Siemens 4000 operating instructions Symbols

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Important information

Symbols

This device meets the requirements contained in the EU Directive 1999/5/ EG and thus carries the CE symbol.

This device has been manufactured in accordance with our certified environ- mental management system (ISO 14001). This process ensures that energy consumption and the use of primary raw materials are kept to a minimum, thus reducing waste production.

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Contents HiPath Important information Operating instructionsSymbols Contents Placing a call Accepting and placing callsUsing a different telephone Setting reminders Forwarding callsPush-to-Talk optiPoint W1 professional only Index Documentation TipsOptiPoint WL1 professional Basic facts of operationOptiPoint W1 professional Line indicator Description of the keys Function keysOnly optiPoint W1 professional Mute Soft keysShortcut Menu View Shortcut Menu featuresLevel Soft Short Menu Action Key Cut Label Use Shortcut Menu features If you know the Shortcut Menu numberIf you know the soft key labelling How to access a function of the communication system By using the Service menuThrough direct dialogue Which functions can I use? Basic and enhanced functionsHow can I use them most effectively? OptiPoint WL1 professional Putting the handset into serviceRemoving the protective cover Inserting the batteriesOptiPoint W1 professional Charging and using the batteriesBattery operating and charging times Make and answer calls Return to idle status from anywhere in the menuDisplay settings in the Service menu Activating/deactivating the handsetSetting the handset Display active settingsSetting the handset display language Setting the handset noise mode Setting the handset ring typeView the current IP Address Setting the extension for the handsetSetting preferences for Push-to-Talk Enable/Disable Push-to-TalkSelect a channel Activating and deactivating the microphone Accepting and placing callsAnswering a call Last number redialEnding the second call, resuming the first call Using the camp-on functionActivating and deactivating the camp-on function Accepting a second callUsing the mailbox Viewing the mailboxMaking a requested callback Using the HiPath Xpressions mailbox function optional Deleting mailbox entriesEnding the mailbox viewing Using the appointment reminder function Activating/deactivating do not disturb Identifying an anonymous caller Mcid Placing a call Suppressing call ID display for called partyExtension does not reply or is busy Entering commands via tone dialling Dtmf suffix dialling Calling a second user consultation Setting up a three-way conferenceConducting calls with multiple users Toggling between two callsSystem-supported conference Starting a conference from a single call Setting up a conferenceSetting up a conference from a consultation call Setting up a conference from a second callExpanding the conference from a consultation call Expanding a conferenceCalling and adding another user If the new user does not answerAccepting a second call and adding it to the conference Transferring the conferenceViewing member information and disconnecting members Disconnecting the last member addedDuring the conference Transferring a call Transferring the call with prior announcementTransferring the call without prior announcement Resuming a parked call System-wide call parkingParking and resuming a call ParkingParking is not possible Making project calls Making calls with cost billingCall duration display Answering a callback request Using the callback functionIf you do not get through Storing a callback requestDeleting an entry that is displayed Camp-on making yourself noticedViewing and deleting stored callback re- quests Display the next entryOverride intruding on a conversation Telephone settings Locking the telephone line to prevent misuseLocking the telephone line to prevent unauthorised dialling Enabling the telephone again Deleting a saved reminder Setting remindersForwarding calls Using call forwardingFixed forwarding Programming and activating a forwarding destina- tionActivating and deactivating fixed forwarding Deactivating ActivatingDeleting the destination for fixed forwarding Selecting a variable forwarding type Variable forwardingProgramming a forwarding destination Checking forwarding Deleting a forwarding destinationActivating variable forwarding Deactivating variable forwardingAutomatic call forwarding Activating and deactivating forwarding by means of a switchForwarding type Code Exam Ple Call forwarding with codesDeactivating call forwarding Cancelling fixed forwardingProgramming and activating call forwarding Activating fixed forwardingDelayed call forwarding Forwarding calls for a different terminal Checking/deactivating call forwarding for another telephone Changing call forwarding for a different ter- minalChecking Using a different telephone in the same way as your own Logging on to a different telephoneIdentifying yourself with a System-PIN and dialling Entering the PIN for your own HiPath 4000-system Dialing after successful identificationCall forwarding follow me after successful identi- fication Initiating a call Push-to-Talk OptiPoint W1 professional onlyMuting a PTT call Change PTT volumeSubsequent transmissions Receiving transmissionsEnd transmissions PBX call during a PTT callTerminate incoming broadcasts Making a PBX call during a PTT call Incoming a PBX call during a PTT callDocumentation Cleaning the telephone TroubleshootingTips Reacting to error messages on the display Possible causePossible remedy Chirps audio Charge the Battery Pack Server refuses to lease the Wireless Telephone an IP address All APs are full or busy Cannot authenticate/associate with AP Regulatory Domain not set Possible error codes are Your contact in the event of problems EU-guidelinesDeclaration of conformity Index BatteryReceiving transmissions
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4000 specifications

The Siemens 4000 is an advanced series of gas turbines designed for power generation, renowned for its efficiency, reliability, and versatility. This series has made significant contributions to the energy sector, particularly in combined cycle power plants, where its performance optimizes energy production.

One of the main features of the Siemens 4000 gas turbine family is its high efficiency. The turbines are designed to operate at a thermal efficiency level that can exceed 60%, particularly when integrated into combined cycle configurations. This efficiency translates into lower fuel consumption and reduced carbon emissions, making the Siemens 4000 an environmentally friendly choice for power generation.

The Siemens 4000 series utilizes cutting-edge technologies to enhance performance and reliability. It employs advanced materials and innovative cooling techniques that allow for higher operating temperatures, resulting in increased power output. The use of sophisticated digital controls and monitoring systems ensures that the turbine operates optimally under varying load conditions and contributes to enhanced operational flexibility.

Another characteristic that sets the Siemens 4000 apart is its modular design. This feature simplifies maintenance and troubleshooting, enabling quick replacements and reducing downtime. The turbines are designed for easy access to critical components, allowing for routine inspections and repairs without extensive disassembly.

In addition, the Siemens 4000 series includes various models, such as the SGT-4000F and SGT-8000H, that cater to different market needs and applications. The SGT-4000F, for instance, is particularly suited for flexible power generation and can quickly adjust output to meet fluctuating demand, making it ideal for integration with renewable energy sources.

The Siemens 4000 turbines also prioritize operational integrity. They are engineered to withstand harsh environmental conditions, ensuring reliable performance in diverse geographical settings. This robustness is complemented by Siemens' extensive service network, which provides expert support and maintenance solutions.

In summary, the Siemens 4000 series gas turbines represent a pinnacle of engineering in power generation technology. Their high efficiency, advanced materials, reliable performance, and flexible applications make them a preferred choice for utilities and independent power producers alike, paving the way for a sustainable energy future.
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