BFT TELEC MA User Manual

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TELEC MA

D811266 23-09-00 Vers. 02

AUTOMATION FOR SPRING OVERHEAD DOORS

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287

TELEC MA

AUTOMATION FOR SPRING OVERHEAD DOORS

D811266_02

1) GENERAL SAFETY WARNING! An incorrect installation or improper use of the product can cause damage to persons, animals or things.

• The “Warnings” leaflet and “Instruction booklet” supplied with this product should be read carefully as they provide important information about safety, installation, use and maintenance.

• Scrap packing materials (plastic, cardboard, polystyrene etc) according to the provisions set out by current standards. Keep nylon or polystyrene bags out of children’s reach.

• Keep the instructions together with the technical brochure for future reference.

• This product was exclusively designed and manufactured for the use specified in the present documentation. Any other use not specified in this documentation could damage the product and be dangerous.

• The Company declines all responsibility for any consequences resulting from improper use of the product, or use which is different from that expected and specified in the present documentation.

• Do not install the product in explosive atmosphere.

• The construction components of this product must comply with the

following European Directives: 89/336/CEE, 73/23/EEC, 98/37/EEC and subsequent amendments. As for all non-EEC countries, the abovementioned standards as well as the current national standards should be respected in order to achieve a good safety level.

• The Company declines all responsibility for any consequences resulting from failure to observe Good Technical Practice when constructing closing structures (door, gates etc.), as well as from any deformation which might occur during use.

• The installation must comply with the provisions set out by the following European Directives: 89/336/CEE, 73/23/EEC, 98/37/EEC and subsequent amendments.

• Disconnect the electrical power supply before carrying out any work on the installation. Also disconnect any buffer batteries, if fitted.

• Fit an omnipolar or magnetothermal switch on the mains power supply, having a contact opening distance equal to or greater than 3mm.

• Check that a differential switch with a 0.03A threshold is fitted just before the power supply mains.

• Check that earthing is carried out correctly: connect all metal parts for closure (doors, gates etc.) and all system components provided with an earth terminal.

• Fit all the safety devices (photocells, electric edges etc.) which are needed to protect the area from any danger caused by squashing, conveying and shearing.

• Position at least one luminous signal indication device (blinker) where it can be easily seen, and fix a Warning sign to the structure.

• The Company declines all responsibility with respect to the automation safety and correct operation when other manufacturers’ components are used.

• Only use original parts for any maintenance or repair operation.

• Do not modify the automation components, unless explicitly authorised

by the company.

• Instruct the product user about the control systems provided and the manual opening operation in case of emergency.

• Do not allow persons or children to remain in the automation operation area.

• Keep radio control or other control devices out of children’s reach, in order to avoid unintentional automation activation.

• The user must avoid any attempt to carry out work or repair on the automation system, and always request the assistance of qualified personnel.

• Anything which is not expressly provided for in the present instructions, is not allowed.

2) GENERAL OUTLINE

The TELEC MA system is compatible with the EElink protocol for fast installation and maintenance. It is suitable for motorising sectional doors (fig.14), protruding fully retracting spring-operated overhead doors (fig.2) and counterweight overhead doors provided with an appropriate towing arm (fig.3). The overhead door must not be higher than 2.5 metres (3.5m with extension). It is easy to install and fast to fit and does not need the door to be modified. The irreversible gearmotor keeps the door locked in the closing position. The control unit is built-in. It controls the operation relays and the safety devices (photocell, rubber skirt) before performing every manoeuvre.

3) TECHNICAL SPECIFICATIONS

3.1) Actuator

Power supply: ................................230V ±10%, 50-60Hz Single-phase(*)

Motor voltage: ................................................................................... 24Vdc

Max power absorbed from mains:................................................... 140W

Lubrication: ................................................................... Permanent grease

Towing and pushing force: ................................................................ 600N

Working stroke:............................ 2.55m (extended to 3.5m in Mod.PT1)

Average speed: .............................................................................. 7m/min

Impact reaction in closing:...................... Ampere-stop (Stop and reverse)

Manoeuvres in 24 hours: ...................................................................... 100

Limit switches: .................................................... Electrical and adjustable

Courtesy light:........................................................... 230V 25W max, E14

Working temperature: .......................................................... -15°C / +60°C

Degree of protection: ......................................................................... IP30

Total weight: ..................................................................................... 12 kg

Noise: .......................................................................................... <70dB(A)

Dimensions: ..................................................................................See fig.1

(*) Available in all mains voltages.

