Allmatic BIOS1 24 POWER Manuale utente

BIOS1 24

POWER

CONTROL UNIT FOR

SLIDING GATES

rev. firmware BIOS124P01

istr. 6-1622399

rev. 0 23/10/2020

2 / 28 6-1622399 rev. 0

ENG ﬁrmware BIOS124P01

1 - GENERAL WARNINGS

WARNING! Before installing the product, it is mandatory to read the document relating to GENERAL SAFETY

WARNINGS supplied with the product. Document 6-1620001.

The supplementary sheet can also be downloaded from www.allmatic.com.

2 - PRODUCT DESCRIPTION

The control unit BIOS1 24 POWER is suitable for installations with a 24Vdc sliding motor. Its operation is easy and intuitive thanks

to the display interface and the 4 buttons for menu navigation. The control panel allows precise adjustment of all parameters. The

control unit can store up to 1000 transmitters (external memory) with the function step by step, partial opening, open and close. It

is equipped with inputs for photocell opening and closing, safety edge (mechanical or resistive), limit switch closing/ opening and

wired inputs for step, partial opening, open, close and stop. The outputs include a 24 Vac flashing light, 24 Vac courtesy light and

24 Vdc power supply accessories.

The use of buffer batteries is envisaged if it is necessary to ensure the temporary service in the absence of electricity.



M1 M2

LS LI

• M1: Terminal block connecting security devices and wired

buttons (stop, open, close, partial, step-by-step)

• M2: Terminal block for ﬂashing light, courtesy light, pho-

tocell power supply and accessories. Contact electrical

lock.

• M3: Antenna and shield connection

• D1: DIP SWITCH for disabling unused safety features (ON

= safety disabled)

• T: Keyboard for menu navigation and parameter conﬁgu-

ration, 4 keys (MENU, UP, DOWN, SS)

• D: Display LCD

• FC: Mechanical limit switch terminal

• AF: Power supply for magnetic limit switch (optional)

• AS: 24Vac Power supply board (trasformer)

• R: Radio Module

• LS: Security LEDs (PH1, PH2, STOP, EDGE)

ON = NO contact, normal function

OFF = state of alarm

• LI: Wired command’s LEDs

(ON = active command, close contact)

• LL: Limit switch LED (ON = limit switch disengaged)

• F1: Fuse T2.5A for ﬂashing protection and courtesy light

• F2: Fuse T0.5A for 24Vdc accessories protection

• F3: Fuse T0.5A for optional battery buer protection

• CB: Battery charger connector (optional)

• C: Cable connector for communication between power

board and control board

CONTROL BOARD Fig. 1

3 / 286-1622399 rev. 0 ENG

ﬁrmware BIOS124P01

+ -

POWER BOARD

• M4: 24V motor output

• M5: 24V input for power supply

• CB: Battery charger connector (optional)

• F4: Fuse 30A for 24Vdc accessories protection

• C: Cable connector for communication between power

board and control board

3 - PRELIMINARY CHECKS

WARNINGS!

Gate features must be uniformed with the standards and laws in force. The door/gate can be automated only if it is in

a good condition and if its conditions comply with the EN 12604 norm.

The installation must be carried out only by qualified personnel.

Before starting the installation check that:

• The gate shall move frictionless.

• The door/gate leaf should not have a pedestrian opening. In the opposite case it is necessary to take the appropriate steps,

in accordance with EN12453 norm (for instance: by preventing the operation of the motor when the pedestrian opening is

opened, by installing a safety microswitch connected with the control panel).

• Don’t generate entrapment points (for example between the open door of the gate and the gate)

• Besides the electrical or mechanical limit switches available on the operators, there must be, on both ends of the installation,

a fixed mechanical stopper which stops the gate in the unlikely event of bad functioning of the limit swithces on the operators.

For this reason the fixed mechanical stopper must be of an adeguate size to withstand the static and kinetic forces generated

by the gate (A) (Fig. 3).

• The guide must be provided with two mechanical stops at its ends (A) (Fig. 4) to avoid the unintentional gate release.

WARNING! Eliminate the mechanical stops of the kind described by Fig. 4.

