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Type | Digital Voice Recorder |
---|---|
Recording Format | MP3 |
Storage Capacity | 8GB |
Microphone Type | Built-in Stereo Microphone |
Playback Options | Speaker, Headphones |
Connectivity | USB |
Technical details and capabilities of the AV-9000 recorder/controller.
Instructions for physically installing the instrument in a panel or on a surface.
Guidelines for preparing the wiring to minimize electrical noise and ensure proper function.
Detailed instructions for connecting various types of input signals to the instrument.
Details the function of each key on the instrument's keypad for navigation and operation.
Describes the procedure for modifying various parameter settings using the keypad.
Explains the various aspects of chart recording, including types, methods, and printing details.
Configuration of input types, ranges, units, scaling, and display status for up to 8 inputs.
Configuration of recorder parameters like tags, recording methods, scales, and chart divisions.
Configuration of relay outputs, including usage type, actuator, and cycle time.
Settings to control how the instrument's display sequences and shows information.
Procedure to manually change the chart, including starting a new chart.
Parameters for configuring the chart, including size, type, tag, and time periods.
Setting the alarm thresholds for Process Variable 1, including rate alarms.
Defining a text tag for the first time-based actuator.
Setting the time for the first time-based actuator, including format and value.
Option to enable or disable multiple prompt sections simultaneously.
Procedure to verify the functionality of relays, SSRDs, and LEDs.
Test to verify that all keypad buttons are functional.
Procedures for calibrating all input channels and types.
Routine to adjust the mA output for span using a milliamp meter.
Diagrams illustrating the layout of internal circuit boards.
Glossary of terms and parameters used throughout the manual.
Procedure to access and configure controller parameters.
Parameters for adjusting proportional band, auto reset, and other controls for optimal operation.
Entering configuration data for profiles, including segments, ramps, and dwells.
Specifying basic profile settings like start, abort, hold, and advance actuators.