3.2) QTELEC MA control unit (fig.16)

Supply to accessories: ..................................................... 24Vac (1A max)

Ampere-stop setting: ........................................... On closing and opening

Automatic closing time: ..................................................... From 2 to 120s

Working time: ....................................................................... From 1 to 60s

Reverse pause: ........................................................................ Approx. 1s

Blinker connection: ........................................................ 230Vac max 40W

Service light switching time: ................................................................. 90s

Pre-alarm time: ....................................................................................... 3s

Parameter and option setting: ........... By means of LEDs and small keys

Incorporated Rolling-Code radio receiver: ............ Frequency 433.92MHz

Coded by means of: .............................................. Rolling-Code algorithm

No. combinations: ........................................................................ 4 milliard

Impedance antenna:.......................................................... 50Ohm (RG58)

Max no. of radio controls to be memorised: .......................................... 64

3.3) Transmitter

Key colour : .......................................................................................... Red

Power supply : ........................................................... 12V Alkaline battery

Range : ............................................................................... 50-100 metres

Transmitter versions: ..................................................................................

TRC1 - Single-channel, TRC2 - Double-channel, TRC4 - Four-channel.

4) ACTUATOR INSTALLATION

4.1) Preliminary checks

• Check that the door is balanced.

• Check that the door slides smoothly along its entire travel.

• If the door has not been newly installed, check the wear condition of all

its components.

• Repair or replace faulty or worn parts.

• The automation reliability and safety are directly influenced by the state

of the door structure.

4.2) Fitting

After being unpacked, the door opener looks as illustrated in fig.4. Remember to dispose of all the packing elements by separating the different types of material (cardboard, polystyrene, PVC etc.) according to the provisions set out by the current standards.

• Remove the existing locking bolt from the cremone bolt of the door.

• Position joint “G” as shown in fig.5.

• Position the half track as in fig.6, and lower it to the supporting surface

while tensioning the chain and therefore obtaining a whole track.

• Fit the joint to overlap each of the two half tracks by half its length, as in fig.7.

• Secure the joint by tightening the appropriate screws supplied, as in

fig.8. The door opener is thus ready to be installed.

• Mark the mid-point of the door and fix the track articulated joint to the door frame, as in fig.9. If the ceiling is high enough, the articulated joint can be fitted higher up and fixed to the masonry lintel by means of dowels.

• With the help of an adequate support, lift the motorised head until the track is levelled, as in fig.10.

• Fix the two supporting brackets to the ceiling, as in fig.11. Recheck everything and fix the two supporting brackets to the gearmotor base plate.

• Release the towing carriage (fig.12) by pulling the wire, and bring the towing arm as far as the door panel. Fix the towing arm to the door panel, as in fig.13, using the screws supplied.

5) ELECTRICAL INSTALLATION SET-UP (fig.14)

I) Type-approved omnipolar circuit breaker with at least 3-mm contact

opening, provided with protection against overloads and short circuits, suitable for cutting out automation from the mains. Place, if not al ready installed, a type-approved differential switch with a 0.03A threshold just

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before the automation system.

Qr) Control panel and incorporated receiver M) Actuator Ft) Transmitter photocell Fr) Receiver photocells T) 1-2-4 channel transmitter.

Connect the accessories, safety and control devices to the motor unit, making sure that the mains voltage connections are kept totally separate from the low voltage accessory connections. Proceed as illustrated in the electrical diagram (fig.15). When this operation is completed, the appliance is ready to work by means of a remote control.

5.1) Terminal board connections

The automation device is to be operated after all the safety devices have been connected and checked. See terminal board diagram in fig.15.

