EMERGENCY TELEPHONE
FONOMAC II
Technical Manual
V1.00, JAN.09 English/ MTELFONOMACII
Installation • Assembly • Start-up Use • Maintenance • Repair
PRODUCT TECHNICAL MANUAL
FONOMAC II
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GENERAL INDEX PAG. 1. GENERAL PRODUCT INFORMATION ………….………………………………………………………….. 2 1.1 Description of the Product …….………………………………………………………………………. 2 1.2 Scope of Application …………………………………………………………………………………….. 2 1.3 General Characteristics……….…………………………………………………………………………. 2 1.4 Connection Terminals …….……………………………………………………………………………... 3 1.5 Fastening to the Button Panel …….………………………………………………………………….. 4 1.6 Product Range and Spare Parts…..………………………………………………………………….. 5 2. PARAMETER CONFIGURATION OF THE TERMINAL……..…………………………………………….. 7 2.1 General Aspects to be Taken into Account ………………………………………………………. 7 2.2 Parameter Configuration in Local Mode with Programming Console ………..…………. 7 2.2.1 General Description…….……………………………………………………………………… 7 2.2.2 Parameter Configuration Console ……………………………………………………….. 8 2.2.3 Connections ……..………………………………………………………………………………. 9 2.2.4 Operation Mode ………..……………………………………………………………………… 11 2.3 Parameter Configuration in Local Mode with PC ….…………………………………………… 14 2.3.1 General Description …….…………………………………………………………………….. 14 2.3.2 Obligatory Parameters Programming ………....………………………………………. 16 2.3.3 Advanced Parameters Programming ………….………………………………………… 17 2.4 Parameter Configuration in Local Mode with External Analogue Telephone ……..….. 18 2.4.1 General Description …..………………………………………………………………………. 18 2.5 Parameter Configuration in Remote Mode with PC……………………………………………. 20 2.5.1 General Description…… …………………………………………………………………….. 20 2.5.2 Obligatory Parameters Programming………… ……………………………………….. 21 2.5.3 Advanced Parameters Programming ………..…………………………………………. 22 2.6 Parameter Configuration in Remote Mode with External Analogue Telephone……... 23 2.6.1 General Description …..………………………………………………………………………. 23 2.7 Table of Parameters…….………………………………………………………………………………… 24 2.7.1 Obligatory Parameters ……..……………………………………………………………….. 24 2.7.2 Advanced Parameters…… ………………………………………………………………….. 24 2.8 If the Telephone does not Access Programming Mode……………………………………….. 26 3. ALARM PROCESS ACCORDING TO EN81-1/2……………………………………………………………. 27 3.1 Description of the Alarm Process…………………………………………………………………….. 27 3.2 Alarm Start-up …….………………………………………………………………………………………. 28 3.3 Lift Identification ………………..……………………………………………………………………….. 28 3.4 Acknowledgement of Receipt………………………………………………………………………….. 29 3.5 Calls from the Rescue Service ………….…………………………………………………………….. 29 4. ALARM PROCESS ACCORDING TO EN81-28……………………………………………………………… 30 4.1 Description of the Alarm Process ……..…………………………………………………………….. 30 4.2 Alarm Start-up………………………………………………………………………………………………. 31 4.3 Alarm Filter …………. …………………………………………………………………………………….. 31 4.4 Lift Identification ………….……….…………………………………………………………………….. 32 4.5 Acknowledgement of Receipt………………………………………………………………………….. 32 4.6 Alarm End ……….…………………………………………………………………………………………… 33 4.7 Calls from the Rescue Service ………….…………………………………………………………….. 33 4.8 Test Calls ………….….……………………………………………………………………………………… 33 4.9 Information which must be Available to the Rescue Service…..………………………….. 34 5. CONNECTIONS AND CONFIGURATION OF THE EQUIPMENT IN THE NEW INSTALLATION 35 5.1 According to the EN81-1/2 Regulation with a Serial Operation …..……………………… 35 5.2 According to the EN81-28 Regulation with a Serial Operation ……….………………….. 37 5.3 According to the EN81-1/2 Regulation with a MicroBasic Operation …..………………. 39 5.4 According to the EN81-28 Regulation with a MicroBasic Operation …………………….. 41 6. CONNECTIONS AND CONFIGURATION OF THE EQUIPMENT IN THE REPLACEMENT OF FORMER FONOMAC AND FONOTEC EQUIPMENT……. ……………………………………………………..
43
6.1 Replacement of the Fonomac (according to the EN81-1/2 regulation) with a Serial Operation …………………………………………………………………………………………………….
43
6.2 Replacement of the Fonotec (according to the EN81-28 regulation) with a Serial Operation …………………………………………………………………………………………………….
45
6.3 Replacement of the Fonomac (according to the EN81-1/2 regulation) with a MicroBasic Operation……………………………………………………………………………………..
47
6.4 Replacement of the Fonotec (according to the EN81-28 regulation) with a MicroBasic Operation……………………………………………………………………………………..
49
7. ADDITIONAL DEVICES ……………..………………………………………………………………………….. 51 8. DECLARATION OF CONFORMITY…………………………………………………………………………….. 53 9. EC DESIGN EXAMINATION CERTIFICATE.. ……………………………………………………………… 54
PRODUCT TECHNICAL MANUAL
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1.- GENERAL INFORMATION ABOUT THE PRODUCT. 1.1.- Description of the Product.
Emergency hands-free Telephone for lifts.
In accordance with the Lift Regulations (EN81-1/2, EN81-28, EN81-70), Electrical Security (IEC60950-1) and Electromagnetic Compatibility (EN12015, EN12016, EN55022).
1.2.- Application Scope.
Line requirements:
• Analogue Line. • Dual-tone multi-frequency (DTMF). Operation is not guaranteed for lines with:
Open circuit voltage power supply OCV < 32v. Short-circuit intensity Isc < 36mA.
Allows for the replacement of existing telephones models Fonomac and Fonotec.
1.3.- General Characteristics.
Integrated alarm filter according to EN81-28.
Line-powered telephone. Additional power supply to guarantee service with unstable lines.
Up to 3 different Emergency numbers may be programmed (up to 3 attempts to call each one of them will be made).
Maximum of one telephone per line. If you have more than one telephone per line, it is necessary
to have an additional power supply (see Table 1).
Automatic testing. Every 1, 2 or 3 days, according to the regulation. In cases which do not follow the regulation, it is possible to configure it from 0, disabled, up to 9 days.
Adjustable in volume from 35 to 65dB.
Programmable in situ or at a distance:
• AT THE INSTALLATION: by means of the MP Console and/or control by means of serial
communication.
• REMOTE: by means of standardised PC+MODEM (consult model on web page: ssp.macpuarsa.es).
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Led indicator:
Red: Indicates that the telephone has started up. Green: Indicates that the call has been registered. Flashing yellow: This indicates that the telephone has been started up or is in programming mode.
Figure 1: Front of Emergency Telephone
1.4.- Connection Terminals.
Communication with MP control/Console programming
External power supply
Induction loop
Inspection / Lift in movement signals
Telephone line
Car floor and ceiling alarm buttons
Alarm button on button panel
Alarm filter
Figure 2: Connections
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Description of connectors: CONTROL: TTL serial communication with Parameter configuration control or Console. Connector for the connection of the serial port. XALF II: Connector for the external power supply. (-): Negative power supply connector. ALS: Alarm Sent signal (only in the case of external pictographs). ALR: Alarm Registered signal (only in the case of external pictographs). +BAT: Positive power supply connector. LB+: Low Battery signal. XBUC: Magnetic induction loop connection. INS/RUN: Inspection and lift in movement signals for the alarm filtering with conventional control. XTFN: Telephone line input connection. XARF: Alarm under car floor button. XARI: Alarm on car ceiling button. XARN: Lift to level contact. XARP: Port completely open contact. XPAL: Alarm and button panel button. 1.5.- Attachment of the Button Panel.
Figure 4: Attachment of the telephone of the Roller type.
Figure 3: Attachment of the telephone of the Compac type.
DIN985 M4 (4)
DIN125 M4 (4)
FONOMAC II (COMPAC)
GRB0000
RPGFNMXX
GRBPSP00
FONOMAC II (ROLLER)
DIN124 M4 (4)
DIN985 M4 (4)
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1.6.- Product Range and Spare Parts.