No mechanical stop shall be on top of the gate, since mechanical stops are not safe enough.

Fig. 4

Fig. 3

Fig. 2

4 / 28 6-1622399 rev. 0

ENG ﬁrmware BIOS124P01

COMMAND TYPE

USE OF THE CLOSURE

Qualified persons

(out of public

area*)

Qualified persons

(public area) Unrestricted use

with manned operation A B not possible

with visible impulses

(e.g. sensor) C or E C or E C and D, or E

with not visible impulses

(e.g. remote control)

C or E C and D, or E C and D, or E

automatic C and D, or E C and D, or E C and D, or E

* a typical example are those shutters which do not have access to any public way

A: Command button with manned operation (that is, operating as long as activated).

B: Key selector with manned operation.

C: Adjustable power of the motor.

D: Safety strips and/or other safety devices to keep thrust force within the limits of EN12453 regulation -

Appendix A.

E: Photocells.

3.2 - LIST OF THE SUGGESTED CABLES

The suggested cables for the connection of the various devices in a standard system are listed in the following list.

The used cables must be suitable for the type of installation; for example, an H03VV-F type cable is recommended for indoor

applications, while H07RN-F is suitable for outdoor applications.

Connection Cable Maximum lenght

Line for the power supply 3 x 1,5 mm220 m *

Motor 2 x 1,5 mm220 m *

Flashing light 2 x 0,5 mm220 m

Courtesy light / Open automation light 2 x 0,5 mm220 m

Photocells - transmitter 2 x 0,5 mm220 m

Photocells - receiver 4 x 0,5 mm220 m

Safety edge 2 x 0,5 mm220 m

Key selector 4 x 0,5 mm220 m

* If the cable is more than 20 m long, it must be of larger gauge and a safety grounding system must be installed near the

automation unit.

3.1 - PARTS TO INSTALL MEETING THE EN 12453 STANDARD

3.3 - TECHNICAL CHARACTERISTICS

Transformer power supply 230Vac 50-60Hz

Fuse for transformer protection T 2A

“BIOS1 24V POWER” power supply 24Vac 50-60Hz

Maximum power of the motor output 350 W

Flashing light output 24Vac 25W

Courtesy light / Open automation light output 24Vac 25W

24Vdc accessories power supply 24Vdc 5W

433MHz radio receiver Rolling Code

Memorisable transmitters 1000

Operating temperature -10°C ... +55°C

5 / 286-1622399 rev. 0 ENG

ﬁrmware BIOS124P01

4 - SELECTION OF THE MOTOR

WARNING!

Before executing the learning of the strokes, the memorization of the transmitters and before performing

any other setting, it is necessary to select the motorization in use, this allows to optimize the operation of BIOS1

24 POWER.

ACCESS TO THE ADVANCED MENU VOICE def, select the value corresponding to the motor to be controlled and perform a reset

by completing the countdown on the display. Refer to the following table for the correct selection of the motor.

The procedure is as follows, in the example the KALOS XL POWER motor is selected (0):

WARNING! The procedure performs a restoration of the factory values causing the loss of any customizations. It does not

affect the amplitude of the programmed strokes and the memorized transmitters.

0KALOS XL POWER

1KALOS XL POWERSPEED

2NOT IN USE

 





>4’’ >2’’







>2’’



>8’’

rilasciare per un istante

release for a while

relâchez pendant un moment

suelte por un rato

bir an için serbest bırakmak

6 / 28 6-1622399 rev. 0

ENG ﬁrmware BIOS124P01

5 - ELECTRICAL CONNECTIONS

WARNING! Before making the connections, be sure that the control unit is not powered up.

SECURITY DIP-SWITCH: Set to “ON” to disable inputs EDGE, PH2, PH1 and STOP.

Eliminates the need to bridge the terminal board inputs

WARNING - with the dip switch ON, the safety devices are disabled.



