Home
>
Panasonic
>
Communications System
>
Panasonic Digital Business System Section 300 Installation Guide
Panasonic Digital Business System Section 300 Installation Guide
Have a look at the manual Panasonic Digital Business System Section 300 Installation Guide online for free. It’s possible to download the document as PDF or print. UserManuals.tech offer 10737 Panasonic manuals and user’s guides for free. Share the user manual or guide on Facebook, Twitter or Google+.
Section 400 FFl Issue 2 July 1993 DBS RolErpmmipg hdxuctions CPGA / 3.0, CPGB / 2.0 / 3.0 / 4.0 Determines how long the DBS tries to re- cover from a yellow alarm before it re-syncs the Tl trunk. Options lo-15 I Values 1 O=O ms (immediate) I8=80 ms 1 JElshls !%I0 ms 2=2oms lO=llOms 3=30 ms 11=120 ms 44oms Lb130 ms s=50 ms 13=140 ms 6=6oms 14=150 ms 7=70 ms 15=160 ms For changes to this parameter to take effect, the system must be powered down. then back up. Detennineshowlonganoutoffixne(OOF), loss of signal. sync loss. 0rAiS signal must be on before the system generates an alarm. lfan OOF, sync loss, or AIS alaxm occurs, a corresponding LED on the Tl card lights. (Sync loss alarms light the SLIP LED.) ‘IhealarmrelayontheTlMDFcardwillalso close ifthe corresponding relay parameter is turned on. 315 a=oms 8=mms l=w) 9=25ooms 2=5ahs 10=3000~ 3=7soms 11=35ooms 4=1ooOmS l2=4omlns s=l2soms l3=45ooms 6=15alms 14==mS 7=1750 ms l5=5sahns For changes to this parameter to take effect, the system must be powered down. then back UD. 70
DBS Programming Insl~~ctions WC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 Section400 FFl bsue 3 July 1993 Determines how long the DBS tries to re- cover from an out-of-frame (OOF), Loss of Signal, Sync Loss, or AIS alarm before it resyncs the Tl trunk. Options lo-15 I values lo=o~ 18=3cxIoms I 1=250 ms 9=4oooms 2=500 ms lO=SCCIO ms 13=7SOms 111=6OOOms 1 14=1OOOms ~12=7OOOms I I5=1500 ms I 13=8000 ms I 6=2000 ms 14=9000 ms 7=2500 ms lS=loooO ms For changes to this parameter to take effect, the system must be powered down, then hack up. ERRORCOUVTERSMIRT1AIARM The following counters determine when FF alarm keys light. FF alarm keys light when an error counter exceeds the spectied num- ber within 24 hours. FF alarm keys can indicate the following types of alarms: Red alarms Loss of signal abmx3 sync loss alarms Yellow alarms slip alarms Fl-arne loss alarms Thealaxmkeyscanbeassignedtoanykey telephone. However, the keys onlywork on a non-attendant phone that has the pro- gramming authorization code (#98 9999) activated. With attendant phones, the keys work whether or not the programming au- thorization code is activati. Determines how many fi-ame losses occur beforeaFbmeLossAlarrnkeyislit. Thekeylightswhenthecountxxexceedsthe spedfied number within a 24hour period. 0-9CXM/24 hours Jm 71
section 400 FFl Issue 2 July 1993 DBS Pro@amming Intstruction~ CPGA / 3.0, CPC-B / 2.0 / 3.0 / 4.0 Determines how many slips occur befonz a Slip Loss Alarm key is lit. ‘Ihe key lights when the counter exceeds the specified number within a 24-hour period. This parameter also determines the number of slips that can occur before the system switches to the next clock source. When the system switches to the next clock source, the slip en-or counter for the first clock source is reset. Slips are losses of data bits due to fixming errors. Determines how many red alarms occw before a Red Alarm key is lit. The key lights when the counter exceeds the specified number within a 24-hour period. O-9000/24 hours I90001 72
DBS Programming Instructions WC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 Section 400 FFl Issue 3 July 1993 Determines how many instances of signal Determines how many instances of sync loss occur before a Signal Loss Alarm key is 1ossoccurbeforeaSyncLmsAkmnkeyislit. lit. The keylightswhenthecounterexceedsthe The key lights when the counter exceeds the specified number within a 24hou.r period. specitM number within a 24-hour period. 73
Section 400 FFl DBS Ro#ammlqj Instn~ctions Issue 2 July 1993 WC-A / 3.0, CPGB / 2.0 / 3.0 / 4.0 Determines how many yellow alarm indica- tions occur before a Yellow Alarm key is lit. The key lights when the counter exceeds the specified number within a 24-hour period. (See instructions on programmingT1 alarm keys.) Determines whether the system closes the -alarmrelay&th&TlMDFcardinthee&nt of yellow alarms. like ah-m rday can be connected to an tztemalalaxmdevicesuchasabuzzer. The external alarm device must be purchased separate& it is noit provided with the DBS Tl. f- ~ ‘~~ O=OfT@he alarm relay does not close.) i 74
