Allmatic CT3IND Safety guide

ITA ENG FRA ESP DEU POR 1 / 10
6-1622598 REV.3 23/09/2020
Compatible from firmware version B3TS01
CONTROL UNIT CT3IND
Programmable Control board for sliding gates
Manual for installation
Compatible from firmware version B3TS01

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6-1622598 REV.3 23/09/2020
Compatible from firmware version B3TS01
ATTENTION: DO NOT INSTALL THE CONTROL UNIT WITHOUT READING THE INSTRUCTIONS FIRST !!!
THE INSTALLATION SHOULD BE PERFORMED ONLY BY QUALIFIED PERSONNEL.
The control board CT3IND is a device suitable for operating and controlling the industrial sliding gates with single-phase motor 230V and three-phase
400Vac, in a simple and complete way; it is designed to satisfy all possible needs.
The CT3IND is safe because it is designed with a sense that enables the detection of possible obstacles along the run, furthermore it has a motor
protector that enables to protect the motor in case of over current.
In each control unit it is installed a memory module where the transmitters ( transferable from a control unit to another) are learnt. It is equipped with
2 photocells inputs and 2 safety edges inputs, limit in opening and closing, security stops and a wide display with three keys for settings. It is also
equipped with output for courtesy light and flashing light. It is possible to connect an additional card (R1) to operate an auxiliary function (electric lock
or courtesy light).
Where planned there is also the control of the traffic lights outputs.
1. Introduction

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6-1622598 REV.3 23/09/2020
Compatible from firmware version B3TS01
1
T
1
2
3R
S(N)
(L)
Connect the power supply cable between the
clamps 1, 2 and 3 of the control unit if a three-
phase power supply 400 Vac is used.
Connect the power supply cable between the
clamps 2 and 3 if a single phase power supply
230Vac is used.
Do not connect the card directly to the electric
network. Put a device that can ensure the
disconnection of each pole from the power supply of
the control unit.
24
5
6
400 Vac
230 Vac
Jumper the clamps 4 and 5 in case a 400
Vac three-phase power supply is used .
Jump the clamps 5 e 6 in case a single-
phase 230Vac power supply is used .
Attention: execute the jumper in a correct way. A
wrong cabling of the jumper could compromise the
correct functioning of the control unit.
Use a cable with adapt section according to the
absorbed current by the motor.
7
8
3Connect the flashing light between the clamps 7 e 8
49
10
Connect the courtesy light between the clamps 9 and
10
Connecting a load 230Vac 100W MAX you can light
the operating area of the automation during each
movement. The functioning of the courtesy light is
controlled by a dedicated menu.
513
14
15
16
11
12
RED
GREEN
ALARM
The traffic light outputs are activated in this way:
During the opening and closing movement the
output relay RED (11-12) is activated.
With the gate open the output relay GREEN (13-14)
is activated.
With the gate closed the outputs RED and GREEN
are disabled (open relay)
The output ALARM (15-16) is activated under the
condition of the control unit not enabled to the nor-
mal functioning (i.e.. stop activated, thermal, menu
activated)
The outputs RED (11-12), GREEN (13-14) and
ALARM (15-16) are dry contacts (5A max) to
which a possible traffic light can be connected.
RED(11-12) and GREEN(13-14) are normally
open contacts (NO).
ALARM(15-16) is a normally closed contact
(NC).
6
20
18
It is possible to connect on this input, for example, a
magnetic loop that enables to give a closing pulse
to the automation. The input is excluded enabling
the functioning dead man. The counting of the time
of delay, starts from the release of the command
(opening of the contact)
This input plans the possibility to give a com-
mand of delayed closing to the automation.
7
20
19
It is possible to connect on this input, for example, a
magnetic loop that enables to give an opening pulse
to the automation. The input is excluded enabling
the functioning dead man.
This input plans the possibility to give an ope-
ning control to the automation.
COM.
S.S. 22
21
8Connect the STEP-BY-STEP button (S.S.)
between the clamp 21 and 22 of the terminal
box.
ATTENTION: leave it open if not used.
COM.
PED. 23
21
9Connect the PEDESTRIAN button (PED.)
between the clamp 21 and 23 of the terminal
box.
ATTENTION: leave it open if not used.
COM.
OPEN. 24
21
10
Connect the OPEN button between the clamp
21 and 24 of the terminal box.
ATTENTION: leave it open if not used.
Under the dead man mode, the step-by-step button
operates as open.
See function 
Under the mode dead man the pedestrian button
operates as close.
See function 
Use a flashing light without flashing circuit 230 Vac
60W max
2. Connections
POWER SUPPLY
FLASHING LIGHT
COURTESY LIGHT
TRAFFIC LIGHT
IN2
IN1
STEP BY STEP INPUT
PEDESTRIAN INPUT
OPEN INPUT
~
~
~
~