A table is shown below which specifies the accessories needed depending on the requirement of the regulation which you want/must apply:
1 TELEPHONE
1 LINE
2 TELEPHONES
1 LINE
MORE THAN 2 TELEPHONES
1 LINE
EN81-1/2
FA-MAC
FA-MAC
ALFMII
EN81-28
FA-MAC
ALFMII
ALFMII
ALFMII ( obligatory in cases of activation / alarm register )
EN81-70
MAGNETIC INDUCTION LOOP ( OPTIONAL )
FONOMAC II CODING WITH RELATION TO THE LANGUAGE
Languages Acronym at the end of the code
German AL Catalan CA Czech CH Danish DA Spanish ES French FR
French/Dutch FH Greek/English GI
Dutch HO English IN Latvian LE Polish PO
Portuguese PT Norwegian NO Romanian RU Swedish SU
Italian IT Russian RS
Lithuanian LI Dutch/English HI
Finnish FI
Table 1: Power supply sources
Table 2: Product codes for the different languages available
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Table 3: Available products and spare parts
CODE
NAME IMAGE
2172FONO2CXX (XX according to
Table 2)
FONOMAC II COMPAC UNIT (Language according to Table 2)
2172FONO2RXX (XX according to
Table 2)
FONOMAC II ROLLER UNIT (Language according to Table 2)
2112FAFONO2 FONOMAC II ( FA-MAC ) POWER SUPPLY SOURCE (input connection 24Vdc)
2112ALFMII FONOMAC II (ALFMII)
POWER SUPPLY SOURCE (input connection 220Vac)
2112KITFONO2
ADAPTATION KIT Set of cables and connectors needed for the
replacement of any telephone of the model Fonomac or Fonotec)
IMAGE NOT AVAILABLE
2172RPGFN0XX (XX according to
Table 2)
SPARE COMPAC FRONT PLATE (Language according to Table 2)
2172RPGFNMXX (XX according to
Table 2)
SPARE ROLLER FRONT PLATE (Language according to Table 2)
21A2SPBINMAG MAGNETIC INDUCTION LOOP
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2.- PARAMETER CONFIGURATION OF THE TERMINAL. 2.1.- General Considerations. The different modes for accessing the Fonomac II parameters are the following: * Local Mode: When you have direct access to the Fonomac II, that is to say, you are in the installation or have the Fonomac II in your office, workshop, laboratory…
• Local Mode with Console. • Local Mode with PC. • Local Mode with External Analogue Telephone.
* Remote Mode: When you don´t have direct access to the Fonomac II, that is to say, the person who intends to configure the parameters of the Terminal and the Terminal itself are in different places.
• Remote Mode with PC and MODEM. • Remote Mode with External Telephone.
2.2. Parameter Configuration in Local Mode with Programming Console. 2.2.1.- General Description. Material needed for the parameter configuration of the Fonomac II with the console in local mode:
• Console. • Flat serial cable. This cable has two male connectors of 6 pins to connect at one end to the console and at the other to the Fonomac II. The pin which corresponds to the brown wire is pin number 1.
The procedure to follow is:
• Remove the telephone line from the Fonomac II and the battery connector if it has one. • Reconnect the line and the battery terminal and wait to see the led turn a flashing yellow • Connect the flat serial cable. • Send access code and wait for reply. • If the access code fails, re-try until receiving the correct code message. • Once you have received the correct code message, the Fonomac II is now in programming mode. It is possible to modify the value of any parameter (making use of the program in question) and to read its current value…
To exit the programming mode, it is sufficient to remove the telephone line from the Fonomac II
and its battery terminal.
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2.2.2.- Parameter Configuration Console.
The Console is a device capable of being connected by means of the CAN protocol to the Serial Communication control allowing for its complete configuration as well as the carrying out of calls and error consultation. It also has a serial communication port with which it is possible to access the parameter configuration of the Fonomac II and to modify it.
Features:
• Connection to the control using the CAN protocol. • Multilingual (English - Spanish). • Allows for the reading-writing of the parameters of the Control/Fonomac II by means of
a specific menu. • Automatic detection of the loss of communication with the control. • The possibility of choosing between visualising the control by Serial Communication,
Variator or Fonomac II. • Manual call generation. • Table of errors where a description of them is shown. • The possibility of establishing an initial configuration of the console which will be loaded
on start up. In this initial configuration we will establish the language and the defect communication port.
• Complete management of the keypad, including the multi-functional keys. • Allows for a power supply from the control.
Serial Port Display Keypad CAN Port
Figure 5: Parameter Configuration Console
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2.2.3.- Connections.
Steps to follow for the correct parameter configuration of the Fonomac II with the MP Console:
1. Connect the flat cable provided by placing the “brown wire” in the position marked with the
point on the Console and on the Fonomac II (A and B). 2. Power the console:
- In Serial Communication: by placing the connector situated at the end of the cable on the
base of the console in one of the free terminals on the car plate assigned to the CANBUS (C).
Figure 6: Connections for Serial Communication
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- In Microbasic: it is necessary to find a point to obtain 24v and 0v, as is indicated in the figure,
which will be connected to the brown and black wires respectively.
0Vdc
CLCH
+24
0Vdc
CLCH
+24
VIA SERIECONSOLE V1.0
Connect to: 0vdc – CB (black)
Connect to: +24 – CB (brown) Figure 7: Connections for MicroBASIC
Black
Brown
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Access to Menu
Enter… Return…
2.2.4.- Operation Mode.
The MP Console allows for the configuration of the Serial Communication control, as well as the variator and the Fonomac II. For this, it has different and personalised menus which may be accessed by using the keypad.
On connecting the console to the power supply, the following information will appear in the display:
To access the Fonomac II menu, it is necessary to consecutively press the key number 9 (CTR) on the console keypad until the Fonomac II menu appears in the display:
FONOMAC II PASSWORD: 1111
Figure 8: Console keypad
MP CONSOLE V1.0 VS XXXXX C
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1. Once the Fonomac II menu has been displayed, it is necessary to connect the telephone to the telephone line and wait for the led to turn flashing yellow.
2. Press the INTRO key to send the password and wait until the following message appears:
3. If the password is not correct or if there is a communication problem, the following message
would appear.
In this case, it is necessary to check the wiring and to ensure that the correct password is being entered (By defect: 1111).
4. Once the access code has been verified, the Fonomac II menu is entered. This menu is divided
into three large blocks:
Obligatory Information: Parameters that must be programmed for the correct operation of the telephone.
Advanced Information: Its value is preset by the manufacturer. It is only necessary to
modify it in special situations.
FONOMAC II PASSWORD OK
FONOMAC II Checking Connection
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FONOMAC II Obligatory
Information
FONOMAC II Telephone 1
FONOMAC II Telephone 2
FONOMAC II Telephone 3
FONOMAC II Telephone
FONOMAC II Telephone ID
FONOMAC II Lift Number
FONOMAC II Advanced
Information
FONOMAC II PAL
FONOMAC II Test Period
FONOMAC II Line currently
occupied
FONOMAC II Zero with PABX
FONOMAC II ACK of TEST
FONOMAC II ACK of Alarm
FONOMAC II Auto-response
FONOMAC II Alarm Display
FONOMAC II Test after Reset
FONOMAC II ID Sound signal
FONOMAC II Silent Test and
Reset
FONOMAC II Pulse Filter
FONOMAC II New Password
Figure 9: Menu of the Fonomac II configuration on the Parameter Configuration Console (see point 2.5. Table of Parameters).
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2.3.- PARAMETER CONFIGURATION IN LOCAL MODE WITH PC. 2.3.1.- General Description. Material needed for the parameter configuration of the Fonomac II with PC in “Local Mode”:
• PC. • Serial crossover cable. (Cable which goes from the PC serial port to the recording plate). • Recording plate (green cover) with power supply via con USB. (Depicted in the image
adjoined). • Software “Fonomac II Parameter Configuration”.
In order to configure the parameters of the Fonomac II in situ, it is necessary to have the software “Fonomac II Parameter Configuration” compatible with Windows XP and 2000. After running the Fonomac II parameter configuration software, the following window appears where it is necessary to choose the parameter configuration mode. In this case, you would choose “Local Mode”.
FONOMAC II PARAMETER CONFIGURATION
Select the parameter configuration mode
Local Mode Remote Mode
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Next, the parameter configuration window is displayed in “Local Mode”.
Parameters Controls Configuration Exit
FONOMAC II: LOCAL PARAMETER CONFIGURATION
Presentation Obligatory Parameters Advanced Parameters Statistics
ENTER ACCESS CODE
1111
Note: Ensure that the FonoMac II is connected to the line and that the led is red
Send
Write Read
The COM1 port has been correctly configured. Opening the serial port… Serial port open.
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To begin the Fonomac II programming, it is necessary to follow the steps below:
• Remove the telephone line from the Fonomac II and the battery connector if there is one.
Insert the line and the battery connector again and wait to see the led flashing yellow. • Insert the line and the battery connector again and wait to see the led flashing yellow. • Connect the serial recording plate to the serial crossover cable. • Send the access code and wait for response (by defect: 1111). • If the access code fails, try again until receiving the message “Correct Code”. • Once the message has been received, the Fonomac II is now in recording mode. • The “Write” and “Read” buttons will be activated to allow for the parameter configuration of
the telephone.
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2.3.2.- Programming of the Obligatory Parameters. For the programming of advanced parameters, the “Advanced Parameters” tab must be activated.
Parameters Controls Configuration Exit
FONOMAC II: LOCAL PARAMETER CONFIGURATION
Presentation Obligatory Parameters Advanced Parameters Statistics
Telephone 1 Telephone Test
Telephone 2 Telephone ID
Telephone 3 Lift number
Write Read
The COM1 port has been correctly configured. Opening the serial port… Serial port open.
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The check boxes must be activated for each one of the parameters which you want to read or write. If you want to mark all the parameters, it is possible to select “Mark all” from the “Controls” menu.
The procedure to follow for the programming of the obligatory parameters is:
• Read the current values of the parameters; to do this, click on “Read”. At the same time as the parameters are read, their value will be displayed and the check boxes will be deactivated.
