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Related Manuals for TE Connectivity FSA-PLUS
Summary of Contents for TE Connectivity FSA-PLUS
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Page 1: Technical Manual
TECHNICAL MANUAL FSA-PLUS WITCHER ODEM ERSION... -
Page 2: Table Of Contents
Monitoring and Signalling of FSA-PLUS Switcher (central or external FSA-PLUS Switcher) ................11 5.1.2 Additional Monitoring and Signalling of the Central FSA-PLUS Switcher . 11 Monitoring and Alarms in Single Mode ............. 12 Interfaces ....................13 Power Supply ................... 13 Modem Interface .................. - Page 3 FSA-PLUS Switcher (Modem Version) Technical Manual General Characteristics and References ..........27 Mechanics and Construction ..............27 Climate and Environment ................. 27 Electromagnetic Compatibility ..............28 Safety Regulations ................... 28 Safety Instructions ..................28 Ratings ..................... 29 Trouble-shooting ..................30 6341 3 103-12 - 17.05.2011...
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Page 4: Introduction
Introduction The following technical manual describes a safety transfer (switchover) switch as part of the FSA-PLUS family (FSA Switcher — Flexible, Safe, Automatic). The transfer switch can also reverse all standard communication services with a bandwidth of up to 60 MHz. The restrictions of the connected services are to be found within the framework of category three and/or the former category four. -
Page 5: Selectable Services
FSA-PLUS Switcher (Modem Version) Technical Manual Selectable Services The FSA-PLUS Switchers are designed in such a way that the following services can be connected in accordance with the corresponding specifications of ETSI and BellCore: Plain Old Telephony Service (POTS) ... -
Page 6: Tranfer Switch
(Moving Card MOC). Each one of these groups of components switches 20 cop- per pairs over to 40 copper pairs. The FSA-PLUS Switcher can be equipped with a random number of MOCs, up to the maximum number. Retroactive fitting or stripping down by adding or removing MOCs is also possible. -
Page 7: Applications Of The Fsa-Plus Switcher
In each switch-over, both FSA-PLUS Switchers are al- ways jointly switched over. The interaction of the two FSA-PLUS Switchers is carried out by means of a per- manent modem connection which enables a distance range of up to 10km. The modem interface required for this is integrated in the FSA-PLUS Switcher. - Page 8 In the case of automatic reversing, the line quality of a copper pair is applied as reverse switching criterion and this is monitored by means of the external FSA-PLUS Switcher. At the same time, the line is tested for disturbance and a minimum insulating resistance of wire to wire and wire to earth. After falling short of specific limiting values, it is automatically switched from the main path (SIDE1) over to the reserve path (SIDE2) and a special alarm is set to on.
- Page 9 Technical Manual Manual Reverse Switching Manual reverse switching can only be carried out via the central FSA-PLUS Switcher. The criterion for reverse switching is determined (according to the configuration) either by a local switch on the Switcher or by a remote switch.
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Page 10: Application In Single Mode
Technical Manual 4.2 Application in Single Mode In single mode, an FSA-PLUS Switcher forms a reverse switching system which switchover, by means of variable reverse switching criteria, a device A from a de- vice B over to a device C (e.g. subscriber‘s extension stations, etc.). -
Page 11: Monitoring And Alarms
FSA-PLUS Switcher is different, since only the central FSA-PLUS Switcher receives all the information from the complete system (both FSA-PLUS Switch- ers). The signalling in the case of the external FSA-PLUS Switcher is limited to its own status and its own alarms. -
Page 12: Monitoring And Alarms In Single Mode
FSA-PLUS Switcher (Modem Version) Technical Manual 5.2 Monitoring and Alarms in Single Mode Monitoring and signalling of the FSA-PLUS Switcher Signalling of the switch status Monitoring of all moving cards by means of cyclical write / read operations and alarm in the event of failure ... -
Page 13: Interfaces
Interfaces 6.1 Power Supply The FSA-PLUS Switcher is available in an AC version (Alternating Current) and a DC version (Direct Current). The power supply of the AC version is designed in such a way that 115 V / 60 Hz as well as 230 V / 50 Hz can be used for the primary supply. -
Page 14: Modem Interface
Technical Manual 6.2 Modem Interface The accommodation of two FSA-PLUS Switchers is carried out by means of a permanent modem connection. This connection is a necessary condition for the operation of the device. A breakdown in the modem connection causes a specifi- cally targeted alarm to be set off. -
Page 15: Interface For Line Measurements (Double Mode Only) Or For An External Switch (Double Mode Or Single Mode)
Two interfaces are required in order to perform this measurement which is carried out by an FSA-PLUS Switcher continuously. One interface forms the source with the appropriate evaluation and the other interface forms a necessary terminal (see picture2, Chapter 4.1). -
Page 16: Interface For An Alarm Contact
FSA-PLUS Switcher (Modem Version) Technical Manual Interface for an external switch (double or single mode) Values for the loop resistance of the Guaranteed values over the whole cable specified temperature range 300k Highest switching threshold: Loop_SIDE2 Higher values must lead to the switch-... -
Page 17: Considerations For Use
In double mode, after a connection of the central FSA-PLUS Switcher, a compari- son is carried out of the number of recognised moving cards of the two FSA-PLUS Switcher. In the event of unequal numbers of recognised moving cards, this gives rise to an alarm and signalling (flashing of LED 3,4,8 or 9). - Page 18 The monitoring of the cable in the main path must be carried out by means of the external FSA-PLUS Switcher. In the event of a failure of the lines in the re- serve path (SIDE2), it is then possible to determine whether the failure is caused by the modem connection or the lines.
