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To perform the test:

1. check that all the instructions in the "GENERAL 

SAFETY WARNINGS AND PRECAUTIONS" have 

been strictly followed

2. check the correct installation of the fuse at the 

programmed break.

3. using the control devices (transmitter, control button, 

key selector, etc.), carry out tests for opening, closing 

and stopping the chain, making sure that the movement 

corresponds to what was expected. It is advisable to 

carry out various tests in order to evaluate the 

movement of the chain and ascertain any assembly or 

adjustment defects, as well as the presence of 

particular points of friction

4. check, one by one, the correct functioning of all the 

safety devices present in the system (photocells, etc.)

5. check the correct functioning of the photocells by 

proceeding as follows: depending on whether one or 

two pairs of photocells have been installed, one or two 

parallelepipeds of rigid material (eg polystyrene) with 

measurements of 70x30x20 cm are required. Each 

parallelepiped must have three sides, one for each 

dimension, of reflective material (eg, mirror or glossy 

white paint) and three sides of opaque material (eg 

painted in opaque black). To test the photocells 

positioned at 50 cm from the ground

 - make sure that the device intervenes in all cases, 

passing from the state of active to the alarm state and 

vice versa

- make sure that it causes the planned action in the 

control unit (for example, the reversal of the movement 

in the Closing maneuver)

7. verification of the safeguard for the danger of lifting: 

in automatisms with vertical movement it is necessary 

Testing and commissioning

Testing

COLLAUDO E MESSA IN SERVIZIO

These are the most important phases in the realization 

of the automation, in order to guarantee the maximum 

safety of the plant. The test can also be used to 

periodically check the devices that make up the 

automation. The testing and commissioning phases of 

the automation must be carried out by qualified and 

experienced personnel who must take responsibility for 

establishing the tests necessary to verify the solutions 

adopted against the risks present, and to verify 

compliance with the provisions of laws, regulations and 

regulations: in particular, of all the requirements of the 

standard EN 12445 which establishes the test methods 

for the verification of the automatisms for gates. The 

devices additional, they must be subjected to a specific 

test, both in terms of functionality and in terms of their 

correct interaction with the control panel. Then refer to 

the instruction manuals of the individual devices.

to check that there is no danger of lifting. This test can be 

performed as follows: - hang a weight of 20 Kg (for 

example, a bag of gravel) in the middle of the chain - 

command a "Closing" maneuver and check that

during this maneuver the chain does not exceed the height 

of 50 cm from its position of total opening - if the chain 

exceeds this height, it is necessary to reduce the

motor force 8. verification of the disconnection system

of the power supply: acting on the disconnection device

power supply and disconnecting any buffer batteries, check 

that all the LEDs on the control unit

are turned off and that by sending a command the auction 

remains stationary. Check the efficiency of the locking 

system to avoid the

unintentional or unauthorized reconnection.

Commissioning

Commissioning can take place only after all the testing 

phases have been successfully completed.

Before putting into service properly inform the owner about 

the dangers and residual risks still present.

Partial commissioning or in "temporary" situations is 

prohibited.

To carry out commissioning:

1. make the technical file of the automation which must 

include the following documents: an overall drawing of the 

automation, the layout of the electrical connections made, 

the analysis of the risks present and the relative solutions 

adopted, the declaration of conformity of the manufacturer 

of all the devices used and the declaration of conformity 

filled in by the installer

2. permanently fix a label or a plate on the chain with the 

operations for release and manual maneuver indicated

3. place on the chain-lift a label containing at least the 

following data: type of automation, name and address of the 

manufacturer (responsible for the "putting into service"), 

serial number, year of construction and "CE" mark

4. fill in and submit the automation declaration of conformity 

to the owner of the automation

5. complete and deliver to the automation owner the 

"Manual for the use" of the automation

6. complete and deliver to the automation owner the 

"Maintenance plan" which collects the maintenance 

requirements for all the automation devices.

Maintenance (every 6 months)

Remove the 230V power supply or the batteries and dim the

solar panel if present.

Clean and grease the chrome bars and chains in the 

kinematic mechanism.

