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Panasonic Digital Business System Section 300 Installation Guide
Panasonic Digital Business System Section 300 Installation Guide
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Sectfon 400 FFl Issue 2 July 1993 DBS Programming Instructions WC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 / . . . Determines how long the system waits be- fore outpulsing dialed digits to the network. 3ptions o-15 Values O=lOO Ins 1=300 ms 2=500 Ins 3=700 ms 4=1000 ms 5=1200 ms 6=1500 ms 7=1700 ms 8=2000 ms Whenwink-start signaling is used, the DBS waits for a wink-start signal fi-om the CO when a user goes ofbok. Once the DBS receives a wink start, the DBS sends a CO dial tone to the extension. This timer determines how long the DBS waits for a wink signal once an extension goes ofbook. lptions Ialues o-15 0=150 ms 1=250 In.5 2=5ooms 3=7!50 ms Jklooo ms 5=12!TJo Ins 6=1500 rns 7=1750 Ins 8=2ooo ms 9=2!500 Ins 1o=sooo Ins 11=3500 ms 12-4Qoo ms 13=4500 ms 14=5ooo ms 15=5500 ms 60
DBS Programming Instructions CPC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 Section 400 FF, Issue 3 July 1993 Once anincomingcallseizes aT1 trunk+ this timer determines how long the DBS waits before recognizing the seizure as an incom- ingcall. This parameter only applies when E&M signaling isused. I 5=70 ms 7 I 12= 140 ms l When the DBS generates a call over the Tl, answer supervision is provided to determine if the call is actually answered. This timer determines how long the oflhook signal Tom the called party must last before the DBS treats the oilhook signal as an answer. oplions o-8 v*es lo=..=.. ms I I l=loo ms I 12=200 ms I 3=6ooms c 4=1ooo ms l5=2ooo ms I For changes to this parameter to take effect, the system must be powered down. then back up. 61
Section 400 FFl DBS Ro@ammiq Instructions Issue 2 July 1993 WC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 Aglare is a conflict between an incoming call and an outgoing call. When immediate-start signaling is used, this timer detennines how long the system searches for an incoming call before con- necting a station user to a trunk channel. The timer begins when the station goes offhook. If this parameter is set to “0” (non glare), the DBS does not check for glare. Therefore, if a trunk call is coming into a station that is going oi3hook. the station does not ring but is connected to the incoming call automati- * Aglareisaconflictbetweenaninconringcall and an outgoing call. Whenwink-startsignalingis used, the timer determines how long the system.searches for an incoming call before connecting a station user to a trunk channel. The timer begins when the a wink is re- ceived. lf this parameter is set to 0 (non glare) and a trunk call is coming into a station that is going o@ook, the station does not ring but is connected to the incoming call automati- m c Iptions ~ IO-15 I 3ptions iralues o-15 O=The DBS does not check for glare. 1=20 ms 2=40 ms Jalues ETlMdoesnotcheckforI I2=40 ms I 3=60 ms 1 14=80 ms I 15=100 ms I 16=120 ms I ~7=140 ms I I 11=250 ms I I 12=300 ms I I13=350 ms I 14=400 ms IS=450 ms
DBS Programming Instructions WC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 Adjusts the volume of connections made via the Tl. In this parameter. the first “(l- 12)” represents the receiving circuit type. The second “l-12” represents the sending cir- cuit type. “0-30” represents the pad num- ber. The volume settings are controlled by changing a pad number, which in turn changes the loss or gain of the connection. In most cases, the default pad settings do not need to be changed. If the volume level of a connection is unsatisfactory, include thereceivingandsendfngcircuittypes inthe command, then adjust the volume by as- signing a new pad number. Figure 1 shows the numbers used to identify each circuit type. 1 Figure 1. Circuit-type Numbers CircuitTypes No. K-TEL 1 SLT 2 DATA# 3 Analog CO Trk 4 Tl Master 5 Tl Slave 6 OP-l-lON l* 7 OPTlON 2* 8 DTMF# 9 CONF (SCW 10 TONE1 (MFRlW 11 TONE2 (MFR2)# 12 1 section 400 FFl Issue 3 July1993 Figure 2 shows the default values for the most common Tl connections. Fire 2. Default pad values (Tl #1 = master, T1#2 = slave) Tl #l SLT 16 -2 dB T1#2 SLT 16 -2 ClB K-TEL Tl #l 16 -2 ClEt K-TEL T1#2 16 -2 dF3 SLT Tl #l 16 -2 dB SLT T1#2 16 -2 dE3 #Circuit Types 3 and 9-12 are reserved for future use. *Options 1 and 2 can be used to assign unique PAD levels to circuits that require special volume levels. For example, if an OPX station needs a higher volume level than other SLTs, the OPX station could be defined as an Option 1 circuit type. The following table lists the adjustments provided by each pad number. 63
