Siemens service manual OptiPoint 500 recorder adapter, Interfaces, Interface Description

Page 58

Option Adapters and Ports

optiPoint 500 recorder adapter

5.6optiPoint 500 recorder adapter

Interfaces

Headset

Figure 5-2 Recorder adapter

The recorder adapter has an interface for a second headset and a recorder interface.

The way in which the headset plus adapter interacts with the telephone and the CS is described by the CorNet-TS layer 3 specification for Symphony. The CS can detect a second headset af- ter it has been plugged into this option.

Interface Description

When a second handset is connected, the uplink beep capability is provided by adding the beep and uplink audio during the beep. A beep detection circuit activates the uplink beep when the switch recorder generates the beep signal, thus maximizing the echo reflection attenuation. The users hear the uplink beep in the secondary tone path.

Second Handset: MW 4/4

Pin

1

 

2

3

 

4

 

 

 

 

 

 

 

 

-

 

NF+

NF-

 

-

 

 

 

 

 

 

 

Internal resistance:

1k in series with 10∝F

 

Level (input resistance 10 K):

-23dBm at a PCM level of -10 dBm

 

5-12

P31003-E8400-A100-3-7620

Service Manual

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Image 58
Page 57 Page 59
Contents P31003-E8400-A100-3-7620 1PP31003-E8400-A100-3-7620 Contents Troubleshooting Ordering InformationP31003-E8400-A100-3-7620 P31003-E8400-A100-3-7620 Figures P31003-E8400-A100-3-7620 Tables P31003-E8400-A100-3-7620 Service Concept General Service InformationSafety Information Safety Symbols Guidelines for Members of Siemens StaffGuidelines for Using Data General Service Information Product Description Product DescriptionFeatures when Connecting to Hicom and HiPath OptiPoint 500 Features at Hicom/HiPathAdditional Features when Connecting optiPoint 500 to HiPath Configuration Notes Modules Add-On Components and AdaptersTelephones OptiPoint 500 entry Controls ConnectivityOptiPoint 500 economy OptiPoint 500 basic Controls Special Features OptiPoint 500 standardOptiPoint 500 advance Configuration Notes Module OptionsOptiPoint 500 key module Power Supply Busy Lamp Field BLFProduct Description Connection to the Terminal Interface Description MW8/8 RJ45 OptiPoint 500 signature module HiPath 4000 only I2C Bus Memory CardsDesk Microphone Accessories External Speaker/Desk MicrophoneOptiset E External Speaker Connecting the Headset to an 121TR9-5 Interface OptiPoint HeadsetsHeadset Order Number Connect to Name Value Local Power Supply UnitPrimary/Client Configuration see .5 on Pin AssignmentOnline Key Labeling Tool Accessory PackWall Mounting Ambient temperature Relative humidity Technical Data Asset IDEnvironmental Conditions 4 UP0/E Interface RangesUSB 1.1 Interface Product Description Unpacking the Box Setting Up the TelephoneStartup Keypad and Control PanelKeypad Polling Date and Time IndicatorPressing the Plus/Minus Key Simultaneously Ports on the Underside of the Telephone USBTelephone Tests Accessing the Telephone TestCode Menu text Action after pressing OK Number HiPath 3000/Hicom 150 H Test Function Not WorkingHiPath 4000/Hicom 300H OptiPoint 500 telephoneStartup Block Diagrams OptiPoint 500 entry, economy block diagramOptiPoint 500 basic, standard and advance block diagram Private Network Termination Units Private Network Termination UnitsPNT Q Private Network Termination PNT Private Network TerminationPNT E Private Network Termination Distance Adapter Ucon S and M at Hicom 300/300 E and HiPathOption Adapters and Ports Option Adapters and PortsOption Adapters and Ports Configuration Notes Adapter Slots OptiPoint 500 acoustic adapter You can connect the following to this adapterCable MW8/8 Floating contact MW6/6 Headset MW8/8Electrical Requirements of the Headset Floating Contacts Contact LoadOptiPoint 500 Analog Adapters RJ11 FunctionsAnalog Interface Adapter does not support the following functionsOptiPoint 500 Isdn Adapter RJ45Functional Description OptiPoint 500 Phone Adapter Host/ClientRJ11 RestrictionInterface Description OptiPoint 500 recorder adapterInterfaces Second Handset MW 4/4 PinElectrical Requirements Client Connection ExampleHost Port Overview USBBLF CallBridge TU CallBridgeCallBridge CallBridge for Data IP Adapter IP Adapter AdministrationIP Adapter OptiPoint IPadapter Installation System connection of optiPoint IPadapterConnection to the Terminal IPadapter Connection to the SystemHicom OptiPoint PIN assignments on the IPadapterAdministration Via the Web Browser Structural overviewFault signaling Error exampleOptiPoint IPadapter Tel OptiPoint IPadapter Home Administration General informationAdministrator settings IP address and routing CorNet TC parameters Speech parameters FTP parameter Default Click File transfer and enter all appropriate parametersIP Adapter Load download from fileserver application Load download from fileserver configuration Save upload to fileserver configurationHistory file Restart terminal Diagnostics Invoke testsChange administrator password Administration via optiPoint No Dhcp response Press any key? Error codes for configuration settings Start phone? Enter the appropriate password for Secured menu DHCP? Example Dhcp Input Example OIP IP address Example Mode Input ExitConfiguration Examples WEB access to the IPadapter WEB page administration IP address and routing Configuration in HG 1500 and Office 11 optiPoint IPadapter homepage 12 WEB page administration 13 IP address and routing Configuring the optiPoint IPadapter on the optiset E IP Adapter Test Loops 3 TroubleshootingReboot Test LoopsReboot Ordering Information Name Color Part NumberOrdering Information Accessories, Spare Parts, Miscellaneous Extra Headset Ordering Information Documentation Name Reference numberOrder Addresses Product Company Address Telephone Order Fax Form Re CipientAfter-Sales Service and Repair Product Company Address Telephone Order form Fax RecipientIntranet Addresses Subject AddressOrdering Information Abbreviations Abbreviation DefinitionIsdn Index P31003-E8400-A100-3-7620
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500 specifications