JP1

1-2 Motor connection (1 Green - 2 Brown) 3 Transformer connection 0Vac 4 Transformer connection 25Vac 5 Transformer connection 15Vac

JP3A Stop microswitch connector JP3

11-12 Antenna connection (11 signal, 12 braid) 13-14 Supply to accessories 24Vac 15-16 Free contact (N.O.) to be used as Open Gate Warning light (24Vac

max 3W) or 2nd radio channel This option can be set from menu AB, see paragraph on programming.

17-18 24 Vac output supplying power to the safety devices (photocell

transmitter and rubber skirt transmitter).

N.B. Output enabled during the operation cycle only.

19 Connection to FAULT safety devices (see point 6). JP5

22-23 START button (N.O.) 22-24 STOP button (N.C.). If not used, leave bridged. 25 Electric edge photocell PHOT input (see point 6).

JP6

26-27 Courtesy light connection 230Vac max 25W 28-29 Transformer supply 230Vac 30-31 Single-phase supply 230Vac, 50/60Hz (30N-31L) 32-33 Blinker connection 230Vac max 40W

JP7

Slow-down microswitch connector.

6) CONNECTION TO SAFETY DEVICES Note: only use safety devices which can receive with a free changeover contact (refer to fig.12).

To connect the photocells refer to the diagram in fig.12 taking into account the number of pairs used: 1 pair box 1C, 2 pairs box 2C. The control unit performs the test of 2 safety devices. The additional devices must be equipped with internal self-diagnosis and connected in series. If photocells are not used, leave the jumpers aligned between terminal 25/18, and between terminal 19/22 of the Q TELEC MA board. The connection of the infrared rubber skirt must be performed in the same way as for the photocells, i.e. by energizing the transmitter from terminal 13/ 14 and the receiver from terminal 17/18.

7) MANUAL PROGRAMMING OF CONTROL UNIT

7.1) Tests

In order to facilitate the automation setup tests, to control the opening and closing manoeuvres, you can use the remote control or temporarily connect a button between the two terminals 22 and 23 (START).

7.2) Trimmer adjustment (fig.15) WARNING! Before any adjustment, close jumper J1.

Set the trimmers to the requested value considering that the set value is increased by turning the relevant trimmer clockwise.

WARNING! The values set using the trimmers must be stored in the memory.

This operation can be carried out in 2 different ways: a) Disconnect and then reconnect the power supply (reset) after any

correction to the trimmer. After completing the adjustment, wait at least 5 seconds from system reset and open the J1 jumper.

b) Enter “Menu A” after adjusting the trimmers (press SW1-SW2 one time

simultaneously). Check that Check that the LED flash correspond to that of the “Menu A” (the Green LED flashes in a constant way). After each trimmer correction, enter “Menu A” to store the new value.

TCA) Dwell time after which the door is automatically closed. Can be set

from 20 to 120 s.

AMPC) Sets the amperometric limit switch trigger current during the closing

manoeuvre (antisquash sensitivity). When the limit switch is triggered, it stops the door and reverses the movement.

AMPO) Sets the amperometric limit switch trigger current during the

opening manoeuvre. When the limit switch is triggered, it stops the door movement.

WARNING: Excessive value setting can jeopardise antisquash safety. Setting must be calibrated to the minimum value needed to carry

out complete opening and closing strokes. In any case, the pushing force at the edge of the door must be within the limits provided for by the current standards.

TW) Sets the motor operation time, after which the motor stops. The value

set must be slightly greater than the time needed to close the door. Can be set from 0 to 60s.

7.3) Setting of programmable parameters and functions

To program the required functions, follow the sequence described in the “PROGRAMMING” pages. These include a “LEGEND” which explains the types of signal indication provided by the green and red leds. For “Menu

B”, the on/off condition is specified in each individual function. N.B. To enable function setting or modification, you must close jumper J1 (fig.15).

Programming is divided into three menus: A) Radio control storage B) Function logic setting C) Memory cancellation To gain access to each individual programming menu, simultaneously press keys SW1 and SW2 for a short time, as follows: once for menu A, twice for menu B and three times for menu C. If you do not carry out any selection within a working time of 60 seconds after entering the programming mode, you will automatically exit programming. When setting is completed, set J1 to Off (open the jumper).

