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Panasonic Small Digital Business System 308/616 Installation Instructions
Panasonic Small Digital Business System 308/616 Installation Instructions
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DBS FF-4 Ring mode FF4-3#-1#-(3-lO)#-(Extension numberIf Hunting group 1 member table A maximum of 8 extensions can belong to group 1. When there is an incoming call to the group, it is automatically transferred according to the order 1 - 8 as stored. E’xtension numbers already stored can be erased by inputting the [CONF] key. A maximum of 8 extensions can be stored as belonging to hunting group 1. 3#-(Extension number)#: Member No.1 First 4#-(Extension number)#: Member No.2 1 5#-(Extension number)#: Member No.3 1 6#-(Extension number)#: Member No.4 1 7#-(Extension number)#: Member No.5 1 8#-(Extension number)%: Member No.6 1 9#-(Extension number)#: Member No.7 1 lO#-(Extension number)#: Member No.8 End FF4-3#-2%-(3-l O)#-(Extension number)# Hunting group 2 member table Same as group 1 3#-(Extension number)#: Member No.1 First 4#-(Extension number)%: Member No.2 1 5#-(Extension number)%: Member No.3 1 6#-(Extension number)%: Member No.4 1 7+(Extension number)#: Member No.5 1 8#-(Extension number)%: Member No.6 1 9#-(Extension number)#: Member No.7 1 lO#-(Extension number)+: Member No.8 End FF4-3#-3#-(3-lO)#-(Extension number)# Hunting group 3 member table Same as group 1 3#-(Extension number)#: Member No.1 First 4#-(Extension number)#: Member No.2 1 5#-(Extension number)#: Member No.3 1 6#-(Extension number)#: Member No.4 1 7#-(Extension number)#: Member No.5 1 8#-(Extension numb: Member No.6 1 9#-(Extension number)#: Member No.7 1 lO#-(Extension number)#: Member No.8 End SECTION 400 (Version 3.0) Issue 1 January 1990 FF4-3#&-(3-lO)#-(Extension number)% Hunting group 4 member table Same as group 1 3#-(Extension number)#: Member No.1 4WExtension number)* Member No.2 S#-(Extension number)#: Member No.3 C#-(Extension number)#: Member No.4 ?#-(Extension number)#: Member No.5 8#-(Extension number)#: Member No.6 9#-(Extension number)#: Member No.7 lO#-(Extension number)#: Member No.8 First 1 1 1 1 1 1 End FF4-3#-5#-(3-lO)#-(Extension number)# Hunting group 5 member table Same as group 1 Abbreviated FFG3#-6#-(3-1O)P(Extension number)# Hunting group 6 member table Same as group 1 Abbreviated FF4-3#-7&(3-lO)#-(Extension number)++ Hunting group 7 member table Same as group 1 Abbreviated FF4-3#-8#-(3-lO)#-(Extension number)+ Hunting group 8 member table Same as group 1 3#-(Extension number)#: Member No.1 First 4#-(Extension number)#: Member No.2 1 5#-(Extension number)#: Member No.3 1 6B-(Extension number)++: Member No.4 1 7#-(Extension number)#: Member No.5 1 8W-(Extension number)#: Member No.6 1 9#-(Extension number)#: Member No.7 1 IO+(Extension number)#: Member No.8 End -so-
SECTION 400 (Version 3.0) Issue 1 January 1990 3 - 4 - 4 Call Coverage Group setting mode FF4-4#-l#-(1 -8)#-(extension number)# fall coverage group 1 member table Call coverage groups comprise those for management personnel and the like separated into work units for example, and secretaries are stored for each group. A group is composed of 6 member extensions and 2 secretaries. A maximum of 16 groups can be rtored in the system. Secretaries and member ex tensions already stored can be erased by inputting the [CONFI key. An extension stored in this table cannot become a member of a hunting group, neither can it be a member of two call coverage groups. The structure for the extension numbers in the table is as follows. A maximum of 8 extensions can be stored as belonging to coverage group 1. l#-(Extension number)#:Croup secretary No.1 2#-(Extension number)#:Group secretary No.2 3#-(Extension number)#: Member No.1 4#-(Extension number)%: Member No.2 5#-(Extension number)+: Member No.3 6#-(Extension number)#: Member No.4 7#-(Extension number)+: Member No.5 8#-(Extension number)%: Member No.6 FF4-4#-2#-(1- 8)#-(extension number)# Call coverage group t member