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Page 19: Single Mode
FSA-PLUS Switcher (Modem Version) Technical Manual Connect here the external switch (if used) Contact foran central Pin8 alarm Pin9 Pin6 Pin5 Pin4 Control card from Control card from the central the external FSA-PLUS Switcher FSA-PLUS Switcher Distance max. 10 km... -
Page 20: Overview Of The Position Of Operational Controls And Connecting Elements On The Control Card (Fcu)
FSA-PLUS Switcher (Modem Version) Technical Manual 7.2 Overview of the Position of Operational Controls and Connecting Ele- ments on the Control Card (FCU) top view Supply failure Supply failure URGENT CENTRAL EXTERNAL Reset Local ALARM SWITCHER SWITCHER button switch SIDE 1... -
Page 21: Pin Connection Table For The Control Card (Fcu)
FSA-PLUS Switcher (Modem Version) Technical Manual 7.3 Pin Connection Table for the Control Card (FCU) The wiring of the control card is carried out by means of a 16-pin PCB connecting block ”XS1” with the IDC method of termination. The connectable line diameter on the PCB connecting block of the control card (FCU) is 0.4mm –... -
Page 22: Settings And Configurations
(see Chapter 7.5.1) In double mode, following the connection of the central FSA-PLUS Switcher, a comparison is made of the number of recognised moving cards of both FSA-PLUS Switcher. In the event of unequal numbers of recognised moving cards, an alarm is activated. -
Page 23: Configuration Of The Control Card (Fcu)
External switch is the reverse switching criterion DIP-switch Any modification of the configuration may only be carried out when the FSA-PLUS Switcher is turned off. AC version: Switch off the plug-in power unit DC version: Turn off distribution voltage or pull out 16-pin PCB connecting block on the control card (FCU). -
Page 24: Signalling
The test routine can be repeated at random without this leading to any variation in the switching status of the FSA-PLUS Switcher. There the FSA-PLUS Switcher is turned off and then turned on again after a wait- ing time of approx. 5 seconds. The signalling occurs once again as described above. -
Page 25: Signalling In Double Mode
This LED always lights up in the case of the external Switcher, since this is only controlled by the central Switcher LED 3-7 Signalling of the status of the central FSA-PLUS Switcher This signalling is only possible in the case of the central FSA- PLUS Switcher ... -
Page 26: Signalling In Single Mode
Reverse switching is carried out by the external switch. Reverse switching is carried out by the local switch (local switch, see above) FSA-PLUS Switcher is switched to SIDE1 FSA-PLUS Switcher is switched to SIDE1; Switcher cannot switch because there is an alarm FSA-PLUS Switcher is switched SIDE2 FSA-PLUS Switcher is switched to SIDE2;... -
Page 27: Refresh
General Characteristics and References 8.1 Mechanics and Construction The FSA-PLUS Switcher is designed in the form of a 19” shelf in accordance with IEC 297. An adaptation to a rack in accordance with IEC 917 (metric construction) is possible The shelf is designed as a self-contained fabricated steel sheet structure. -
Page 28: Electromagnetic Compatibility
Instructions for electrical safety: In applications for SELV circuits (data networks), unlimited use In applications for TNV1-3 circuits, the FSA-PLUS Switcher can only be in- stalled by factory technicians. The installation must only be carried out by qualified staff! 6341 3 103-12 - 17.05.2011... -
Page 29: Ratings
Storage temperature < 85% Humidity Reliability (MTBF; 25°C) - FSA-PLUS Switcher with 1 MOC card > 1.400.000 h - FSA-PLUS Switcher with 5 MOC cards > 700.000 h Safety EN 60950/A4 For reasons of electrical safety in case of accidental contact, only homopolar earthed TNV... -
Page 30: Trouble-Shooting
3. Configure MOC 1. Ribbon cable from the central FSA-PLUS Switcher Test ribbon cable defective Start switch-on procedure 2. Moving card in the central FSA-PLUS Switcher de- and establish the recognised fective MOC ( see chapter 7.5.) Replace defective MOC 1. - Page 31 Check the source of the pri- mary supply voltage 1. Ribbon cable from the external Switcher defective 1. Test ribbon cable 2. Moving card in the external FSA-PLUS Switcher 2. Start switch-on procedure failed in the external Switcher and establish the failed MOC.
- Page 32 Exclusion of liability ADC GmbH shall not be liable for any damage caused by misuse of the product and/or any use other than described herein. Disposal advice Please take special note of any regulations re- garding the disposal of materials. Duplication of the technical manual is only allowed with the permission of ADC GmbH.
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