To initialise the control unit with the required setting, disconnect the mains power supply for a few seconds, and then reconnect it.

7.4) Transmitter storage See the “Menu A” diagram shown on the “PROGRAMMING” page.

7.5) Function logic setting

See the “Menu B” diagram shown on the “PROGRAMMING” page. The red led (DL1) condition (on/off) shows the function selected. The value given within square brackets [ ] is the value predefined by the manufacturer. Here follows a detailed explanation of “Menu B” programmable functions: Opening photocell [ Red LED On ] Red DL1 on: when obscured, it excludes photocell operation on opening.

Immediately reverses during the closing phase.

NB. To disable the opening photocell, close the J2 jumper, otherwise the setting is not active.

Red DL1 off: when obscured, the photocells remain active during both

opening and closing. If the photocell is obscured during closing, it only

reverses the movement after the photocell has been released. Opening impulse blocking [ Red LED Off ] Red DL1 on: the start impulse has no effect during the opening phase. Red DL1 off: accepts start commands during opening. Automatic closing [ Red LED Off ] Red DL1 on: activates automatic closing after a dwell time set by trimmer

TCA. Red DL1 off: excludes automatic closing . 4 or 2 step logic [Red LED Off ] Red DL1 on: 2 step logic. A start impulse given while the gate is closing,

causes the direction to reverse; during opening, it causes it to stop. Red DL1 off: 4 step logic. A start impulse given while the gate is

moving, causes it to stop; the subsequent impulse causes the

direction to reverse.

N.B.: The start impulse during the opening phase has no effect

when the opening impulse blocking is enabled (DL1 On).

Gate-open or 2nd radio channel warning light [Red LED On]

Red DL1 on: operation as gate-open warning light (see connection fig.15).

This warning light is off when the gate is closed, blinks when it closing

and stays on when the gate is open or being opened. Red DL1 off: operation as 2nd radio channel (see connection fig.15).

Allows other devices to be controlled through the second radio channel

of the receiver. Pre-alarm [Red LED Off ] Red LED on: the blinker comes on 3 seconds before the motor starts. Red LED off: the blinker comes on at the same time as the motor starts.

7.6) Cancellation storage See the “Menu C” diagram shown on the “PROGRAMMING” page.

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8) UNIPRO UNIVERSAL PROGRAMMER (see fig.25) The QTELEC MA control unit can be programmed by means of the UNIPRO programmer in the following modes:

• TRC series radio control programming

• Function logic programming (No Trimmer)

• Memory cancellation

• Parameter reading

Leave the JP jumper open. The UNIPRO connection only allows reading of those values set using the trimmers. Connect the UNIPRO programmer to the TRC transmitter by means of the UNITRC and UNIFLAT accessories supplied. Connect the UNIPRO programmer to the QTELEC MA control unit by means of the UNIDA and UNIFLAT accessories supplied.

N.B.: The QTELEC MA control unit cannot supply the UNIPRO programmer. For the programming procedure, refer to the appropriate UNIPRO instruction manual.

9) CHAIN TIGHTENER ADJUSTMENT

The automation device supplied is already calibrated and inspected. Should the chain tension need to be adjusted, proceed as shown in fig.16.

WARNING: The anti-tear spring must never be completely compressed. Scrupulously check that the spring does not become totally compressed during operation.

10) LIMIT SWITCH ADJUSTMENT

The controller is provided with a limit switch adjustment unit which is supplied already adjusted for the maximum stroke available. The limit switch unit has 2 microswitches for each direction: the first to be intercepted activated slow-down operation, the second to be intercepted stops the controller.

WARNING: Before carrying out any adjustment operation, disconnect the power supply from the system.

Each time the system is disconnected from the power supply, the electronics is reset. When the system is supplied with power, the first starting command always activates the opening manoeuvre. To set the opening and closing microswitches, proceed as follows:

• If the towing carriage is in the manual release position, bring it over to the chain coupling by manually moving the door until it is hooked, and supply the system with power.