Check that the screws that connect the gearmotor to the

Enter the <CONFIG RESET> menu and select

2. CATx00 and press OK

all motor parameters will be reset to the initial configuration.

Config reset

chain adjuster and the screws that connect the bar to the 

chain adjuster are well screwed.

Check the correct tightening of the levers and that the system

functions without abnormal games.

Replace any worn parts.

Check the battery charge status if present and charge or 

replace it if necessary.

Reconnect the 230V power supply or the batteries and the 

panel

solar if present.

Check the functioning of the electric limit switches

Controllare il funzionamento dei finecorsa elettromeccanici 

se presenti.

Controllare il funzionamento del rilevamento dell’ostacolo.

Controllare il corretto funzionamento di tutte le funzioni di 

comando e di sicurezza.

8

Summary of Contents for POLY

Page 1: ...POLY CONTROL UNIT ABEXO is a registered trademark property ABTECNO srl Via Cicogna 95 40068 San Lazzaro di Savena BO info abtecno com www abexo tech AUTOMATION ACCESSORIES AUTOMATIC CHAIN BARRIER ...

Page 2: ... E F F L A M P E G G V E F F L A M P E G G Wiring schematic BLINKER MASTER LED MASTER 5 4 3 1 2 5 4 3 1 2 1 8 1 D4 R18 P2 P3 P4 P1 IC17 IC5 SLAVE MASTER M2 M1 LED Photocell opening manouvre Photocell closing manouvre NC COM 12 24V dc 12 24V RX NC COM 24V dc 24V RX 2 Password 7732 ...

Page 3: ...ells available on request PHOTOCELLS Cable types and minimum thickness CONNECTION MOUNTING VOLTAGE 230 V AC FLASHING LIGHT OPTIONAL PHOTOCELL OPTIONAL THICKNESS Unbolt the 8 screws 7 and remove the front cover 4 the rear cover 5 and the plastic cover 6 from the column Insert the column on the base plate be careful that the screws get in the right position with the holes Secure the column to the ba...

Page 4: ...lumn 3 Align the 4 holes B on the base with the 4 holes B on the column Fix the base to the column with the 4 M10 x 20 screws and the given nuts Tighten the screws firmly The upper module 1 has 2 M10 threaded holes A at its bottom Lean the module on the base Be sure to align the holes and then fix it with the 2 given M10X20 screws POLY RING Assemble the ring as you see in the picture and fix it to...

Page 5: ...rogramming procedure the kits are supplied already programmed Press OK to change the timer Press OK to change the language Press OK and enter the password request it by phone or by mail to enter the advanced menu Q 1 2 2 3 Q 2 6 1 8 I N F S O K ERROR OK no error STP Stop FT1 Photocell 1 FT2 Photocell 2 OC1 Obstacle current motor 1 OC2 Obstacle current motor 2 OE1 Obstacle encoder motor 1 OE2 Obsta...

Page 6: ...ONDOMINIUM WITH ANTICIPABLE CLOSING when the barrier is closed a START opens during the opening phase the STARTs are ignored During the pause a START and the darkening of the photocells recharge the pause time the passage in front of the photocell FT1 anticipates the closing at the end of the break the barrier closes automatically During the closing phase one START stops the barrier and another ST...

Page 7: ...ses beyond a certain threshold value for a time T greater than the time of hysteresis By raising and lowering the threshold value differentiated for slow and fast for motor 1 and motor 2 it is possible to make the automation more or less sensitive to obstacles By raising the hysteresis time it is possible to set the control unit so that it ignores small obstacles by lowering the hysteresis value o...

Page 8: ...nd check that during this maneuver the chain does not exceed the height of 50 cm from its position of total opening if the chain exceeds this height it is necessary to reduce the motor force 8 verification of the disconnection system of the power supply acting on the disconnection device power supply and disconnecting any buffer batteries check that all the LEDs on the control unit are turned off ...

Page 9: ...on network Install a bipolar switch disconnector with contact opening equal to or higher than 3mm on the power supply network Verifies that upstream of the electrical system there is a good differential switch an overload protection and a grounding system During installation maintenance and repair work disconnect the power supply before touching the electrical parts The handling of the electrical ...

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