Crown 137769-3 operation manual CobraNet Output Window

Page 35

DBC Network Bridge

4 Operation

4.7.8 CobraNet: Output

In the Signal Path window, click on the DBC Network Channel Assign button to open the CobraNet Output window (Figure 4.14).

The DBC Network Bridge’s eight CobraNet Outputs can be assigned to be transmitted on Slots in one of four CobraNet Bundles. The CobraNet Outputs can accept audio from either the corresponding ‘B’ Input Processing Section or the corresponding AUX Output Processing Section. Each of the eight CobraNet Outputs is then assigned a Bundle and Slot position. Unlike the CobraNet Inputs, the same CobraNet Output can go to more than one Bundle/ Slot position.

The ‘Unlink’ Button allows all of the Bundle/Slot assignments to be discon- nected, while the ‘Default Link’ Button allows assignment of CobraNet Output 1 to Slot 1 of each Bundle, CobraNet Output 2 to Slot 2 of each Bundle, and so forth.

Each Slot can be assigned either none, 16bit, 20bit, or 24bit resolution. Each Bundle is limited in the number of audio ‘bits’ that can be placed in a single Bundle and is a function of the maximum Ethernet data payload. The ‘Max Packet Size’ meter tracks how much room remains in the Bundle. Once the ‘Max Packet Size’ has been exceeded, additional data will not be allowed. As can be seen in the figure above, seven 24bit Slots are allowed in TxC with Slot 8 not active, while TxD allows all eight slots if three are 20 bit.

The transmit Bundle is assigned in the window and a unique priority can also be assigned for each Bundle. This Bundle Priority is used by the Conductor to assign a transmit position on the CobraNet network. Audio Bundles are sent on the network in a synchronous fashion dictated by the Conductor. The Con- ductor assigns a position to each transmitting Bundle in the network based upon that Bundle’s Priority. At the start of a synchronous cycle, the Conductor tells the highest priority Bundle to transmit, then each successive Bundle transmits based upon its assigned Position. The ‘Receiver Count’ for each Bundle tells how many receivers, i.e. other devices on the network, are listen- ing to that Bundle. synchronous cycle, the Conductor tells the highest priority Bundle to transmit, then each successive Bundle transmits based upon its assigned Position. The 'Receiver Count' for each Bundle tells how many receivers, i.e. other devices on the network, are listening to that Bundle. Network Bridge Signal Flow Block Diagram for feature locations in the audio

signal chain.

Figure 4.14 CobraNet Output Window

Operation Manual

page 35

Page 34 Page 36
Image 35
Page 34 Page 36
Contents Some models may be exported under the name Amcron DBC Network BridgeUse only with a cart, stand, tripod, bracket, or Important Safety InstructionsEMC Standards Safety StandardEuropean Representatives Name and Address Equipment Type Digital B-ChainAudio 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 Speech Mic, speech DBm/dBV WiringAnalog, Digital and Auxiliary Inputs Dynamic mic Condenser mic Hot condenser MentBalanced Monitor Output Wiring Balanced Input WiringUnbalanced Input Wiring Control Port Connections Unbalanced Monitor Output WiringCobraNet Connections Operation Monitor Out Connector Back Panel Controls and Connectors IEC AC Power InletPrimary Network Connector Secondary Network ConnectorLCD Control Screen shows SceneMenu Tree Operation ExamplesOperation Example System Overview Presets and ScenesIQwic Overview PC RequirementsInput Level Meters Preset InformationMetering Output Level MetersFront Panel Control Lock Out LED Display ModeGeneral Tab Real Time ClockBasic Processing Functions Signal Path Tab, Cinema Surround FormSurround Per-Channel Signal Processing Booth Monitor Source SelectThreshold Input CompressorOn/Off Compression RatioChannel Select Input DelaySignal Path window Delay SettingsFrequency Response Graph Frequency, Gain and Q SettingsEQ Filters Add ButtonCombined Responses Show Magnitude/PhaseFrequency Select Field Frequency SliderMaster fader works like this All Outputs Volume Controls13 Signal Generator Window Signal GeneratorCobraNet Explanation 14 CobraNet Output Window CobraNet OutputDBC Outputs Meters CobraNet Bundle/Channel Selector Input Selector Buttons Level SliderMute Button Polarity ButtonStandard Cinema Preset Button Preset PresetsPreset Segue Preset Options NoticePreset Select Buttons Preset EditorPreset Name Preset Control Window18 Scenes Window ScenesNamed Scene EditorScene Controls20 Events Scheduler Window Events SchedulerSchedule One Time EventsPeriodic Events Output Dynamic Cut/Boost Meters General Firmware Features Input Level MetersMemory Backup Input Dynamic Cut/Boost MetersAdvanced Operation Advanced Operation Table of ContentsSystem Contact System NameSystem Description System LocationConductor CobraNet SetupStatus indicators IP AddressCobraNet Input Window CobraNet InputControl Port Window Control PortPin Pin State IndicatorControl Port Window Digital Inputs Edit ButtonsSet Objects Recall PresetAdd / Remove Buttons Object ListInclude Control Port Condition Logic Setup WindowCondition NameManual Output State Pin State IndicatorReflect Preset Control Port Window Digital Outputs SectionControl Port Window Analog Outputs Section Control Port Window Analog Inputs Section AINInput Path Input Level/Polarity/Mute same as Advanced Form Firmware FeaturesInput Delay Input Gate Auto Level Settings Output Path Same as Output DelayInput Selector Input Select SwitchInput Signal Fader, Muter, and Inverter Input Path19 Input Delay Window Hardware DelaysHysteresis Signal DelayDepth Static ThresholdIdle Gain Auto-LevelerTarget Level Max GainPriority Ducking AutomixerDepth of Cut Ambience WeightingAutomix Controls Priority24 Automix Matrix Window Automix MatrixAutomixing Group Controls Priority Mix EnableHighest Open Mic Priority Indicator EnableAutomix Group Adaptive GatingAmbient Level Meter Group Gate Threshold Ambient Offset27 Solo/Mute Window Solo/MuteOutput EQ Filters Output PathOutput Processing Sections Expansion Ratio Program Level Dependent ModeSense Delay Ambient LevelerFour parameters control this feature 32 Outputs Window Outputs ButtonOutput Section Technical DescriptionAudio Input Section DSP Processing 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 CobraNetRepeater Networks Switched NetworksAudio Specs Bundles and Audio ChannelsService 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.

The ergonomics of the Crown 137769-3 are meticulously designed to enhance operator comfort and productivity. The spacious operator compartment offers ample legroom and an adjustable seat, reducing fatigue during long shifts. Additionally, the intuitive controls and clear visibility contribute to a safer and more efficient working environment, minimizing the risk of accidents.

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.
Top Page Image Contents