Aprimatic Over Manual

INSTALLATION AND MAINTENANCE MANUAL
FOR SWING DOOR
Over – Over Evo – Over Heavy

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1. INTRODUCTION
Before you begin to install or start an automatic pedestrian doors, an inspection must be carried out on site by qualified
personnel, for making measurements of the compartment wall, door and drive.
This inspection is to assess the risk and to select and implement the most appropriate solutions according to the type of
pedestrian traffic (intense, narrow, one‐way, bi‐directional, etc..), The type of users (elderly, disabled, children, etc..), in the
presence of potential hazards or local circumstances.
To assist installers in applying the requirements of European Standard EN 16005 concerning the safe use of automatic
pedestrian doors, we recommend consulting the guides E.D.S.F. (European Door and Shutter Federation) available on
www.edsf.com.
1.1 GENERAL SAFETY INSTRUCTION
This installation manual is intended for professionally competent personnel only. 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 automations, 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. Aprimatic srl is not responsible for failure
to use Good Working Methods in building the frames to be motorised or for any deformation occurring during use.
The safety devices (safety sensor, photocells, 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 motorised door.
Apply hazard area notices required by applicable regulations.
Each installation must clearly show the identification details of the automatic pedestrian door.
1.2 EC MARKING AND EUROPEAN DIRECTIVES
Aprimatic automations for swing pedestrian door, are designed and manufactured in compliance with the
safety requirements of the European standard EN 16005 and are CE‐marked in accordance with the
following European Directives:
Low Voltage Directive (2006/95/EC) and the Electromagnetic Compatibility Directive (2004/108/EC).
The automation APRIMATIC also include a Declaration of Incorporation according to the Machinery Directive (2006/42/EC).
Pursuant to Machinery Directive (2006/42/CE) the installer who motorises a door or gate has the same obligations as the
manufacturer of machinery and as such must:
‐prepare the technical file which must contain the documents indicated in Annex V of the Machinery Directive; (The
technical file must be kept and placed at the disposal of competent national authorities for at least ten years from the date of
manufacture of the pedestrian door);
‐draft the EC declaration of conformity in accordance with Annex ll‐A of the Machinery Directive and deliver it to the
customer;
‐affix the CE marking on the power operated door in accordance with point 1.7.3 of Annex l of the Machinery
All data and information contained in this manual have been drawn up and checked with the greatest care. However
APRIMATIC . cannot take any responsibility for eventual errors, omissions or inaccuracies due to technical or illustrative
purposes.
APRIMATIC reserves the right to make changes and improvements to their products. For this reason, the illustrations and the
information appearing in this document are not definitive.
This edition of the manual cancels and replaces all previous versions. In case of modification will be issued a new edition.

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2. TECHNICAL DATA
OVER OVER EVO OVER HEAVY
Automation type: LIGHT
(for internal use, not exposed to wind
pressure)
Automation type: SPRING
(with closing spring) Automation type: HEAVY
Dimensions: 82 x 117 x 443 mm
(Height x Depth x Length)
Dimensions: 135 x 118 x 503 mm
(Height x Depth x Length)
Dimensions: 104 x 118 x 463 mm
(Height x Depth x Length)
200 kg x 0,8 m
220 kg x 0,8 m
300 kg x 0,8 m
Opening and closing time: 2 – 6 s Opening and closing time: 2 – 6 s Opening and closing time: 2 – 6 s
Duty class:
Continuous operation
Intermittent operation: S3 = 100%
Duty class:
Continuous operation
Intermittent operation: S3 = 100%
Duty class:
Continuous operation
Intermittent operation: S3 = 100%
Power supply: 100–240 Vca 50/60 Hz
Rated power: 40 W
Stand‐by: 8 W
Power supply: 100–240 Vca 50/60 Hz
Rated power: 70 W
Stand‐by: 8 W
Power supply: 100–240 Vca 50/60 Hz
Rated power: 70 W
Stand‐by: 8 W
Rated load: 20 Nm Rated load: 23 Nm Rated load: 40 Nm
Protection rating: IP 20 Protection rating: IP 20 Protection rating: IP 20
Operating temperature:
‐15 °C +50 °C
Operating temperature:
‐15 °C +50 °C
Operating temperature:
‐15 °C +50 °C
Parameter Settings:
Buttons and Display
Parameter Settings:
Buttons and Display
Parameter Settings:
Buttons and Display
Connections to control and safety
devices:
Dedicated connecting terminals
Connections to control and safety
devices:
Dedicated connecting terminals
Connections to control and safety
devices:
Dedicated connecting terminals
Power output for accessories:
12 Vdc (1 A max)
Power output for accessories:
12 Vdc (1 A max)
Power output for accessories:
12 Vdc (1 A max)
Memory for settings and saving:
Micro SD standard
Memory for settings and saving:
Micro SD standard
Memory for settings and saving:
Micro SD standard
PC connection: Micro USB standard PC connection: Micro USB standard PC connection: Micro USB standard
Function selector device with
transponder key: FSD1
Function selector device with
transponder key: FSD1
Function selector device with
transponder key: FSD1
Battery power device for emergency
opening: OVER
Battery power device for emergency
opening: OVER HEAVY
Battery power device for emergency
opening: OVER HEAVY
Signal of door position ‐Signal of door position
N.B. The technical data above refer to average conditions of use and cannot be certain in each case. Each automatic entrance
variables such as: friction, balancing and environmental conditions that may substantially change both the duration and the
quality of the operation of the automatic or some of its components, including the automation. The installer must to adopt
adequate safety coefficients for each particular installation.