1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

SAFETY

EDGE DRY

OR RESISTIVE 8k2

CONTACT N.C. - R.CO.O

(OPTIONAL)

COURTESY

LIGHT OUTPUT

24Vac 25W

FLASHING LAMP

24Vac 25W

STOP

DRY

CONTACT

N.C. RX TX

RX TX

230V 50Hz

FUSE

TRANSFORMER

230V / 23V 50Hz

ANTENNA

SHIELD

CLOSING PHOTO

24Vdc 5W MAX

OPENING PHOTO

24Vdc 5W MAX

DIP SWITCHES

TO ENABLE AND DISABLE

SAFETIES

+ -

24V

230V 50Hz

FUSE

TRANSFORMER

230V / 23V 50Hz

22 23 24 25

CONTROL BOARD

POWER BOARD

7 / 286-1622399 rev. 0 ENG

ﬁrmware BIOS124P01

NUMBER NAME DESCRIPTION

1-2 EDGE Safety edge input (NC contact). Select the type of the used safety edge (mechanical

or resistive) through the advanced menu EDM and the mode of intervention with the

advanced menu ied.

WARNING - with DIP EDGE on “ON” the input is disabled.

3-10 PH2 - COM Opening photocell input (NC contact). The photocell intervenes at any time during

the opening of the automation system and stops immediately the movement; the

automation system will continue the opening when the photocell beam is free. In the

event of intervention on closure (parameter Ph2 = 0), the automation stops and, when

the beam is free, moves on opening.

In the advanced item Ph2, it is possible to select the behaviour of the photocell.

WARNING - with DIP PH2 on “ON” the input is disabled.

4-10 PH1 - COM Closing photocell input (NC contact). The photocell intervenes at any time during the

closing of the automation system, stops immediately and inverts the movement. The

photocell doesn’t intervene during the opening.

In the advanced item sph it is possible to select the behaviour of the photocell with the

closed automation.

WARNING - with DIP PH1 on “ON” the input is disabled.

5-10 STOP - COM Connect the STOP command (NC contact). This input is classified as a safety device; the

opening of the contact stops immediately the automation and it remains blocked up to

the restoring of the state of the input contact.

WARNING - with DIP STOP on “ON” the input is disabled.

6-10 OPEN - COM Connect the button for the OPEN command (NO contact).

7-10 CLOSE - COM Connect the button for the CLOSE command (NO contact).

8-10 PAR - COM Connect the button for the PARTIAL OPENING command (NO contact).

9-10 SS - COM Connect the button for the STEP-BY-STEP command (NO contact).

10 COM Common for safety and command inputs.

11-12 FLASH Flashing light output at 24Vac. Use a flashing light without self flashing card 24Vac

25W max.

13-14 OGL Courtesy light / Open automation light output at 24Vac. Use a light 24Vac 25W max.

The functioning of the auxiliary light and its activation time are managed from advanced

menu FCY and tcy.

15 +24VDC +24Vdc accessories power supply. Used for the receiver of the photocells.

16 GND 0Vdc accessories power supply.

WARNING - The control unit supplies up to a maximum of 200 mA (5W) for the

accessories at 24Vdc.

17 +24VDC TX PHOTO +24Vdc accessories power supply. Used for the transmitter of the photocells. This

connection is necessary in case of use of the photocells test. It is possible to enable the

photocells test from the advanced menu tph.

18-19 ELECTRICAL LOCK Connect Electrical Lock contact.

WARNING! Use external power, the terminals only give activation contact.

20 ANTENNA Connect the antenna.

8 / 28 6-1622399 rev. 0

ENG ﬁrmware BIOS124P01

NUMBER NAME DESCRIPTION

21 SHIELD Connect the antenna shield.

22 - 23 MOTOR 24Vdc MOTOR power supply.

24 +24 VDC +24Vdc “POWER BOARD” power supply.

25 0 VDC 0Vdc “POWER BOARD” power supply.

6 - REMOTE CONTROL LEARNING

The learning of a transmitter can be enabled with the “UP” button of the control unit or with the hidden key of a transmitter already

memorized.

The BIOS1 24V POWER control unit can memorize up to 4 functions in as many keys of the remote control. During the learning

procedure, described at paragraph 6.1, a single key is stored. So, it will be necessary to carry out up to 4 learnings for the

assignment of all possible functions.

The functions will be assigned following the order below:

1st memorized key: STEP-BY-STEP function.

2nd memorized key: PARTIAL OPENING function.

