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General| Brand | AVL |
|---|---|
| Model | F-FEM-DDC |
| Category | Measuring Instruments |
| Language | English |
Warning about electrical hazards and compliance requirements.
Requirement for shielded cables and connectors per EMC Directive.
Warning against using the device in explosive environments.
Caution regarding fire hazards, degree of protection, and handling.
Notice about ensuring free air circulation through venting apertures.
Contains important warnings and safety instructions for user observation.
Information about the product's warranty seal and its implications.
Defines the product's intended use and limitations on warranty.
Details about the F-FEM (Fast-Front End Module) and its function.
Outlines manual content: pinout, requirements, and sensor types.
Explains symbols, warnings, and text styles used in the manual.
Encourages user feedback for manual improvement.
Describes AVL Fast-Front End Modules for modern data acquisition.
Lists the channels and features of the F-FEM-DDC.
Explains how F-FEM-DDC modules network together via IEEE1394.
Describes data visualization using the AVL PUMA system and POI.
Explains the function of the front-side status LED.
Details the functions of the six LEDs on the rear side.
Explains the binary seven-segment display on the rear side.
Provides a block diagram illustrating the F-FEM-DDC's internal structure.
Lists items included in the F-FEM-DDC delivery.
Specifies space requirements and installation possibilities.
Details power supply and data transfer connections.
Shows the wiring for the 24 V power cable inlet.
Explains how to connect power between modules.
Details the IEEE1394 bus wiring for the F-FEM network.
Specifies required cables for IEEE1394 bus wiring.
Illustrates the recommended IEEE1394 bus topology for F-FEMs.
Discusses device limits, nodes, cables, and repeaters in the network.
Provides guidelines for cable routing, including bending radius.
Covers grounding and shielding principles for reliable operation.
Explains the grounding concept and recommendations for the F-FEM-DDC.
Details shielding requirements for sensors and connections.
Mentions firmware pre-installation and loading procedures.
Describes the functionality of analog output channels.
Shows the block diagram for analog outputs.
Provides electrical specifications for analog outputs.
Details the specifications for voltage output.
Details the specifications for current output.
Lists general specifications for analog outputs.
Describes the digital inputs and their parameterizable threshold voltages.
Shows the block diagram for digital inputs.
Provides specifications for digital inputs.
Describes the 8 counter channels and their filters.
Illustrates the block diagram for counter inputs.
Explains the spikefilter function for eliminating short pulses.
Provides specifications for counter inputs.
Discusses accuracy factors for counter evaluation.
Explains one-track and two-track sensor evaluation methods.
Details parameterization for counter channels.
Shows the assignment between input channels, counters, and tracks.
Describes relay outputs for switching and AC voltages.
Shows the block diagram for digital relay outputs.
Provides specifications for digital relay outputs.
Describes transistor outputs for higher switching frequencies.
Shows the block diagram for digital transistor outputs.
Provides specifications for digital transistor outputs.
Explains programmable frequency and PWM output.
Describes the frequency signal type.
Describes the Pulse Width Modulation signal type.
Provides specifications for frequency outputs.
Covers aging and calibration procedures for accuracy.
Discusses accuracy levels and checking requirements.
Outlines the adjustment and calibration process.
Details connector locations and pin assignments for the device.
Shows the front and back views of connector locations.
Details the pin assignment for analog outputs X1 through X8.
Details the pin assignment for digital inputs X41 through X44.
Details the pin assignment for digital relay outputs X51 and X52.
Details the pin assignment for digital transistor outputs X53 and X54.
Details the pin assignment for power supply connectors X17 and X18.
Details the pin assignment for IEEE1394 connectors X19, X20, X21.
Details the pin assignment for the JTAG connector X22.
Describes a 15-pin D-SUB plug for digital I/O connections.
Describes a D-SUB connector with screw terminals for digital I/O.
Describes the Digital I/O Connection Box (DCB) for sensors/actors.
Provides mounting dimensions for the Digital I/O Connection Box (DCB).
Describes the CSA-Connector adapter for speed sensors.
Shows the block diagram for the Counter Signal Adapter.
Provides specifications for the Counter Signal Adapter.
Details parameterization for the CSA when used with F-FEM-DDC.
Explains connecting an RS422 incremental sensor using the CSA.
Explains connecting an inductive sensor using the CSA.
Describes connecting analog sensors and using variable thresholds with the CSA.
Explains how to use a different supply voltage with the CSA.
Describes a cable adapter for connecting CSA to other F-FEM types.
Introduces the advanced version of the Counter Signal Adapter.
Describes valve connectors for digital outputs.
Lists the detailed electrical, mechanical, and environmental specs.
Details CE conformity and relevant standards.
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