• Modify the values of the parameters (see point 2.5. Table of Parameters) which you wish to change by entering or selecting the correct value, and activate their check boxes.
• Click on the button “Write” to save the new parameter values. As the same time as the parameters are written, the check boxes will be deactivated.
• Read the parameters again in order to check that the writing has been carried out correctly.
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2.3.3.- Programming of the Advanced Parameters.
For the programming of the advanced parameters, it is necessary to activate the tab “Advanced Parameters”.
Parameters Controls Configuration Exit
FONOMAC II: LOCAL PARAMETER CONFIGURATION
Presentation Obligatory Parameters Advanced Parameters Statistics
Test Period 3 ACK Alarm Active
Silent Test-Reset Active Sound ID Active
Alarm Delay 5 Test after Reset Non-operative
Auto-response 3 Pulse Filter Active
Zero with PABX Non-operative PAL NC
Line Currently Occupied Non-operative External Battery Non-connection
ACK Test Active New Password 1111
Write Read
The COM1 port has been correctly configured. Opening the serial port… Serial port open.
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The check boxes must be activated for each one of the parameters that you want to read or write. If you want to mark all the parameters, it is possible to select “Mark all” on the “Controls” menu.
The procedure to follow for the programming of advanced parameters:
• Read the current values of the parameters; to do this, click on “Read”. At the same time as the parameters are read, their value will be displayed and the check boxes will be deactivated.
• Modify the values of the parameters which you wish to change, by entering or selecting the correct value, and activate their check boxes.
• Click on the button “Write” to save the new parameter values. As the same time as the parameters are written, the check boxes will be deactivated.
• Read the parameters again in order to check that the writing has been carried out correctly. * NOTE: By selecting the option “Save” from the “Parameters” menu, all the values of the parameters will be saved in one file. If you wish to “Load” these values again for a later programming, it is necessary to select the Load option from the “Parameters” menu.
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2.4.- Parameter Configuration in Local Mode with External Analogue Telephone. 2.4.1.- General Description. Material needed for the parameter configuration of the Fonomac II with an external analogue telephone.
• Conventional analogue telephone with dialling by means of DTMF. The use of the telephones with analogue displays which require a great consumption of energy for their operation must be avoided.
There are two points where the analogue telephone may be connected in the installation: • Telephone adaptor in car button panel. Here it will be in direct view of the Fonomac II. • Telephone adaptor in the control box. In this case it will not be in direct view of the Fonomac
II. In order to configure the parameters of the Fonomac II in the lift car, it is necessary to follow the steps below:
1. Connect the analogue telephone to the telephone adaptor in the car. 2. Reset the Fonomac II. To do this, it is necessary to disconnect the telephone line as
well as the battery terminal if it has one. 3. Reconnect the telephone line and the battery and wait for the led to light up and flash
yellow. 4. Pick up the analogue terminal and dial the access code: # 1 0 (If it is lift number 1), #
2 0 (If it is lift number two… and so on and so forth in the case of various lifts). 5. If the terminal receives the code correctly, it will subsequently emit a sound of 5 tones. 6. The “engaged” or “error tone” of the operator switchboard may be heard throughout
the entire process. It will not affect the parameter configuration of the telephone. 7. Once in programming mode, it is necessary to proceed in the following way in order to
change the parameters: Writing a parameter:
# number of the parameter (two digits) * value of the parameter *
• The number of the parameter may be obtained from the table of parameters
and it is always made up of two digits. • The value of the parameter may have a variable length of between 1 and 20
digits. • For example, if we wanted to modify the number 1 of the alarm telephone, we
would dial:
# 0 1 * 9 0 2 5 5 5 5 6 6 * • For example, if we wanted to changed the parameter lift number to value 2, we
would dial:
# 0 7 * 2 * 8. The programming of a parameter is correct when the Fonomac II emits a sound of 5
tones after dialling the tones in order to record this command. If the recording is incorrect, the Fonomac II will emit 2 tones.
9. Once the parameter configuration process has finalised, it is sufficient to dial 0 on the external telephone in order to exit the programming mode.
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In order to configure the parameters of the Fonomac II from the control panel, it is necessary to follow the steps below:
0. Disconnect the telephone line which goes from the control panel to the car and fit a telephone adaptor with a double connection (not supplied with the lift). 1. Connect an analogue telephone (not supplied with the lift) to the control panel telephone adaptor. 2. Reset the Fonomac II. To do this, it is necessary to switch off the control panel in order to shut off the power to the FAMAC model power supply which is supplied by the control panel. 3. In the case of telephones using the ALFMII02 model power supply, when equipped with batteries, it will be necessary to disconnect it directly from the Fonomac II telephone. 4. Reconnect the power to the control panel and restore the car telephone line. 5. Take the analogue terminal off the hook and wait to hear the invitation tone on entering the programming mode (a sound made up of 5 tones which will be emitted approximately 20 seconds after the connection to the telephone line). Dial the lift selection code: # 1 0, if it is lift 1, # 2 0 if it is lift two, … and so on and so forth in the case of numerous lifts. 6. If the terminal receives the code correctly, it will subsequently emit a sound of 5 tones (confirmation tone) which will be heard on the external telephone. If this tone is not heard, disconnect the car telephone line once again and repeat the steps from point 2. 7. The “engaged” or “error tone” of the operator switchboard may be heard throughout the entire process. It will not affect the parameter configuration of the telephone. 8. Proceed to carry out the parameter configuration of the equipment as is described in the manual. 9. Once the process has been finalised, when using equipment with the ALFMII02 model power supply, once again make the connection which was previously disconnected.
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2.5.- Parameter Configuration in Remote Mode with PC. 2.5.1.- General Description. Material needed for the Fonomac II parameter configuration with a PC in “Remote Mode”:
• PC. • MODEM (Approved by MP). The MODEM incorporates a serial straight cable for connecting to
the PC. • NOTE: This cable may not be used alongside the recording plate in local mode. • Analogue telephone line. • “Fonomac II Parameter Configuration” Software.
In order to configure the parameters of the Fonomac II in remote mode, it is necessary to have a PC with the software “Fonomac II Parameter Configuration”, compatible with Windows XP and 2000, and a MODEM approved by MP (consult model on the web page: ssp.macpuarsa.es).
The analogue telephone line must fulfil the line requirements indicated in point 1. The procedure to follow is:
• Enter the telephone number of the installation where the Fonomac II is located. • Enter the car number with which you wish to communicate (in the case of only having one
telephone on this line, enter a “1”). • Enter the access code. By defect the code will be “1111”. • The call connection is correct when the message that the equipment is ready to be
programmed appears. • Once the telephone has been identified, the Fonomac II is now in programming mode. It is
possible to modify the value of any parameter (making use of the program in question) and to read its current value.
• To exit programming mode, it is sufficient to return to the program presentation screen or to exit it.
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Parameters Controls Configuration Exit
FONOMAC II: REMOTE PARAMETER CONFIGURATION
Presentation Obligatory Parameters Advanced Parameters Statistics
Enter the Telephone Number
Lift Number 1
Access Code 1111
Call
Write Read
The serial port has been correctly configured. Opening the serial port… Serial port open The Modem has initialized correctly.
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2.5.2.- Programming of the Obligatory Parameters.
For the programming of the obligatory parameters, it is necessary to activate the tab “Obligatory Parameters”.
Parameters Controls Configuration Exit
FONOMAC II: REMOTE PARAMETER CONFIGURATION
Presentation Obligatory Parameters Advanced Parameters Statistics
Telephone 1 Telephone Test
Telephone 2 Telephone ID
Telephone 3 Lift Number
Write Read
The serial port has been correctly configured. Opening the serial port… Serial port open The Modem has initialized correctly.
PRODUCT TECHNICAL MANUAL
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V1.00, JAN.09 MTELFONOMACII
Pag. 26
The check boxes must be activated for each one of the parameters you wish to read or write. If you wish to mark all the parameters, it is possible to select “Mark all” from the “Controls” menu.
The procedure to follow for the programming of obligatory parameters is:
• Read the current values of the parameters. To do this, click on “Read”. At the same time as
the parameters are read, their value will be displayed and the check boxes will be deactivated.
• Modify the values of the parameters that you which to change, by entering or selecting the correct value, and activate their check boxes.
• Click on the button “Write” to save the new parameter values. At the same time as the parameters are written, the check boxes will be deactivated.
• Re-read the parameters in order to check that the writing has been carried out correctly.
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FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 27
2.5.3.- Programming of the Advanced Parameters.
For the programming of the advanced parameters, it is necessary to activate the tab “Advanced Parameters”.
Parameters Controls Configuration Exit
FONOMAC II: REMOTE PARAMETER CONFIGURATION
Presentation Obligatory Parameters Advanced Parameters Statistics
Test Period 3 ACK Test Active
Silent Test-Reset Active ACK Alarm Active
Alarm Delay 5 Sound ID Active
Auto-response 3 Test after Reset Non-operative
Zero with PABX Non-operative Pulse Filter Active
Line Currently Occupied Non-operative PAL NC
Write Read
The serial port has been correctly configured. Opening the serial port… Serial port open.