table Same as group 1 Abbreviated FF4-4#-3#-(1- 8)#-(extension number)8 Call coverage group 3 member table Same as group 1 Abbreviated FF4-4#-4#-(1 - 8)#-(extension number)# Call coverage group 4 member table Same as group 1 Abbreviated DBS FF-4 Ring mode FF4-4#-5#-(1- 8)#-(extension number)# Call coverage group 5 member table Same as group 1 Abbreviated FF4-4#-6#-(l- 8)#-(extensian number)# Call coverage group 6 member table Same as group 1 Abbreviated FF4-4#-7+(1- 8)#-(extension number)% Call coverage group 7 member table Same as group 1 Abbreviated FF44+8#-(l- 8)#-(extension number)% Call coverage group 8 member table Same as group 1 Abbreviated FF4-4#-9#-(l- 8)#-(extension number)# Call coverage group 9 member table Same as group 1 Abbreviated FF4-4#-lO#-(l - 8)#-(extension number)P Call coverage group 10 member table Same as group 1 Abbreviated FF4-4#-ll#-(l- 8)#-(extension number)# to FF4-4#-15#-(1- 8)#-(extension number)# is abbreviated FF44#-16#-(1- 8)#-(extension number)8 Cal! coverage group 16 member table Same as group 1 1 #-(Extension number)#:Group secretary No. 1 2#-(Extension number)#:Group secretary No.2 3#-(Extension number)#: Member No.1 t 4#-(Extension number)#: Member No.2 T S#-(Extension number)#: Member No.3 T 6#-(Extension number)#: Member No.4 T 7#-(Extension number)#: Member No.5 T B#-(Extension number)#: Member No.6 -r -57-
DBS FF-5 iF key function mode SECTION 400 (Version 3.0) Issue 1 January 1990 3 - 5 FF key (Function assiqnmenr) mode &nlF.TbbRe fit&T. F15-(1 - 72)P(l- 24)#- (code)# FF key function assignment for extensions The features listed on this page can be entered by the associated code for each LED type key on any extension. CO appearances direct or pooled must first be removed by pressing the conf key on a particular key appearance priorto entering new data. For programming several phones with the same or comparable key layout see FF key copy mode page. NorerSince the * and # keys on the dial pad are used for entering data these symbols for feature codes are tiered under FF key 11 r) and FF key 12 (#). When entering these symbols the display will nor indicate that any data was entered. Trunk port number Extension number (2 digits) Extension number (3 digits) Direct CO access Group call pick up Absence message code Call forward code code Meet me answer UNA pick up Direct pick up Pooled trunk access LCR call Page call (Zone l-7) Alarm setting IDT stop/reset Headset /handset mode Night mood set BGM on/off Account code Intercom key Answer key Release key Talk back key System I personal speed dial Settina contents Trunk (l-32) Ext. (10-69) .ExL (100-699) Trunk (l-32) 70 71 72 73 74 75 77 78 79 Group(81-86,9) 9 #(l-7) #4 #SO #51 #52 #53 87 #8 ‘I ‘2 l 3 (AUTO)-(00-99) Settino method (1-32)# [PROGI-.( lo-69)# 78# ‘-$ 79# ‘ \, (81-86, 9)# .., 9# ‘. -._ (FF 12 Key)-(00-07)# -----.--_ -_- IFF 12 Key&W [FF 12 Key]-50# IFF 12 Key]-51 # [EF 12 Key]-52# [FF 12 Key]-53# [FF 12 Key]-7# [FF 12 Key]-8# [FF 11 Key]-l# [FF 11 Key]-2# [iF 11 Key]-3# AUTO-(00-99) # -52-
SECTION 400 (Version 3.0) DES Issue 1 January 1990 FF-5 FF key function mode FF5-(73 - 76)#-(1 - 72)#- (code)# FF key function assignment for DSS consoles The features listed on this page can be entered by the associated code for each LED type per each console. CO appearances direct or pooled must first be removed by pressing the conf key on a particular key appearance prior to entering Since the * and #keys on the dial pad are used for entering data these symbols for feature codes are stored under FF key 1 I ( l ) and FF key 72 ( % ). When entering these symbols the display will not , new data. Trunk port number Extension number (2 digits) Extension number (3 digits) Direct CO access Group call pick up Absence message code Call forward code DND set code Station lockout code Park hold Meet me answer UNA pick up Direct pick up Pooled trunk access LCR call Page call (Zone l-7) Alarm setting !DT stop/reset Headset ! handset mode Night mood set BGM on/off Account code Intercom key Answer key Release key Talk back key System /personal speed dial indicate that any data was entered. \7---rp Settino contents Trunk (l-32) Ext. (10-69) EXL (100-699) Trunk (l-32) 70 71 72 73 74 75 77 78 79 Group(Sl-86.9) Cr 9 w-7) #4 #SO #Sl #52 x53 87 C8 ‘1 ‘2 ‘3 (AUTO)-(00-99) Settino method (l-32)# [PROG]-.( lo-69)# [PROGI-.( l OO-699)# (8801-8832)# 708 71% 72# 73# 74# 75% 77# 78# 79# (81-86, 9)# 9% (FF 12 Key)-(00-07)# [FF 12 Key]-4# [FF 12 Key]-50# [FF 12 Key]-5?# [FF 12 Key]-52# [FF 12 Key]-53# [FF 12 Key]-7# [FF 12 Key]-8# [FF 11 Key]-1# [FF 11 Key]-2# [FF 17 Key]-3# AUTO-(00-99) # -53-
