement (2)

no effect
no effect

GATE STATUS

CLOSED

OPEN

CLOSING

OPENING

STOPPED

OPEN A - OPEN B (1)

opens (2)

re-closes (2)

reverses motion

stops

re-closes (when safety

devices are engaged,

it re-opens) (2)

STOP

no effect
no effect

stops

stops

no effect

PULSES

LOGIC E2

TABLE 11

  LOGIC B (SEMI-AUTOMATIC)

GATE STATUS

CLOSED

OPEN

CLOSING

OPENING

STOPPED

LOGIC B

PULSES

OPEN A

opens (2)

no effect

no effect
no effect

completes

 opening (2)

OPEN B (4)

no effect

closes(2)

no effect
no effect

completes

closing (2)

STOP

no effect

no effect

stops movement
stops movement

no effect

SAFETY DEVICES

no effect

prevents closing

stops movement

no effect

prevents

closing

Summary of Contents for 884 mct

Page 1: ...t umweltfreundlich 100 Altpapier pour la nature papier recyclé 100 for nature recycled paper 100 per la natura carta riciclata 100 para la naturaleza 100 papel reciclado C ERME T A Z I E N D A C E R TIF I C A T A UNI EN ISO 9001 085 ...

Page 2: ...em s main switch 12 An omnipower switch shall be provided for the installation with an opening distance of the contacts of 3 mm or more Alternatively use a 6A thermomagnetic breaker with multi pole switching 13 Ensure that there is a differential switch up line of the electrical system with a trip threshold of 0 03A 14 Check that the earthing plant is in perfect condition and connect it to the met...

Page 3: ...ing gate By using a self braking motor the system is guaranteed to be mechanically locked when the motor is not in operation so a lock does not need to be installed The gear motors have adjustable mechanical clutches to ensure correct use of the automation A convenient manual release device allows the gatetobeopenedintheeventofapowerfailureormalfunction The electronic control unit is incorporated ...

Page 4: ... mount the pinion on the transmission shaft and fit the casing provided as shown in fig 6 4 4 MECHANICAL INSTALLATION 1 Remove the casing 2 fig 2 and position the gear motor on the foundation plate Fit but do not tighten the washer the split washer and the nut as shown in fig 7 2 Fit the adjustment screws on the gear motor base as shown in A fig 8 3 Adjust the height of the feet while keeping the ...

Page 5: ... with adequate tripping threshold Connecttheearthcabletotheappropriateseatontheoperator base see fig 20 The operator is equipped with a safety device fig 1 ref 7 activated by the release device If enabled it prevents any manoeuvre by the operator Observing the instructions in Fig 3 lay the raceways and make the electric connections of the 884 T control board to the selected accessories Always sepa...

Page 6: ...3 4 5 6 7 8 9 10 11 12 13 14 15 MOTOR LINE FCA FCC LAMP T1 T2 T3 N L1 L2 L3 400V 3ph N R S T M 3Ph 230 V MOTOR LINE T1 T2 T3 N L1 L2 L3 230V 3ph Fig 15 LED A LED OPEN LED B LED OPEN PARTIALLY CLOSE LED STOP LED STOP LED FSW LED SAFETY DEVICES LED FCC LED CLOSING LIMIT SWITCH LED FCA LED OPENING LIMIT SWITCH SW1 RESET PUSH BUTTON J1 DECODER CONNECTOR J2 LOW VOLTAGE TERMINAL BOARD J3 FAAC LAMP CONNE...

Page 7: ...ave no effect during opening If engaged when the gate is open or pausing closing safety devices prevent its closing To install several safety devices connect the N C contacts in series ÜIf closing safety devices are not connected jumper this input to the common terminal 5 5 Common for commands 6 Common for powering accessories 7 Positive pole for powering 24Vdc accessories Max load of accessories ...

Page 8: ...t GATE STATUS CLOSED OPEN IN PAUSE CLOSING OPENING STOPPED OPEN A OPEN B 1 opens and re closes after pause time 2 re closes after 5 3 reverses motion no effect re closes 2 TABLE 6 LOGIC A2 AUTOMATICA PLUS LOGIC S1 PULSES GATE STATUS CLOSED OPEN IN PAUSE CLOSING OPENING STOPPED OPEN A OPEN B 1 opens and re closes after pause time 2 closes immediately 2 3 reverses motion reverses motion re closes 2 ...

Page 9: ...late a further 10 mm and secure it provisionally on the rack by two weld spots 4 Manually take the gate to closing position leave it 5 cm from the limit stop 5 Allow the plate to slide over the rack in closing direction As soon as the FCC limit switch LED on the 884 T control board fig 13 goes off move the plate a further 10 mm and secure it provisionally on the rack by two weld spots Note The pla...

Page 10: ... A safety microswitch in the release system prevents the automation from being activated by accidental commands 7 fig 2 Close the door and open or close the gate manually 8 RETURN TO NORMAL OPERATION Open the door in the casing using the triangular key provided see fig 24 Move back the lever shown in fig 25 up to the mechanical stop pos AUTOMATIC Close the door 9 MAINTENANCE When performing mainte...

Page 11: ...for sliding gates is an electromechanical operator which transmits movement to the leaf by means of a pinion with rack or chain coupled in an appropriate manner to the sliding gate If automatic operation has been selected sending an impulse causes the gate to reclose on its own after the selected pause time If semiautomatic operation has been selected a second impulse must be sent to reclose the g...

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