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 28
The check boxes must be activated for each one of the parameters you wish to read or write. If you wish to mark all the parameters, it is possible to select “Mark all” from the “Controls” menu. The procedure to follow for the programming of advanced parameters is:
• Read the current values of the parameters. To do this, click on “Read”. At the same time as the parameters are read, their value will be displayed and the check boxes will be deactivated.
• Modify the values of the parameters that you which to change, by entering or selecting the correct value, and activate their check boxes.
• Click on the button “Write” to save the new parameter values. At the same time as the parameters are written, the check boxes will be deactivated.
• Re-read the parameters in order to check that the writing has been carried out correctly. *NOTE: By selecting the option “Save” from the “Parameters” menu, all the values of the parameters will be saved in one file. If you wish to “Load” these values again for a later programming, it is necessary to select the Load option from the “Parameters” menu.
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 29
2.6.- Parameter Configuration in Remote Mode with External Analogue Telephone. 2.6.1.- General Description. Material needed for the parameter configuration of the Fonomac II with an external analogue telephone.
• Analogue telephone connected to a telephone operator. NOTE: The correct operation of this method of parameter configuration by making use of a mobile Terminal with GSM technology is not guaranteed due to the nature itself of the GSM network with respect to the treatment of voice and DTMF tones.
In order to configure the parameters of the Fonomac II in remote mode, it is necessary to:
1. Make a call to the installation telephone number. 2. Wait for the Fonomac II to pick up and emit a Sound Identification tone. 3. Press key 5 until the Sound Identification tone ends. 4. Dial the terminal selection code: # 1 0 (If it is lift 1), # 2 0 (If it is lift two… and so on
and so forth in the case of numerous lifts). 5. Dial the password: * password * where “password” is the access code of 4 digits. In
the case of the defect code: * 1 1 1 1 *. 6. If the Terminal receives the code correctly, it will subsequently emit a sound of 5 tones. 7. Once in programming mode, it is necessary to proceed in the following way in order to
change the parameters: Writing a parameter:
# number of the parameter (two digits) * value of the parameter *
• The number of the parameter may be obtained from the table of parameters
(point 2.7) and is always made up of two digits. • The parameter value may have a variable length of between 1 and 20 digits. • For example, if we wished to modify the number 1 on the alarm telephone, we
would dial:
# 0 1 * 9 0 2 5 5 5 5 6 6 * • For example, if we wished to change the parameter lift number to value 2, we
would dial:
# 0 7 * 2 * 8. The programming of a parameter is correct when the Fonomac II emits a sound of 5
tones after dialling the tones in order to record this command. If the recording is incorrect, the Fonomac II will emit 2 tones.
9. Once the parameter configuration process has finalised, it is sufficient to dial 0 on the external telephone in order to exit the programming mode.
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FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 30
2.7.- Table of Parameters. The Fonomac II has a set of parameters available to the user which allow for its configuration. There are two groups of parameters:
• Obligatory Parameters: It is necessary to enter the value of these parameters for the Fonomac II to work.
• Advanced Parameters: They already have a value by defect which allows for their normal
operation. They may be altered by the user in order to carry out some specific operation. 2.7.1.- Obligatory Parameters.
Parameter Number
Identifier Description Value Value by Defect
01 Telephone 1 Alarm Telephone Number 1. Numbers between 0 and 9. (20 digits max.)
-
02 Telephone 2 Alarm Telephone Number 2. Numbers between 0 and 9. (20 digits max.)
-
03 Telephone 3 Alarm Telephone Number 3. Numbers between 0 and 9. (20 digits max.)
-
04 Telephone Test
Number of the test call receiver centre.
Numbers between 0 and 9. (20 digits max.)
-
05 Telephone ID Remote Identification Code (RIC).
Numbers between 0 and 9. (10 digits max.) Use as an ID the number made up of: Lift No. + Installation Telephone No.
-
07 Lift Number Indicates the order of the lift within a group of lifts.
Value between 1 and 9 corresponding to the lift number.
1
2.7.2.- Advanced Parameters. Parameter Number
Identifier Description Value Value by Defect
06 Test Period Number of days between two consecutive test calls.
0: Non-operative 1-9: Days between calls
3 (days)
08 Line Currently Occupied
Indicates whether an analysis of the line state should be carried out before making a call.
0: Non-operative 1: Active.
0: Non-operative
09 Zero with PABX
Indicates whether it is necessary to dial an exit zero, one second before dialling the test or alarm telephone numbers.
0: Non-operative 1: Active.
0: Non-operative
10 ACK Test
Indicates whether the “4” is necessary in order to admit the Test call. If the test call ACK is deactivated, it would only be generated once even if the consent or the connection were to fail.
0: Non-operative 1: Active.
1: Active
11 ACK Alarm Indicates whether the “4” is necessary in order to admit
0: Non-operative 1: Active.
1: Active
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FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 31
the Alarm call. If the alarm call ACK is deactivated, it would only be generated once even if the consent or the connection were to fail.
12 Auto-response Indicates the number of tones necessary for the Fonomac II to pick up an incoming call.
0: Non-operative. 1-9: No. of Rings before picking up.
3 (rings)
13 PAL
Indicates the logic of the car push button. It may choose between Normally Closed (NC) or Normally Open (NO). The latter case is only used for replacements of Fonomac by Fonomac II.
0: NC 1: NO
0: NO
14 Alarm Delay
Indicates the number of seconds necessary to keep the alarm button pressed down in order to make a call.
Value between 0 and 9 seconds until making the call.
5 (seconds)
17 Sound ID
Indicates whether the emission of a Fonomac II identifying tone is activated during the test, alarm and incoming calls.
0: Non-operative 1: Active. 1: Active
18 Test after Reset
Indicates whether 1 minute after a reset has taken place the first test call will take place.
0: Non-operative 1: Always 2: Only the next time
0:Non-operative
19 Silent Test-Reset
Indicates whether it is necessary to keep the loudspeaker deactivated during the initial 30 seconds in which the telephone starts up, just as during the test calls.
0: Non-operative 1: Active. 1: Active
20 Pulse Filter Indicates whether it is necessary to have a special filter in the analysis of pulses.
0: Non-operative 1: Active.
1: Active
21
External Battery
This indicates whether the Fonomac II has the ALFMII power supply connected or not.
0: Non-connect 1: Connect
0:No connect
100 New Code Access Code to the parameter menu.
4 numbers of decimal value: (0-9)
1111
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V1.00, JAN.09 MTELFONOMACII
Pag. 32
2.8.- If the Telephone does not Enter Programming Mode….
• Check that it has line voltage and that it is within the necessary levels. • Reset the telephone (disconnect and reconnect the telephone line and the power supply). • Wait for the red led to switch on. If it does not switch on, the telephone is not receiving
sufficient power to begin to operate. Try another telephone line or contact MP. • Once the yellow flashing led is switched on, send the access code:
1. Console: Connect the serial flat cable and access the Fonomac II menu. Enter the access code and press enter to send it to the telephone.
2. PC + Software “Fonomac II Parameter Configuration”: Connect the serial recording plate (Green cover) to the serial connector on the Fonomac II. Access the “Local Mode” menu and enter the access password. Press the button “Send” to verify the password.
3. External analogue telephone: Connect the telephone terminal to the telephone adaptation plate in the car or the machine room. Send the code as is described in section 2.4 of this manual.
Repeat the procedure described in the previous points various times until successfully entering programming mode.
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FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 33
3.- DESCRIPTION OF THE ALARM PROCESS ACCORDING TO EN81-1/2. 3.1.- Description of the Alarm Process. In the figure, the flow diagram of an alarm according to the Regulation EN81-1/2 is displayed.
Activation ofAlarm Button on
Panel
ALARM START-UP
ALARM RECEPTION
- Lift Identification- Acknowledgement of receipt- Calls from the Rescue Service
Rescue
Activation ofAlarm Buttons onCar Ceiling and
Floor
Battery OperatingIncorrectly
Alarm Sent
Figure 10: Alarm Process EN81-1/2
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 34
3.2.- Alarm Start-Up. The alarm may start-up as a result of three different actions:
• Activation of the Alarm Button on the Panel. The trapped passenger must keep the button pressed down for about 10 seconds and the equipment will start-up the alarm. The alarm button contact must normally be closed (NC), so that the circuit opens when the button is pressed. Parameter 13: PAL must have a value of 0: NC. *Note: As a special case, when there is a replacement of former Fonomac equipment, the alarm button must normally be open (NO); in this case, parameter 13: PAL must be configured with a value of 1: NO. By means of a yellow led, the Fonomac II will indicate that the alarm process has started up and the system will try to connect to the alarm reception centre. If the connection were to fail, it would keep trying time and time again until managing to make the connection. The time between each attempt and the following is 1 minute. The Fonomac II makes three attempts to connect to each one of the three receiver centre numbers. If it does not manage to establish communication after a third attempt to the last number, it will start the process again from the first number and so on and so forth indefinitely until it manages to establish communication and has received the corresponding call register.
• Activation of the Alarm Button on the Car Ceiling or Floor. The process would be identical to that of the alarm button on the panel. The contacts of these buttons will always be NC.