DBS FF-6 Name and Message storing mode 3 - 6 Name (Name and messaqe storinql mode Each extension, SSD and PSD name, and absence message is stored. For storing the keys assigned by alphabetical letters and symbols of the DSSf72 (DSS console}(W3-43320) connected to the attendant’s telephone are used. SECTION 400 (Version 3.0) Issue 1 January 1990 Character DATA BS:Step back space Panasonic M-43225 Figure DATA(0 to 9) Fig 3-l V&43225 and VW3320 -54- VB-43320
SECTION 400 (Version 3.0) Issue 1 Jayp 1990 FF6l#-(l- 72)#-(Name)# Assigning names extensions Names are stored for each of the extension ports from 1 to 72. By having the names stored for each of the extensions, it is possible forthe two parties to confirm each others name while making an intercom tail. This is particularly useful when receiving a call from another extension in that you can see the name of the callers extension at a glance. In addition, the names stored are normally shown on the LCD of a registered extension. A name consists of a maximum of 10 letters. FF6-1 #-NN( 1 - 72)#-(Name)# NN#: Extension port number it is desired to store (the extension number is automatically displayed). [CONF]#: For clear previous data Nick#: When it is desired to store Nick for example. FFG-2#-(00 - 89)#- (Name)# Assigning names to SSD code Names are stored for each of the SSD (System speed dial) codes from 00 to 89. By having names stored for each of the SSD codes, the name can be confirmed when dialing using SSD. This is particularly useful for SSD numbers on a telephone having a large display because the stored names are clearly arranged alphabetically and the name of the party you intend to call can be seen at a glance. In addition, the stored name is indicated on the LCD during a call made using the stored SSD. FF6-2#-NN(O0 - 89)#- (Name)# NN#: Special speed dial code it is desired to store [CONF]#: For clear previous data Panasonic Co.. f: (When it is desired to store Panasonic Industrial for example) DES FF-6 Name and Message storing mode FF63#-(l - 72)#-(90 - 99)#-(Name)# Assigning names to PSD codes Names are nod for PSD (Personal speed dial) codes 90 - 99 of each of the extension ports from 1 to 72. This function is the same as Assigning names to SSD code (FF6-2#-(00 - 89)#). The names consist of a maximum of 16 letters. FF6-3#-NN(l -72)#-SS(90- 99)#-(Name)# NN#: Extension port number it is desired to store SSP: PSD code it is desired to store [CONF]#: For clear previous data Panasonic Service #: (When it is desired to store Panasonic Service for example) FF6-4#-(5 - 9)#- (Message)# Assigning absence message An absence message can be conveyed to a party who calls while you are out With this setting the contents are stored in message codes 5 - 9. Message codes 0 - 4 have been stored beforehand and cannot be changed. A message consists of a maximum of 15 letters. FF6-4#-(5 - 9)#- (Message)# (S-9)8: Customized Absence Message to be stored [CONF]#: For clear previous data At Panasonic #: (When it is desired to store, ‘I leftto Panasonic’ for example) -55-
