Crown 137769-3 operation manual Multiple Network Communication Via an IP Router

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DBC Network Bridge

Communications between networks is allowed, but requires the use of a special piece of equipment called an IP Router. The router acts as a Gateway to allow this communication to exist. Any data traffic that is to go to the other network is routed through the IP Router. The CobraNet data is held behind but IP data goes through.

Each IQ Component has three identifiers that are used in the TCP/IQ system:

•Media Access Control (MAC) Address

•Internet Protocol (IP) Address

•IQ Address

Let’s explain each identifier.

Media Access Control (MAC) Address: This is a physical address that specifies a specific physical network component. This address is predefined during manufacture and cannot be modified. No two network components have the same MAC address and each component is uniquely identified by its MAC address. This 48 bit address is located on the outside of every IQ component and is shown in hexadecimal for- mat as 6 two-byte octets such as: 00-0A-40-00-DC-2F

Internet Protocol (IP) Address: The IP address of a component is assigned during the setup of the network and identifies the IQ compo- nent to a larger audience. Because the MAC address is limited to a sin- gle physical LAN, communications between LANs is impossible solely through the use of the MAC address. The IP address allows compo- nents and controllers on other networks to communicate with each other through the use of an IP Router as shown in Figure 8.2.

This allows the network designer to isolate network traffic from each other. For example, when using wireless devices to control IQ compo- nents, the bandwidth limitation of wireless devices will not allow them to reside on the same network with CobraNet. As a result, the use of an IP router and a separate network allows the wireless controllers to access the IQ components through the router using IP addressing. The IP address appears as four numbers (0-255) separated by periods, such as: 126.126.0.1

IQ Address: TCP/IQ components will be addressed with a unique number from 1 to 65,535 and are assigned within the IQ software. A separate utility is then run which queries the network and establishes what IQ components and their associated MAC addresses are present. An IP Address and IQ Address can then be assigned to each IQ compo- nent.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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100Mb Switch

IP Router

100Mb Switch

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Wireless

Access Point

Wireless

PDA

Devices

 

