Siemens 300 operating instructions Call Forwarding to Voice Mail System Analogue Telephones

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CALL FORWARDING TO VOICE MAIL SYSTEM

- ANALOGUE TELEPHONES -

Incoming calls may be directed to your mailbox by using CALL FORWARD PRESET or CALL FORWARD VARIABLE.

Preset Call Forwarding to your mailbox

*11 *75 Incoming calls directed to your mailbox immediately Call forwarding to voice mail is activated

The Voice Mail System access code has now been programmed permanently (until cancelled by #11) and all calls will be forwarded directly to your mailbox.

Deactivate Call Forwarding

#10 Calls as normal to your extension

When Preset Call Forwarding has been deactivated it will serve as Call Forward Busy or Call Forward No-Answer. i.e. If your extension rings for longer than a predetermined time (normally 25 seconds), or is busy, calls will be diverted to your mailbox.

Reactivate Call Forwarding

*10 Incoming calls directed to your mailbox

Variable Call Forwarding to your mailbox

*10 *75 Incoming calls directed to your mailbox

Note - If Preset Call Forwarding has been activated then enter only *10

Cancel Call Forwarding Variable

#10 Calls as normal to your extension

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Contents Voice Hicom 300 Voice Mail System Contents Cont’d Digital Telephones Terminology General InformationUser notes Quick Help Reference Main MenuPersonalising Your Mailbox Recording your nameRecording your personal announcements greetings Selecting a prerecorded personal announcementSelected announcements not activated Personalising Your Mailbox Cont’dDeleting a personal announcement Direct access to other mailbox Sending a MessageCalling an extension first Routing directly to other mailboxTransferring Call to Mailbox Retrieving Messages from Your Mailbox Retrieve messages from an Analogue telephoneRetrieve messages from a Digital T24/25 telephone Scroll through messagesRetrieving Messages Cont’d Listen to message currently on screenScan for existing distribution groups Setup a distribution groupDistribution Groups Distribution Groups Cont’d Send a message to a distribution groupSend a message to a temporary group Message statusScan existing distribution message lists Delete messagesAccess Notification Setup destinationSetup date and time Option 1 Immediate 24 hours NotificationNotification Cont’d Option 2 Immediate restricted date and timeOption 3 Predetermined time daily Activate / Deactivate NotificationPassword Securing your mailbox with optional passwordAccess Voice Mail System Other Mailbox Access from Outside Your CompanyAccess Voice Mail System Own Mailbox Call Forwarding to Voice Mail System Analogue Telephones Call Forwarding to Voice Mail System Digital Telephones Voice MailCancel Variable Call Forwarding Call Forwarding Cont’dPersonal Announcement Suggestions Supply the callers with the following informationInvite the callers to leave a message Thank you Goodbye
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300 specifications

Siemens 300, often referred to as S7-300, is a highly versatile modular automation system designed for a wide variety of industrial applications. Launched as part of Siemens’ Simatic series, the S7-300 has gained significant prominence for its flexibility, scalability, and performance, making it the go-to choice in numerous sectors, including manufacturing, process industries, and infrastructure.

One of the most noteworthy features of the Siemens 300 is its modular design. This architecture allows users to customize their control system configurations according to specific requirements. The S7-300 supports a wide range of modules, including digital and analog input/output modules, communication processors, and specialty modules for motion control and high-level safety applications. This modularity not only ensures that the system can grow with the project requirements but also simplifies maintenance and upgrades.

The Siemens S7-300 employs advanced technologies to facilitate efficient control and monitoring of industrial processes. It utilizes the STEP 7 software for programming, which supports multiple programming languages such as LAD (Ladder Diagram), FBD (Function Block Diagram), and STL (Statement List). This flexibility allows engineers to use the programming style they are most comfortable with while ensuring that the control applications can be easily understood and modified.

Another significant characteristic of the S7-300 is its robust communication capabilities. The system supports numerous communication protocols, including Profibus, Profinet, and Industrial Ethernet. This broad connectivity enables seamless integration with different devices and systems, facilitating effective data exchange and real-time monitoring.

The S7-300’s processing power is another point of distinction. With its high-performance CPUs, this system can handle complex tasks while ensuring fast response times, crucial in time-sensitive manufacturing processes. Moreover, the redundant architecture options enhance system reliability and ensure continuous operation, even in the event of component failures.

In the realm of diagnostics, the S7-300 provides comprehensive monitoring tools. It offers advanced diagnostic capabilities, enabling operators to identify and troubleshoot issues swiftly. This feature minimizes downtime and ensures that production processes remain uninterrupted.

In summary, the Siemens S7-300 stands out due to its modularity, advanced programming capabilities, excellent communication options, high processing power, and robust diagnostics. Its adaptability makes it a preferred choice for businesses looking to optimize their automation processes across a diverse range of industries. With Siemens continually enhancing this platform, the S7-300 remains a critical component in the evolution of industrial automation.
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