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10

ENGLISH

12. MEMORY STORING THE RADIOCONTROL CODE

The control unit has an integrated two-channel decoding 

system (DS, SLH, LC), named OMNIDEC.

This system makes it possible to memory store – via an additional 

receiving module (Fig. 29 ref. 

) and radio controls with the 

same frequency – both the total opening (OPEN A) and the 

partial opening (OPEN B) of the automated system.

 The 3 radio coding types (DS, SLH, LC) cannot coexist.

 

Only one radio code can be used at a time.

 

To change over from one code to the other, delete the 

existing one (see paragraph concerning deletion), and 

repeat the memory storing.

 You can memory store up to a maximum of 2 codes. 

One on the OPEN A channel and the other on the OPEN 

B channel.

1) On the DS radio control select the required ON-OFF 

combination of the 12 dip switches.

2) Press, for 1 second, the OPEN A or OPEN B (Fig. 30 ref. 

push-button to respectively memory store total or partial 

opening.

3) The corresponding LED (Fig. 30 ref. 

) starts flashing slowly 

for 5 seconds.

4) Within these 5 seconds press the required push-button on 

the radio control.

5) The corresponding LED lights up with steady beam for 1 

second and then turns off to indicate that the radio control 

has been memory stored.

6) To add further radio controls set the same ON-OFF combination 

used in point 1).

12.2. Memory storing the SLH radio controls

 You can memory store up to a maximum of 250 codes, 

subdivided between OPEN A and OPEN B. B channel.

1) On the SLH radio control press and hold down the 

push-buttons P1 and P2 simultaneously.

2) The LED of the radio control begins to flash.

3) Release both push-buttons.

4) Press, for 1 second, the OPEN A or OPEN B (Fig. 30 ref. 

push-button to respectively memory store total or partial 

opening.

5) The corresponding LED begins to flash slowly for 5 seconds. 

(Fig. 30 ref. 

)

6) Within these 5 seconds, while the LED of the radio control is 

still flashing, press and hold down the required push-button 

on the radio control (the LED of the radio control lights up 

with steady beam).

7) The LED on the board lights up with steady beam for 1 second 

and then turns off to indicate that the radio control has been 

memory stored.

8) Release the push-button of the radio control.

9) Press twice the push-button of the memory stored radio 

control in brief succession.

  The automated system performs an opening movement. 

Make sure that the automated system is free from any 

obstacle created by persons or things.

10) To add other radio controls you need to transfer the code 

of the push-button of the memory-stored radio control to 

the corresponding push-button of the radio control to add, 

observing the following procedure:

- On the memory-stored radio control press and hold down the 

push-buttons P1 and P2 simultaneously.

- The LED of the radio control begins to flash.

- Release both push-buttons.

- Press the memory stored push-button and hold it down (the LED 

of the radio control lights up with steady beam).

- Put the radio controls close to each other and hold down 

the corresponding push-button of the radio control to add, 

releasing it only after a double flashing of the LED of the radio 

control indicating that the radio control has been stored in 

the memory.

- Press twice the push-button of the just memory-stored radio 

control in brief succession.

  The automated system performs an opening movement. 

Make sure that the automated system is free from any 

obstacle created by persons or things.

12.3 Memory storing the RC radio controls

 You can memory store up to a maximum of 250 codes, 

subdivided between OPEN A and OPEN B.

1) Use the RC remote controls only with a receiving module 

with 433MHz.

2) Press, for 1 second, the OPEN A or OPEN B push-button 

(Fig. 30 ref. 

) to memory store respectively total or partial 

opening.

3) The corresponding LED begins to flash slowly for 5 seconds. 

(Fig. 30 ref. 

)

4) Within these 5 seconds, press the required push-button on 

the RC remote control.

5)  The LED lights up with steady beam for 1 second, indicating 

that the radio control has been memory stored, and then 

resumes flashing for 5 seconds during which you can memory 

store another radio control (point 4).

6)  At the end of the 5 seconds, the LED turns off indicating that 

the procedure has been completed.

7)  To add other radio controls repeat the operation from point 

1).

12.3.1 Remote memory storing the RC radio controls

Only with RC radio controls you can memory store other radio 

controls in a remote more, that is without using the RADIO 

SETUP push-buttons, but using a previously memory stored radio 

control.

1) Take a radio control which has been already memory stored 

on one of the 2 channels (OPEN A or OPEN B).

2) Press and hold down the push-buttons P1 and P2 simultaneously 

until both LEDs on the board start flashing.

3) Both LEDs flash slowly for 5 seconds.