Siemens has been at the forefront of innovation in industrial automation and control systems, and the Siemens 500 and 700 series PLCs (Programmable Logic Controllers) exemplify this commitment to technology and efficiency. Both series are designed to meet the diverse needs of modern manufacturing and process automation, integrating robust features and advanced technologies to enhance operational performance.

The Siemens S7-500 series is known for its high performance and scalability. It is equipped with a modular architecture, allowing for the easy expansion of I/O modules according to project requirements. The S7-500’s processor options range from basic to high-end solutions, enabling users to select the appropriate level of control for their applications. The series supports a comprehensive range of programming languages, including Ladder Logic, Function Block Diagram, and Structured Text, aligning with the diverse backgrounds of automation engineers.

One of the standout technologies in the S7-500 series is the use of the Industrial Ethernet network, known as PROFINET, which ensures rapid data transfer and seamless connectivity. This capability is vital for real-time monitoring and control of industrial processes. Additionally, the S7-500 supports various communication protocols that can be integrated into complex networked environments, enhancing interoperability with other devices and systems.

On the other hand, the Siemens S7-700 series offers a step further in flexibility and performance, particularly designed for complex automation tasks. The S7-700 controllers leverage powerful processors and advanced memory capacity, which are essential for tackling high-speed and resource-intensive applications. The series also features integrated diagnostics and troubleshooting tools that facilitate easier maintenance and reduce downtime in manufacturing operations.

The S7-700 series further incorporates features such as integrated safety functionality through the Safety Integrated technology, providing a comprehensive solution for applications requiring both automation and safety controls. Additionally, its modular design allows for a wide range of options for I/O and communication modules, making it highly adaptive to various industry requirements.

In conclusion, Siemens 500 and 700 series PLCs are notable for their advanced technologies, versatility, and robustness. With their modular designs, comprehensive programming capabilities, and support for modern communication protocols, they play a critical role in optimizing industrial automation processes, helping companies achieve higher productivity and efficiency. As industries continue to evolve, Siemens remains committed to providing cutting-edge solutions that empower businesses to thrive in a competitive landscape.
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