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3. STANDARD INSTALLATION
Rif. Code Description
1
42605/001
42605/003
42605/002
OVER automation (Light) for swing doors
OVER EVO automation (Spring) for swing doors
OVER HEAVY automation (Heavy) for swing doors
2 42605/051 Sliding arm
3 SD3 Infrared safety sensor
4 OS1 Unidirectional microwave opening sensor
5 42605/060 Electronic function selector with transponder key
‐42605/070
42605/071
Battery power device for OVER automation
Battery power device for OVER EVO and OVER HEAVY automation
Note: Components and codes are those most commonly used in systems for automatic swing doors. The full range of
equipment and accessories is also available in the sales list.
The given operating and performance features can only be guaranteed with use of APRIMATIC accessories and safety
devices.
1
5
2 4
3

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4. ASSEMBLY PROCEDURE OF THE AUTOMATION
Check the stability, the weight of the leaf and that the movement is smooth and without friction (if necessary to reinforce the
frame). Any closing door device must be removed or completely deactivated.
Check the correct operation in case of installation on doors that divide environments at different pressures.
4.1 INSTALLATION OF OVER AUTOMATION WITH SWSA SLIDING ARM
Use the sliding arm to pull with doors which open inside (view from the automation).
Remove the cover and fix the automation in a stable and leveled way to the wall using the measurements shown in the
figure; refer to the axis of the door hinges.
Fix the sliding arm on the door as shown in the figure. Insert the sliding arm in the guide and fix to the automation.
Note: if necessary, you can change the measure H, between the automation and the door, by replacing the spacer, using the
codes listed in the table.
(H) OVER automation
28 Sliding arm + Spacer 17mm
45 Sliding arm
62 Sliding arm + Spacer 51mm
Move the door manually, and verify the correct opening and closing smoothly.
Adjust the opening mechanical stop inside the sliding arm.
CLOSING OF THE AUTOMATION COVER
Insert the cover profile to the base profile and attach it to the heads. To prevent the cover from being opened without the
use of a tool, you can remove the pins inserted into the cover, and secure the cover to the heads at the holes, using the
screws 2,9 x9,5 not supplied by us.