Figure 8.2 Multiple Network Communication Via an IP Router

Operation Manual

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Contents Some models may be exported under the name Amcron DBC Network BridgeUse only with a cart, stand, tripod, bracket, or Important Safety InstructionsEuropean Representatives Name and Address Safety StandardEquipment Type Digital B-Chain EMC StandardsAudio and Network Connections Please refer to Figures 1.1 Getting Started With the DBC Network BridgeDBC DB25F Digital AES/EBU Pinouts 3 TCP/IQ Addressing Rules IntroductionSelecting Settings Control Panel 4 TCP/IQ SetupInternal Properties Window 5 TCP/IQ Addressing Worksheet Example of AN IQ Addressing Worksheet2C. Close the software. Repeat as necessary 11 The Discovery Screen 14 The Unit Presets Window Table of Contents Welcome FeaturesHow to Use This Manual 3CREEN #HANNELS#ANDA3UBWOOFERS Connecting to AC Mains SetupUnpack and Install Your DBC Network Bridge Analog, Digital and Auxiliary Inputs WiringDynamic mic Condenser mic Hot condenser Ment Speech Mic, speech DBm/dBVBalanced Monitor Output Wiring Balanced Input WiringUnbalanced Input Wiring Control Port Connections Unbalanced Monitor Output WiringCobraNet Connections Operation Primary Network Connector Back Panel Controls and Connectors IEC AC Power InletSecondary Network Connector Monitor Out ConnectorLCD Control Screen shows SceneMenu Tree Operation ExamplesOperation Example IQwic Overview Presets and ScenesPC Requirements System OverviewMetering Preset InformationOutput Level Meters Input Level MetersGeneral Tab LED Display ModeReal Time Clock Front Panel Control Lock OutSurround Per-Channel Signal Processing Signal Path Tab, Cinema Surround FormBooth Monitor Source Select Basic Processing FunctionsOn/Off Input CompressorCompression Ratio ThresholdSignal Path window Input DelayDelay Settings Channel SelectEQ Filters Frequency, Gain and Q SettingsAdd Button Frequency Response GraphFrequency Select Field Show Magnitude/PhaseFrequency Slider Combined ResponsesMaster fader works like this All Outputs Volume Controls13 Signal Generator Window Signal GeneratorCobraNet Explanation 14 CobraNet Output Window CobraNet OutputMute Button Input Selector Buttons Level SliderPolarity Button DBC Outputs Meters CobraNet Bundle/Channel SelectorPreset Segue PresetsPreset Options Notice Standard Cinema Preset Button PresetPreset Name Preset EditorPreset Control Window Preset Select Buttons18 Scenes Window ScenesScene Scene EditorControls Named20 Events Scheduler Window Events SchedulerSchedule One Time EventsPeriodic Events Memory Backup General Firmware Features Input Level MetersInput Dynamic Cut/Boost Meters Output Dynamic Cut/Boost MetersAdvanced Operation Advanced Operation Table of ContentsSystem Description System NameSystem Location System ContactStatus indicators CobraNet SetupIP Address ConductorCobraNet Input Window CobraNet InputControl Port Window Control PortControl Port Window Digital Inputs Pin State IndicatorEdit Buttons PinAdd / Remove Buttons Recall PresetObject List Set ObjectsCondition Control Port Condition Logic Setup WindowName IncludeReflect Preset Output State Pin State IndicatorControl Port Window Digital Outputs Section ManualControl Port Window Analog Outputs Section Control Port Window Analog Inputs Section AINInput Delay Input Gate Auto Level Settings Advanced Form Firmware FeaturesOutput Path Same as Output Delay Input Path Input Level/Polarity/Mute same asInput Signal Fader, Muter, and Inverter Input Select SwitchInput Path Input Selector19 Input Delay Window Hardware DelaysDepth Signal DelayStatic Threshold HysteresisTarget Level Auto-LevelerMax Gain Idle GainPriority Ducking AutomixerAutomix Controls Ambience WeightingPriority Depth of Cut24 Automix Matrix Window Automix MatrixHighest Open Mic Priority Indicator Priority Mix EnableEnable Automixing Group ControlsAmbient Level Meter Adaptive GatingGroup Gate Threshold Ambient Offset Automix Group27 Solo/Mute Window Solo/MuteOutput EQ Filters Output PathOutput Processing Sections Sense Delay Program Level Dependent ModeAmbient Leveler Expansion RatioFour parameters control this feature 32 Outputs Window Outputs ButtonAudio Input Section Technical DescriptionDSP Processing Section Output SectionAdditional Error Checking TroubleshootingCondition Both LEDs flashing Advanced Signal Path Window with Preset-32 Icons Enabled Specifications Required AC Mains AC Line Connector 15A IEC AC power inletGlossary Appendix a TCP-IQ Network BasicsTCP/IQ Network Basics Component firmware upgrades via the networkMultiple Network Communication Via an IP Router 1Fast Ethernet 100Base-T Closer Look at CobraNetAudio Specs Switched NetworksBundles and Audio Channels Repeater NetworksService United States & Canada WarrantyWorldwide Except USA & Canada Credit card information Crown Audio Factory Service InformationDBC Network Bridge

137769-3 specifications

Crown 137769-3 is a state-of-the-art electric forklift designed to meet the demands of modern material handling and warehouse operations. Known for its robust performance and advanced technology, this model is favored by businesses seeking efficiency and reliability.

One of the standout features of the Crown 137769-3 is its exceptional lifting capacity. With the ability to lift heavy loads with ease, it is perfect for high-capacity warehouses and industrial environments. The forklift also boasts an impressive lifting height, allowing for the stacking of goods in high racks, maximizing vertical space and optimizing storage solutions.

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Crown’s innovative technologies are at the forefront of the 137769-3's appeal. It features the Crown Engineered Reliability (Crown ER) system, which ensures that critical components are built to last, significantly reducing maintenance needs and downtime. The integrated monitoring system provides real-time data on performance, vehicle status, and battery life, enabling managers to optimize operations effectively.

Another key technology featured in this model is the smart traction control system, designed to provide enhanced stability and control, particularly in uneven terrains. This feature is essential for preventing tip-overs and ensuring the safety of both the operator and the loads being transported.

The Crown 137769-3 is powered by long-lasting batteries that offer impressive run times, allowing for extended usage without frequent recharging. This efficiency helps businesses maximize productivity while minimizing energy costs.

In summary, the Crown 137769-3 combines impressive lifting capabilities, advanced ergonomics, robust technology, and energy efficiency, making it an ideal choice for any warehouse operation. Its reliability, safety features, and user-friendly design contribute to a seamless operational experience, ensuring that businesses can keep pace with the demands of modern logistics and distribution. This model stands out as an excellent investment for companies striving for excellence in material handling.
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