DES FF-7 TR6 mode 3 - 7 TRS (Toll restrictian svstem) mode This is to set toll restriction for a telephone. There are 7 types of setting for each outside line connected to the system in the case of each telephone. In that restrictions can be set for daytime and nighttime separately, it is also possible to control expensive telephone charges. Toll restriction implemented here is done by determining whether or not the call is allowed depending on the number dialed by means of the code table in the main memory (toll number- area number- telephone number). Below is shown the structure of a simple TRS system. SECTION 400 (Version 3.0) Issue 1 January 1990 FR-l#- l#-(0 or l)# Setting restriction determining method for Long distance, calls ifis specified which of the following restrictions is determined depending on whether the first digit dialed from extensions set as types 3 - 6 is 1 or 0. (X = 0-9.P = 0orl.N = 2-9) g& opx-xXxXx Restrict (Not determined by table) AX-xXxXx Allow (Not determined by table) l#: ~-xXxXx Determined by office code table Note 1: For the system installation area it is necessary to specify either + 7 Area or Non + 1 Area. FF7- 1 B-2%-(0 or l)# Dialing restriction during incoming call It is specified whetherthe dial signal can be sent out to outside lines which has received an incoming calls from extensions set as types 3 - 6. The dial signal is sent out while the call is in progress after it has been answered, and at such times the call sent is not restricted according to the dialing contents [set functions]. The call sent is subjectto restriction irrespective of the setting when the FLASH key is pressed down after the telephone conversation. 0%: Not possible to dial during conversation after incoming call answered 18: Possible to dial durinu conversation after incomins call answered. -56-
SECTION 400 (Version 3.0) issue 1 January 1990 ’ 45 FF7-I#-3#-(BarF)# Restriction for maximum number of digits dialed when making call The maximum number of digits which can be sent out forthe dialing signal from extensions set as types 3 - 6 is specified. The setting is within the range of 15 - 29 digits, and it is also possible to specify that the number of digits not be restricted. ICONFI#: Number of dioits not restricted 1#: Dialing not sent out after 1 Sth digit dialed 2#: Dialing not sent out after 16th digit dialed 3P: Dialing not sent out after 17th digit dialed 4#: Dialing not sent out after 18th digit dialed Sf: Dialing not sent out after 19th digit dialed 68: Dialing not sent out after 20th digit dialed 7#: Dialing not sent out after 2lst digit dialed 8#: Dialing not sent out after 22nd digit dialed 9#: Dialing not sent out after 23rd digit dialed 10f: Dialing not sent out after 24th digit dialed 1 l#: Dialing not sent out after 25th digit dialed 12#: Dialing not sent out after 26th digit dialed 13#: Dialing not sent out after 27th digit dialed 14#: Dialing not sent out after 28th digit dialed 15#: Dialing not sent out after 29th digit dialed FF7-1#4#-(0 or l)# 211 dial restriction It is specified whether the 211 dial signal can be sent out from extensions set as types 2 - 6. / nc / l#: No 211 dial calls oossible FF7-l#-5#-(0 or l)# ’ ,. ,.f ,I r 317 dial restriction It is 31 l.dial restriction, to types 2 to 6. O#- 311 dial calls possible A---- .-___ -- ----z- 1%: No 311 dial calls oossible DBS FF-7 TRS mode FWl#-6#-(0 or l)# $$J dial restriction It is 311 dial restriction, to types 2 to 6. O#: 411 dial calls possible l#: No 411 dial calls oossibie FF7-l#-7#-(0 or l)# 511 dial restriction It is 3 11 dial restriction. to types 2 to 6. O#:_sll dial calls possible l#: No 511 dial calls oossible FW-l#-8#40 or l)# . $JJAal restriction It is 311 dial restriction, to types 2 to 6. 0#: 611 dial calls possible l#: No 611 dial calls oossible FF7-1 SC-9#-(0 or I)# 711 dial restriction It is 311 dial restriction, to types 2 to 6. O#mdial calls possible 1 R: No 711 dial calls Dossible FF7-l#-lO#-(O or l)# 811 dial restriction It is 311 dial restriction, to types 2 to 6. 08: 811 dial calls possible l#: No 811 dial calls possible Fn-l#-1 l#-(O or I)# 911 dial restriction - It is31 1 dial restriction, to types 2 to 6. 0#: 911 dial calls possible iL- I#: No 911 dial calls oossible -57-