• Malfunctioning or Discharging of Batteries. When the equipment has an ALFMII power supply, the system may carry out a check of the state of its batteries. In the case of a malfunctioning or discharging of the batteries, the equipment will send an alarm to the receiver centre when it detects that it only has a single hour of capacity. The alarm process is similar to that described in the previous points. If you do not wish to have this function, it is sufficient to disconnect the corresponding signal on the Fonomac II – ALFMII connection. 3.3.- Lift Identification. This is carried out by the Alarm Receiver Centre or the Rescue Service. It may be done manually or automatically. MANUAL MODE:
• Building: The building´s telephone number is displayed on the receiver telephone. This number is identified by means of a list of connections between telephone numbers and buildings.
• Lift: The equipment transmits a sequence of “beeps” which corresponds to the value of the parameter “Lift Number”. In this way, for Lift 1 you will hear 1 “beep”, for Lift 2 you will hear 2 “beeps”, etc.
AUTOMATIC MODE: This is carried out by means of a PC connected to the alarm receiver line. Alarm Management software (FonoPC) and additional hardware is required.
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 35
3.4.- Acknowledgement of Receipt. The acknowledgement of receipt is the operation through which the receiver centre communicates to the Fonomac II equipment and to the user that the alarm has been received correctly. MANUAL MODE: Once the telephone in the receiver centre has been picked up, its own keys are used in order to carry out the following actions:
• Key 4: Acknowledgement of receipt. The telephone will change its state, by changing the informative led from yellow to green, and it will provide the operator with the number of “beeps” corresponding to their lift number. During the entire process, communication is completely operative in both directions. This number is also used to prolong communication, since the telephone will automatically hang up 1 minute after the start of the call; every time you press “4”, you will have an additional minute of communication time.
• Key 5: Stops the sound identification. The telephone stops emitting its sound identification every 4 seconds. This allows communication to be clearer.
• Key 6: RIC. The telephone provides its RIC (Remote Identification Code) by means of DTMF tones.
• Key 0: Pick up. Ends communication. If you press “0” before having carried out the acknowledgement of receipt, the alarm will not be registered, and so after one minute the Fonomac II telephone will make the alarm call again.
Very important: Although oral communication has been established with the rescue centre and the lift entrapment situation has been conveyed, the Fonomac II will not consider the alarm situation as finished until the rescue centre accepts (registers) the call by pressing number 4. AUTOMATIC MODE: This is carried out by means of a PC connected to the alarm receiver line. Alarm Management software (FonoPC) and additional hardware is required. 3.5.- Calls from the Rescue Service to the Lift. During the alarm process, the receipt of incoming calls from the Rescue Centre must be permitted. The telephone terminal Fonomac II must be configured so that this option (Parameter 12: Automatic Response differing from “0”) is active. If there are various terminals connected to the same line, they must all be configured with the same value as the previous parameter. When there is only one piece of Fonomac II equipment connected to the lift telephone line, to ring it, you must dial the number of the corresponding line. The telephone will pick up after the number of rings defined by the value of parameter 12: Automatic Response. If there is more than one Fonomac II sharing the same line, the procedure below will be followed in order to select the lift with which you wish to communicate.
• Make the call to the lifts telephone number. • After the number of rings programmed on the terminals, the call will be established. All the
telephones will pick up at the same time. • Dial the numbers: “#” <lift number> “0”. For example, if you wish to speak to lift 1, on your
telephone dial “#” ”1” “0”. • The telephone that has been selected will remain connected and the rest of the terminals will
hang up after a few seconds. • The end of the call process must be carried out by dialling “0” before hanging up.
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 36
4.- ALARM PROCESS ACCORDING TO EN81-28. 4.1.- Description of the Alarm Process. The alarm flow diagram according to the EN81-28 Regulation is displayed in the figure.
SI
Activation ofAlarm Button on
Panel
NO
ALARMSTART-UP
Alarm filtering
ALARM RECEPTION
- Lift Identification- Identification of the cause of the alarm- Acknowledgement of receipt- Calls from the Rescue Service
Rescue
End of Alarm
Activation of thealarm button on
the car ceiling andfloor
Battery OperatingIncorrectly Test Call
Alarmdeletion
Alarm sent
Figure 11: Alarm Process EN81-28
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 37
4.2.- Alarm Start-Up. The alarm may start-up as a result of three different actions:
• Activation of the Alarm Button on the Panel. The trapped passenger must keep the button pressed down for about 10 seconds. The equipment will check the state of the lift and, if necessary, it will start-up the alarm (see point 4.3. Alarm Filtering). The alarm button contact must be in agreement with parameter 13 (PAL), which by defect will normally be closed (NC), so that the circuit opens when the button is pressed. By means of a yellow led, the Fonomac II will indicate that the alarm process has started up and the system will try to connect to the alarm reception centre. If the connection were to fail, it would keep trying time and time again until managing to make the connection. The time between each attempt and the following is 1 minute. The Fonomac II makes three attempts to connect to each one of the three receiver centre numbers. If it does not manage to establish communication after a third attempt to the last number, it will start the process again from the first number and so on and so forth indefinitely until it manages to establish communication and has received the corresponding call register.
• Activation of the Alarm Button on the Car Ceiling or Floor. The process would be similar to that of the alarm button on the panel, although there would not be a previous filtering, and the alarm would start-up directly. The contacts of these buttons will always be NC.
• Malfunctioning or Discharging of Batteries. When the equipment has an ALFMII power supply, the system continually carries out a check of the state of its batteries. In the case of a malfunctioning or discharging of the batteries, the equipment will send an alarm to the receiver centre when it detects that it only has a single hour of capacity. The alarm is not subjected to filtering and the call process is similar to that described in the previous points. 4.3.- Alarm Filtering. The FONOMAC II telephone carries out independent readings of the 4 circuits on the figure, supplying 2 of them with information regarding the alarms (circuits 1 and 3) and the other 2 with information regarding the filtering (circuits 2 and 4). The telephone will accept an alarm request whenever one of the following circuits is opened:
• CIRCUIT 1 (XPAL connector): Implies that the alarm button on the panel has been activated. • CIRCUIT 3 (XARI and XARF connectors): Implies that one of the maintenance personnel
alarm buttons (on the car ceiling and base) has been activated. Filtering is only carried out on alarms started-up from the car button panel (CIRCUIT 1). The alarms started-up from the car ceiling or base (CIRCUIT 3) are not filtered, so they are always sent immediately. For this reason, everything mentioned in this manual referring to the filtering of alarms exclusively refers to the alarms started-up from the car button panel. If the alarm filtering is not activated, any alarm started-up from the car button panel will be sent to the receiver centre, whatever the state of the lift (not in accordance with EN81-28). The same thing will happen if the J1 jumper is not correctly positioned. On the other hand, if the filtering is activated, the equipment will condition the sending of the alarm to depend on the checking of the state of the lift, according to those states in Regulation EN81-28 which are described next. The first filtering situation is given as a result of CIRCUIT 2. If at the moment of the alarm the lift is stopped at a floor level with the car door completely open (CIRCUIT 2 closed), the equipment filters the alarm and does not send it. On the other hand, if the alarm is started-up when the lift is stopped, but at the same time the two previous conditions are not fulfilled (CIRCUIT 2 open), the alarm is sent
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V1.00, JAN.09 MTELFONOMACII
Pag. 38
to the receiver centre. The second filtering situation is given as a result of the RUN signal on CIRCUIT 4. If at the moment of the alarm the lift is in movement (24 Vdc between RUN+ and RUN-), the equipment retains the alarm and waits for the lift to stop. After a few seconds, it carries out the check corresponding to the first situation, by filtering the alarm if CIRCUIT 2 is closed. When the lift is in INSPECTION mode (24 Vdc between INS+ and INS- of CIRCUIT 4), the equipment does not carry out the filtering of alarms. When the lift is in NORMAL mode, and you want to check whether the telephone operates correctly, it is possible to deactivate the filtering of alarms by removing the J1 jumper. In this way, any alarm started-up when the lift is stopped will be immediately sent and any alarm started-up when the lift is in movement will be sent a few seconds after it stops. 4.4.- Lift Identification. This is carried out by the Alarm Receiver Centre or the Rescue Service. It may be done manually or automatically. MANUAL MODE:
• Building: The building´s telephone number is displayed on the receiver telephone. This number is identified by means of a list of connections between telephone numbers and buildings.
• Lift: The equipment transmits a sequence of “beeps” which corresponds to the value of the parameter “Lift Number”. In this way, for Lift 1 you will hear 1 “beep”, for Lift 2 you will hear 2 “beeps”, etc
AUTOMATIC MODE: This is carried out by means of a PC connected to the alarm receiver line. Alarm Management software (FonoPC) and additional hardware is required. 4.5.- Acknowledgement of Receipt. The acknowledgement of receipt is the operation through which the receiver centre communicates to the Fonomac II equipment and to the user that the alarm has been received correctly. MANUAL MODE: Once the telephone in the receiver centre has been picked up, its own keys are used in order to carry out the following actions:
• Key 4: Acknowledgement of receipt. The telephone will change its state, by changing the informative led from yellow to green, and it will provide the operator with the number of “beeps” corresponding to their lift number. During the entire process, communication is completely operative in both directions. This number is also used to prolong communication, since the telephone will automatically hang up 1 minute after the start of the call; every time you press “4”, you will have an additional minute of communication time.