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4.2 INSTALLATION OF OVER AUTOMATION WITH ARTICULATED ARM
Use the articulated arm to push with doors which open outside (view from the automation).
Remove the cover and fix the automation in a stable and leveled way to the wall using the measurements shown in the
figure; refer to the axis of the door hinges.
Fix the bracket of the articulated arm on the door, using the measurements shown in the figure.
Note: if necessary, you can change the measure H, between the automation and the door, by replacing the spacer, using the
codes listed in the table.
(H) OVER automation
28 Articulated arm+ spacer H17
45 Articulated arm
62 Articulated arm + spacer H51
Fix the articulated arm to the automation, and fix the other end of the articulated arm to the door.
Move the door in the closed position, and adjust the length of the half‐arm [A] so that the angle between the two half‐arms
[A] and [B] is the greater possible.
(*) To increase the opening force it is possible to reduce the angle and reduce the measurement of fixing of the articulated
arm, as shown in figure.
Move the door manually, and verify the correct opening and closing smoothly.
Install the opening mechanical stop (not supplied by us).
Note: the mechanical stop on the floor must be fixed in a visible position and must not create tripping hazard.
CLOSING OF THE AUTOMATION COVER
Insert the cover profile to the base profile and attach it to the heads. To prevent the cover from being opened without the
use of a tool, you can remove the pins inserted into the cover, and secure the cover to the heads at the holes, using the
screws 2,9 x9,5 not supplied by us.

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4.3 INSTALLATION OF OVER EVO AUTOMATION WITH SLIDING ARM
Use the sliding arm to pull with doors which open inside (view from the automation).
If the door has the hinge on the right, disassemble the gear motor group from the automation and move the spring group
from the left side to the right side of the automation, as shown in the figure.
Factory setting Hinge on the right

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Remove the cover and fix the automation in a stable and leveled way to the wall using the measurements shown in the
figure; refer to the axis of the door hinges.
Fix the sliding arm on the door as shown in the figure. Insert the sliding arm in the guide and fix to the automation (use the
screw M8 x 50)
Note: if necessary, you can change the measure H, between the automation and the door, by replacing the spacer, using the
codes listed in the table.
(H) OVER EVO automation
30 Sliding arm + spacer H17
47 Sliding arm
64 Sliding arm + spacer H51
PRE‐CHARGING OF THE CLOSING SPRINGS
Tighten the screw [a] and compress the springs of about X = 10 mm, as shown in the figure.
Move the door manually, and verify the correct opening and closing force.
Adjust the opening mechanical stop inside the sliding arm.
CLOSING OF THE AUTOMATION COVER
Attach the cover profile to the base profile. To prevent the cover from being opened without the use of a tool, you can
secure the cover to the heads at the holes, using the screws 2,9 x9,5 not supplied by us.

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4.4 INSTALLATION OF OVER EVO AUTOMATION WITH ARTICULATED ARM
Use the articulated arm to push with doors which open outside (view from the automation).
If the door has the hinge on the left, disassemble the gear motor group from the automation and move the spring group
from the left side to the right side of the automation, as described in chapter 4.5.
Hinge on the left Factory setting
Remove the cover and fix the automation in a stable and leveled way to the wall using the measurements shown in the
figure; refer to the axis of the door hinges.
Fix the bracket of the articulated arm on the door, using the measurements shown in the figure.
Note: if necessary, you can change the measure H, between the automation and the door, by replacing the spacer, using the
codes listed in the table.
(H) OVER EVO automation
30 Articulated arm + spacer H17
47 Articulated arm
64 Articulated arm + spacer H51

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Fix the articulated arm to the automation (use the screw M8 x 50), and fix the other end of the articulated arm to the door.
Move the door in the closed position, and adjust the length of the half‐arm [A] so that the angle between the two half‐arms
[A] and [B] is the greater possible.
(*) To increase the opening force it is possible to reduce the angle and reduce the measurement of fixing of the articulated
arm, as shown in figure.
PRE‐CHARGING OF THE CLOSING SPRINGS
Tighten the screw [a] and compress the springs of about X = 5 mm, as shown in the figure.
Move the door manually, and verify the correct opening and closing force.
Install the opening mechanical stop (not supplied by us).
Note: the mechanical stop on the floor must be fixed in a visible position and must not create tripping hazard.
CLOSING OF THE AUTOMATION COVER
Attach the cover profile to the base profile. To prevent the cover from being opened without the use of a tool, you can
secure the cover to the heads at the holes, using the screws 2,9 x9,5 not supplied by us.

