Toshiba Perception 1 2 User Manual
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Trunk-to-Trunk Connections DESCRlPTlON An attendant has the ability to connect an incoming trunk to an outgoing trunk, via the attendant console. OPERATION To Connect an Outside Call (Answered at the Console) to an Outgoing Line: 1. Dial the desired trunk access code or LCR access code (1 I@) -. n The console’s EXCL SRC LED will light. H The outgoing trunk number will be displayed as DEST. 4 The STATUS display will show TLK. W Dial tone will be received. 2. Dial the Directory Number. 3. Press the m button. n The RLS LED will light. n All displays will go out. n The LPK LED will either go out or will flash, depending on the type of trunk involved in the connection. W A flashing LED will indicate a held trunk (see Note 1). To Reenter a Trunk-to-Trunk Call: 1. Press the m button. n The LPK LED will light steadily. H The ICI, SRC, COS, DEST, and STATUS displays will go on. H A 3-way conversation will now be established. 2A. If the conversation is still in progress: 3A. Press the m button. n The RLS LED will light. n All displays will go out. n The LPK LED will flash, indicating that the call is being held. 2B. If the call has been completed: 3B. Press the mm button. n DEST will be disconnected. H The DEST and STATUS displays will go out. 4B. Press the m button in order to terminate the call. n The LPK LED and all displays will go out. n The RLS LED will light. H The console will become idle. PROGRAMMING See Notes. NOTES: 1. A call will be held on a console loop, if an attendant attempts to establish a call connection via a trunk-to-trunk connection, which lacks the supervision to release automatically 2. The decision to release, or hold a trunk connection on a loop is 4-56
Trunk-fo-Trunk Connecfions RELATED FEATURES BENEFITS automatically made by the system, after it verifies the following parameter points in regards to each involved (originating/terminating) trunk. a. Trunk type (CO, TIE, etc.) of each trunk as specified in the TKT entry of the DTGP Data Block, b. Loop-start or ground-start indication as specified for SIG entry of the DTRK Data Block. c. Whether the pending trunk-to-trunk connection represents an incoming or an outgoing call. d. Whether each involved TIE, DID, or CCSA trunk has Originating Party Control or First Party Release as its type of disconnect control, as specified in the CTL entry of the DTRK Data Block. e. Type of Disconnect Supervision as specified in the DIS entry of the DTRK Data Block. 3. Calls which are held on a loop, must be periodically entered by the attendant, so that intended disconnect time can be assessed. When this occurs, no warning tone will be presented to the conversing parties. Once the conversation is finished, the attendant must manually disconnect the trunks by using the m and mrd buttons. This applies to loop-start trunks. 1. Tandem Switching (System). 2. Trunk-to-Trunk Connections (Station). The Trunk-to-Trunk Connection feature enables the attendant to connect two trunks together and then drop out of the connection, permitting two people outside the system to converse. 4-57
Variable Attendant Console loop Buttons DESCRlPTlON This feature enables the end-user to configure each attendant console in the system, to use either four, six, or eight Loop m) buttons, depending on the application’s call processing requirements. m buttons control the answering and processing of calls ringing in on the attendant console. When a call is HELD (rather than placed into a Meet-Me Page orbit) at the attendant console, the m button on which the call was answered is unavailable for further call processing until the held call is released. Thus, if a call is held on each console m button, the console is effectively busied out, and all calls ringing into the console must wait in queue, until an m button becomes idle (or overflow occurs). In most PBX applications, the attendant processes calls as rapidly as possible, since it is usually more efficient (both in terms of time required and caller’s happiness) to find out who the caller wishes to speak with, and extend the call to that destination immediately, than to place the call on hold and then recall it and go through the processing operation. However, some applications require that the attendant screen calls before extending them, which means that calls must be placed on hold until the attendant can get to them. In these cases, especially if the system has a high volume of incoming traffic, four, and even six m buttons may not be sufficient. This feature gives the end-user the ability to configure additional m buttons as required to best fit the application requirements. OPERATION NOTE: The PERCEPJ/ON attendant console features Switched Loop call processing, which means that once the attendant presses the wm button, a caller is immediate/y transferred to the desired directory number within the system. The m button is not he/d up until either the called party answers, or the caller recalls to the attendant. Instead, it becomes immediately idle and available for calls waiting in the attendant console queue. This capability significantly enhances the PERCEP JION attendant console’s ability to quickly and efficiently process calls. The m button operation is the same regardless of the number of m buttons configured on an attendant console. To Answer a Call Ringing on an Attendant Console m Button: 1. Press the m button. 2. Begin speaking to the caller. To Transfer a Call to Another Party: 1. Dial the appropriate directory number (either internal or external to the system). 2A. Either screen the call (by staying on the line and announcing the caller to the called party), . . . or . . . 2B. Press them button. n The call will immediately be transferred to the called party. n The m button will be freed. 4-58
Variable Attendant Console Loop Buttons To Place an Answered Call on Hold: 1. Press the m button. H The m button that the call was answered on will become unavailable for call processing. 2. Press the appropriate m button to reaccess the held call. PROGRAMMING This feature is available only with D.04 and later versions of software. The number of m buttons assigned to each system attendant console is programmed in the DATT Data Block. NOTE: When more than four q [3 buttons are programmed on the attendant console, some of the features assigned to other attendant console feature buttons are either lost, or their positions shift. Figures 1, 2, and 3 show the button assignment of each attendant feature for each m-button configuration. The darkening of the buttons indicates that those buttons either have function changes, or their positions have shifted. Figure I- Attendant Console With Four m Buttons 4-59
Variable Attendant Console loop Buttons Figure 2-Attendant Console With Six m Buttons TOSHIBA Figure 3-Attendant Console With Eight m Buttons 4-60
Variable Attendant Console loop Buttons RELATED FEATURES 1. Attendant Hold (Attendant). 2. Switched Loop Operation (Attendant). BENEFITS The ability to vary the number of m buttons on the attendant console enables the end-user to configure the call processing capability of the console to best fit the application requirements. For normal call processing requirements, four m buttons will normally be sufficient. However, when high incoming-call traffic must be handled from a centralized answer position, particularly when Attendant Call Screening is required, six or eight m buttons can be configured. 4-61
Verification (Station & Trunk) DESCRlPTlON Verification allows an attendant to break into an established call connection, or to verify the status of a station or trunk. The attendant’s presence is revealed to the conversing parties through the sounding of a warning tone, which consists of an initial l-second burst of miscellaneous tone (440 Hz), followed by a 0.256-ms burst every 15 seconds. Following the initial part of this tone, the attendant will receive an open speech path over which a message can be delivered to the conversing parties. The initial tone will be heard by the attendant as ringback tone. OPERATION A Verification warning tone will be denied, if an established connection involves an uninterruptible station or trunk (a station programmed as Warning Tone Denied [WTA = N], in either the DSlT or DEKT Data Block, or a trunk programmed as Warning Tone Denied [WTA = N] in the DTRK Data Block). To Verify Station and Trunk Status: 1. Press an idle m button. n The LPK LED will light. n The RLS LED will go out. 2. Press them button. n The VEWCRG LED will light. 3. Dial the station number, or trunk access code followed by the trunk member number. w The number will be displayed under the console’s DEST designation. 4. At this point, if any of the following situations applies, the noted actions will occur: a. The station or trunk is either disabled or not assigned. n The attendant will receive overflow tone. n The console’s LPK LED will remain lit. n The VEWCRG LED will go out (STATUS = VCT for stations, and RST for trunks). b. The station has been call forwarded to another DN. n The attendant will receive busy tone (which can be traced to the receiving DN [STATUS = FWD]). c. The station has call forwarded to the attendant console. n The attendant will receive overflow tone. n The console’s LPK LED will remain lit. n The VER/CRG LED will go out (DEST = 0, and STATUS = FWD). d. The station or trunk is idle. n The station will ring, a trunk will be seized and will receive dial tone. n The LPK LED will remain lit. n The VEWCRG LED will go out (DEST = DN, and STATUS = RNG). 4-62
Verification (Station & Trunk) e. The station is neither idle nor talking in a standard connection. (For example, the called station is currently dialing, is in a conference, or is involved in an unanswered station-to-station call.) n Verification will not be allowed. H The LPK LED will remain lit. n The VEWCRG LED will go out. n The attendant will receive busy tone (DEST = DN, and STATUS = RST). f. The station or trunk is in a normal talking mode on a two-party connection. n The talking parties will be connected to the console. H The LPK LED will remain lit. n The VEWCRG LED will flash. n The SRC/COS/DEST will indicate the appropriate SRC, COS, and DEST numbers which apply to the call connection (STATUS = TLK). 5. Press them button. PROGRAMMING See Note 2. NOTES: 1. Verification is subject to conference-circuit blocking, since a conference circuit is required to utilize the feature. If conference blocking occurs, the attendant will receive overflow tone and STATUS will show RST The maximum conference capabilities for a single PERCEPTION system are as follows: n 3-Patty = 20 maximum. n 4-Patty = 6 maximum: Each uses two 3-patty conference circuits. Conferences can only be formed by using the Privacy Release m button. 4 6-patty = 1 maximum: Each uses two 3-party conference circuits. This type of conference is entirely attendant-controlled. 2. If an attendant attempts to verify a station or trunk (or conversation involving any such station), which has been programmed to have Warning Tone Denied (WTA = N in the DEKT; DSn or DTGP Data Block), then Verification will be denied, and the attendant will hear overflow tone. 3. Verification of an idle multiple-appearance DN will cause all stations which have that common DN appearance to ring (if they have been programmed to ring). If one of these stations has a call currently established on that DN, only that particular station will receive the verification tone, and will be verified by the attendant. 4. If the dialed trunk is connected to another attendant, the dialing attendant will receive overflow tone, the console’s VEWCRG LED will go out, and the console’s STATUS indicator will show RST RELATED FEATURES 1. Override (Station). 2. Uninterrupted Line Connections (Station). 3. Multiple-Appearance Directory Number (Electronic/Digital Telephone). 4-63
Verification (Station & Trunk) 4. Privacy (Electronic/Digital Telephone). 5. Individual Trunk Access (Attendant). 6. Trunk Verification (Attendant). BENEFITS Verification allows an attendant to enter into an ongoing conversation in order to make emergency interruptions, and to verify if a particular trunk is in working order. 4-64
PERCEPTION l/II eaex Lodging/Health Care Features Issue 2, February 1992 Section 200-255-670