4) Within 5 seconds, press the previously memory stored push-

button of the radio control to activate the learning phase on 

the selected channel (OPEN A or OPEN B).

5) The LED on the board corresponding to the channel in 

learning phase flashes for 5 seconds, within which you must 

send the code of another radio control.

6) The LED lights up with steady beam for 2 seconds indicating 

that the radio control has been memory stored, and then 

resumes flashing for 5 seconds, during which you can memory 

store other radio controls, as per point 5, and then it turns 

off.

12.1. Memory storing the DS radio controls

Summary of Contents for D700HS

Page 1: ...D700HS...

Page 2: ...s and components of board E700HS p 6 8 2 Terminal boards and connectors p 7 8 3 DS1 Programming dip switches p 7 8 4 Operating logics p 7 9 COURTESY LAMP p 8 10 CONNECTIONS p 8 11 PROGRAMMING p 8 11 1...

Page 3: ...anical closures of the door so that it is the automated system that blocks the door when closed apply the warning stickers according to the instructions install manual release devices at a height not...

Page 4: ...er areas against mechanical movement Risks such as crushing dragging and shearing 16 Use of at least one indicator light e g FAACLIGHT is recommended for every system as well as a warning sign adequat...

Page 5: ...rinsic safety device Class 2 Sectional door max width mm 5000 Sectional door max height mm See useful travel Sliding guide useful travel mm 2000 2600 3200 3800 Protection class Only for internal use I...

Page 6: ...before starting with the installation 1 Release the carriage see par 7 4 point 3 and take it to the slot on the upper part of the sliding guide 2 Fit the terminal of the small cable into its relevant...

Page 7: ...ght of 180 cm off the ground then cut the rope in excess 2 Make a knot at the end of the rope and assemble the release handle Fig 23 3 Pull downwards the release handle and check if the door can be mo...

Page 8: ...ntrol device with NO contact see chapter OPERATING LOGICS STOP Device with NC contact that causes the block of the automated system Negative for OPEN A and STOP devices FSW Closing safety device with...

Page 9: ...at opening and closing in the automatic mode instead the control board autonomously determines the movement parameters If the procedure is not completed correctly i e due to excessive friction during...

Page 10: ...ing the normal operation of the automated system AUTOMATIC LEARNING WITH LOGIC A AUTOMATIC NOTA we recommend you to perform this learning at LOW speed dip switch 4 ON Hold down the SET UP push button...

Page 11: ...radio control to add observing the following procedure On the memory stored radio control press and hold down the push buttons P1 and P2 simultaneously The LED of the radio control begins to flash Rel...

Page 12: ...of the lock release operations of the operator as shown in the mentioned guide 14 FALL PREVENTION CABLES Connect the fall prevention cables to the rear door and to the ceiling fitting Fig 32 15 MAINTE...

Page 13: ...s signalling a fault Theautomatedsystemperformsfrequent reversals of movement during the opening and or closing movement The automated system detects an excessive difficult movement of the door If you...

Page 14: ...2000 2600 3200 3800 1 2 3 Inserto Immagini Pictures Collection Inserto Immagini Pictures Collection Collection de Figure Cojunto de Imagenes Collection de Figure Cojunto de Imagenes Photo Kollektion...

Page 15: ...8 5 6 7 4...

Page 16: ...15 14 13 12 11 10 A B C 9...

Page 17: ...23 22 21 20 15 20 19 18 17 16...

Page 18: ...28 OPEN A ALTRE SICUREZZE STOP 27 26 25 24 A C B...

Page 19: ...35 34 31 32 33 30 OPEN B OPEN A RADIO SET UP 29...

Page 20: ...43 2 sec 5 sec 42 41 8 sec 40 1 sec 38 39 2 sec 5 sec 37 8 sec 36 1 sec...

Page 21: ...50 49 51 4 sec 2 sec 5 sec 48 5 sec 47 2 sec 5 sec 46 44 45 5 sec 4 sec...

Page 22: ...ansmission chain or belt pulls the door open to allow access If the automatic mode was set the door closes automatically after pause time has elapsed An opening pulse given during the opening stage ha...

Page 23: ...chnician Customer 9 Technician Customer 10 Technician Customer Installer Customer Type of system Serial No Installation date Start up PART MODEL SERIAL NUMBER Operator Safety device 1 Safety device 2...

Page 24: ...en conservant les caract ristiques essentielles sans devoir pour autant mettre jour cette publication Die Beschreibungen und Abbildungen in vorliegendem Handbuch sind unverbindlich FAAC beh lt sich da...

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