3rd memorized key: OPEN function.

4th memorized key: CLOSE function.

6.1 - LEARNING OF A TRANSMITTER

Make sure that the board is out from any programming menus.

To quit, press briefly the “MENU“ button until the display shows the state

of the control unit.

2. Press and release the “UP” button. The display shows rad.

3. Press the key of the remote control to be memorised within 10 seconds.

4. If the memorisation has been successful, the display shows don or fnd

(transmitter already memorized). or

5. After 2 seconds the display will show the memory location of the

memorized transmitter (for example 235).

To memorise another key of the remote control (or a new transmitter), repeat the procedure from the point 2.

WARNING! - after 10 seconds of inactivity, the control unit exits from the learning phase (the display shows tout).



UP DOWN



UP DOWN

 



9 / 286-1622399 rev. 0 ENG

ﬁrmware BIOS124P01

6.2 - LEARNING WITH THE HIDDEN KEY OF A TRANSMITTER ALREADY MEMORIZED

With stationary automation it is possible to press the hidden button of an already learned transmitter to open the radio memory of

the control unit. This is equivalent to pressing the «UP» button on the control unit.

Then follow the learning procedure from point 3 to 5 of the previous paragraph.

6.3 - CANCELLATION OF A SINGLE TRANSMITTER

Make sure that the board is out from any programming menus.

To quit, press briefly the “MENU“ button until the display shows the state

of the control unit.

2. Press and release the “UP” button or the hidden key of a transmitter

already memorized. The display shows rad.

3. Press at the same time the hidden key and the 1st key of the transmitter

that you want to delete within 10 seconds.

4. If the deleting has been successful, the display shows CLR.

5. After 2 seconds the display will show the memory location of the deleted

transmitter (for example 235).

WARNING! - after 10 seconds of inactivity, the control unit exits from the learning phase (the display shows tout).



UP DOWN



UP DOWN





7 - SETTING OF THE STROKE

At the ﬁrst power up, it is necessary to carry out a learning of the stroke for the acquisition of the stroke length and the slowdown

areas. After this procedure the installation is complete. To customize the automation, proceed as described in the chapter 8.

WARNING!

Be sure that the limit switches are connected and correctly adjusted. Check with the advanced menu def (chapter 4)

if the selected motor type is correct, before carring out the learning.

A = area at running speed.

B = area at slowdown speed.

C = overstroke zone (the movement

is at slowdown speed, if the

slowdown is enabled).

D = intervention zone of the

amperometric sensor with movement

inversion (detects the obstacle).

E = intervention zone of the

amperometric sensor with the stop

of the movement and the setting of

the reached position as total closing/

opening position (resync area).

Intervento

ﬁnecorsa

Intervento

ﬁnecorsa

10 / 28 6-1622399 rev. 0

ENG ﬁrmware BIOS124P01

7.1 - EASY SETTINGS OF THE STROKE

With the simple learning the control unit autonomously performs all the procedure and calculation of slowdowns, which will be set

with the same percentage both in opening and closing (base parameter LSI).

Before starting the procedure make sure you have installed the electric limit switches and have them properly

adjusted.

Make a check of the settings and eventually customize them.

Unlock the automation and move it to the middle of the stroke.

Press at the same time the “UP“ and “MENU” buttons for at least 5

seconds until the display shows LOP.

2. If the automation DOESN’T MOVE in opening, press the “DOWN” button

to stop the learning. The display shows L--.

Press the “SS” button to restart the procedure: the automation moves in

opening, at reduced speed, until it reaches the limit switch. In this phase

the display shows LOP.

Reached the opening limit switch, the automation moves automatically

in closing, at running speed, until it reaches the closing limit switch. In

this phase the display shows LCL.

Reached the closing limit switch, the automation moves automatically in

closing, at running speed, until it reaches the opening limit switch. In

this phase the display shows LOP.

6. Reached the opening limit switch, the automation moves in closing at

running speed and with the slowdowns set into the menu LSI.

WARNING! in the event of a safety device intervention, the learning is stopped and will appear on the display L--.

Press the “SS” button to start again the learning from the 3rd point.



UP DOWN



UP DOWN



UP DOWN







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