Understanding Your Telephone

ÊLine Button TypesÊ

See Line Buttons, p. 3, for the location and definition of line buttons on your handset.

Ê TonesÊ

Tone

Meaning

All Telephones

NNN-XXXXMake/receive outside calls only.

Telephones with ICOM Buttons

ICOM Ring Make/receive inside ringing calls.

ICOM Voice Make inside voice-announced calls and receive inside ringing calls.

ICOM

Make (not receive) inside calls

Originate

only.

Only

 

Telephones with System Access (SA) Buttons

SA buttons give you access to inside or outside lines for making and/or receiving calls. To make an outside call on an SA button, first dial the dial-out code (usually 9) that your system manager supplies. No dial-out code is necessary when you call another extension.

SA Ring Make/receive inside/outside ringing calls.

SA Voice Make/receive outside calls; receive inside ringing calls; make inside voice-announced calls.

SA Originate Make (not receive) inside and

Only outside calls.

Shared SA Make/receive calls for co-workers or

(SSA)

join conversations. The line is shared

 

with another co-worker(s). One

 

person has an SA button that is

 

shared with one or more others who

 

have SSA buttons corresponding to

 

it. See Rings for information about

 

how calls ring at these buttons.

Dial tone (steady)

You can make a call.

Busy (slow repeating tone)

The phone you are calling is busy.

Fast busy (fast repeating tone)

No lines are available.

Error (alternating high-low tones)

You dialed a number or used a feature incorrectly.

Confirmation (double break in

You used a feature correctly.

dial tone followed by steady tone)

 

Callback (5 short beeps)

This call is receiving Callback treatment (see p. 13).

Call Waiting (1 or 2 beeps)

You have an inside (1 beep) or an outside (2 beeps)

 

call waiting (see p. 13).

Ê RingsÊ

The table below helps you identify the different types of ringing. You can also personalize ringing at your telephone or adjust ring timing for the line buttons where calls arrive. Programming Buttons & Settings, p. 22, tells you how to change the settings. Listed below are your options:

Personalized Ring. (MDW 9000/9010 only) Allows you to give calls ringing at your phone one of

eight distinctive rings.

Abbreviated Ringing. When you are on a call and another call arrives at your phone, you can use

this feature to give the second call a short ring.

Immediate Ring. Calls ring immediately on line buttons set this way.

Pool

Make/receive outside calls only. Use

 

the dial-out code supplied by your

 

system manager.

!

CAUTION:

 

To clean your phone, unplug it from the wall jack (if applicable) and use a slightly dampened cloth. To prevent permanent damage, do not immerse the phone in water or any liquid, and do not use liquid or aerosol cleaners directly on the telephone.

Delay Ring. This setting causes calls to ring at your phone after a delay. If your calls are being

covered, this allows time for another person to answer a call before you do.

No Ring. Calls do not ring (except for returning transferred and Callback calls). Calls on lines set for

No Ring do not receive coverage (p. 14).

Send Ring. Usually, when a call comes in on an SA button, it rings there immediately and rings at

corresponding SSA buttons after a delay, giving the person with the SA button time to answer before

the call is picked up by someone with a corresponding SSA button. When busy on another call, the

person with the SA button can use the Send Ring setting to make calls arriving at other SA buttons

ring immediately on corresponding SSA buttons.

Ring

Meaning

 

 

1 long ring

Inside call or returning Callback call (see p. 13) on

 

 

 

 

MDC 9000

 

 

1 short ring and 1 long ring

Outside call

 

 

 

 

 

 

2 short rings and 1 long ring

Outside call is transferred to you, returning transferred

 

 

 

 

 

call, or returning Callback call (see p. 13) on

 

 

 

MDW 9000/9010

2

Page 4
Image 4
Lucent Technologies MDC 9000, MDW 9010, MDW 9000/9010 Understanding Your Telephone, ÊLine Button TypesÊ, TonesÊ, RingsÊ

MDW 9000/9010, MDC 9000, MDW 9010 specifications

Lucent Technologies, known for its pioneering innovations in telecommunications, introduced a series of multiprotocol digital switches, namely the MDW 9010, MDC 9000, and MDW 9000/9010. These systems are designed to cater to the increasing demand for efficient voice and data transmission in both public and private networks.

The MDW 9010 is particularly noteworthy for its robust architecture, facilitating seamless integration across different communication protocols. As a digital switch, it supports various services including voice, data, and video, making it a versatile choice for modern telecommunications. One of its main features is the ability to handle high traffic volumes without sacrificing performance. This is critical in today’s fast-paced digital environment, where reliability and speed are paramount.

The MDC 9000, on the other hand, emphasizes management and control functionalities. It enables network operators to monitor and manage traffic efficiently, ensuring optimal performance and quick resolution of any issues. One of its standout characteristics is its user-friendly interface, which simplifies the process of network management. This feature is particularly beneficial for service providers looking to enhance customer satisfaction through improved service delivery.

The MDW 9000/9010 combination offers a hybrid solution that encapsulates the strengths of both models. It’s designed for flexibility, allowing network operators to scale up capacity as their needs evolve. The systems incorporate advanced technologies such as distributed processing and intelligent routing, which dramatically enhance service delivery. Moreover, the MDW series is equipped with fault tolerance capabilities, ensuring uninterrupted services even during hardware failures.

Integration of VoIP (Voice over Internet Protocol) technology is another significant feature of these systems. VoIP support allows for cost-effective voice communications over internet protocols, reducing operational costs while expanding service offerings. The adaptability of MDW and MDC systems makes them suitable for a variety of environments, from small businesses to large enterprises.

These switches also incorporate extensive security protocols, crucial for protecting sensitive data in telecommunications. Overall, the MDW 9010, MDC 9000, and MDW 9000/9010 represent a significant advancement in telecommunications technology, characterized by their scalability, reliability, and sophisticated management features. As the industry continues to evolve, these systems serve as a solid foundation for both current and future communication needs.