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Compatible from firmware version B3TS01
COM.
CLOSE. 25
21
11 Connect the button CLOSE between the clamp
21 and 25 of the control unit.
ATTENTION: Leave it open if not used.
21
26
COM.
STOP
12
Connect the NORMALLY CLOSED contact of
the STOP between the clamp 21 and 26 of the
terminal box.
ATTENTION: jumper the input 21 to the input
26 if not used.
Connect the NORMALLY CLOSED contact of the
OPENING LIMIT SWITCH (L.S.OP.) between the
clamp 21 and 27 of the terminal board.
Connect the NORMALLY CLOSED contact of the
CLOSING LIMIT SWITCH (L.S.CL.) between the
clamp 21 and 28 of the terminal box.
The automation can not work without limit
switches.
Before actioning the installation ensure that the limit
switches are functioning and correctly cabled.
13
21
27
28
COM.
L.S.CL.
L.S.OP.
14 30
29
• Connect the signal cable to the clamp 29 of
the control unit.
• Connect the earth of the antenna to the clamp
30 of the control unit.
The presence of the metallic parts or humidity in the
walls could have negative influences on the range
of the system. We suggest therefore to not place
the receiving antenna and/or transmitters near big
metallic objects, near the floor or on the ground.
15
31
32
33
COM.
PHOTO1
PHOTO2
Connect the NORMALLY CLOSED contact of
the photocell 1 (PHOTO1) between the clamp
31 and 32 of the terminal box.
Connect the NORMALLY CLOSED contact of
the photocell 2 (PHOTO2) between the clamp
31 and 33 of the terminal box..
ATTENTION: jumper the inputs 32 and 33 to
the clamp 31 if not used
The functioning of the PHOTOCELLS can be set
Entering the menu  and 
16
36
35
34
-
-
+
• Connect the clamp 36 of the control unit to
the clamp + of power supply for the
photocell’s transmitter.
• Connect the clamp 35 of the control unit to the
clamp - of power supply for the photocells
receiver and transmitter.
• Connect the clamp 34 of the control unit to
the clamp + of power supply for the photocells
receiver.
The photocells test is enabled by the menu 
ATTENTION: the control unit supplies a voltage of
24 Vdc and can supply a maximum power of 3W.
For the safety edges test connect the test device of
the edge on the power supply pin TX (test activated
with low logical signal 0Vdc.)
37
38
EDGE 1
39
40
EDGE 2
17
41
42
24 Vac Acccessories output 24 Vac 3W.
18
Connect the 230 Vac SINGLE PHASE motor
between the clamps 43 - 44 - 45.
Connect the neutral on the clamp 43, phase 1
on the clamp 44, phase 2 on the clamp 45 and
the capacitor between clamps 44 and 45.
In case that a THREE PHASE 400 Vac motor
is used, connect the three phases to the clamps
43, 44 and 45.
Before activating the automatism check that the
wiring of the motor is compliant with the installation.
To do this, follow the procedure of the preliminary
checks.
!!! Risk of electric shock !!!
CLOSE INPUT
STOP INPUT
LIMIT SWITCHES INPUTS
ANTENNA INPUT
PHOTOCELLS INPUT
PHOTOCELLS POWER SUPPLY
SAFETY EDGE INPUTS
43
44
45
19 ~
43
44
45
W
~
~
~
V
U
36
35
34
-
-
+
36
35
34
+
-
+
Connect the safety edge 1 between the clamps
37-38 and the safety edge 2 between the
clamps 39-40.
The safety edge contact must be normally
closed or resistive 8K2 depending on the
selection.
Select the type of security edge used (mechanical or
8K2) through the menu  and 
The inputs, if are not used, must be jumpered in
case of selection of mechanical safety edge or, they
have to be closed through a 8.2K resistance
(supplied ) in case of the safety edge 8K2.

