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C1

C5

C4

C3

C2

A2

A1

A3

A4

A5

OPENING

CLOSING

OTHER PARAMETERS USED DURING THE MOVEMENT 

OF MENU-MODIFIED MOTORS:

PHASES OF MANEUVER IN OPENING:

A1 = REVERSE STROKE (before the opening movement, at 

full power)

A2 = INITIAL START (selectable by ramp or step at full power)

A3 = QUICK MOVEMENT (adjustable speed acting on RAPID 

PWM)

A4 = SLOW MOVEMENT (adjustable speed acting on SLOW 

PWM)

A5 = BACKJUMP (backward leap) at the opening at the end of 

the maneuver.

C1 = KICKSTART (selectable by ramp or step at full power)

C2 = QUICK MOVEMENT (adjustable speed acting on RAPID 

PWM)

C3 = SLOW MOVEMENT (adjustable speed acting on SLOW 

PWM)

C4 = EXTRA MOVEMENT

C5 = BACKJUMP (backward jump) in closing at the end of the 

maneuver

TIPS ON HOW TO SET THE PARAMETERS:

- Adjust the rapid POWER according to the speed and thrust 

you want on the door in fast movement

- Adjust the slow POWER according to the slowdown speed 

you want

- Adjust the automation as "VERTICAL" if you want to set 

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- Set a few seconds of EXTRA MOVEMENT if the automation 

requires that the motor be powered for a few seconds more at 

the end of the closing maneuver.

- Set a backjump of a few tenths of a second if you want the 

leaf to move away from the closing bar at the end of the 

movement.

- Use the REVERSE STROKE if a lock is installed on the door.

- Adjust the type and duration of the KICKSTART (by ramp for 

a smooth and regular movement of the leaf or in step at full 

power if the motor has difficulty moving the leaf in the initial 

phase of the movement).

During travel programming, the control unit calculates the correct 

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and inertia of the barrier.

It is however possible to enter the OBSTACLES menu to modify 

the parameters with which the control unit recognizes the 

presence of obstacles.

It is possible to use the MONITOR menu to check the encoder 

current and frequency during opening and closing e

then select appropriate threshold values.

The obstacle is detected by the control unit only if the current rises 

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 

on the contrary it is possible to speed up the recognition of 

obstacles.

Obstacles menu

Inputs Menu

Icommands START1 and START2 can be set as:

- START / OPEN: the ST1 input sends a START command, ST2 

an OPEN command

- START / CLOSE: the ST1 input sends a START command, ST2 

a CLOSE command

- START / PEDESTRIAN: input ST1 sends a START command, 

ST2 a PEDESTRIAN opening command

- CLOSE / OPEN: the ST1 input sends a CLOSE command, ST2 

an OPEN command

- CLOSE UP / OPEN: the ST1 input sends a CLOSE command to 

dead-man, ST2 an OPEN command

-> TRAFFIC LIGHT <: the ST1 input activates the LAMP output 

for a time equal to the COURTESY TIME, blocking the ST2 input 

for the entire power-up time, the ST2 input activates the AUX 

output for a time equal to the TIME OF COURTESY blocking for 

all

   switch-on time the ST1 input.

 The ST1 and ST2 inputs no longer operate the automation that 

remains controllable by radio control, see ADDENDUM A2

-> PARKING <: input ST1 and ST2 are used to detect entry and 

exit from the parking lot, see ADDENDUM A3

DEACTIVATE FT1: deactivates the photocell FT1

DEACTIVATE FT2: deactivates the FT2 photocell

DEACTIVATE STOP: disable the STOP input

DEACTIVATE ST1: deactivates the START1 input

DEACTIVATE ST2: deactivates the START2 input

FT1 SECTIONAL DOORS: deactivates the FT1 photocell only 

during the slowing down phase in closing

PARTIAL OPENING: allows you to select the partial opening 

percentage (winter or summer automatic door opening)

PANIC OPENING: allows automatic opening in the event of a 

power failure (not yet available!)

ENCODER SQUARE: select [YES] if you want to connect the 2 

signals of a two-channel encoder to inputs FC1 and FA1

in quadrature, select [NO] in all other cases.

AUTOMATIC DOOR KEYPAD ENABLE: select YES to enable the 

reception of codes for remote control of the

automatic door, see ADDENDUM A1

PANIC: it is possible to set a minimum supply voltage (V. MIN) 

below which an opening command is sent to the automation.

7

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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