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11A

11B

EN

EN

06. THE CONTROL BOARD

TECHNICAL CHARACTERISTICS

06. THE CONTROL BOARD

TECHNICAL CHARACTERISTICS

Conet

or

es

6 •

Two singular doors connection - Entrance 

7 •

 Two singular doors connection - Exit

8 •

 Common

9 •

 

Photocells (Aperture)

 - Connection (

N.O

) of a safety sensor for the opening. If the terminal 

closes during the aperture, the door will stop opening and will start to close.

10 •

 Common

11 • Photocells (Closure)

 - Connection (

N.C

) of a safety sensor for the closure. If the terminal open 

sduring closing, the door will reverse the movement.

12 • 

Common

13 •

 

START (P.P.)

 - Push button to open the door (

N.A

). 

14 • 

COM

15 • 

Empty

16 • 

Eletric lock power supply output (+12V DC)

17 • 

Eletric lock power supply output (-12V DC, 600mA)

18 • Accessories power supply: 

+15V DC , 500mA.

19 • Accessories power supply: 

-15V DC

20 • 

Battery input 24V (+)

21 • 

0V. If the terminal is connected with a 24V additional battery, when the 230V AC fails, the 

automation will continue to operate. 

Note • 

With the 230V AC power supply ON, the terminal 

output voltage can be higher or lower than 24V. 

PROGRAMMING

01 •

 Make sure that all connections between components and control board are made according 

to the manual (see the schemes in p. 4, 5 and 6).

02 • 

Before connecting to the eletric current, check if there is some sort of obstacle that hinders 

the normal operation of the door and if the stopper is well placed.

03 •

 Put the K2 and the K1 in the desired position according

 to the dipper board from the page 11A.

04 • 

Turn on the electric current. The door will have the following behavior: 

Slowy closes → Slowly opens → Closes (to memorise the position) and stays in normal operation 

after finishing the cycle. 

 Before connecting the automation to the power supply, you must have the stopper 

installed so that the control board can recognize the course.

 When the door is in normal operation, the opening angle will reduce 2 degrees 

therefore, it does not need to touch the stopper during all cycles.

Pot

entiomet

er

s

1 •

 Opening speed

2 •

 Closing speed

3 • 

Delay time between motor nº1 and motor nº2 (when installed 2 motors)

4 •

 Pause time

 Dippers

ON

OFF

K1

 Magnetic lock

The output is continuously 

activated when the door is closed.

 Normal lock

 When the opening is triggered, 

the output receives an impulse for 3 

seconds to open the latch.

K2

Opening orientation: 

RIGHT

Opening direction:

INSIDE

Opening orientation: 

LEFT

Opening direction:

OUTSIDE

Opening orientation: 

LEFT

Opening direction:

INSIDE

Opening orientation: 

RIGHT

Opening direction:

OUTSIDE

OFF

K1 K2

ON

16

152mm

56.5mm

17
18
19

20

21

1

6

7

8

9

10

11

12

13

14

15

2

3

4

K1 K2

Interlocking between 2 singular doors

Summary of Contents for M1805

Page 1: ...V4 0 REV 10 2018 M1805 EN USER INSTALLER MANUAL ...

Page 2: ... SCHEMES TECHNICAL CHARACTERISTICS 03 THE AUTOMATION INSTALLATION MEASURES OPENING DIRECTION 04 PRE INSTALLATION INSTALLATION PROCESS 05 INSTALLATION TECHNICAL CHARACTERISTICS PROGRAMMING 06 THE CONTROL BOARD INSTRUCTIONS FOR FINAL CONSUMERS INSTRUCTIONS FOR SPECIALIZED INSTALLERS 07 TROUBLESHOOTING INDEX RADARS AND PROGRAM SELECTOR CONNECTION 8B 8B 3A 4 6 7 8A 9A 10A 11A 11B 12 12 5 ...

Page 3: ...pplicable regulations The installer should inform the customer how to handle the product in an emergency and provide him the manual This product is certified in accordance with European Community EC safety standards This product complies with Directive 2011 65 EU of the European Parliament and of the Council of 8 June 2011 on the restriction of the use of certain hazardous substances in electrical...

Page 4: ...1 Radar CR10MS CR10MS Jumper N C Jumper N O FOTO9S1A Photocells closure 11 12 If you do not use photocells place a shunt between 11 12 inputs FOTO9S1A Photocells open Control board Electric lock magnetic lock 24V continuous power output Battery 24V M1805 Automatism M1601 Radar 12V 12V The electro lock current can not exceed 600mA All connections should be made with the power supply disconnected ...

Page 5: ... 1 6 7 8 9 10 11 12 13 14 15 2 3 4 K1 K2 5 EN 02 CONNECTION SCHEMES RADARS AND PROGRAM SELECTOR CONNECTION Control board Control board PROGRAM SELECTOR EXTERNAL Radar M1601 INTERNAL Radar M1601 red white purple orange green green white white yellow yellow brown brown green black ...

Page 6: ... singular doors with interlocking connected to each other you should be aware these connections Only when one of the doors is closed the other can open When using this function if one of the doors is disconnected from the electric current the other will not open Control board of the 1st door 1st door is closed 2nd door started opening Control board of the 2nd door All connections should be made wi...

Page 7: ...iometer nº4 on the leaf nº2 control board from to create a delay relati ve to the leaf nº1 Operation When using a door with two leaves you should note these connections This function will allow the two sheets work in a coordinated manner All connections must be made with the power supply disconnected In this function if the leaf nº2 encounters an obstacle during closure the micro will give opening...

Page 8: ...or external opening Ângulo de abertura 0 110 Opening speed 90 2 sec 4 sec Closing speed 90 2 sec 4 sec Pause time in opening 1 sec 20 sec Manual strength 30N Consumption 50W Operating temperature 20 Ϲ 50 Ϲ Door s maximum weight 100kg Accessories output 500mA Eletric lock output 600mA 03 THE AUTOMATION 105mm 75mm 554mm 676mm 516mm 0 20 40 60 80 100 600 700 800 900 1000 1100 1200 Door maximum weight...

Page 9: ... 112 16 125 106 676 76 100 75 77 X 30 30 MAX 60 516 04 PRE INSTALLATION INSTALLATION MEASURES OPENING DIRECTION 04 PRE INSTALLATION INSTALLATION MEASURES OPENING DIRECTION Opening orientation LEFT Opening direction INSIDE Opening orientation RIGHT Opening direction INSIDE Opening orientation LEFT Opening direction OUTSIDE Opening orientation RIGHT Opening direction OUTSIDE ...

Page 10: ...fixation plate 08 Slide the automation to the right and se cure it with the 6 screws 02 Remove the 6 screws which hold the au tomation to the wall fixation plate 10 Secure the arm on the automation and set the correct position of the guide to fix it in the door 04 Put the plate against the wall and make the markings pay attention the measures 11 Move the door manually to set the position of the op...

Page 11: ...necting to the eletric current check if there is some sort of obstacle that hinders the normal operation of the door and if the stopper is well placed 03 Put the K2 and the K1 in the desired position according to the dipper board from the page 11A 04 Turn on the electric current The door will have the following behavior Slowy closes Slowly opens Closes to memorise the position and stays in normal ...

Page 12: ...s 2 Check if any of the door control devices key selector and push button are locked and are sending permanent signal to the control board 3 Consult a qualified MOTORLINE technician A SAFETY SYSTEMS Security systems are opened 1 Close with a shunt all control board safety systems N C contacts If the automatism starts to work normally analyze which are the problematic devices 2 Remove one shunt at ...

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