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4.5 INSTALLATION OF OVER HEAVY AUTOMATION WITH SLIDING ARM
Use the sliding arm to pull with doors which open inside (view from the automation).
Remove the cover and fix the automation in a stable and leveled way to the wall using the measurements shown in the
figure; refer to the axis of the door hinges.
Fix the sliding arm on the door as shown in the figure. Insert the sliding arm in the guide and fix to the automation.
Note: if necessary, you can change the measure H, between the automation and the door, by replacing the spacer, using the
codes listed in the table.
(H) OVER HEAVY automation
28 Sliding arm
45 Sliding arm + spacer H51
62 Sliding arm + spacer H68
Move the door manually, and verify the correct opening and closing smoothly.
Adjust the opening mechanical stop inside the sliding arm.
CLOSING OF THE AUTOMATION COVER
Attach the cover profile to the base profile. To prevent the cover from being opened without the use of a tool, you can
secure the cover to the heads at the holes, using the screws 2,9 x9,5 not supplied by us.

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4.6 INSTALLATION OF OVER HEAVY AUTOMATION WITH ARTICULATED ARM
Use the articulated arm to push with doors which open outside (view from the automation).
Remove the cover and fix the automation in a stable and leveled way to the wall using the measurements shown in the
figure; refer to the axis of the door hinges.
Fix the bracket of the articulated arm on the door, using the measurements shown in the figure.
Note: if necessary, you can change the measure H, between the automation and the door, by replacing the spacer, using the
codes listed in the table.
(H) OVER HEAVY automation
28 Articulated arm
45 Articulated arm + spacer H51
62 Articulated arm + spacer H68
Fix the articulated arm to the automation, and fix the other end of the articulated arm to the door.
Move the door in the closed position, and adjust the length of the half‐arm [A] so that the angle between the two half‐arms
[A] and [B] is the greater possible.
(*) To increase the opening force it is possible to reduce the angle and reduce the measurement of fixing of the articulated
arm, as shown in figure.
Move the door manually, and verify the correct opening and closing smoothly.
Install the opening mechanical stop (not supplied by us).
Note: the mechanical stop on the floor must be fixed in a visible position and must not create tripping hazard.
CLOSING OF THE AUTOMATION COVER
Attach the cover profile to the base profile. To prevent the cover from being opened without the use of a tool, you can
secure the cover to the heads at the holes, using the screws 2,9 x9,5 not supplied by us.

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5. INSTALLATION OF BATTERY POWER DEVICE
5.1 Fix inside automation, on left side, the battery power device (OVER for
OVER automation, or OVER HEAVY for OVER EVO and OVER HEAVY
automation).
5.2 Connect the battery power device to the BAT connector of the
electronic control, using the supplied cable.
5.3 Ensure that the battery is connected to the electronic board.
8.4 Connect the automation to the power supply and wait at least 30
minutes to let the battery recharge. Make sure that removing the power
supply, the door is working with battery power device, in mode choice
using the BTMD menu.
Note: to allow recharging, the battery power device must always be
connected to the electronic control. In case of long periods of inactivity of
the automatic door, disconnect the battery from the electronic board.
5.5 If desired, you can connect a LED to signal the presence of the battery
(not supplied) between the terminals [+] and [LD] as shown in the figure. In
the presence of mains power, the LED makes a blink every 10 seconds,
while in the absence of mains power, the LED remains lit.
5.6 In the absence of mains power, battery operation is disabled when the
charge level of the battery is too low.
If desired, you can connect a N.O. contact to reactivate the battery
operation (example a key switch, not supplied) between the terminals [+]
and [KY ] as shown in Figure.

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7. ELECTRICAL CONNECTIONS
Rif. Terminals Description
1 MAINS IN Cable for connection to the power supply.
2 PWR Switching power supply 36V 65W (for OVER automation)
Switching power supply 36V 75W (for OVER EVO and OVER HEAVY automation)
3 Electronic control
4 MOT Brushless motor (for OVER automation)
Brushless motor (for OVER EVO and OVER HEAVY automation)
ENC Angular sensor
5 BAT Battery power device (for OVER automation)
Battery power device (for OVER EVO and OVER HEAVY automation)
6 FUSE Battery fuse 5x20 ‐F10A
7 MOT Braking card (for OVER EVO automation)
7.1 GENERAL SAFETY ELECTRICAL PRECAUTIONS
Installation, electrical connections and adjustments must be completed in conformity with Good Working Methods and with
regulations in force.
Before making power connections, check that the rating corresponds to that of the mains supply. A multipolar disconnection
switch with a contact opening gap of at least 3 mm must be included in the mains supply. This switch must be protected from
unauthorized activations.
Check that upstream of the electrical installation an adequate residual current circuit breaker and an overcurrent cut out are
fitted.
When requested, connect the automation to an effective earthing system carried out as indicated by current safety
regulations.
During installation, maintenance and repair operations, cut off the power supply before opening the cover to access the
electrical parts.
To handle electronic parts, wear earthed antistatic conductive bracelets. APRIMATIC declines all responsibility in the event of
components which are not compatible with the safe and correct operation of the product.
For repairs or replacements of products only original spare parts must be used.
7.2 POWER SUPPLY ELECTRICAL CONNECTION
Use the supplied cable for connection to electricity.
If the path of the power cord is outer portion automation, drill the cap on the suitable area, and route the power cable
through a channel (not supplied by us) to the junction box.
Make sure there are no sharp edges that might damage the power cable.
The connection to the mains supply in the outer portion automation, should be an independent channel, separated from the
connections to control and safety devices.

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7.3 ELECTRONIC CONTROL TERMINALS
Note: The terminals with the same number are equivalent.
The electronic control comes with the jumpers on the terminals with an asterisk [*]. When connecting safety devices remove
the jumpers of the corresponding terminals.
Terminals Description
0 – 1 Output 12 Vdc for external powering accessories. The maximum absorption of 1 A corresponds to the
sum of all the terminals 1 (+12V).
1 – 3A Contact N.O. opening A side (interior side).
1 – 3B Contact N.O. opening B side (outer side).
1 – 8A Closing safety contact N.C. The opening of the contact causes the reversal of the movement.
Note: connect safety devices with test (see terminal 41), and remove the jumper 41 ‐8A.
1 – 6A Opening safety contact N.C. The opening of the contact stops the movement during the opening phase;
the door closes after 3s. If the automation is closed, the opening of the contact prevents the opening.
Note: connect safety devices with test (see terminal 41), and remove the jumper 41 ‐6A.
41 Output test (+12 V). Connect the safety devices with test (in accordance with EN 16005), as indicated in
the following chapters.
Note: in case of devices without test, connect the N.C. contact to terminals 41 ‐8A or 41 ‐6A.
1 – G1
0 – G1
Input terminal provided for general use.
Output terminal (12 Vdc, 20 mA max) provided for general use.
Using the ADV > STG1 menu you can choose a specific function to the G1 terminal.
1 – 29 Reset contact N.O. Closure and release the contact starts the learning operation of the door.
0 – 1 – H – L Bus connection to the FSD1 function selector.
+LK / ‐LK Output 12V‐24V (1A max) for electric lock.
SD Standard admission for memory cards Micro SD. Allows saving the door settings and loading the firmware
updates.
USB Standard micro USB connection. Allows connection to a personal computer.
Buttons Description
OPEN Open the door.
↑Scroll the menu and increase of selected values.
↓Scroll the menu and reduction of selected values.
ENTER Button to select the menu and save the selected data.
ESC Exit the menu.