• Press START: the first command always activated the opening manoeuvre. Press START to stop the door when it is fully open. To set the stroke limit, lift the retaining spring away from the cam teeth by means of a screwdriver (fig.17), turn the opening cam in the direction of the “OPEN” microswitches until you hear the first and second limit switches click. Lower the spring until one of the cam teeth is engaged.

• Supply the system with power and press START to activate the closing manoeuvre. Press START when the door is fully closed. Lift the retaining spring away from the cam teeth by means of a screwdriver (fig.18), turn the closing cam in the direction of the “CLOSE” microswitches until you hear both the limit switches click. Lower the spring until one of the cam teeth is engaged.

• Supply the system with power and check that the door slows down and stops in both directions. Check that the opening and closing stop actions do not require excessive towing or compression force.

• Repeat the complete opening and closing manoeuvres a few times to check that the limit microswitches operate correctly. If necessary, readjust the cam position.

• The retaining spring must always be engaged in the cam toothing to keep the cams into position.

• Refit the cover on the controller.

11) SLOW-DOWN SPEED AND TORQUE

N.B.: In the case where, during the final opening and closing phases, the pushing force does not allow the required manoeuvre to be completed, the gearmotor force can be increased by moving the transformer connection from terminal 3 to terminal 4, as in fig.19.

12) EMERGENCY MANOEUVRE

In case of electric power failure or system malfunction, the manoeuvre must be carried out manually by pulling the wire connected to the carriage, as in fig.12. For garages which are not provided with a second exit, it is compulsory to fit an external key release device like Mod. SM1 (fig.20) or Mod. SET/S (fig.21).

13) AUTOMATION CHECK

Before the automation device finally becomes operational, scrupulously check the following conditions:

• Check that all the safety devices (limit microswitches, photocells, electric edges etc.) operate correctly.

• Check that the pushing force (antisquash) of the door is within the limits provided for by the current standards.

• Check that the chain tightener spring is not completely compressed during manoeuvre.

• Check the manual opening control operation.

• Check the opening and closing operations using the control devices fitted.

• Check the normal and customised operation electronic logics.

14) AUTOMATION DEVICE USE

Since the automation device can be remotely controlled by means of a radio control device or a Start button, and therefore when not in sight, all the safety devices must be frequently checked in order to ensure their perfect efficiency. In the event of any malfunction, request immediate assistance from qualified personnel.

Children must be kept at a safe distance from the automation operation area.

15) AUTOMATION CONTROL

The use of this control device allows the gate to be opened and closed automatically. There are different types of controls (manual, radio control, magnetic card access etc.) depending on the installation requirements and characteristics. For the various control systems, see the relevant instructions. The automation device users must be instructed on control and operation.

16) MAINTENANCE

Before carrying out any maintenance operation, disconnect the system power supply.

• Periodically check chain tensioning (twice a year).

• Occasionally clean the photocell optical elements, if installed.

• Have a qualified technician (installer) check the correct setting of the

electronic clutch.

• When any operational malfunction if found, and not resolved, disconnect the system power supply and request the assistance of a qualified technician (installer). When the product is out of service, activate the manual release device to allow the door to be opened and closed manually.

17) ACCESSORIES

SM1 External release device to be applied to the cremone bolt already fitted

to the overhead door (fig.20).

SET/S External release device with retracting handle for sectional doors

measuring max 50mm (fig.21).

PT1 1-metre extension for doors measuring up 3.50m (fig.22). APT Extension and bracket accessories used to fit the product away from

the door or close to the ceiling (fig.23).

ST Automatic bolt release device for spring-operated overhead doors. Fitted

to the control arm, it automatically releases the side door bolts (fig.24).

18) SCRAPPING

Warning! This operation should only be carried out by qualified personnel.

Materials must be disposed of in conformity with the current regulations. In case of scrapping, the automation devices do not entail any particular risks or danger. In case of materials to be recycled, these should be sorted out by type (electrical components, copper, aluminium, plastic etc.).