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6-1622598 REV.3 23/09/2020
Compatible from firmware version B3TS01
3. Preliminary checks and general warnings
Before powering the control unit , carry on the following checks:
• The electric installation and the logic functioning should be compliant with the law in force.
• Avoid putting the connection cables of the buttons, security devices and inputs close to those of the power supply of the control unit and of the
motor.
• Use on the power supply network an omnipolar switch/ disconnector device with a contact’s minimum distance equal or higher than 3mm. Check
that at the top of the electric installation there is a differential switch or a proper overvoltage protection.
• For the connection of the card and of the motors to the power supply, we recommend to use cables with double insulation in compliance with the
laws in force; the minimum cross section of the single conductor should not be less than 1mm² and not more than 2.5mm²
• The conductors should be Iinked with an additional fixing close to the clamps in order to avoid the unintentional detachment of the terminal boards.
• Check that all the connections are executed according to the enclosed diagram.
• The unused N.C. inputs shoud be all jumpered (in case that the safety edges are not used, jumper the inputs and set the safety edge in the menu
  the type “ mechanical edge”.
Press the key P1. The
automation must open.
YES
Press the key P3. The
automation must close.
NO
Invert the wiring of the motor
Checking turned out well.
PAY PARTICULAR ATTENTION TO PLACE CORRECTLY THE JUMPER OF
POWER SUPPLY SELECTION (SEE CHAPTER 2)
After having controlled all the connection, power the system.
To verify the correct wiring of the motor , execute the following procedure:
Press the button P2 to enter the menu, roll it up to the entry , press the key P2, the display shows  :
3.1 General warnings
3.2 Preliminary checks
4. Programming menu
N.B. The programming of the control board should be performed by qualified personnel only.
The control unit enables to easily programm all the operating parameters through the LCD display available on board, setting the desired values in the
different functions.
The menu is structured on 2 levels:
• 1st level:starting settings.
• 2nd level: setting of the parameters required for the functioning () and setting of the special functionings ().
The function of the three keys that enables to move inside the menu is the following:
• P1: goes to the previous entry of the menu or increases a value (in the main page the pressure of P1 enables to enter in the function )
• P2: its pressure from the main page enables to enter the different menus and confirm the settings executed.
• P3: goes to the next entry if the menu or decreases a value
YES

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6-1622598 REV.3 23/09/2020
Compatible from firmware version B3TS01
4.2 Menu “start settings”:
MENU’DESCRIPTION SELECTABLE
VALUES
min-max
DEFAULT MEMO
 Enables to enter the menu of the basic settings (see paragraph 4.3) ——
 Enables to enter the menu of the adjustment of the special functions
(see paragraph 4.4). ——

Enables the cancellation of the learnt transmitters, of the settings or both.
The cancellation of the settings brings back the control unit to the factory values.
Enter the function , the display shows  ,at this stage:
- press and keep pressed for 5” the key P1 to delete the transmitters.
-press and keep pressed for 5” the key P3 to delete the settings and bring back to
the factory settings
- press and keep pressed for 5” the keys P1 and P3 to delete all the transmitters
and the settings .
If the cancellation has turned out well the display shows .
If the cancellation does not turn out well the display shows .
——
 Enables the learning of the transmitters.
For the learning see paragraph 4.1 ——