DBS FF-7 TRS mode SECTION 400 (Version 3.0) Issue 1 January 1990 FF7-l# 12#-(0 or l)# Setting 7 digit dial’restriction from Typ; 2 extension It is specified whether to have a 7 digit dial restriction for the signal from an extension set as Type 2. 0%: Signal from Type 2 not subjectto 7 digit dial restriction 1 R: Sicmal from Tvue 2 subject to 7 diait dial restriction FF7-l# 13#-(Oar 1)s Setting 7 digit dial restriction from Type 3 extension It is specified whether to have a 7 digit dial restriction forthe signal from an extension set as Type 3. 0#: Signal from Type 3 not subjectto 7 digit dial restriction l#: Sionai from TYDe 3 subiectto 7 dkyit dial restriction FF7-1# 14#-(0 or l)# Setting 7 digit dial restriction fromType 4 extension It is specified whether to have a 7 digit dial restriction for the signal from an extension set as Type 4. FF7-1% l!i#-(O or l)# Setting 7 digit dial restriction from Type 5 extension ’ It is specified whether to have a 7 digit dial restriction for the signal from an extension set as Type 5. O#: Signal from Type 5 not subject to 7 digit dial restriction 1%: Sianai from Tvoe 5 subiect to 7 diqit dial restriction FF7-1% 16#-(0 or l)# Setting 7 digit dial restriction from Type 6 extension It is specified whetherto have a 7 digit dial restriction for the signal from an extension set as Type 6. 0%: Signal from Type 6 not subject to 7 digit dial restriction l#: Sianal from Tvoe 6 subject to 7 diqit dial rertriction 0#: Signal from Type 4 not subjectto 7 digit dial restriction 1 R: Siqnal from Tvoe 4 subiect to 7 diuit dial restriction -58-
SECTION 400 (Version 3.0) Issue 1 Janu/ary 1990 4@ p$ FF7-2#-(3 - 6)#-(000 - 999)+-O or 1# Mea code table storing The area code table for determining the restrictions on calls from extensions of types 3 - 6 is stored. The area code (000 - 999) for each of types 3 - 6 is registered, so that when the area code number dialed conforms with that stored, the outside call is subject to restriction. When the call is determined as such, as the o&ide line is released the intercom busy tone is sent to the extension which has madethe call and “Restricted” appears on the LCD. The dialing numbers determined from the area code table are the 3 underlined digits as indicated below. (X = 0 - 9, 1 + Area code location: l-xxx-xxx-XxXx I-0-XXX-xxx-XXX-XXXX Non 1 + Area code location: l-xxx-xxx-XxXx I-o-xxx-~-xxx-xXxX Area codes not stored in this table are not subject to toll restriction. The struCture for data storing in the table is as foilowed. TRS type Number3# DENY ‘I’ Area code DATA: (OOO-999)#-(Deny: 1 or Allow:O)# TRS type Number 4# DENY -1’ Area code DATA: (OOO-999)#-(Deny: 1 or Allow:O)# TRS type Number S# ALLOW ‘0’ Area code DATA: (OOO-999)#-(Deny: 1 or Allow:O)# TRS type Number 68 ALLOW ‘0’ Area code DATA: (OOO-999)#-(Deny: 1 or Aliow:O)# Note : For the system installation area it is necessary to specify either I + Area or Non I + Area. DBS FF-7 TRS mode FF7-3k(3 - 6)#-(000 - 999)#-(0 or l)# Office code table storing The office code table for determining the retictions on calls from extensions of types 3 - 6 is stored. The office code 000 - 999) for each of types 3 - 6 is stored, so that when the office code number dialed conforms with that stored, the outside call is subject to restriction. When the call is determined as such, as the outside line is released the intercom busy tone is sent to the extension which has made the call and “Restricted’ appears on the LCD. The dialing numbers determined are the 3 > underlined digits as indicated below. (X = 0 - 9) 1 + Area code location: Non 1 + Area code location: 1 -xxx-XxXx xxx-XxXx - l-~-XXX Officecodes not stored in this table are not subject to call restriction. The structure for data storing in the table is as followed. TRStype Number3# DENY “1’ Office code DATA: (OOO-999)#-(Deny: 1 or Allow:O)# TRS type Number 4# ALLOW ‘0’ Office code DATA: (OOO-999)#-(Deny: 1 or Allow:O)# TRS type Number 5# ALLOW ‘0’ Office code DATA: (OOO-999)#-(Deny: 1 or Allow:O)# TRS type Number 6# ALLOW ‘0’ Office code DATA: (OOO-999)#-(Deny: 1 or Allow:O)# Note : For the system instalia tion area it is necessary to specify either T + Area or Non I + Area. -59-