19) DISMANTLING

Warning! This operation should only be carried out by qualified personnel. When the automation system is disassembled to be reassembled

on another site, proceed as follows:

• Disconnect the power supply and the entire external electrical installation.

• In the case where some of the components cannot be removed or are

damaged, they must be replaced.

The descriptions and illustrations contained in the present manual are not binding. The Company reserves the right to make any alterations deemed appropriate for the technical, manufacturing and commercial improvement of the product, while leaving the essential product features unchanged, at any time and without undertaking to update the present publication.

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Simultaneously press control unit keys SW1 and SW2 twice and release

Green 1 blink 1 pause

SW1 SW2

Red [ On ]

Green

2 blinks 1 pause

1 1

OPENING PHOTOCELLS

ACTIVE

SW2

Press

OPENING PHOTOCELLS

EXCLUDED

Red [ Off

]

Green

3 blinks 1 pause

Press

Red [ Off

]

Wait for 60s to exit programming or disconnect supply

OPENING IMPULSE BLOCK

EXCLUDED

Red On

Red

[

Off

]

AUTOMATIC CLOSING

EXCLUDED

AUTOMATIC CLOSING

ACTIVE

Red [ On

]

4 STEP LOGIC ACTIVE

2 STEP LOGIC ACTIVE

Green

4 blinks 1 pause

Press

1 1

SW1

Red

[

Off

]

Red On

SW1

GATE-OPEN WARNING ACTIVE (no 2nd channel)

2nd CHANNEL ACTIVE (no gate-open warning)

Green

5 blinks 1 pause

Press

1 1

Red [ On

]

Red Off

SW1

1 1

PREALLARME ESCLUSO

PRE-ALARM ACTIVE

Green

6 blinks 1 pause

Press

Red [ Off

]

Red On

SW1

Press SW1

Menu A

Menu B

Menu A - TRANSMITTER STORAGE

Menu B - FUNCTION LOGIC SETTINGS

Menu C

OPENING IMPULSE BLOCK

ACTIVE

Open jumper J1 at the end of programming

SW2

Press

Press SW1

Check that J2 is closed.

Green

LED

Red

LED

Blinking

Off

Emits 1 blink

Blinking

Off

Emits 1 blink

Red

Press P1 (see fig. 1A)

Green Red

Press T1,T2,T3 or T4 (see fig. 2A)

Green Red

START

2nd RADIO

CHANNEL

NOTE: Set

2nd channel

in Menu B

Press SW1 in control unit

Red

Emits 1 blink

Press T1,T2,T3 or T4

(see fig. 2A)

Green Red

To memorise another transmitter in the

Start

Wait for 60s

to exit programming or disconnect

supply

To memorise another transmitter in the 2nd Radio channel

SW1 SW2

Simultaneously press control unit keys SW1 and SW2 once and release

OFF

T1 T2

T1 T2 T3 T4

TRC 1-2 TRC 4

FIG. 1A

FIG. 2A

TRC 1-2 TRC 4

LEGEND

Close jumper

in the control unit

Open jumper

J1at the

end of

programming

OFF

Wait for 60s

to exit programming or disconnect

supply

Transmitter

key T is

memorised

2nd RADIO

CHANNEL

Transmitter

key T is

memorised

START

Green

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PROGRAMMING

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Press P1 on the transmitter to be cancelled (see fig. 1A)

Red

Press T1,T2,T3 or T4 to be cancelled from QTELEC memory (see fig. 2A)

Cancellation

of START

on memorised

transmitters

Press SW1 on control unit

Press T1,T2,T3 or T4 to be cancelled from QTELEC memory (see fig. 2A)

To cancel another T key from the transmitter itself or another transmitter

Key T on the transmitter, memorised as [START] is cancelled from QTELEC memory

2nd CHANNEL

cancellation

on memorised

transmitters

Simultaneously press SW1 and SW2 for 10 seconds on Qtelec control unit

Red Off

Green On, emits 1 blink

All memorised transmitters are cancelled and all QTELEC parameters modified. Only parameters set by manufacturer are left and specified in paragraphs “Function logic settings” between square brackets [ ].