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7.4 ELECTRICAL CONNECTION OF FUNCTION SELECTOR
Connect the 0‐1‐H‐L terminals of the function
selector, by cable (not supplied by us), to the 0‐
1‐H‐L terminals of the electronic control.
Note: for lengths over 10 m, use a cable with 2
twisted‐pairs.
After connecting, the function selector is
working. If you want to limit the use only by
authorized personnel, proximity badges
(13,56MHz ISO15693 and ISO14443 Mifare)
must be activated by the function selector menu
(max 50 badges).
The function selector allows the following
settings.
Symbol Description
Open Door.
When selected, the symbol lights up, the door is permanently open.
Note: the doors can still be handled manually.
Automatic bi‐directional operation.
When selected, the symbol lights up and the doors full open automatic in bidirectional mode.
Reset.
Select the symbol for 5 seconds, the automation performs the self‐test and the automatic learning.
Automatic one‐way operation.
When selected, the symbol lights up and automatic operation of the door in one‐way mode.
Automatic partial operation.
In the case of a door with 2 automations, when selected, the symbol lights and allows the automatic
operation of only one leaf.
Closed door.
When selected, the symbol lights up and controls the permanent closure of the door.
If the electric lock is present, the door is closed and locked.
Note: using the menu SEL > DLAY you can adjust the delay time to close the door.
Function selector is not active.
The symbol lights up when the function selector is not active. To activate the temporary operation of
the function selector is necessary to approach the badge, or select for 3 seconds the logo.
Activation of the function selector.
Select the prox logo for 3 seconds (the lock symbol light off), the function selector is activated for 10
seconds. Expired the time the function selector switches off (the lock symbol lights up).
Authorized activation of function selector.
Appproach the badge (the lock symbol light off), the function selector is activated for 10 seconds.
Expired the time the function selector switches off (the lock symbol lights up).
Battery signal.
Battery symbol off = the door is operating with the mains supply
Battery symbol on = the door is operating with battery power
Battery symbol flashing = the battery is low or disconnected
Information signal.
Information symbol on = it is necessary to perform the ordinary maintenance of the door.
Information symbol flashing = shows the presence of alarms (as described in chapter 13.5):
‐1 flash = failure of electronic control or locking device;
‐2 flashes = mechanical failure;
‐3 flashes = failure of sensor safety test;
‐4 flashes = motor overtemperature.

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7.5 ELECTRICAL CONNECTION OF OPENING SENSOR
Connect the sensor [PrimeMotionB], using the supplied cable to the
terminals of the electronic control as follows:
white wire = terminal 0
brown wire = terminal 1
yellow wire = terminal 1
green wire = terminal 3A or 3B
For more information, check the installation manual of the sensor.
Example

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7.6 ELECTRICAL CONNECTION OF SAFETY SENSOR
The safety sensors should be installed directly on the door swing, and
protect both the opening and the closing of the door swing.
If you install two sensors, they are connected to each other via the
supplied cable, and only one of them is connected to the terminals of the
electronic control as shown below.
For more information, check the installation manual of the sensor.
6A SENSOR (WITH DIP1=ON)
Connecting the safety opening sensor 6A (set DIP1=ON)
of the swing door.
green wire = terminal 0
blue wire = terminal 0
brown wire = terminal 1
yellow wire = terminal 1
white wire = 6A terminal (remove the jumper 41‐6A)
red wire = terminal 41
pink wire = do not connect
purple wire = do not connect
gray wire = do not connect
black wire = do not connect
8A SENSOR (WITH DIP1=OFF)
Connecting the safety closing sensor 8A (set DIP1=OFF) of
the swing door.
green wire = terminal 0
blue wire = terminal 0
brown wire = terminal 1
pink wire = terminal 1
purple wire = 8A terminal (remove the jumper 41‐8A)
red wire = terminal 41
yellow wire = do not connect
white wire = do not connect
gray wire = do not connect
black wire = do not connect
6A SENSOR (WITH DIP1=ON) + 8A SENSOR (WITH DIP1=OFF)
Connection of 2 safety sensors for opening 6A (set DIP1=ON)
and closing 8A (set DIP1=OFF) of the swing door.
green wire = terminal 0
blue wire = terminal 0
brown wire = terminal 1
yellow wire = terminal 1
white wire = 6A terminal (remove the jumper 41‐6A)
red wire = terminal 41
pink wire = terminal 1
purple wire = 8A terminal (remove the jumper 41‐8A)
gray wire = do not connect
black wire = do not connect

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7.9 ELECTRICAL CONNECTION OF SWFD FUNCTION SWITCH
The SWFD function switch fixed directly on the automation.
Connect the function switch, using the supplied cable to the terminals of the electronic control as shown in figure (menu
setting: ADV> STG1 > KC).
Symbol Description
II Open Door.
When selected, the door is permanently open. Note: the door can still be handled manually.
O Automatic bi‐directional operation.
When selected, the door open and close automatic in bidirectional mode.
I Closed door.
When selected, the door is permanently closed. If the electric lock is present, the door is closed and locked.