DBS Programming Instructions Section 400 FFl CPC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 Issue 3 July 1993 Determines whether the system closes the alarm relay on the Tl MDF card in the event of red alarms. The alarm relay can be connected to an extemalalarmdevicesuchasabuzzer. The external alarm device must be purchased separately; it is not provided with the DBS Tl. A red alarm indicates a loss of fi-ame @OF) or loss of signal has continued for over 2.5 seconds. O=OB (The alarm relay does not close: the alarm is not reported.) l=On (The alarm relay closes, so the alarm is reported.) Determines whether the system closes the alarm relay on the T MDF card in the event of sync loss alalms. The akmn relay can be connected to an externalalanndevice suchas abuzzer. ‘Ihe external alarm device must be purchased separately; it is not provided with the DBS Tl. O=Off (the alarm relay does not close: the alann is not reported.) l=On (Ihe alarm relay closes, so the alarm is reported.) Sync-loss alarms result from clocking er- rors. 75
Section 400 FFl DBS Programming Instructions Issue 2 July 1993 CPC-A / 3.0. CPC-B / 2.0 i 3.0 / 4.0 Determines whether the system closes the alannrelayontheT1MDFcardintheevent of fi-ame loss alarms. The alarm relay can be connected to an external alarm device such as a buzzer. The external alarm device must be purchased separately; it is not provided with the DBS Tl. O=Off CIhe alarm relay does not close: the alarm is not reported.) l=On me alarm relay closes, so the alarms is reported.) Determines whether the system closes the alannrelayontheT1 MDFcardin theevent of alarm indication signals. An alann indication signal is comprised of all l’s and is unfi-amed. The alarm relay can be connected to an extemalalarmdevicesuchasabuzwr. The cxtemal alarm device must be purchased separateb it is not provided with the DBS Tl. O=OB flhe alarm relay does not close; the alarm is not reported.) l=On me alarm relay closes, so the alarm is reported.) 76
DBS Programming Instructions Section 400 FFI WC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 bsire 3 July 1993 Determines whether the Tl alarm relay is cleared (opened) automatically or manuaJly. If cleared automatically, the relay is opened approximately one second after the alarm condition ceases. Ifcleared manually, the relay can be opened by entering the Alarm Relay Clear code. To enter the Alarm Relay Clear code, first enter the programming authorization code (#98 9999). . Determines what trunk type each Tl chan- nel emulates. o=LQop start l=Ground start 1 2=Gmund start 2 3=E&M For changes to this parameter to take effect, the system must be powered down, then back up. O=Auto l=Manual
Section 400 FFl Issue 2 July 1993 DBS Programming Instruct.io~ CPC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 Deterrnines the type of trunk signaling that each Tl channel emulates. O=Loop start I=Ground start 1 2=Ground start 2 3=Ex!zM For changes to this parameter to take effect, the system must be powered down, then back up. Determines if DID and/or DNIS is provided for a trunk. DNIS is available only with Tl . If DID is selected, the system uses a DID Numbers Table, which supplies 500 DID numbers. If DNIS is selected, the system uses aDNISNumbersTable, which supplies 500 DNIS numbers. The DID NumbersTable canbe used for DID or DNIS. Therefore, ifall the numbers in the DNISNumbersTableareused, aT1 channel can be set to DID, and DIVE service can still be used. O=Not nrovided l=DID 2=DNIS 1. The DBSonlysupports 4-digit DID/DNIS numbers. 2. For changes to this parameter to take effect, the system must be powered down, then back up. 3. When the central oI3ce sends a DID/ DNIScalltotheDBS.itfi.rstrece.ivesawInk from the DEB before sending the digits. Once the wink is received, the central of&e should wait at least 200 ms before sending the digits. It is the installer’s responsibility to request the delay from the central office. i 78
DBS Programming Inst~ctions section 400 FFl WC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 bsue 3 July 1993 Determines the signaling cbs used by T1 Determines the signaling class used by Tl channels on outgoing calls. channels on incoming calls. O=Immediate start l=Wink start 2=Dial-tone start ~~~ @ggzpJg;:; O=Immediate start l=Wink start c?z!ym!J ..ij~~~ For changes to this parameter to take effect. the system must be powered down, then i ~ For changes to this parameter to take effect, back up. the system must be powered down, then back up. 79