DCS LCD 24B, 7B What is ANI?, Selecting Your Caller ID/ANI Display, Viewing the Next CID/ANI Call

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WHAT IS ANI?

ANI (Automatic Number Identification) is a feature offered by some telephone service providers that provides the calling party’s telephone number. This ser- vice is only available on E&M Tie Lines on a T1, digital trunk. ANI is similar to Caller Identification (CID) but the format and information of the calling person is different. CID uses FSK signalling and ANI uses DTMF signalling. Usually, with ANI, a calling party’s identity is the Listed Directory Number (LDN) unless a separate bill-to-number has been specified, (in which case the bill-to-number will be sent). Along with the ANI digits you also receive DNIS digits with a separator digit.The DNIS digits are used to tell the DCS 400si where to route the call. Note that ANI does not provide calling party NAME, only the number. The DCS 400si can provide calling number to name translation table.

SELECTING YOUR CALLER ID/ANI DISPLAY

You can decide if you want to see the CID/ANI number in the display. Regard- less of which one is selected, you can press the NDD key to view the other pieces of CID/ANI information. To select the type of Caller ID information you wish to view first:

With the handset on-hook, press TRSF and then dial 119.

Dial 0 for CID options or 1 for ANI options.

Dial 0 for if you do not wish to view CID/ANI information, 1 to view the NUMBER first or 2 to view the NAME first.

Press TRSF to store your selection.

VIEWING THE NEXT CID/ANI CALL

In the event that you have a call waiting or a camped-on call at your keyset, you can press the NEXT key to display the Caller ID information associated with the call in queue at your keyset. Either the CID name or CID number will show in the display depending on your Name/Number selection.

To view Caller ID information for calls that have been camped-on to your keyset, press the NEXT key. If your keyset does not have a NEXT key, press the CID key and then the NEXT soft key.

SAVING THE CID/ANI NUMBER

At any time during an incoming call that provides CID information, you may press the SAVE key to save the CID number. If your keyset does not have a SAVE key, press the CID key, the SCROLL key and then the SAVE soft key. The system must be using LCR to dial the saved number.

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REDIALING A SAVED CID/ANI NUMBER

To redial a number that has been saved, press the SNR key or dial 17.

NOTES:

1.Your telephone system must have LCR correctly programmed to redial the saved number.

2.If the Hot Keypad feature has been turned off, you must first lift the handset or press SPK before you begin dialing.

STORING A CID/ANI NUMBER

At any time during an incoming call that provides CID information, you may save the CID number as a speed dial number in your personal speed dial list.To store a Caller ID number in a personal speed dial bin:

Press the STORE key. The system displays the speed dial bin in which the number was stored, OR

Press the CID key and then press the SCROLL key.

Press the STORE soft key.

The system displays the speed dial bin in which the number was stored.

NOTE:Your telephone system must have LCR correctly programmed to redial the saved number. If LCR is not being used on your system, you will not be allowed to STORE CID numbers.

INQUIRE CID/ANI PARK/HOLD INFO

If you are informed that an incoming call is on hold or has been parked for you, you may view the Caller ID information before you retrieve the call. This will influence how you choose to handle the call.

From an idle keyset:

Press the INQUIRE key, OR

Press the CID key and then the INQUIRE soft key.

Dial the trunk number.

You may now answer the call by pressing ANS, OR

You may use NND to view more information about this call, OR You can return to the idle condition by pressing IGNORE.

If you are on a call:

Press the INQUIRE key. Your existing call will go on hold, OR

Press the CID key and then the INQUIRE soft key to place the first call on hold.

Dial the trunk number.

You may now answer the call by pressing ANS, OR

You may use NND to view more information about this call, OR You can return to the idle condition by pressing IGNORE.

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Contents Keyset User Guide Table of Contents About this Book Things YOU should Know LCD 24B Keyset Layout LCD 12B Keyset Layout Basic 12B Keyset Layout Outside Calls Intercom Calls Call Processing Transferring Calls Consultation HoldRetrieving Calls Held AT Another Station Transfer with CAMP-ONForward ALL Calls Conference CallsForwarding Calls Forward BusyForward DND Forward Follow MEForward to AN External Number Call Forward OptionsPrivacy Release Dialing FeaturesMY Group Pickup Speed DialingManual Retry with LNR ONE Touch Speed DialingLast Number Redial Save Number with RedialMaking AN Internal Paging and MessagingMemo Redialing Making AN ExternalMeet ME Setting a Message IndicationCanceling Messages Call ParkConvenience Features Answering the Door Phone Appointment REMINDER/ALARM ClockEstablished Call Pickup Calling the Door PHONE/ROOM MonitorLocking Your Keyset Manual SignallingAccount Codes OFF-HOOK Voice AnnounceCustomizing Your Keyset Headset Operation SET Answer ModeAutomatic Hold HOT KeypadDisplay Features Timer Function Call Duration TimerAuto Timer Alarm Reminder MessagesManaging KEY Assignments What is Caller ID?Station Names KEY Description ExtenderViewing the Next CID/ANI Call What is ANI?Selecting Your Caller ID/ANI Display Saving the CID/ANI NumberBackspace with LCR Reviewing Past CID/ANI CallsLCR with Clear Advanced Programmed MessagesADD-ON Module Button Module with KeysetPersonal Speed Dial Numbers Code Name Telephone NumberT E S

LCD 24B, 7B, STD 24B, LCD 12B, BASIC 12B specifications

The DCS STD 24B, 7B, BASIC 12B, LCD 24B, and LCD 12B are advanced digital control systems designed to enhance operational efficiency in various applications, including industrial automation and process control. Each model offers distinct features and technologies tailored to meet the needs of diverse environments.

The DCS STD 24B is characterized by its highly scalable architecture, allowing for seamless integration into existing systems. This model supports up to 24 I/O points, making it ideal for medium-sized applications. Its user-friendly interface, equipped with a touch screen, allows operators to easily navigate through complex processes. Additionally, it features robust connectivity options, including Ethernet and serial communication, ensuring reliable data exchange between devices.

The DCS 7B stands out with its advanced data processing capabilities. Equipped with a high-performance microcontroller, this system can handle complex algorithms and perform real-time data analysis. The 7B model also emphasizes safety, incorporating multiple redundancy features and built-in diagnostics to prevent system failures. Its compact design makes it suitable for installation in space-constrained environments.

The BASIC 12B model is designed for entry-level applications, providing essential control features at a competitive price point. It supports up to 12 I/O points and comes pre-configured for easy setup, making it an excellent choice for small-scale projects. Despite its simplicity, the BASIC 12B offers essential monitoring capabilities, enabling operators to track system performance effectively.

The LCD 24B and LCD 12B models incorporate advanced liquid crystal display technology for enhanced visibility and user interaction. The LCD 24B is designed for comprehensive process visualization, featuring bright, high-resolution graphics that display critical data in real-time. This model supports extended functionalities, including alarm management and remote monitoring.

Conversely, the LCD 12B focuses on core monitoring and control tasks while ensuring easy readability. Both LCD models are built with durable materials, providing additional robustness in demanding environments. They feature intuitive interfaces that simplify operation for users while ensuring that critical parameters are easily accessible.

In conclusion, the DCS STD 24B, 7B, BASIC 12B, LCD 24B, and LCD 12B offer a diverse range of features, technologies, and characteristics, catering to various operational needs. With their emphasis on scalability, performance, and user-friendliness, these digital control systems are positioned to enhance efficiency and productivity across multiple sectors.