Total cancellation of QTELEC

transmitter memory and

modifications

(only data set by manufacturerleft)

Green

Alternate blinking Green-Red

Red Off

SW1 SW2

Simultaneously press control unit keys SW1 and SW2 3 times and release

SW1 SW2

Menu C Menu C - QTELEC CONTROL UNIT MEMORY CANCELLATION

Alternate blinking Green-Red

SW1 SW2

Wait for 60s

to exit programming or disconnect

supply

Key T on the transmitter, memorised as [2 CHANNEL] is cancelled from QTELEC memory

Wait for 60s

to exit

programming

or disconnect

supply

Menu A

SW1

OFF

Open jumper

at the end

of programming

Menu B

Green On emits 1 blink

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PROGRAMMING

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Fig. 1

Fig. 4

Fig. 5

207

132

370

3350

2980

Fig. 2

Fig. 3

Fig. 6

Fig. 7

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Fig. 8 Fig. 9

Fig. 11

Fig. 13

Fig. 10

Fig. 12

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Fig. 15

Fig. 14

4x1mm

2x1mm

LINE 3x1.5mm

LINEA • LINE • LIGNE LEITER • LINEA • LINHA

2425 23 22 151617181920 1113 1214

31 32 33

5 4 123

JP10

SW1

SW2

DL1

DL2

BL-STOP N.C.

START N.O.

COM

SCA - 2ϒ Ch.R

JP14

JP15

JP13

25-27V 20-21V 15-16V

230V 25W

230V

MAX 40W

STOP-OPEN

STOP-CLOSE

RAL-OPEN

RAL-CLOSE

JP1

JP3A

JP3JP5

JP7

JP6

OFF

AMPO

2ϒCh.R

AMPC

TCA

FUSE T2A

FUSE T1.6A

QTELEC

TRC1-2-4

16 15 14 13 12 11

2ϒCh.R

24Vac 3W

16 15 14 13 12 11

SCA

24Vac

COM

24 VAC TX

FOT. PHOT. PHOT. PHOT FOT. FOT.

COM • COMMON • COMMUM • GEMEINSAM • COMÚN • COMUM

RAL-APERTO • RAL-CHIUSO

RAL-OPEN • RAL-CLOSED

RAL-OUVERT • RAL-FERME

RAL-OFFEN • RAL-GESCHLOSSEN

RAL-ABIERTO • RAL-CERRADO

RAL-ABERTO • RAL-FECHADO

STOP-APERTO • STOP-CHIUSO

STOP-OPEN • STOP-CLOSED

STOP-OUVERT • STOP-FERME

STOP-OFFEN • STOP-GESCHLOSSEN

STOP-ABIERTO • STOP-CERRADO

STOP-ABERTO • STOP-FECHADO

FUSIBILE • FUSE • FUSIBLE • SCHMELZSICHERUNG • FUSIBLE • FUSÍVEL

GUASTO • FAULT • SCHADEN • AVERIA • AVARIA

FAULT

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Fig. 16

Fig. 19

Fig. 17

Fig. 18

JP1

---

----

---

2314545312

1APERTO • 2CHIUSO 1OPEN • 2CLOSED 1OUVERT • 2FERME 1OFFEN • 2GESCHLOSSEN 1ABIERTO • 2CERRADO 1ABERTO • 2FECHADO

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Fig. 21

Fig. 20

UNIDA

UNIFLAT

UNITRC

UNIFLAT

UNIPRO

UNIFLAT

Contatti

TRC1-2-4

QTELEC

Fig. 22

Fig. 23

Fig. 24

Fig. 25

CONTATTI CONTACTS CONTACTS KONTAKTE CONTACTOS CONTACTOS

CONNETTORE JP10 CONNECTOR JP10 CONNECTEUR JP10 STECKVERBINDER JP10 CONECTOR JP10 CONECTOR JP10

TELEC MA

AUTOMATION FOR SPRING OVERHEAD DOORS

BFT TELEC MA User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual