Allmatic BAXS900 User manual

1. PRODUCT DESCRIPTION
Control unit for rolling shutters with integrated radio receiver. BAXS900 can be controlled via radio, via wired buttons and through
buttons on the front panel. Photocell inputs and safety coast (sensitive edge) are also available.
2. SAFETY WARNINGS
WARNING! This manual is for qualified personnel only
WARNING! The cover can be removed only by qualified personnel because inside there are live
parts
WARNING! Before installation, disconnect the device from the power supply, connect the device
only after having made all the electrical connections
3. DETAIL OF THE FRONT PANEL
UP COMMAND (ASCENT)
(configurable by DIP 1, DIP 4)
DOWN COMMAND (DESCENT)
(configurable by DIP 2, DIP 4) absence of alarms
(DEAD MAN MODE in presence of alarms)
STOP COMMAND
SAFETY CHECK
SECURITY ERROR (PHOTOCELLS, EDGE)
PRESENCE OF POWER SUPPLY
ACTIVE MOTORS
BAXS900
Control Unit for Rolling Shutters
6-1622623 /v. 4 15/09/2020

2 / 12 6-1622623 rev. 3
WARNING! In case of malfunction of the coast / sensitive edge, the automation can be closed only with a
DOWN COMMAND / DESCENT from the front panel in DEAD MAN mode.
4. INSTALLATION GUIDE AND ELECTRICAL CONNECTIONS
1. Disconnect the power supply to the control unit by disconnecting the power cable (Fig. 1 ).
2. Fix BAXS900 to the wall, vertically, taking into account the assembly dimensions (Fig. 9). Use the screws provided. Be careful
not to damage electrical parts.
3. Connect the engine as shown in the connection diagram respecting the colors (Fig. 3):
BLUE (neutral), BLACK (closing phase), BROWN (opening phase), YELLOW / GREEN (ground).
If the engine works in reverse, swap the BROWN and BLACK cables.
4. Connect the control buttons OPEN (OPEN) and CLOSE (CLOSE), or the key selector, type Normally Open (N.O), monostable, as
shown in the link diagram (Fig. 2).
5. Connect the STOP button (STOP), bistable contact button Normally Closed (N.C.), (Fig. 2). In case you do not install a stop button,
make a connection between terminal 5 and 6.
6. Properly close the strain relief (Fig. 1 ).
7. Carefully close the lid, making sure the gasket is positioned correctly (Fig. 1 ).
Strain Relief
Gasket
CONNECTIONS
24VDC Terminal Block 230VAC Pluggable Terminal Block
1 2 3 4
White Green
Open /GO
Close
PHOTOCELL
OPEN CLOSE
5 6 7 8
PHOTO
+ -
TEST
24VDC
AUX
output
PHOTO TEST +24
YELLOW
Stop
COM
STOP COM
BROWN
Fig. 2
230VAC
BROWN
LIGHT MOTOR
BLUE BROWN BLUE BLUE BROWN BLACK GROUND
GROUND GROUND
230VAC
LIGHT AUX
230VAC
MOTOR
POWER SUPPLY
230Vac
COMMON CLOSE OPEN
Fig. 3
Fig. 1

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6-1622623 rev. 3
Led status indicator
Dip switches
Functions
Antenna
CONNECTOR SECURITY COAST SYSTEM
2 POSSIBLE SOLUTIONS (OPTIONAL):
- MOLEX WIRELESS RECEIVER (R.CO.O)
- WIRED RESISTIVE EDGE INTERFACE CARD
EDGE CONNECTION SYSTEM - R.CO.O - OPTIONAL INTERFACE CARD
RADIO MODULE
Radio Learinig
Button
Frontal Panel
connector
4) ON - GO FUNCTION / OFF - OPEN FUNCTION
6) SAFETY EDGE (ON installed / OFF unused)
5) PHOTOCELL TEST (ON active / OFF disable)
3) WORKING TIME (ON infinite / OFF electronically controlled) 2) CLOSE (ON impulsive / OFF dead man)
1) OPEN (ON impulsive / OFF dead man)
1 2 3 4
5 6 7 8
Fig. 4
R.CO.O STANDARD RECIVER
(T.CO.O – R.CO.O standard wireless system OPTIONAL)
INTERFACE CARD FOR CONNECTING A RESISTIVE
EDGE (OPTIONAL)
Connect the R.CO.O receiver board and acquire the wireless T.CO.O
transmitter. WARNING! Keep system instructions T.CO.O - R.CO.O
handy.
1. Connect the interface card to BAXS900
2. Connect 2 resistive edge wires to optional interface
board terminals
OPTIONAL MOLEX BOARD (R.CO.O) FOR MECHANICAL EDGE OPTIONAL MOLEX BOARD, FOR RESISTIVE EDGE
CONNECTOR
RESISTIVE SAFETY EDGE
CONNECTOR
Fig. 6
Fig. 5

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EXAMPLE OF SPECIAL CONFIGURATION
CONNECTING THREE BAXS900 FOR SYNCHRONISED CONTROL VIA A SINGLE KEY SELECTOR
KEY SWITCH
BAXS900 2 BAXS900 3BAXS900 1
Fig. 8
WARNING! In the terminal block (see detail fig. 2) terminals 1-2 and 6 (COM) there are two clean contacts N.A.
(NORMALLY OPEN AND CLOSED INPUTS), from which it is possible to control the activation of other devices.
EXAMPLE OF CONNECTION MOLEX R.CO.O (RADIO SYSTEM T.CO.O - R.CO.O)
WARNING! When using R.CO.O with plug-in connector, set the jumpers at 8k2, the power supply jumper at
24V and DIP1 ON. It is necessary to learn the transmitter (T.CO.O, mobile part) to the receiver. To learn the
transmitter, briefly press the red “Prog/Reset” button on R.CO.O and then transmit with the T.CO.O button (Fig.7).
CONNECTOR
+
+
-
-
RESISTOR
8k2
1/4W
EDGE
CONTACT
N.C.
Fig. 7

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6-1622623 rev. 3
WARNING!
- Do not use control buttons that can simultaneously control the two directions of rotation.
- BAXS900 is equipped with a standard power supply cable (Fig. 1 ). If damaged it must be replaced, with
one with the same characteristics, only by qualified personnel.
- The STOP input is to be considered only a contact for the control of a functional STOP. It is not suitable for
connecting safety devices.
5. TRANSMITTERS LEARNING / PROGRAMMING
5.1) PROGRAMMING TECH3 PLUS (3 BUTTONS: OPEN - STOP - CLOSE). SET DIP 4 OFF POSITION
1. Press and release the “RADIO LEARN” button (top right of the control panel).
2. The control panel will begin to emit intermittent acoustic signals to indicate the start of
programming mode.
3. Press and release sequentially (maximum 3 seconds between one key and the other)
the keys 1, 2 and 3. At each press the control panel will confirm the programming with
an acoustic signal. ATTENTION! The first button pressed will always be the OPEN/
ASCENT direction.
4. Once the third button (CLOSE/DESCENT) is pressed, the control panel will give an
extended beep.
5. The control panel will give 2 short and close acoustic signals (which indicate the exit
from the learning/programming moadality).
6. Repeat the procedure (steps 1 to 5) for all additional transmitters.
OPEN
STOP
CLOSE
TECH3 PLUS
“RADIO LEARN” OPEN BUTTON STOP BUTTON CLOSE BUTTON
5.2) PROGRAMMING B.RO2WN. (2 BUTTONS: GO - STOP). SET DIP 4 ON POSITION
1. Press and release the “RADIO LEARN” button (top right of the control panel).
2. The control panel will begin to emit intermittent acoustic signals to indicate the start of
programming mode.
3. Press and release sequentially (maximum 3 seconds between one key and the other)
the keys 1 and 2. At each press the control panel will confirm the programming with an
acoustic signal.
4. Once the second button (STOP) is pressed, the control panel will give an extended
beep.
5. The control panel will give 2 short and close acoustic signals (which indicate the exit
from the learning/programming moadality).
6. Repeat the procedure (steps 1 to 5) for all additional transmitters.
B.RO2WN

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5.3) PROGRAMMING A NEW TRANSMITTER USING AN ALREADY LINKED TRANSMITTER
WARNING! If the hidden button is pressed for more than 1 second, ALL associated transmitters can be deleted.
1. Position a few meters from the control panel, within reach of the radio receiver integrated to it.
2. Press and drop the hidden button on the already stored transmitter, located in the small hole at the bottom right of TECH3
PLUS and at the bottom left of B.RO 2WN, see figures below.
3. The control panel will begin to emit intermittent acoustic signals to indicate the start of programming mode.
4. Learn the new transmitter by repeating steps 3 to 6 of the previous paragraphs (5.1 and 5.2).
WARNING! Pressing the hidden button of an already stored transmitter is equivalent to pressing the
learning button “RADIO LEARN”, it is therefore necessary to be within the range of the control unit to
activate the radio memory.
Pressing the hidden
button of an already
stored transmitter
activates the memory
of the radio receiver.
Pressing the hidden
button is equivalent to
pressing the “LEARN
RADIO” button on board
the control panel.
Press in sequence the
buttons of the new
transmitter, TECH3
PLUS or B.RO2WN, see
previous paragraph.
6. TOTAL DELETION OF RADIO MEMORY, DELETION OF ALL TRANSMITTERS
1. Switch o power to the BAXS900.
2. Press and hold the “RADIO LEARN” button.
3. Turn on power to the control unit BAXS900 always holding down the key “RADIO LEARN”, never release it.
4. The control panel emits a sequence of acoustic signals indicating the current cancellation.
5. Once the continuous beep has finished, release the “RADIO LEARN” button.
6. Radio memory has been erased completely, confirmation is by means of two close acoustic signals.
7. ASSEMBLY INSTRUCTIONS
To fix the center to the wall see the dimensions with the various drilling distances (Fig. 9) and the correct fixing points in the four
corners of the box (Fig. 10).
114.00
155.00
Fig. 9
Fig. 10

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6-1622623 rev. 3
8. CONTROL UNIT CONFIGURATIONS
8.1 DIP SWITCH FUNCTIONS
DIP 1 OFF - DEAD MAN OPEN
ON - IMPULSE OPEN
- Opening only while holding the button (radio or panel)
- Opening with single pulse of the open button (radio or panel)
DIP 2 OFF - DEAD MAN CLOSE
ON - IMPULSE CLOSE
- Closing only while holding the button (radio or panel)
- Closing with single pulse of the open button (radio or panel)
DIP 3 OFF - ELECTRONICALLY CONTROLLED
ON - INFINITE WORKING TIME
- Working time detected and limited by the control unit
- Move the motor in open or close direction until it receive a stop
command.
WARNING! Don’t set ON when using UPS
DIP 4 OFF - OPEN FUNCTION
(for three buttons transmitter, TECH3 PLUS)
ON - GO FUNCTION
(for two buttons transmitter, B.RO2WN)
- 1st OPEN (and interrupts closing)
- 2nd STOP
- 3rd CLOSE (and interrupts opening)
- 1st GO (OPEN and CLOSE in sequence)
- 2nd STOP
DIP 5 ON - PHOTO TEST ON
OFF - PHOTO TEST OFF
- PHOTOCELLS TEST ON (functional test of photocells before every
move; see fig.11 to connection diagram.
- PHOTOCELLS TEST OFF
DIP 6 ON - SAFETY EDGE INSTALLED
OFF - SAFETY EDGE UNUSED
- Obstacle on detected edge (wireless system T.CO.O - R.CO.O or
optional board for resistive edge required, see pag. 3)
- Safety Edge not installed
8.2 WORKING TIME
BAXS900 has as an integrated function the automatic detection of working time by monitoring the motor current.
- By setting DIP 3 to OFF, the control unit interrupts the power supply to the engine when it does not detect current due to the inter-
vention of the internal limit switches inside the engine, placing itself in OPEN or CLOSED state according to the last movement.
- By setting DIP 3 to ON, the power plant continues to power the engine even when automation physically reaches opening and
closing. The power supply is interrupted only with a stop command.
ATTENTION! In this mode it is possible the unintentional opening of the automation due to the intervention of the photocells or
safety coast with the automation in closed position.
8.3 PHOTOCELLS
Connect contact Rx (receiver) photocell to contact NC input PHOTO. The interruption of the beam during the closing causes the
complete and immediate reopening of the automation. If at least one of the two DIP-SWITCHES (1 or 2) is in the OFF position, the
reopening will be partial (2 seconds of work).
8.4 PHOTOCELLS TEST
BAXS900 has the photocell test function, the test (if active) is performed before each closing movement. To enable the test, with the
photocells present, place DIP 5 in position ON and connect the photocell feed as shown in Fig. 11.
1
2
3 4
OPEN
CLOSE
5
6 7 8
PHOTO
+ -
TEST
COM
STOP
COM
+-+-
+24V PHOTO TEST
N.C. PHOTO
COM N.C.
Rx
PHOTO
Tx
PHOTO
Fig. 11

8 / 12 6-1622623 rev. 3
8.5 SAFETY COAST / SENSITIVE EDGE (OPTIONAL)
BAXS900 is compatible with the optional wireless system T.CO.O - R.CO.O, whose fixed part R.CO.O is to be inserted on the main
board via the connector (see Fig. 5 page 3) or with the optional interface card to wire a resistive edge (only wired resistive edge), to
be inserted alternatively on the same connector (see Fig. 6 page 3). The installation of a safety coast allows to control the automation
via radio transmitter, according to EN12453.
To use the safety edge, place DIP 6 in position ON. Configure the wireless system by referring to the instructions of the system T.CO.O
- R.CO.O, keep the same at hand.
• Resistive output 8.2kOhm
• Direct polarity test enabled
The presence of an obstacle during the closing movement of the automation implies the immediate and total reopening of the same.
If at least one of DIP 1 or DIP 2 is in position ON (MAN PRESENT), the reopening will be partial (2 seconds of work). If a safety edge
is not used, place DIP 6 in OFF position.
For details regarding the functionality of the wireless system T.CO.O - R.CO.O please refer to the system instructions.
8.6 INPUT CONFIGURATIONS
BAXS900 can be controlled through:
• Local controls (front panel)
• Wired remote controls / wires (buttons, key selector or or other)
• Radio transmitters
The opening control is configurable through DIP 1 (MAN OPENING PRESENT / IMPULSE OPENING) and through DIP 4 (OPEN
FUNCTION / GO FUNCTION). This configuration is binding on all control modes (central panel, remote control lines, radio
transmitters).
The closing control is configurable through DIP 2 (MAN PRESENT CLOSING/ IMPULSE CLOSING) and through DIP 4 (OPEN FUN-
CTION/ GO FUNCTION). This configuration is binding on all control modes (central panel, remote control lines, radio transmitters).
WARNING! In case the control unit identifies a problem on the safety devices (photocells, safety edges), the closing movement will
be allowed only by a local control (front panel) and in DEAD MAN mode.
WARNING! In case a safety edge is not used, the closing movement will be allowed only by the local control (front panel) or by the
remote closing control but only in DEAD MAN mode.
WARNING! Configure a type of use in accordance with EN12453, reducing the risk related to the use of automatic doors.
9. COURTESY LIGHT / WARNING
BAXS900 has an output dedicated to a courtesy light. In the BAXS900 the courtesy light is integrated.
COURTESY LIGHT FUNCTION: The light stays on for 2 minutes after each movement.
BLINKER FUNCTION:
1 second ON / 1 second OFF Opening test phase or pre-opening
0,5 seconds ON / 0,5 seconds OFF Closing test phase or pre-closing
0,25 seconds ON / 0,25 seconds OFF Safety Error
10. RIDUZIONE DEL RISCHIO PER UN SISTEMA DI APERTURA MOTORIZZATO
Configure the system so that it complies with the minimum level of risk protection required by EN12453, depending on the type of
use you intend to make. If the system is controlled in DEAD MAN mode, the control devices shall be positioned at a minimum height
of 1,5 m and positioned outside the operating area in such a way that they are fully visible.
If the OPEN and CLOSE controls are located in an easily accessible area, use a key selector or similar device to prevent unauthorised
or inadequately trained persons from being used.