• Key 5: Stops the sound identification. The telephone stops emitting its sound identification every 4 seconds. This allows communication to be clearer.
• Key 6: RIC. The telephone provides its RIC (Remote Identification Code) by means of DTMF tones.
• Key 0: Pick up. Ends communication. If you press “0” before having carried out the acknowledgement of receipt, the alarm will not be registered, and so after one minute the Fonomac II telephone will make the alarm call again.
Very important: Although oral communication has been established with the rescue centre and the lift entrapment situation has been conveyed, the Fonomac II will not consider the alarm situation as finished until the rescue centre accepts (registers) the call by pressing number 4. AUTOMATIC MODE: This is carried out by means of a PC connected to the alarm receiver line. Alarm Management software (FonoPC) and additional hardware is required.
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FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 39
4.6.- End of Alarm. Once the people trapped in the lift have been rescued by the authorised personnel, the alarm situation must be ended. The end of the alarm situation may only be carried out from the car telephone where it was generated and by a qualified member of the rescue team. The procedure to follow in order to end an alarm situation is explained below:
• Generate a new alarm by pressing the alarm button on the panel. • Tell the receiver centre, by means of voice, the End of Alarm Code of the person who has
carried out the rescue (this code is agreed between the receiver centre and the maintenance personnel in charge of going to the installation in these cases).
That is to say, the alarm reception centre personnel will end the alarm situation when they receive a call from the telephone where the alarm originated and in which they will be told, by voice, the specific End of Alarm Code of the authorised operator who has carried out the rescue. 4.7.- Calls from the Rescue Service to the Lift. During the alarm process, the receipt of incoming calls from the Rescue Centre must be permitted. The telephone terminal Fonomac II must be configured so that this option (Parameter 12: Automatic Response differing from “0”) is active. If there are various terminals connected to the same line, they must all be configured with the same value as the previous parameter. When there is only one piece of Fonomac II equipment connected to the lift telephone line, to ring it, you must dial the number of the corresponding line. The telephone will pick up after the number of rings defined by the value of parameter 12: Automatic Response If there is more than one Fonomac II sharing the same line, the procedure below will be followed in order to select the lift with which you wish to communicate.
• Make the call to the lifts telephone number. • After the number of rings programmed on the terminals, the call will be established. All the
telephones will pick up at the same time. • Dial the numbers: “#” <lift number> “0”. For example, if you wish to speak to lift 1, on your
telephone dial “#” ”1” “0”. • The telephone that has been selected will remain connected and the rest of the terminals will
hang up after a few seconds. • The end of call process must be carried out by dialling the key (number) “0” before hanging
up. 4.8.- Test Calls. The telephone must carry out a test call from time to time in order to verify its correct operation, with the aim of guaranteeing that, faced with an entrapment situation, the system will operate correctly. It is necessary that this test call take place at least once every three days. The destination number is programmable (Parameter 4: Test Number). The test calls may be received manually or automatically. MANUAL MODE: Once the telephone has been picked up in the receiver centre, similar actions to those for the reception of alarms will be carried out; that is to say, the test call must be agreed to by pressing the key (number) “4”. If it is not admitted correctly, the Fonomac II will try to call the same number again after 10 minutes. Before hanging up, the number “0” must be dialled. It is necessary, in this case, that a line exists for the receipt of the test calls and another different one for the real alarms since, if not, the reception centre will not be able to distinguish one type of call from the other.
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V1.00, JAN.09 MTELFONOMACII
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AUTOMATIC MODE: This is carried out by means of a PC connected to the test call receiver line. In this case, the line may be the same as the alarm receiver, although it is recommended that you also use different lines. Alarm Management software (FonoPC) and additional hardware is required. NOTE: If Parameter 18: Test after Reset is active, a test call will be automatically generated each time the telephone is restarted. 4.9.- Information Needed by the Rescue Service. The Rescue Service must have the following information:
• A register of the building addresses and the corresponding alarm system telephone numbers. • For each building:
o The address and location of each one of the lifts, identified by their corresponding numbers.
o A description of the means of access to the trapped passengers. o All the specific risks relating to the entrance to the building and the access to the lifts.
• A list of the people authorised to carry out the rescue operation and their corresponding End of Alarm authorisation codes.
• A register of the periodic tests. • A register of the automatic tests. • An Alarms Log, which includes the cause of the alarm, the state of the alarms, the time and
date, the End of Alarm authorised rescuer, ...
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V1.00, JAN.09 MTELFONOMACII
Pag. 41
TFN
XTFN
TFN
SARF109
SARF
TFNTFN
XTFN
TFNTFN
XTFN
CT2ATE00
SIB SIS STOPCSIR
SCISARI
XBCE
7 8
7 8
J1
SALNCC
NOC
NCC
NOC
87
SARI
10 9 8 7 6 5 4 3 2 1
OB VB AL+ CG+ PLF+
OB VB AL+ CG+ PLF+
5.- CONNECTION AND CONFIGURATION OF THE EQUIPMENT IN A NEW INSTALLATION. 5.1.- According to the EN81-1/2 Regulation with Serial Communication Control.
Pole 1 of connector XPAL is twisted in white color
MACHINE ROOM PANEL
Telephone Line
INSPECTION BOX
Car Base
See Point 7
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V1.00, JAN.09 MTELFONOMACII
Pag. 42
21
SAL
SARI SARF
107
8 9
Circuits analysed by the Fonomac II telephone in this configuration: SARI: Service box alarm button (NC). SARF: Car Base alarm button (NC). SAL: Car button panel alarm button (NC). In case of error in the Alarm Call: • Check that the telephone line reaches the Terminal correctly. • Connect the console and put the Fonomac II into programming mode. • Access the Fonomac II menu and go to the advanced parameters section. • Read the value of the “PAL” parameter and check that its value is NC. If this is not the case, re-
program this parameter with the value NC and check the operation again. If the parameter is correct, continue with the following step.
• Check that the car alarm button is wired as normally closed. (NC). • Check that when the alarm button on the car button panel is pressed, the alarm circuit opens
(WITHOUT having continuity between the terminals 1-2 (XPAL) of Fonomac II). • Check that the SARI (Service box alarm button) buttons and the SARF (Car base alarm button) are
wired as normally closed (NC). • Check that there is continuity in circuit 3. For this, check that there is continuity between the
terminals 7-8 (XARI) and 9-10 (XARF). • Check that when the Service box button is pressed, there is no longer continuity between the
points 7 and 8 (XARI). • Check that when the Car base button is pressed, there is no longer continuity between the points 9
and 10 (XARF). • Check that the red led does not light up repeatedly from time to time. If this happens, it could
indicate that the Terminal is being constantly reset. In this case, contact the MP After-Sales Service.
Circuit 1
Circuit 3
Internal route of the PCB
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V1.00, JAN.09 MTELFONOMACII
Pag. 43
5.2.- According to the EN81-28 Regulation with Serial Communication Control.
Operator Car door detector completely open
325P or 328P according to installation detector of car at a level
Inspection Box
SEE POINT 7
Car Button Panel
Car Base
Control Rope
Machine Room Panel
TFN
XTFN
TFN
XBCE2
SIB SIS STOPCSIR
SCISARI
87
SARI
67
SARP
7 8
SARF109
SARF
65
SARN
TFNTFN
XTFNTFNTFN
XTFN
CT2ATE00
XOPM
B
VS-CAB
XCI
INS
24C
ISIB
CHB
24C
0Vdc
CLB
0Vdc
CLB
24C
CHB
F4F2
F3F1
XDIS
MB
XFG
XEM
ER
F1F2
F3F4
RL1
RL2
7 8
0Vdc+24
XTFN
J1
NCC
NOC
SAL
NCC
NOC
10 9 8 7 6 5 4 3 2 1
OB VB AL+ CG+ PLF+
OB VB AL+ CG+ PLF+
Pole 1 of connector XPAL is twisted in white color
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 44
Circuits analysed by the Fonomac II telephone in this configuration: SARI: Service box alarm button (NC). SARF: Car Base alarm button (NC). INS+: Inspection signal input (INS- at 0Vdc). RUN-: RUN signal input (RUN+ at 24Vdc). SAL: Car button panel alarm button (NC). SARN: Level signal in magnetic switch auxiliary contact (contact closed with lift at level, only simple loading). SARP: Car door contact completely open (contact closed with the car door completely open). J1: FONOMAC II PCB Jumper. In case of error in the Alarm Call: • Check that the telephone line reaches the Terminal correctly. • Connect the console and put the Fonomac II into programming mode. • Access the Fonomac II menu and go to the advanced parameters section. • Read the value of the “PAL” parameter and check that its value is NC. If this is not the case, re-
program this parameter with the value NC and check the operation again. If the parameter is correct, continue with the following step.
