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 3 

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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. 
 

Summary of Contents for 42605/001

Page 1: ...INSTALLATION AND MAINTENANCE MANUAL FOR SWING DOOR Over Over Evo Over Heavy...

Page 2: ......

Page 3: ...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...

Page 4: ...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...

Page 5: ...e 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...

Page 6: ...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...

Page 7: ...d 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 p...

Page 8: ...m 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...

Page 9: ...pacer 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...

Page 10: ...ed 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...

Page 11: ...rm 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...

Page 12: ...o 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 4...

Page 13: ...x 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...

Page 14: ...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 t...

Page 15: ...ized 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 effec...

Page 16: ...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 follo...

Page 17: ...ol 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 F...

Page 18: ...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 F...

Page 19: ...ink 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 gre...

Page 20: ...ectronic 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 direc...

Page 21: ...t of the gearmotor Connect the terminals of the radio receiver MRC4E by cable not supplied by us to the terminals of the electronic control as follows terminal terminal 1 terminal terminal 0 terminal...

Page 22: ...the minimum and maximum minimum value 15 deg s maximum value 70 deg s 50 VCL Closing speed setting Choose between the minimum and maximum minimum value 100 mm s maximum value 700 mm s 50 TAC Open doo...

Page 23: ...m 0200 to Press ENTER until it starts the programming procedure that lasts about 30 seconds the display shows WAIT at the end the display shows SAVE After the procedure remove the micro SD memory from...

Page 24: ...r the store through the sequential activation of the contacts 1 3B and 1 3A SIGN Output 0 G1 12Vdc 20mA The output is activated when the door is in the closed or opening position see menu ADV SIGN KC...

Page 25: ...th friction motor with short circuit windings SC SIGN Door position indication through the 0 G2 output see menu ADV STG2 SIGN Choose between the following values CLOS closed door OPEN open door CLOS T...

Page 26: ...s already stored will show the message NOK You can store a total maximum of 50 badges NO TDEL Badge cancellation procedure Choose between the following values NO no badge cancellation YES badge cancel...

Page 27: ...tion CLOS closed door 1D automatic one way operation CLOS FW Programming procedure of function selector Download the function selector Firmware available at www Aprimaticspa it it in Download area Ext...

Page 28: ...control failure W010 2 Direction reversed Check the presence of obstacles W011 2 Running too long Check the connection between the motor and leaf W012 2 Running too short Check the presence of obstacl...

Page 29: ...Note if the door is OVER HEAVY HEAVY model set as follow MENU DOOR OVER HEAVY confirm by pressing ENTER for 1 second 9 5 Perform the menu settings as described in Chapter 8 Use OPEN button to perform...

Page 30: ...e settings of the function selector The automation does not perform the functions set Control devices or safety always activated Disconnect devices from the terminal and verify the operation of the do...

Page 31: ...omation check the correct force of the closing spring If present verify proper engagement of the electric lock Every 6 months or every 500 000 cycles Connect the power supply and perform the following...

Page 32: ...31 www Aprimatic it...

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