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6-1622623 rev. 3
Use of the closing system
Type of activation control Group 1
Qualified
persons. (use in
private area)
Group 2
Qualified
persons. (use in
public area)
Group 3
Unqualified
persons. (public
and private area)
Dead man mode A B Not possible
Radio transmitter and visible closing system C or E C or E C and D, or E
Radio transmitter and closing system not visible C or E C and D, or E C and D, or E
Automatic control (e.g. timed closure) C and D, or E C and D, or E C and D, or E
Table 1 - Minimum level of protection to be considered according to UNI EN12453
Protection A The closure is activated by the dead man command, that is holding to move (hold-to-run)
Protection B The closure is activated by the dead man command, through a key selector or similar device to prevent unau-
thorized use
Protection C Limitation of the forces generated by the shutter / door / gate
Protection D Devices, such as photocells, to detect the presence of persons or obstacles
Protection E Sensitive devices, such as non-material barriers, to detect the presence of a person
11. AUTOTEST
BAXS900 is designed according to safety standards, and the same include some tests before movement. During these tests BAXS900
activates the “SAFETY CHECK” led on the front panel and performs a series of flashes on the courtesy light. This condition informs
the user of the next automation movement.
WARNING! The AUTOTEST procedure slightly delays movement but is NECESSARY for user safety.
WARNING! The courtesy light also acts as a motion detector, so if you have a device without the built-in courtesy light, you need to
install a light connected to the COURTESY LIGHT output, placing it visibly from the areas of movement.
12. PRESA RJ11 PER MODALITA’ UPS
The UPS mode allows to give a consent to a UPS (Uninterruptible Power Supply) in case of blackout.
- Connect 230Vac UPS output to network input L, N and GND of the control unit BAXS900, see 230Vac terminal block (Pag. 2).
- Connect the UPS to a 13A socket.
- Connect the RJ11 control cable to the socket on the BAXS900 and the other end to the RJ11 input socket on the back of the UPS.
WARNING! DO NOT set “Infinite working time” (DIP 3 = ON) when using UPS mode.
WARNING! The autonomy and functionality of the UPS depends on the technical characteristics of the UPS itself. Keep UPS instruc-
tions handy if used. Allmatic does not provide UPS.

10 / 12 6-1622623 rev. 3
13. WARNING/DIAGNOSIS SIGNALS
For warnings and error states of the BAXS900, follow these steps:
Type of anomaly found Leds Problem Solution
Safety check /
Safety Error /
Motor ON
3 blinks Led verification during the start
up phase
Safety check /
Safety Error /
Fast
blinking
Autotest failure If an R.CO.O card is installed, check
DIP1 = 0N and restart BAXS900
Safety check /
Safety Error /
Blinking
during start
up phase
Radio memory damaged Need to delete all transmitters
Safety check /
Safety Error /
Blinking Software autotest failure Restart BAXS900
Safety check /
Safety Error /
Motor ON
5 seconds
fast blinking
Software autotest failure BAXS900 automatic restart
Motor ON Blinking Intervention of thermal
protection
Wait for the control unit to be
reactivated
Safety Error /
Motor ON
Blinking Autotest circuit damaged Check motor connection, if it is ok,
please contact service
14. TECHNICAL SPECIFICATIONS
Power Supply Voltage 230Vac
Frequency 50/60Hz
Protection Fuse (F1) 6.3A FAST
Motor Voltage 230Vac
Frequency 50/60Hz
Type ACIM 2-phases
Power (Max) 1000W
Courtesy Light (Integrated) Voltage 230Vac
Frequency 50/60Hz
Power 2W
Type E14 Led
Courtesy Light (Additional) Voltage 230Vac
Frequency 50/60Hz
Power (Max) 500W
Output Aux Voltage 24Vdc
Power (Max) 6W
Remote Command Voltage of control 24Vdc (isolated) SELV
Radio Reciever Frequency 433.92MHz
Modulation 00K
Type of Code Rolling CODE - 66bit
Operating Temperature -10°C...+55°C
Degree of Protection Box IP65

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6-1622623 rev. 3
15. CE DECLARATION OF CONFORMITY
Manufacturer: Allmatic srl
Address: Via dell’Artigiano, 1 - 32026 Borgo Valbelluna (BL) Italia
Telephone: [phone]
E-mail: [email protected]
Web Site: www.allmatic.com
Declares that: BAXS900 complies with the provisions of Community Directives
2006/42/EC - Machinery Directive
89/106/EEC - (CPD) Construction Product Directive (305/2011/EU Regulation)
2014/35/EU - Low Voltage Directive
2014/30/EU - Electromagnetic Compatibility Directive
2014/53/UE - Radio Equipment Directive
This product cannot work independently and is designed to be integrated into a system with other devices. It complies with Article 6.2
of Directive 2006/42/EC (Machinery) and subsequent modifications, therefore the device cannot be put into operation before it has not
been declared compliant in the total context of use in accordance with the provisions of the Directive. This statement is provided in a
shorter form for graphic reasons. The full version is available by contacting the manufacturer.
16. UNIT DIMENSIONS (mm)
140.50
80.60
182.00 115.00
32.00
30.0030.00

ALLMATIC S.r.l
32026 Borgo Valbelluna - Belluno – Italy
Via dell’Artigiano, n°1 – Z.A.
Tel. [phone] – 751163 r.a. Fax [phone]
www.allmatic.com - E-mail: [email protected]
17. PRODUCT DISPOSAL
This product is an integral part of automation, and therefore must be disposed of together with it. As with installation operations,
even at the end of the life of this product, dismantling operations must be carried out by qualified personnel. This product consists
of various types of materials: some can be recycled, others must be disposed of. Find out about the recycling or disposal systems
required by the regulations in force in your territory for this category of product.
WARNING! - certain parts of the product may contain pollutants or dangerous substances which, if dispersed in the environment,
could have harmful eects on the environment and human health.
As indicated by the symbol on the side, it is forbidden to throw this product into household waste. Then perform the
“separate collection” for disposal, according to the methods provided by the regulations in force in your territory, or return
the product to the seller when buying a new equivalent product.
WARNING! - the regulations in force at local level may provide for heavy penalties in case of improper disposal of this product.
18. WARRANTY
The manufacturer’s warranty is valid from the date stamped on the product and is limited to the repair or replacement
free of charge of the parts recognized by the same as defective due to lack of essential quality in the materials or lack of
processing. The warranty does not cover damage or defects due to external agents, maintenance deficiency, overload, natural
wear, choice of incorrect type, assembly error, or other causes not attributable to the manufacturer. Tampered products will
not be guaranteed or repaired. The data given are purely indicative. No liability may be charged for reductions in scope or
malfunctions due to environmental interference. The liability of the manufacturer for damage caused to anyone by accidents
of any nature caused by our defective products, are only those that derive from the Italian law.