Enable the manual movement of the automation.
Keeping pressed the key P1 the automation starts opening.
Keeping pressed the key P3 the automation starts closing.
——
 Exit from the menu. ——
To enter this menu press the key P2 from the main page.
The control unit is compatible with all the transmitters of B.RO series.
To enter the learning menu of the transmitters:
1) press the key P1 2) on the display the writing  appears.
- at this stage execute the following procedure:
Learning turned out well.
Press the key of the transmitter
to learn. The display shows the
writing 
Ye
NO • If the display shows the writing 
the transmitter is already learnt.
• If the display shows nothing, check that
the transmitter functions and, that the
antenna of the control unit is correctly
cabled.
There is the possibility to learn the transmitters also in this way:press the key P2 to enter the menu, roll it until reaching the entry , press the
key P2, on the display the writing  appears. At this stage continue wiht the procedure mentioned above.

L.S.OP. L.S.CL.
S.S.
PHOTO1 PHOTO2 STOP
OPEN CLOSE
EDGE 1 EDGE 2
PED.
Under the normal functioning conditions, the display is in the main page where the state of the inputs is displayed.
The N.C. inputs are represented by vertical segments. The N.O. segments are reprsented by horizontal segments.
N.B. The lit segments indicate that the input is activated.
4.1 Transmitters learning ()
The sequence of buttons learning sets out the functioning and in particular:
1) firs key learnt step –by –step function
2) second key learnt pedestrian function.
3) third key learnt lighting of the courtesy light. This key enables the lighting of the courtesy light that will turn off with a time set in the menu 
(see chap. 4.4).
Differentely from the first learnt key, when the second key and third keys are learnt the display shows the writing . The procedure is turned out
well and the key is learnt.

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Compatible from firmware version B3TS01
4.3 Menu “basic settings” (  ) :
From  press the key P2 to enter the menu “basic settings”
MENU
 DESCRIPTION SELECTABLE VALUES
min-max DEFAULT MEMO
 Enables to set the working time of the automation. 5 s — 600s 30 s
 Enables to set the pedestrian opening time (partial opening of the automation). 5 s — 600s 10 s

Enable to activate/ deactivate the water hammer in opening and determine the
duration of the pressure on the mechanic stop.
When the gate is closed the automation executes for short period a closing
movement before starting the opening stage. We suggest to use the water
hammer only if the electric lock is installed.
To activate the electric lock, use the menu .
0,1 s — 10 sOFF

Enable to activate/ deactivate the water hammer in closing and determine the
duration of the pressure on the mechanic stop.
When the gate reaches the closed position it executes an ‘ over stroke’ equal to the
set time that enables the hook of the electric lock.
We suggest to use the water hammer only if the electric lock is installed.
0,1 s — 10 sOFF

Impact sensor in opening. The sensor intervenes when an obstacle stops the
stroke of the automation.
The more the values decrease, the more the sensitivity increases ( a lower force
will be necessary to stop the motor).
The more the values increase, the more the sensitivity decreases ( a higher force
will be necessary to stop the motor).
1% — 99% OFF

Impact sensor in closing. The sensor intervenes when an obstacle stops the
stroke of the automation.
The more the values decrease, the more the sensitivity increases ( a lower force
will be necessary to stop the motor).
The more the values increase, the more the sensitivity decrease ( a higher force
will be necessary to stop the motor).
1% — 99% OFF

Inversion on impact sensor.
OFF: the automation stops the motion in case the impact sensor intervenes.
ON: the automation stops the motion and execute a short inversion in case that the
impact sensor intervenes.
ON — OFF ON

Motor protector
This function enables to limit the current, due to overloads or short circuits, that
goes through the motor in order to avoid any damages.
We suggest to set a value only just higher that the rated current of the motor.
0,5 A — 14 AOFF

Lack of phases function
The control unit indicates the lack of one or more phases on the power supply.
This option should be activated only if a three-phase power supply is used.
OFF: function lack of phase disabled.
ON: function lack of phase enabled.
ON — OFF OFF

Auxiliary function.
It allows to manage the functioning of the R1 optional card.
4 settings are possible:
• : output on R1 card is disabled;
• : electric lock function is enabled. At every opening movement, before to
power the motor, the R1 output will be enabled for 1,5s. It is NOT necessary to
enable the water hammer.
• : "courtesy light function in opening" is enabled. At every opening movement,
after an user command, the R1 output will be enabled for 2s.
• : "courtesy light function" is enabled. At every movement (both in opening and
closing), after an user command, the R1 output will be enabled for 2s.
0 — 3 0
4.4 Menu “special settings” (  ) :
MENU
 DESCRIPTION SELECTABLE VALUES
min-max DEFAULT MEMO

Automatic reclosing
The automatic reclosing happens olny with the gate completely opened or furher a
complete pedestrian opening.
1 s — 300 sOFF
From  press the key P2 to enter the menu “special settings”

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Compatible from firmware version B3TS01
MENU
 DESCRIPTION SELECTABLE VALUES
min-max DEFAULT MEMO

Automatic reclosing function from photocells.
The gate closes automatically 3 seconds after the passing through the photocells.
The function can be activated only if the automatic reclosing os activated.
ON — OFF OFF

Dead man function
OFF: dead man function disabled.
ON: dead man fucntion enabled
In case the dead man function is activated, the pressure of the keys OPEN-CLOSE
should be kept during all the opening/closing cycle.
If this function is activated then all the automatic and impulsive movements
are deactivated. Therefore all the automatic reclosings, clock function, IN1 IN2
inputs are disabled.
The cabled buttons S.S. and PED. operate respectively as OPEN and CLOSE.
While, the function of the cabled button STOP remains enabled.
ON — OFF OFF

Condominium function
OFF: condominium function disabled.
ON: condominium function enabled.
The condominium function enables the step by step and pedestrian controls only in
opening. The closing occurs only thorough automatic reclosing or through the
cabled key close. In case that the dead man function is enabled the condominium
function is excluded.
ON — OFF OFF

Functioning of photocell 1.
OFF: in case of intervention of the photocell during the opening the movement is
stopped until the obstacle has been removed in order to continue then the
movement in opening. In case of intervention of the photocell during the
closing the movement is stopped until the obstacle is removed and then
continues the movement in opening.
ON: the photocell intervenes only in the closing performing an immediate inversion
of the movement till complete opening.
ON — OFF OFF

Functioning of photocell 2.
OFF: in case of intervention of the photocell during the opening the movement is
stopped until the obstacle has been removed in order to continue then the
movement in opening. In case of intervention of the photocell during the
closing the movement is stopped until the obstacle is removed and then
continues the movement in opening.
ON: the photocell intervenes only in the closing performing an immediate inversion
of the movement till complete opening.
ON — OFF OFF

Photocells test.
If enabled it executes the tes of both the photocells. Pay attention to the cabling of
the photocells (vedi Cap. 2.16).
ON — OFF OFF

Type of safety edge used on the input EDGE1.
selection of mechanic edge with N.C. contact.
selection of resisitve edge 8K2 with N.O. contact in parallel.
0 — 1 0

Type of safety edge used on the input EDGE2.
1: selection of mechanic edge with N.C. contact.
0: selection of resisitve edge 8K2 with N.O. contact in parallel.
0 — 1 0

Functioning of safety edge 1.
OFF: in case of intervention of the safety edge during a motion,both in opening and
closing the automation is stopped. To make the automation start again it is
necessary to give a step by step command by the user.
ON: the safety edge intervenes only in closing executing an immediate inversion
of the motion till complete opening.
ON — OFF ON

Functioning of safety edge 2.
OFF: in case of intervention of the safety edge during the motion, both in opening
and closing, the automation is stopped. To make the automation start again it
is necessary to give a step by step command by the user.
ON: the safety edge intervenes only in closing executing an immediate inversion
of the motion till complete opening.
ON — OFF ON

Test of the safety edges
OFF: disabled.
ON: enabled.
Connect the device for the test of the safety edge on the power supply pin RX of
the photocells (test enabled with low logical signal 0Vdc)
ON — OFF OFF

Preflashing
OFF: disabled
ON: enabled, the flashing light executes a flashing of 5 seconds approx. before
starting the motion of the automation.
ON — OFF OFF

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Compatible from firmware version B3TS01
5. Faults diagnostics
The control unit indicates anomalies or malfunctions of the system through a message that appears on the display of the control unit.
In particular the faults are codified as follows:
 Fault intervention motor protector. The control unit has detected an absorption higher than the one set by the menu (see entry 
of paragraph 4.3) for a period longer than 3 seconds. Check that ther are not anomalies in the system. In case that there are
problems in the installation, increase the threshold of the motor protector being careful to not overpass the absorption values of given
by the motor’s constructor.
 Fault lack of phase (only wiht three-phase functioning). The control unit has detected an unbalancing between the phases higher
than 40%.
TECHNICAL FEATURES - CT3IND CONTROL UNIT
Power supply 230 Vac +-10%, 50Hz singlephase / 400 Vac 50Hz Three-phase
Photocells power supply 24 Vdc 3W MAX
Acessories power supply 24 Vac 3W MAX
Motor output 230Vac single phase 800W Max, 400 Vac THREE-PHASE 1,5KW Max (current limited to
10A), cos > 0.8
Flashing light output 230 Vac 60W MAX for fix light , without self blinking
Courtesy light output 230Vac 100W MAX
Auxiliary function output ( only with card R1).
Dry contact output, NOT powered. 230Vac 5A Max, 30Vdc 5A Max
 Fault of motor thermal. To use the automation again leave the motor still until the alarm ceases.
MENU
 DESCRIPTION SELECTABLE VALUES
min-max DEFAULT MEMO

Functioning of the auxiliary light
OFF: functioning of courtesy light: the light activates further a command and stays
lit for all the motion period, going off after a time set by the function .
ON: functioning light zone, the light activates at the beginning of the motion.
The counting of the switching off time set by the function  starts once
that the gate reaches the position of complete closing.
ON — OFF OFF

Switching off of the auxiliary light.
The time of the switching off of the auxiliary light can be set from 1 second till 300
seconds.
1 (s) — 300 (s) 60 (s)

Clock time.
OFF: disabled function
ON: enabling the function a time relay can be connected ( free contact timer) at
the input open.
The function is disabled in case the dead man function is enabled.
ON — OFF OFF

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Compatible from firmware version B3TS01
WARRANTY - In compliance with legislation, the manufacturer’s warranty is valid from the date stamped on the product
and is restricted to the repairor free replacement of the parts accepted by the manufacturer as being defective due to
poor quality materials or manufacturing defects. The warranty does not cover damage or defects caused by external
agents, faulty maintenance, overloading, natural wear and tear, choice of incorrect product, assembly errors, or any
other cause not imputable to the manufacturer. Products that have been misused will not be guaranteed or repaired.
Printed specifications are only indicative. The manufacturer does not accept any responsibility for range reductions or
malfunctions caused by environmentalinterference. The manufacturer’s responsibility for damage caused to persons re-
sulting from accidents of any nature caused by our defective products, are only those responsibilities that come under
Italian law.
ALLMATIC S.r.l
32026 Borgo Valbelluna - Belluno – Italy
Via dell’Artigiano, n°1 – Z.A.
Tel. [phone] – 751163 r.a. Fax [phone]
www.allmatic.com - E-mail: [email protected]
DISPOSAL OF THE PRODUCT - This product is an integral part of the automation, and therefore, they must be dispo-
sed of together. As for the installation operations, at the end of the life of this product, the dismantling operations must
be performed by qualified personnel. This product is made from different types of materials: some can be recycled,
others must be disposed of. Please inform yourselves on the recycling or disposal systems provided for by the laws in
force in your area, for this category of product.
CAUTION! – some parts of the product can contain polluting or dangerous substances which, if disper-
sed in the environment, may cause serious harm to the environment and human health.
As indicated by the symbol at the side, it is forbidden to throw this product into domestic refuse. There-
fore, follow the “separated collection” instructions for disposal, according to the methods provided for by
local regulations in force, or redeliver the product to the retailer at the moment of purchase of a new,
equivalent product.
CAUTION! – the regulations in force at local level may envisage heavy sanctions in case of abusive di-
sposal of this product.