• Check that the car alarm button is wired as normally closed. (NC). • Check that when the alarm button on the car button panel is pressed, the alarm circuit opens
(WITHOUT having continuity between the terminals 1-2 (XPAL) of Fonomac II). • Check that the SARI (Service box alarm button) buttons and the SARF (Car base alarm button) are
wired as normally closed (NC). • Check that there is continuity in circuit 3. For this, check that there is continuity between the
terminals 7-8 (XARI) and 9-10 (XARF). • Check that when the Service box button is pressed, there is no longer continuity between the
points 7 and 8 (XARI). • Check that when the Car base button is pressed, there is no longer continuity between the points 9
and 10 (XARF). • Check that when the lift is stopped at a floor with the doors completely open, circuit 2 remains
closed. For this, check that there is continuity between the terminals 3-4 (XARP) and the terminals 5-6 (XARN).
• Check that in the case of finding the lift between levels with the doors closed that there is no continuity between the terminals XARP and XARN of the Fonomac II.
• Check that with the lift stopped and in normal operation that there exists a different in voltage of 0 Vdc between RUN+ and RUN – and between INS+ and INS-, of the Fonomac II.
• Check that with the lift in movement that the difference in voltage between RUN+ and RUN- is approximately 24 Vdc.
• Check that with the lift in service the difference in voltage between INS+ and INS- is approximately 24 Vdc.
• Check that the red led does not light up repeatedly from time to time. If this happens, it could indicate that the Terminal is being constantly reset. In this case, contact the MP After-Sales Service.
Circuit 1
Circuit 2
Circuit 3Circuit 4
Internal route of the PCB
21
SAL
4
3
SARP
6
SARN
5SARI SARF
107
8 9J1
RL2
RUN-
+24Vdc
INS-
+24Vdc
INS+RUN+
0Vdc 0VdcRL1
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 45
TFN
XTFN
TFN
mar
rón
viol
eta
SIB SIS STOPCSIR
SARI
AL1 AL2
AL1 AL2
CB
CB
SARF
109
SARF
TFNTFN
XTFN
TFNTFN
XTFN
CT2ATE00
XARF XARI XPAL
XTFN
J1
NCC
SAL
NOC
87
SARI
NCC
NOC
10 9 8 7 6 5 4 3 2 1
5.3.- According to the EN81-1/2 Regulation with Microbasic Control.
Inspection Box
Car Base
Machine room panel
See point 7
Control Rope
Car Button Panel
See point 7
Pole 1 of connector XPAL is twisted in white color
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 46
21
SAL
SARI SARF
107
8 9
Circuits analysed by the Fonomac II telephone in this configuration: SARI: Service box alarm button (NC). SARF: Car Base alarm button (NC). SAL: Car button panel alarm button (NC). In case of error in the Alarm Call: • Check that the telephone line reaches the Terminal correctly. • Connect the console and put the Fonomac II into programming mode. • Access the Fonomac II menu and go to the advanced parameters section. • Read the value of the “PAL” parameter and check that its value is NC. If this is not the case, re-
program this parameter with the value NC and check the operation again. If the parameter is correct, continue with the following step.
• Check that the car alarm button is wired as normally closed. (NC). • Check that when the alarm button on the car button panel is pressed, the alarm circuit opens
(WITHOUT having continuity between the terminals 1-2 (XPAL) of Fonomac II). • Check that the SARI (Service box alarm button) buttons and the SARF (Car base alarm button) are
wired as normally closed (NC). • Check that there is continuity in circuit 3. For this, check that there is continuity between the
terminals 7-8 (XARI) and 9-10 (XARF). • Check that when the Service box button is pressed, there is no longer continuity between the
points 7 and 8 (XARI). • Check that when the Car base button is pressed, there is no longer continuity between the points 9
and 10 (XARF). • Check that the red led does not light up repeatedly from time to time. If this happens, it could indicate that the Terminal is being constantly reset. In this case, contact the MP After-Sales Service.
Circuit 1
Circuit 3
Internal route of the PCB
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 47
RUN-
CBA_
TFN
XTFN
TFN C
CNO
NC
XINS
INS+ +24
XARF
SIB SIS STOPCSIR
SCISARI
87
SARI
34
SARP
INS+
CB
0Vdc
AL1 AL20Vdc
AL1 AL2
CB
CB
CB
SARF
109
SARF
65
SARN
RUN TFNTFN
CBA_ XTFN
RUN
RUN
TFNTFN
XTFN
g - P2(MBAS)
CCA_
CCA_
CT2ATE00
INS+208-CR2
SAL
J1
C
CNO
NC
10 9 8 7 6 5 4 3 2 1
5.4.- According to the EN81-28 Regulation with Microbasic Control.
Inspection Box325P or 328P
according to the installation. Detector of car at a level
Operator Car door detector completely open
Machine Room Panel
Telephone Line
Car Button Panel
Control Rope
Car Base
SEE POINT 7
Pole1 of connector XPAL is twisted in white color
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 48
21
SAL
4
3
SARP
6
SARN
5SARI SARF
107
8 9J1
RUN-
208 - CR2
INS+
g - P2(MBAS)
INS- RUN+
0Vdc 24Vdc
Circuits analysed by the Fonomac II telephone in this configuration: SARI: Service box alarm button (NC). SARF: Car Base alarm button (NC). INS+: Inspection signal input (INS- at 0Vdc). RUN-: RUN signal input (RUN+ at 24Vdc). SAL: Car button panel alarm button (NC). SARN: Level signal in magnetic switch auxiliary contact (contact closed with lift at level; only simple loading). SARP: Car door contact completely open (contact closed with the car door completely open). J1: FONOMAC II PCB Jumper. In case of error in the Alarm Call: • Check that the telephone line reaches the Terminal correctly. • Connect the console and put the Fonomac II into programming mode. • Access the Fonomac II menu and go to the advanced parameters section. • Read the value of the “PAL” parameter and check that its value is NC. If this is not the case, re-
program this parameter with the value NC and check the operation again. If the parameter is correct, continue with the following step.
• Check that the car alarm button is wired as normally closed. (NC). • Check that when the alarm button on the car button panel is pressed, the alarm circuit opens
(WITHOUT having continuity between the terminals 1-2 (XPAL) of Fonomac II). • Check that the SARI (Service box alarm button) buttons and the SARF (Car base alarm button) are
wired as normally closed (NC). • Check that there is continuity in circuit 3. For this, check that there is continuity between the
terminals 7-8 (XARI) and 9-10 (XARF). • Check that when the Service box button is pressed, there is no longer continuity between the
points 7 and 8 (XARI). • Check that when the Car base button is pressed, there is no longer continuity between the points 9
and 10 (XARF). • Check that when the lift is stopped at a floor with the doors completely open, circuit 2 remains
closed. For this, check that there is continuity between the terminals 3-4 (XARP) and the terminals 5-6 (XARN).
• Check that in the case of finding the lift between levels with the doors closed that there is no continuity between the terminals XARP and XARN of the Fonomac II.
• Check that with the lift stopped and in normal operation that there exists a different in voltage of 0 Vdc between RUN+ and RUN – and between INS+ and INS-, of the Fonomac II.
• Check that with the lift in movement that the difference in voltage between RUN+ and RUN- is approximately 24 Vdc.
• Check that with the lift in service the difference in voltage between INS+ and INS- is approximately 24 Vdc.
• Check that the red led does not light up repeatedly from time to time. If this happens, it could indicate that the Terminal is being constantly reset. In this case, contact the MP After-Sales Service.
Circuit 1
Circuit 2
Circuit 3 Circuit 4
Internal Route of the PCB
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 49
TFNTFN
XTFN
TFNTFN
XTFN
SIB SIS STOPCSIR
XTFN
TFNTFN
CBTF
AL1 AL2
AL1 AL2
CB
J1
NOC
SAL
NOC
NOC
NOC
10 9 8 7 6 5 4 3 2 1
MACHINE ROOM PANEL
INSPECTION BOX
PIT BOX
SEE POINT 7
Control Rope
6.- CONNECTION AND CONFIGURATION OF THE EQUIPMENT IN REPLACEMENT OF OLD FONOMAC AND FONOTEC EQUIPMENT. 6.1.- Fonomac Replacement (according to the EN81-1/2 Regulation) with Serial Communication Control.
Pole 1 of connector XPAL is twisted in white color
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 50
Circuits analysed by the Fonomac II telephone in this configuration:
21
SAL
SAL: Car button panel alarm button (NO). In case of error in the Alarm Call: • Check that the telephone line reaches the Terminal correctly. • Connect the console and put the Fonomac II into programming mode. • Access the Fonomac II menu and go to the advanced parameters section. • Read the value of the “PAL” parameter and check that its value is NO. If this is not the case, re-
program this parameter with the value NO and check the operation again. If the parameter is correct, continue with the following step.
• Check that the car alarm button is wired as normally open. (NO). • Check that when the alarm button on the car button panel is pressed, the alarm circuit closes
(Continuity between the terminals 1-2 (XPAL) of Fonomac II). • Check that the red led does not light up repeatedly from time to time. If this happens, it could
indicate that the Terminal is being constantly reset. In this case, contact the MP After-Sales Service.
