Control panel installation manual for 230 V~ automation with one or two motors.
IP1854EN
LOGICM
POWER
F
U
S
E
F1
SA
IN
11
12
JR6
4
2
1
RF
TM
TCRPTRR1
15 14 13 12 11 00112345678920 41UWVXZYLN
F2
E
S
U
F
D5 S5 JT
1ON23456
OM
EO
J7
JR4
NIO
AUX
JR10
SO
AUX
LN
Power suuply
M1
1~
com
M2
1~
com
Safety reopening
Closing safety device
Stop
Safety test
Partial opening
Lamp
Electric lock
Flashing light
Limit switch
Limit switch
Opening
Automatic closing
Accessories output
Closing
Step by step
Opening safety device
www.ditecentrematic.com
Page 2
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IP1854EN - 2013-03-01
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Index
i
STOP
SubjectPage
1.General safety precautions4
2.EC declaration of conformity4
3.Technical data4
3.1Applications
4.Commands5
Self-controlled safety edge
4.1
5.Outputs and accessories6
6.Adjustments7
6.1Tri mm er
6.2Dip-switch
6.3Jumper
6.4Signals
7.Start-up9
8.Troubleshooting10
9.Example application for two-motors swing gates11
10.Example application for one-motor swing gate12
11.Example application for sliding gate13
12.Example application for barrier13
13.Example of parallel14
4
5
7
7
8
8
Caption
This symbol indicates instructions or notes regarding safety issues which require particular attention.
This symbol indicates informations which are useful for correct product function.
This symbol indicates instructions or notes intended for technical and expert personnel.
This symbol indicates operations not to be effected for not compromise the correct operation of the automation.
This symbol indicates options and parameters which are only available with the indicated item.
This symbol indicates options and parameters which are not available with the indicated item.
IP1854EN - 2013-03-01
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1. General safety precautions
i
This installation manual is intended for qualified personnel only.
Installation, electrical connections and adjustments must be performed in accordance with Good Working Methods and in
compliance with applicable regulations.
Before installing the product, carefully read the instructions. Bad installation could be hazardous.
The packaging materials (plastic, polystyrene, etc.) should not be discarded in the environment or left within reach of children,
as these are a potential source of hazard.
Before installing the product, make sure it is in perfect condition.
Do not install the product in an explosive environment and atmosphere: gas or inflammable fumes are a serious hazard risk.
Before installing the motors, make all structural changes relating to safety clearances and protection or segregation of all areas
where there is risk of being crushed, cut or dragged, and danger areas in general.
Make sure the existing structure is up to standard in terms of strength and stability. The motor manufacturer is not responsible
for failure to use Good Working Methods in building the frames to be motorized or for any deformation occurring during use.
The safety devices (photocells, safety edges, emergency stops, etc.) must be installed taking into account: applicable laws and
directives, Good Working Methods, installation premises, system operating logic and the forces developed by the motorized door.
The safety devices must protect any areas where the risk exists of being crushed, cut or gragged, or where there are any other
risks generated by the motorized door.
Apply hazard area notices required by applicable regulations.
Each installation must clearly show the identification details of the motorized door.
When necessary, connect the motorized door to a reliable earth system made in accordance with applicable safety regulations.
During installation, maintenance and repair, interrupt the power supply before opening the lid to access the electrical parts.
The protective casing of the automation must be removed by qualified personnel only.
To handle electronic parts, wear earthed antistatic conductive bracelets. The motor manufacturer declines all responsibility
in the event of component parts being fitted that are not compatible with the safe an correct operation.
For repairs or replacements of products only original spare parts must be used. The installer shall provide all information relating
to automatic, manual and emergency operation of the motorized door, and provide the user with operating instructions.
2. EC Declaration of conformity
The manufacturer Entrematic Group AB with headquarters in Lodjursgatan 10, SE-261 44 Landskrona, Sweden
declares that the control panel Ditec LOGICM is in conformity with the provisions of the following EC directives:
EMC Directive 2004/108/CE;
Low Voltage Directive 2006/95/CE.
Landskrona, 29-01-2013 Marco Pietro Zini
(President & CEO)
3. Technical data
LOGICMLOGICMJ
Power supply230 V~ 50/60 Hz120 V~ 60 Hz
F1 fuseF6,3AF6,3A
F2 fuseF3,15AF3,15A
One motor output230 V~ 5A max120 V~ 6,3A max
Two motor output
Accessories power supply24 V
Temperaturemin -20 °C max +55 °Cmin -20 °C max +55 °C
Degree of protectionIP55IP55
Dimensions187X2 61X105187X2 61X105
230 V~
2x2,5A max
0,5 A24 V 0,5 A
120 V~
2x3,15A max
NOTE: the given operating and performance features can only be guaranteed with the use of DITEC accessories and
safety devices.
3.1 Applications
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4. Commands
CommandFunctionDescription
1
1
1
1
41
41
41
7
41
1
1
1
0
0
0
0
2N.O.AUTOMATIC CLOSING Permanently closing the contact enables automatic closing.
3N.O.OPENINGThe opening operation starts when the contact is closed.
4N.O.CLOSINGThe closing operation starts when the contact is closed.
5N.O.STEP-BY-STEPWith D5=ON closing the contact starts a sequential opening or closing operation: open-stop-
close-open.
With D5=OFF closing the contact starts a sequential opening or closing operation: open-stopclose-stop-open.
Note: if automatic closing is enabled, with S5=ON the stop is not permanent but at a time that
is set by the TC, with S5=OFF the stop is permanent.
N.C.OPENING SAFETY
6
DEVICE
N.C.CLOSING SAFETY
7
DEVICE
6
N.C.SAFETY STOPOpening the safety contact stops and prevents any movement.
8N.C.REVERSAL SAFETY
DEVICE
9N.C.STOPOpening the safety contact stops the current operation.
EMERGENCY STOPTo enable the emergency stop function (e.g. with a specific red button), connect the opening
9N.O.HOLD-TO-RUN
FUNCTION
20PARTIAL OPENINGClosing the contact activates a partial opening operation of the door wing powered by motor 1,
11
11N.O.M2 PROXIMITY
12N.C.M1 LIMIT SWITCHWith TC=MAX, the limit switch contact opening stops closing movement of motor 1 (M1).
12N.O.M1 PROXIMITY
N.C.M2 LIMIT SWITCHWith TC=MAX, the limit switch contact opening stops closing movement of motor 2 (M2).
LIMIT SWITCH
LIMIT SWITCH
Opening the safety contact stops the current opening operation in progress and impedes any
future opening operations.
Opening the safety contact stops the current closing operation in progress and impedes any
future closing operations.
Note: it does not carry out the disengagement operation. Use with photocells installed only.
Opening the safety contact triggers a reversal of motion (re-opening) during a closing operation.
and closing controls to terminal 9 instead of 1 (9-3, 9-4, 9-20).
Permanently opening the safety contact enables the operator presence dependent function.
In this state, the opening (1-3, 1-20) and closing (1-4) controls function only if held in the pressed position and the automation stops when the controls are released.
All safety switches, the step-by-step control and the automatic closing function are disabled.
of the duration set with the RP trimmer.
Once the automation stops, the partial opening control performs the opposite operation to the
one performed before stoppage.
With OM=OFF (1 motor mode) and DIP2=OFF, the limit switch stops closing movement of motor
1 (M1).
With OM=OFF (1 motor mode) and DIP2=ON, the limit switch stops opening movement of motor
1 (M1).
See Chapters 9-10, example 4.
With OM=OFF (1 motor mode) and DIP2=OFF, the limit switch stops opening movement of
motor 1 (M1).
With OM=OFF (1 motor mode) and DIP2=ON, the limit switch stops closing movement of motor
1 (M1).
See Chapters 9-10, example 4.
WARNING: Make a jumper on all N.C. contacts if not in use. The terminals with the same number are equal.
4.1 Self-controlled safety edge SOFA1-SOFA2 or GOPAVRS
CommandFunctionDescription
SOFA1-SOFA2
GOPAV
1
1
1
6N.C.OPENING SAFETY
7N.C.CLOSING SAFETY
8N.C.REVERSAL SAFETY
IP1854EN - 2013-03-01
SAFETY TESTPlace the SOFA1-SOFA2 or GOPAVRS device into its housing for plug-in cards AUX.
Connecting terminal 41 enables a safety edge test cycle before every operation.
If the test fails the SA led flashes and the test is repeated.
Connect the output contact of device SOFA1-SOFA2 to terminals 1-6 on the control panel (in
DEVICE
DEVICE
DEVICE
series with the photocell output contact, if installed).
Connect the output contact of device SOFA1-SOFA2 to terminals 1-7 on the control panel (in
series with the photocell output contact, if installed).
Connect the output contact of device SOFA1-SOFA2 to terminals 1-8 on the control panel (in
series with the photocell output contact, if installed).
ATTENTION: for quick operation on the safety edge, connect it to contact 1-6 or to contact 1-7.
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5. Output and accessories
4901 23
UVW
XYZ
OutputValue - AccessoriesDescription
Accessories power supply.
24 V 0,5 A
Power supply output for external accessories, including automation status lamp.
NOTE: the maximum absorption of 0.5 A corresponds to the sum of all terminals 1.
AUX
11 ...
12 ...
13 ...
14 ...
15 ...
15 ...
SOFA1-SOFA2
GOPAV
1
1
1
0
0
0
24 V 3 W
24 V 3 W
24 V 3 W
LAMPH
24 V 50 W
24 V 1,2 A
12 V~ 15 W
The control panel has two spaces for coupling board, type radio receivers, magnetic loops etc.
The coupling board working mode is selected by DIP1.
WARNING: the plug-in cards must be inserted and removed with the power supply disconnected.
Automation open lamp.
Only with limit switch 0-11 (NC) connected and in one motor mode (jumper OM=OFF) will the lamp
extinguish when automation is closed.
Automation closed lamp.
Only with limit switch 0-12 (NC) connected and in one motor mode (jumper OM=OFF) will the lamp
extinguish when automation is open.
Automation open lamp.
A lamp lights up that extinguishes only when automation is closed.
Flashing light.
Activated during opening and closing operations.
24 V electric block.
Activated upon every opening command.
24 V electric motor brake.
With JR6=OFF, OM=OFF and DIP5=ON, the output is active for the entire duration of the opening
or closing motion.
24 V electric lock. With EO=OFF the output is on and the automation is closed.
12 V electric lock.
Connect the supplied 8.2 Ω / 5 W resistance in series. Activated upon every opening command
Motor 1 (M1).
230 V~ 2,5 A
M1
M2
NL
NL
W......
X......
120 V (LOGICMJ)
230 V~ 2,5 A
120 V (LOGICMJ)
LAMP
230 V~ 100 W
120 V~ (LOGICMJ)
230 V~ 100 W
120 V~ (LOGICMJ)
Terminal W must be connected to the common motor phase connection. The condenser must be
connected between the U and V phases.
Note: if the direction of rotation of the motor is incorrect for the desired direction of movement,
swap the U and V phases.
Motor 2 (M2).
Terminal Z must be connected to the common motor phase connection. The condenser must be
connected between the X and Y phases.
Note: if the direction of rotation of the motor is incorrect for the desired direction of movement,
swap the X and Y phases.
Flashing light.
Activated during opening and closing operations.
Courtesy light.
In one motor mode only (jumper OM=OFF and no motor connected to terminals X-Z-Y), a courtesy
light may be connected, which activates for 180 s each time a total or partial opening command
or closing command is received.
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OutputValue - AccessoriesDescription
J7
60 s
10 s
MIN=0 sMAX=120 s
1
0 s
30 s
Membrane push-button panel (PT3).
Starts the opening operation.
Note: to activate the closing operation, connect the connector of the push-button panel to J7
(rotated by 180°).
Membrane push-button panel (PT3).
Causes the blocking of the movement.
Membrane push-button panel (PT3).
Starts the closing operation.
Note: to activate the opening operation, connect the connector of the push-button panel to J7
(rotated by 180°).
6. Adjustments
6.1 Trimmer
TrimmerDescription
TM
MIN=10 sMAX=120 s
TR
3 s
MIN=0 s
20 s
30 s
TC
RF
4
3
5
2
Setting the operating time. From 10 to 120 s.
NOTE: with NC limit switch, set TM=MAX.
Setting motor 1 (M1) closing delay time.
When closing, motor 1 (M1) starts after a delay set with TR from 0 to 30 s relative to M2. When opening, motor 2
(M2) starts after a delay of 3 s relative to M1.
If TR=MIN, the door wings start simultaneously.
NOTE: we recommend setting TR=MIN with non-overlapping door wings, and setting TR>3 s with overlapping door
wings.
Setting automatic closing time. From 0 to 120 s.
With DIP3=OFF, once a safety switch has been activated, the counter starts as soon as the safety switch is released
(for example, after passing through the photocells), and lasts for a period of time set with TC (50%).
With DIP3=ON, the counter starts when automation is opened and lasts for the entire duration set with TC (100%).
NOTE: after the activation of the stop command, once contact 1-9 has closed again, automatic closing is only enabled after a total, partial or step-by-step opening command.
Power setting.
Sets voltage supplied to motor (1=MIN / 5=MAX).
R1
Setting obstacle thrust.
The control panel is equipped with a safety system that stops motion if an obstacle is encountered during an opening
operation and either stops or reverses motion during a closing operation.
motor function even at low ambient temperatures.
NOTE: for correct operation, the control
panel must be exposed to the same ambient temperature as the motors.
JR10Maximum power at start.Disabled.
OMAutomation type.One motor automation (M1 only).Automation with two independent motors.
D5Step-by-step sequence.Open-stop-close-stop-open.Open-stop-close-open.
S5Step-by-step sequence stop duration.Permanent.
JTClosing operation time.Set with TM+4 s.
EOElectric lock function.Powered with automation closed.Powered for 1 s at the beginning of the
SOReversal safety switch func-tion. With automation stopped and contact 41-8
Disabled.
NOTE: set JR4=OFF is the motor is equipped with an electric brake.
Enabled.
ATTENTION: do not use with LOGICMJ.
The motor starts with the voltage set with RF.
(Automatic closing disabled).
NOTE: set JT=OFF with hydraulic or friction
gearmotor.
open, opening operations are permitted.
Enabled.
NOTE: preferably set JR4=ON if the door
wing performs an excessive overtravel.
Disabled.
Enabled.
The motor starts at maximum power for 1 s.
Temporary.
(Automatic closing enabled).
Automatic.
opening operation.
With automation stopped and 41-8 open, all
operations are disabled.
6.4 Signals
LEDOnFlashing
POWER
SA
IN
11
12
24 V power supply/
Indicates that at least one of the safety contacts is open. Safety test failure (terminal 41).
Operations count performed (only when control panel is switched
on):
= 1000 operations
Activated at every command and adjustment to the dip-switch
and jumper.
Indicates that the 0-11 limit switch contact is open.
Indicates that the 0-12 limit switch contact is open.
= 10000 operations
/
/
/
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7. Starting
i
•Bridge the NC safety contacts with a jumper.
•Before starting up, check the application type selected. In the case of single door wing automation, set OM=OFF. For sliding
gate automation, set JR6=OFF.
•Any limit switches installed must be adjusted so that they are triggered near the mechanical opening and closing end stops.
Set TM=MAX.
NOTE: limit switches must be kept pressed until the operation has been completed.
•If no limit switches are installed, bridge terminals 0-11 and 0-12 with jumpers and set TM to half.
•Set RF=3 and R1 to half.
•Set TR>3 s in the case of automation with two overlapping door wings.
•Switch on power.
ATTENTION: The following operations are performed with no safety devices
•Swap the motor polarity if the direction of motion of the door wings is incorrect.
NOTE: the first closing operation requested after a power outage is performed, if TR>MIN, with one door wing at a time (first the
door wing powered by motor M2, then the door wing powered by motor M1), whereas if TR=MIN, the door wings start simultaneously.
•Perform opening and closing commands and check that the automation functions correctly and that the limit switches (if
installed) are correctly set.
•Connect the safety devices (removing the relative jumpers) and check that they function correctly.
•If required, activate automatic closing and adjust with the TC trimmer.
•Set RF to a position that allows the automation to function correctly while ensuring the safety of the user in the event of col-
lision.
•Set obstacle thrust with R1.
NOTE: if the door wing closing second encounters an obstacle, both door wings are reopened. The subsequent closing operation
is performed one door wing at a time.
•Ensure that the forces exerted by the door wings are compliant with EN12453-EN12445 regulations.
•If required, set the partial aperture of motor 1 with RP.
•If required, connect the radio receiver to the relative AUX connector, programme the transmitters as described in the relative
manual and check that all elements function correctly.
WARNING: the plug-in cards must be inserted and removed with the power supply disconnected.
•Connect any other accessories and check operation.
•Once the start up and check procedures are completed, close the container.
NOTE: in the event of servicing or if the control panel is to be replaced, repeat the start-up procedure.
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8. Troubleshooting
ProblemPossible causesRemedy
Automation does not open or close.No power.
(POWER led off).
Short circuited accessories.
(POWER led off).
Blown line fuse.
(POWER led off).
Safety contacts are open.
(SA led on).
Safety contacts not correctly connected or
self-controlled safety edge SOFA1-SOFA2 not
functioning correctly.
(SA led flashing).
Release microswitch open (if installed).Check that the hatch is closed correctly and the
The motor thermal overload switch is open.Check for continuity between the phases of the
Automation opens but does not close.Safety contacts are open.
(SA led on).
Safety contacts not correctly connected or
self-controlled safety edge SOFA1-SOFA2 not
functioning correctly.
(SA led flashing).
Photocells activated.
(SA led on).
The automatic closing does not work.Check that contact 1-2 is closed.
External safety devices not activating.Incorrect connections between the photocells
and the control panel.
Check that the control panel is powered correctly.
Disconnect all accessories from terminals 0-1
(voltage must be 24 V=) and reconnect one at
a time.
Replace fuse.
Check that the safety contacts are closed correctly (N.C.).
Check connections to terminals 6-7-8 on control
panel and connections to the self-controlled
safety edge SOFA1-SOFA2.
microswitch makes contact.
motors disconnected from the control panel.
Check that the safety contacts are closed correctly (N.C.).
Check connections to terminals 6-7-8 on control
panel and connections to the self-controlled
safety edge SOFA1-SOFA2.
Check that the photocells are clean and operating correctly.
Connect NC safety devices together in series
and remove any bridges on the control panel
terminal board.
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9. Example application for two-motors swing gates
<MAX<MAX
<MAX<MAX
<MAX<MAX
<MAX<MAX
=MAX<MAX
When the LOGICM control panel is used in automation applications with two swinging door wings, one of the
following operating modes may be selected.
Example 1 - Door wings stop against mechanical end stops and in
the event of obstacle detection.
Set an operating time of 2-3 s longer than the effective time taken by
the door wing (TM<MAX) and bridge terminals 0-11-12 with jumpers.
In this configuration, each door wing will come to a stop against mechanical opening and closing end stops and in the event of obstacle
detection.
Example 2 - Door wings stop against limit switches and in the event
of obstacle detection.
The NC contacts of the opening and closing limit switches are connected in series with the motor phases.
Set an operating time TM<MAX and bridge terminals 0-11-12 with
jumpers.
In this configuration, each door wing will come to a stop against the
opening and closing limit switches and in the event of obstacle detection.
com
M11~M2
15 14 13 12 11 00112345678920 41
15 14 13 12 11 00112345678920 41UWVXZY
com
1~
Limit switch (230 V 5A)
TM
TM
TC RP TR R1
TC RP TR R1
Example 3 - Door wings stop against limit switches and reverse
motion in the event of obstacle detection.
Set an operating time TM=MAX and connect the closing limit
switch NC contacts to terminals 0-11-12 and the opening limit
switch NC contacts in series with the open phase of each motor.
With this configuration, each of the door wings stops when the limit
switches are activated.
In the event of obstacle detection while opening, only the door wing
that detects the obstacle stops, performing a disengagement operation, whereas during a closing operation, both door wings reopen.
Example 4 - Door wings stop against mechanical end stops and reverse motion in the event of obstacle detection.
Set an operating time 2-3 s greater than the effective time taken
by the door wing (TM<MAX) and connect the closing proximity limit
switch NO contacts to terminals 0-11-12, positioning the switches
2-3 s ahead of the mechanical end stop. In this configuration, each
door wings stops against its respective mechanical closing and opening end stop. In the event of obstacle detection while opening, only
the door wing that detects the obstacle stops, performing a disengagement operation. In the event of obstacle detection during closing
and before the activation of the proximity limit switch, the door wings
reopen; after the activation of the proximity limit switch, the door
wings stop against the obstacle.
Example 5 - The door wings stop against the limit switches when
opening and against the mechanical end stops when closing, and
reverse motion when an obstacle is detected.
Set an operating time 2-3 s greater than the effective time taken
by the door wing (TM<MAX) and connect the closing proximity limit
switches to terminals 0-11-12, positioning the switches 2-3 s ahead
of the mechanical end stop. Connect the opening NC limit switches
in series to the open phase of each motor. In this configuration, the
door wing stops against the mechanical end stop when closing, and
when the relative limit switch is activated when opening. When an
obstacle is detected during opening, the door wing stops, performing
a disengagement operation. In the event of obstacle detection during
closing and before the activation of the proximity limit switch, the
door wings reopen; after the activation of the proximity limit switch,
the door wings stop against the obstacle.
15 14 13 12 11 0 0112345678920 41UW VXZY
Opening limit switch (230 V 5A)
com
com
M11~M2
1~
15 14 13 12 11 0011234567892041
15 14 13 12 11 00112345678920 41UWVXZY
com
com
Opening limit switch (230 V~ 5A)
M11~M2
1~
TM TC RP TR R1
Closing
limit switch
TM TC RP TR R1
Closing
proximity switch
TM TC RP TR R1
Closing
proximity switch
IP1854EN - 2013-03-01
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10. Example application for one-motor swing gate
<MAX<MAX
<MAX<MAX
=MAX<MAX
<MAX<MAX
<MAX<MAX
When the LOGICM control panel is used in automation applications with one swinging door wing, one of the
following operating modes may be selected.
Example 1 - Door wing stops against mechanical end stops and in
the event of obstacle detection.
Set an operating time of 2-3 s longer than the effective time taken by
the door wing (TM<MAX) and bridge terminals 0-11-12 with jumpers.
In this configuration, the door wing will come to a stop against mechanical opening and closing end stops and in the event of obstacle
detection.
Example 2 - Door wing stops against limit switches and in the event
of obstacle detection.
The NC contacts of the opening and closing limit switches are connected in series with the motor phases.
Set an operation time TM<MAX and bridge terminals 0-11-12 with
jumpers.
In this configuration, the door wing stops against the opening and
closing limit switches and in the event of obstacle detection.
Example 3 - Door wing stops against limit switches and reverses
motion in the event of obstacle detection.
Set an operating time TM=MAX and connect the opening and closing
limit switch NC contacts to terminals 0-11-12.
In this configuration, the door wing stops when the limit switches
are activated.
In the event of obstacle detection while opening, the door wing stops,
performing a disengagement operation, whereas during a closing
operation, the door wing reopens.
M1
com
1~
15 14 13 12 11 00112345678920 41
15 14 13 12 11 00112345678920 41UWVXZY
Limit switch (230 V 5A)
15 14 13 12 11 00112345678920 41
TM TC RP TR R1
TM TC RP TR R1
TM TC RP TR R1
OM=OFF
OM=OFF
OM=OFF
Example 4 - Door wing stops against mechanical end stops and reverses motion in the event of obstacle detection.
Set an operating time of 2-3 s longer than the effective time taken by
the door wing (TM<MAX) and position the proximity limit switches 2-3
s ahead of the mechanical end stop.
In this configuration, the door wing stops against its respective mechanical closing and opening end stop.
In the event of obstacle detection before the activation of the proximity limit switch while opening, the door wing stops, performing a disengagement operation; after the proximity limit switch is activated,
the door wing stops against the obstacle.
In the event of obstacle detection during closing and before the activation of the proximity limit switch, the door wing reopens; after the
proximity limit switch is activated, the door wing stops against the
obstacle.
Example 5 - The door wing stops against the limit switch when opening and against the mechanical end stop when closing, and reverses motion in the event of obstacle detection.
Set an operating time of 2-3 s longer than the effective time taken
by the door wing (TM<MAX), position the proximity limit switches 2-3
s ahead of the mechanical end stop and connect the opening limit
switch NC in series to the opening phase of the motor.
In this configuration, the door wing stops against the mechanical
end stop when closing, and when the relative limit switch is activated when opening. When an obstacle is detected during opening,
the door wing stops, performing a disengagement operation. In the
event of obstacle detection during closing and before the activation of
the proximity limit switch, the door wing reopens; after the proximity
limit switch is activated, the door wing stops against the obstacle.
12
com
M1
1~
Opening limit switch (230 V 5A)
Closing limit switch
Opening limit switch
TM TC RP TR R1
15 14 13 12 11 0011234567892041
Closing proximity switch
Opening proximity switch
TM TC RP TR R1
15 14 13 12 11 00112345678920 41UWVXZY
Closing
proximity switch
OM=OFF
OM=OFF
IP1854EN - 2013-03-01
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11. Example application for sliding gate
When using the LOGICM control panel for sliding automation applications:
- set OM=OFF
- set JR6=OFF
- set TM=MAX
Connect the opening and closing limit switch NC contacts to terminals
0-11-12.
With this configuration, the door wing stops when the limit switches
are activated.
In the event of obstacle detection while opening, the door wing stops,
performing a disengagement operation, whereas during a closing
operation, the door wing reopens.
Select the correct opening direction with DIP2.
•In the event of automation with right-side opening seen from the
automation side (DIP2=OFF), connect the opening limit switch to
terminals 0-12 and closing limit switch to terminals 0-11.
•In the event of automation with left-side opening seen from the
automation side (DIP2=ON), connect the opening limit switch to
terminals 0-11 and the closing limit switch to terminals 0-12.
12. Example application for barriers
DIP2=OFF
DIP2=ON
1ON23456
=MAX<MAX
JR6=OFF
TM TC RP TR R1
15 14 13 12 11 00112345678920 41
Limit switch
Limit switch
OM=OFF
1ON23456
1ON23456
When using the LOGICM control panel for barrier applications:
- set OM=OFF
- set RF=5 (MAX)
- set TM=MAX
Select the correct opening direction with DIP2.
•In the event of automation with right-side opening seen from the
automation side (DIP2=OFF), connect the opening limit switch to
terminals 0-12 and closing limit switch to terminals 0-11.
•In the event of automation with left-side opening seen from the
automation side (DIP2=ON), connect the opening limit switch to
terminals 0-11 and the closing limit switch to terminals 0-12.
DIP2=OFF
DIP2=ON
4
3
5
2
1
1ON23456
=MAX<MAX
TM TC RP TR R1
15 14 13 12 11 00112345678920 41
Limit switch
Limit switch
OM=OFF
1ON23456
1ON23456
IP1854EN - 2013-03-01
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13. Example of automation in parallel
i
AB
The two automations [A] and [B] can be operated in parallel by making the connections indicated in the figure.
Commands 1-3 and the remote controls (with DIP1=ON) are equivalent to a total opening command.
Automatic closing is obtained by adjusting the TC trimmer not at the maximum and in the same position on both control panels.
N.B.: the opening and closing movements are not synchronised, including reopening after activation of the photocells.
WARNING: in the absence of safety edge SOFA1-SOFA2, connect commands 1-8 to the SWT card.
Commands 41-6 and 41-7 can only be connected on the respective control panel.
BIXLR22
SWT
LOGICM
0
JR1 JR2
6841
A
OUT2
0
6
8
6841
SWT
6
8
OM=OFF
OM=OFF
TM TC RP TR R1
ON
1
23456
23456
1
ON
Stop
Closing
TM TC RP TR R1
JR6=OFF
15 14 13 12 11 0011234567892041
Opening
Partial opening
Safety while opening
JR6=OFF
15141312110011234567892041
LOGICM B
14
IP1854EN - 2013-03-01
Page 15
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Although the contents of this publication have been compiled with the greatest possible care, Entrematic Group AB cannot accept liability for any damage that might
arise from errors or omissions in this publication.
We reserve the right to make modifications without prior notice.
No part of this publication may be copied, scanned, adapted or modified without prior permission in writing from Entrematic Group AB.
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IP1854EN - 2013-03-01
Entrematic Italy S.p.A.
Via Mons. Ban, 3 • 21042 Caronno P.lla (VA) Italy