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General| Brand | Olympus |
|---|---|
| Model | EPOCH 1000 Series |
| Category | Security Sensors |
| Language | English |
Defines the product's intended application and usage limitations.
Explains the manual's purpose and importance for safe operation.
Specifies required ancillary equipment for proper instrument function.
Details limitations on user-serviceable parts and unauthorized changes.
Describes hazard warning symbols and their meanings.
Explains the hierarchy and meaning of DANGER, WARNING, and CAUTION.
Defines IMPORTANT, NOTE, and TIP signal words for document clarity.
Provides critical safety precautions and operational guidelines.
Explains product disposal requirements according to European WEEE Directive.
Details China RoHS mark and Environmental Friendly Usage Period (EFUP).
Covers compliance with FCC (USA) and ICES-001 (Canada) standards.
Outlines warranty terms, conditions, and limitations.
Provides information on obtaining customer service and product support.
Overview of the EPOCH 1000 Series instruments and their capabilities.
Details the three instrument configuration levels available.
Explains the manual's scope and the tasks it covers.
Identifies the intended users and recommends adequate training.
Explains formatting and symbols used within the document.
Provides instructions for submitting feedback on the documentation.
Lists document publication dates and corresponding release versions.
Identifies main components and physical features of the EPOCH 1000 Series instrument.
Describes the layout and function of the instrument's front panel controls.
Explains how to connect and use USB keyboards and mice with the instrument.
Details the various input/output and connection ports on the instrument.
Covers additional hardware aspects like handles, stands, and seals.
Describes the instrument's ruggedness and IP66 ingress protection rating.
Describes how to power on the instrument and its startup sequence.
Explains connection and operation using AC power supply.
Details operation using the rechargeable Li-ion battery pack.
Provides instructions for charging the instrument's battery.
Guides on how to safely remove and replace the battery pack.
Explains the elements and layout of the main software display screen.
Details the structure and organization of the instrument's menus.
Describes the various setup pages for configuring instrument preferences.
Provides step-by-step guides for fundamental instrument operations.
Explains how to use GageView Pro for data transfer and management.
Guides on how to adjust the instrument's sensitivity (gain) for optimal readings.
Explains the AUTO-XX% feature for quick gain adjustment to target amplitude.
Details how to establish reference gain and adjust scanning gain.
Covers parameters for adjusting the pulser, like PRF and Pulse Energy.
Explains settings for the receiver, including filters and rectification.
Describes the capability to store and use custom filter sets.
Explains how to eliminate unwanted low-level signals from the display.
Details the function to capture and store waveform amplitudes.
Describes the function to freeze the waveform for comparison.
Explains how to freeze the display and its effect on instrument functions.
Covers options for displaying grid modes for A-scan interpretation.
Describes the two independent flaw gates and their representation.
Guides on performing basic gate adjustments using direct-access keys.
Details the optional third gate for specific applications.
Explains the three possible measurement modes for gates.
Describes how to display acquired measurements in customizable reading boxes.
Covers the gate tracking feature for echo-to-echo measurements.
Explains displaying time-of-flight (TOF) sound path data.
Describes how to use the zoom feature for fine resolution of inspection zones.
Details alarm configurations for measurement gates, including types and activation.
Describes the two visual and measurement reference cursors.
Guides on how to activate and position the reference cursors.
Explains how to display measurement readings using cursors.
Details the VGA output capability for external displays.
Describes the four programmable analog outputs for continuous data.
Explains trigger syncing capabilities for system integration.
Covers serial communication for computer interface and remote command.
Details the instrument's USB ports and their functionalities.
Provides information on remote control via serial or USB.
Recommends a review and setup procedure before initial calibration.
Describes multiple calibration modes for different transducers and applications.
Details calibration steps for straight beam transducers.
Provides calibration steps for delay line transducers.
Guides on calibrating dual element transducers.
Explains calibration procedure for echo-to-echo measurements.
Details calibration using known sound path values for angle beam.
Describes calibration using known depth values for angle beam.
Explains surface distance correction for curved surfaces.
Illustrates calibration blocks commonly used with angle beam probes.
Describes the data logger's capabilities and features for flaw detection.
Details the information stored and the capacity of the data logger.
Covers parameters for managing files, including Open, Create, and Reset.
Guides on creating and printing reports from the instrument.
Explains how to save screen captures to CompactFlash or USB.
Details options for resetting instrument settings to default values.
Provides procedure for performing a hard instrument reset.
Explains standard and optional software features available for activation.
Describes Distance Amplitude Correction (DAC) and Time-Varied Gain (TVG) features.
Covers the onboard DGS/AVG option for defect sizing and setup.
Details the software option for weld rating according to AWS codes.
Describes the optional interface gate feature for immersion applications.
Explains the floating gate option for tracking peak echo amplitude.
Describes the instrument's automatic probe identification feature.
Details simplified adjustments of phased array probe and wedge parameters.
Explains how to define custom probe and wedge combinations.
Explains automatic pulser/receiver setup based on probe identification.
Covers manual pulser settings like PRF, Pulse Width, and Pulse Energy.
Details manual receiver settings including Rectification and Filters.
Describes the four live inspection views available in phased array mode.
Explains the cursor for identifying and adjusting the selected A-scan angle.
Describes the feature to rotate the S-scan image for optimal screen area usage.
Details rulers for A-scan and S-scan displays.
Describes the peak memory feature for A-scan display.
Explains the peak hold feature for A-scan display.
Details the freeze function and its limitations in phased array mode.
Covers additional display overlays for S-scan interpretation.
Refers to Chapter 6 for a complete overview of gate functions in PA mode.
Describes how gates are displayed in the S-scan view.
Describes the two sets of sizing cursors for visual reference and sizing.
Guides on how to activate the image-sizing cursors.
Explains how to position image-sizing cursors on the display.
Details the types of measurements that can be selected using cursors.
Recommends a review and setup procedure before actual calibration.
Describes three types of calibration for accurate PA measurements.
Details calibration steps for zero degree transducers in PA mode.
Provides calibration steps for angle beam transducers in PA mode.
Explains adjusting gates during calibration to ensure accurate data.
Describes how to toggle wedge delay and sensitivity calibration on/off.
Details surface distance correction for curved surfaces in PA mode.
Provides instructions for cleaning the instrument with mild soap and water.
Details the importance of maintaining seals for hardware protection.
Advises leaving the clear-plastic sheet in place for display protection.
Recommends sending the instrument for annual calibration to Olympus service.
Lists common symptoms, possible causes, and solutions for instrument issues.
Provides overall dimensions and environmental ratings like IP66.
Details specifications for phased array, pulser, and receiver channels.
Covers specifications for USB, video, RS-232, analog, and alarm I/O.
Lists supported phased array probes and wedges with their details.
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