Circuit 1
Internal Route of the PCB
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 51
XTFN
XOPM
B
VS-CAB
XCI
INS
24C
ISIB
CHB
24C
0Vdc
CLB
0Vdc
CLB
24C
CHB
F4F2
F3F1
XDIS
MB
XFG
XEM
ER
F6F5
F1F2
F3F4
F5F6
111098
XARC XARF
XARI XARN XARP
XARB 15
1614
4 5 6 72 31
SIB SIS STOPCSIR
SCISARI
SARF
VS-ALRM
321
SIR
SARI
67
SARP45
SARN
RL1
RL2
1213
SARF
J1
VBPLF-
FM2FM1
AL+VSPA
00CR
FM1
FM2
SAL
J1
TFNTFN
XTFN
TFNTFN
XTFN
10 9 8 7 6 5 4 3 2 1
6.2.- Fonotec Replacement (according to EN81-28 Regulation) with Serial Communication Control.
Telephone Line
Car Panel
Inspection Box
325P or 328P magnet according to the installation. Detector of car at a level
Operator. Car door detector completely open
Car Button Panel
SEE POINT 7
Car Base Control Rope
Pole1 of connector XPAL is twisted in white color
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 52
Circuits analysed by the Fonomac II telephone in this configuration: In this case, the Fonomac II only analyses Circuit 1, in which, by means of the VS-ALRM and VS-CAB plates, the alarm filtering is carried out. Circuit 3 must be closed.
RL2
SIR
SARI SARF
RL1
SAL
(3)
(16)
(2) (1) (12) (13)
J1
(14)
(15)
SAR
NSA
RP
(5)
(4)
(7)
(6)
1
2
7 10
SARI: Service box alarm button (NC). SARF: Car Base alarm button (NC). SIR: Inspection switch contact (NC). RL1: Contact (NC) of the RL1 relay of the car PCB. RL2: Contact (NO) of the RL2 relay of the car PCB. SAL: Alarm button on the car button panel (NC). SARN: Level signal in magnetic switch auxiliary contact (only simple loading). SARP: Car door contact completely open J1: FONOMAC II PCB Jumper. (x): VS-ALRM PCB Terminals. In case of error in the Alarm Call: • Check that the telephone line reaches the Terminal correctly. • Connect the console and put the Fonomac II into programming mode. • Access the Fonomac II menu and go to the advanced parameters section. • Read the value of the “PAL” parameter and check that its value is NC. If this is not the case, re-
program this parameter with the value NC and check the operation again. If the parameter is correct, continue with the following step.
• Check that the car alarm button is wired as normally closed. (NC). • Check that when the alarm button on the car button panel is pressed, the alarm circuit closes
(WITHOUT continuity between the terminals 1-2 (XPAL) of Fonomac II). • Check the filtering circuit. If it is in a Microbasic installation, the numbering detailed next is found
on the MB-8128 plate. If the installation has Serial Communication, the numbering refers to the VS-ALARM plate.
• Check that it is not in any of the filtering situations. At a floor with the doors open, the lift in movement, etc…
• Remove the J1 jumper from the filtering plate. • Check that when it is at a floor with the doors closed there is no continuity between (4) and (5). • Check that when it is at a floor with the doors closed there is no continuity between (6) and (7). • Check that the red led does not light up repeatedly from time to time. If this happens, it could
indicate that the Terminal is being constantly reset. In this case, contact the MP After-Sales Service.
CIRCUIT 1 CIRCUIT 3
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 53
TFNTFN
XTFN
TFNTFN
XTFN
SIB SIS STOPCSIR
XTFN
TFNTFN
CBTF
AL1 AL2
AL1 AL2
CB
J1
NOC
SAL
NOC
NOC
NOC
10 9 8 7 6 5 4 3 2 1
Machine room panel
INSPECTION BOX
Car Buttom Panel
FIT BOX
SEE POINT 7
Control Rope
6.3.- Fonomac Replacement (according to the EN81-1/2 Regulation) with Microbasic Control.
Pole1 of connector XPAL is twisted in white color
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 54
Circuits analysed by the Fonomac II telephone in this configuration:
21
SAL
SAL: Alarm button on the car button panel (NO). In case of error in the Alarm Call: • Check that the telephone line reaches the Terminal correctly. • Connect the console and put the Fonomac II into programming mode. • Access the Fonomac II menu and go to the obligatory parameters section. • Read the value of the “PAL” parameter and check that its value is NO. If this is not the case, re-
program this parameter with the value NO and check the operation again. If the parameter is correct, continue with the following step.
• Check that the car alarm button is wired as normally open. (NO). • Check that when the alarm button on the car button panel is pressed, the alarm circuit closes
(Continuity between the terminals 1-2 (XPAL) of the Fonomac II). • Check that the red led does not light up repeatedly from time to time. If this happens, it could
indicate that the Terminal is being constantly reset. In this case, contact MP.
Circuit 1
Internal Route of the PCB
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 55
6.4.- Fonotec Replacement (according to the EN81-28 Regulation) with Microbasic Control.
Machine Room Panel
Inspection Box
Operator. Car door detector completely open
325P or 328P magnet according to the installation. Detector of car at a level
SEE POINT 7
Car Button Panel
Car Base
XAR3 XAR4
XAR1 XAR2
2 31
SIB SIS STOPCSIR
SCISARI
SARF
MB-EN8128-1
sistema telefónico
321
SIR
SARI67
SARP
1213
SARF
J1
1 2 3 4 5 6 7 12 13
16 15 14 +24 RUN AL+ 0Vdc
2 31
1312
1312
76
76
54
54
0Vdc - CB
RUN
RUN
CB
AL1C- AL2PAP20Vdc
AL1C- AL2PAP20Vdc
CBA_
RUN
RUN
24Vdc - CB1
TFNTFN
XTFN
TFNTFN
XARP
XARI
XARFXARN
g - P2(MBAS)
CCA_
CCA_
CBA_XTFN
CT2ATE00
TFN
XTFN
TFN
XTFN
NCC
SAL
NOC
NCC
NOC
10 9 8 7 6 5 4 3 2 1
Pole1 of connector XPAL is twisted in white color
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 56
Circuits analysed by the Fonomac II telephone in this configuration: In this case, the Fonomac II only analyses Circuit 1, in which, by means of the MB-EN8128-1 plate, the alarm filtering is carried out. Circuit 3 must be closed.
RL2
SIR
SARI SARF
RL1
SAL
(3)
(16)
(2) (1) (12) (13)
J1
(14)
(15)
SAR
NSA
RP
(5)
(4)
(7)
(6)
1
2
7 10
SARI: Service box alarm button (NC). SARF: Car Base alarm button (NC). SIR: Inspection switch contact (NC). RL1: Contact (NC) of the RL1 relay of the MB-8128-1 PCB controlled by software. RL2: Contact (NO) of the RL2 relay of the MB-8128-1 PCB controlled by software. SAL: Alarm button on the car button panel (NC). SARN: Level signal in magnetic switch auxiliary contact (contact closed when lift at a level; only simple loading). SARP: Car door contact completely open (Contact closed when the car door is completely open) J1: MB-8128-1 PCB Jumper. (x): MB-8128-1 PCB Terminals. In case of error in the Alarm Call: • Check that the telephone line reaches the Terminal correctly. • Connect the console and put the Fonomac II into programming mode. • Access the Fonomac II menu and go to the advanced parameters section. • Read the value of the “PAL” parameter and check that its value is NC. If this is not the case, re-
program this parameter with the value NC and check the operation again. If the parameter is correct, continue with the following step.
• Check that the car alarm button is wired as normally closed. (NC). • Check that when the alarm button on the car button panel is pressed, the alarm circuit closes
(WITHOUT Continuity between the terminals 1-2 (XPAL) of the Fonomac II). • Check the filtering circuit. If it is in a Microbasic installation, the numbering detailed next is found
on the MB-8128 plate. If the installation has Serial Communication, the numbering refers to the VS-ALARM plate.
• Check that it is not in any of the filtering situations. At a floor with the doors open, the lift in movement, etc…
• Remove the J1 jumper from the filtering plate. • Check that when it is at a floor with the doors closed there is no continuity between (4) and (5). • Check that when it is at a floor with the doors closed there is no continuity between (6) and (7). • Check that the red led does not light up repeatedly from time to time. If this happens, it could
indicate that the Terminal is being constantly reset. In this case, contact the MP After-Sales Service.
CIRCUIT 1 CIRCUIT 3
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 57
7.- ADDITIONAL DEVICES Recommended Power Supplies for each Situation: ALFMII: In the case that various telephones share the telephone line. FA-MAC: In the case of having a single telephone for each line.
ALFM II
220 0Vac
X220
FA - MAC
rosa
azul(-)
(+BAT)
+24
0Vdc
Connection in P2Of the Fonomac II
Connection in P2 Of the Fonomac II
220Vac from the Service Box 24Vdc from the
Car Button Panel
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 58
8.- DECLARATION OF CONFORMITY
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 59
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 60
9.- EC DESIGNE EXAMINATION CERTIFICATE:
PRODUCT TECHNICAL MANUAL
FONOMAC II
V1.00, JAN.09 MTELFONOMACII
Pag. 61
www.macpuarsa.es
www.mpascensores.com
HEAD QUATER
Pabellón MP Leonardo Da Vinci, 15
Isla de la Cartuja – 41092 Sevilla Tel. +34.95.4630562 Fax +34.95.4657955
e-mail: [email protected]