Section 400 FFl DBS Programming Instructions Issue 2 July 1993 WC-A / 3.0. CPC-B / 2.0 / 3.0 / 4.0 Figure 3. Pad Nos. Pad No. I Level I 0 dB I +2 dB . 14 +28 dB I 15 I +30 dB I I 16 I -2 dB I . I -4 dB I I 29 I -28 dB I I 30 I -30 dB I If calls to SLTs via a master Tl have low volume levels, the PAD level for connec- tions fi-om the master Tl to all SLTs can be changed. By referring to Figure 2, you can see that the default pad setting for connections from the master Tl to all SLTs is 16. You can also tell by Figure 2 that the default pad value for setting 16 is -2 dB. To raise the volume by 2 dB, you can change the pad value to 0. (As you can see fkom Figure 3, the dB level for value 0 isOdl3.) The following example shows the pro- rg required to change the value to . . FF18##3#2#5#0# Circuit type number for SLTs (Figure 1). 5=Circuit type number for the Tl in the master cabinet (Figure 1). O=Pad number for 0 dB loss/gain (Figure 3). 64
DBS Programming In.structiona CPC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 section 400 FF Insue 3 July 1993 Specifies the trunk combinations used in the DBS. For changes to this parameter to take effect, the system must be powered down, then back up. o=Analoa only l=Tl and analog trunks thermore, the number of analog &unks that canbeusedisahvaysdecrementedinquan- tities of 8. For instance, if you’re installing a Tl in a DBS 96 and you only want to use 12 Tl channels, the logical: number of analog trunks thatwould be available is 20 (32 - 12 = 20). However, because the number of analog trunks must be decremented in quantities of 8, the actual number of analog trunks that can be used is 16: (32 total trunks - 16 (two 8-trunk incre- ments) = 16.) See Installation &rfion 3001 for a list of possible Tl and analog trunk channel com- binations. For changes to this parameter to take effect, the system must be powered down, then back up. O-24 (0) Determines how many Tl channels are used. Though each Tl Interface provides 24 trunk channels, Tl trunks do not increase the overall trunk capadty of the DBS. Each Tl channel subtracts from the total number of analog trunks that can be installed. Fur-
Section 400 FFl Issue 2 July 1993 DBS Ro@ammiqf Imtnactionn WC-A / 3.0, CF’GB / 2.0 / 3.0 / 4.0 i TZWlVKSIG-G l Selects the framing format used by the Tl . The framing format must match what is offered by the CO. O=SF (Superti-ame, which is also known as D4. The superframe consists of 12 frames, with each frame incIuding 193 bits. Each frame is separated by a fi-aming bit.) l=ESF (Extended Super Frame. An ex- tended super kame consists of 24 ti-ames, thereby doubling the length of the super fi-ame (SF) format. ESF also supports moni- toring and maintenance capabiIities that are not available with the SF format.) Selects the clear channel format used by the Tl. The clear chan.neI format must match what is offered by the CO. &AIM1 @MI standsforaltematemarkinver- sion.) l=B8ZS (B8ZS stands for Binary 8-Zeroes Suppression. For changes to this parameter to take effect, the system must be powered down, then back up again. For changes to this parameter to take effect, the system must be powered down, then back up. i 66
DBS Ro@ammhg I.nat~ctiox.u3 WC-A / 3.0. CPGB / 2.0 / 3.0 / 4.0 Determines the way the system responds to This parameter only applies to a DBS within kZ&XIllS. a private network. If the remote loopback parameter is turned on, the DBS can receive a loopback com- mand from another DBS. Forexample,forDBS”A”toreceivealoopback command i?om DBS ‘73,” this parameter must be turned on at DBS “A.” DBS 73” would initiate the loopback by entering the “Remote tiopback” command. O=Mode 1 vl stays in operation even if errors are detected.) l=Mode 2 (II’1 shuts down if errors are detected.) For changes to this parameter to take effect, the system must be powered down, then back up. section 4OOFFl IssneBJdyl993 O=No (llxe system does not respond to loopback si@Mls.) l=Yes (Ihesystemdoesrespondtoloopback signals.) 67
section 400 FFl Issue 2 July 1993 DBS Programming Instructions WC-A / 3.0, CPC-B / 2.0 / 3.0 / 4.0 In the current version of DES Tl, a “switchhook flash“ releases and resizes theT1 line. O=Release and reseize Determines whether the DES sends a yellow alarm signal to the CO. O=No l=Yes 68
DBS Programming Instructions CPC-A / 3.0. CPC-B / 2.0 / 3.0 / 4.0 Section 400 FF1 Issue 3 July1993 The default value for this parameter is deter- mined by network spec&ations. it should not be changed. Lfared alarmoccurs. theCFALEDontheT1 card lights. Also, if the ‘Bed Alm Relay’ parameter is turned on, the alann relay on the Tl MDF card closes. 3ptions O-5 Values 0=4 1=6 2=8 3=10 (?+.?+.> %&xpg j:: For changes to this parameter to take effect, the system must be powered down, then Determines how long a yellow alarm signal must be on before the system detects a yellow alarm. When a yellow alarm occurs, the YEL LED on the Tl card lights. Also, if the ‘Yel Alm Relay’ parameter is turned on, the alarm relay on the Tl MDF card closes. >ptiOllS o-15 o=oIIls t34ooms orDmedhte1 1-30 945orm 2=100 ms 10=5OOnzS I 3=1!50 ITS 11=5!5oms 4=200 nB 12=600ITlS 25=25oms 13=65OIIlS 6=3oom!3 14=700 Ins I 7=350 l-m I 15=75OmS I For changes to this parameter to take effect, the system must be powered down. then back up. ’ 69