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Lists key features and specifications of the SRG-4600 unit, including parameters, filters, and connectivity.
Details the location and operation of the power switch for the SRG-4600 unit.
Provides information on the battery status indicator and typical charging time for the unit.
Describes the home screen display upon powering up, showing set parameters and measurement units.
Explains how to access the main menu and navigate through its options using the keypad.
Details how to access and change test settings like sampling length, range, filter, and standard.
Explains how to select parameters for printing measurement results and printer pairing.
Describes how to access and adjust settings for calibrating the instrument using a reference standard.
Covers saving, loading, and deleting stored measurement data.
Allows selection between English and Chinese languages for the interface.
Includes options for keypad sound, power save, auto-off, clock, screen brightness, and noise reduction.
Provides information on the serial number and software version of the instrument.
Explains how to position and level the stylus on the workpiece or standard using the leveling indicator.
Guides on verifying unit accuracy by performing a quick calibration with the supplied reference standard.
Details the process of placing the unit on the workpiece and initiating a measurement.
Describes the procedure to save measurement data to memory using the MEM and arrow buttons.
Outlines essential maintenance for the stylus, main unit, battery, and calibration standard.
Explains the measurement principle of skid type surface roughness testers and their components.
Details the purpose and types of filters (Mechanical, Digital) used in roughness measurements.
Explains the significance of the cutoff value in determining the longest wavelength included in roughness.
Lists standard cutoff lengths in millimeters and inches for roughness measurements.
Illustrates how different cutoff settings impact roughness and waviness values.
Shows a standard surface texture symbol and its components, referencing ASME Y14.36M-1996.
Defines Ra as the arithmetic average of roughness profile ordinates and its common usage.
Compares different surfaces with the same Ra value, highlighting performance differences.
Provides the formula for calculating the Rz parameter according to DIN and ASME standards.
Offers best practices for mechanical measurements, including stylus alignment and correctness.
Summarizes key recommendations for surface texture analysis, standards, and calibration.
Emphasizes specifying correct parameters like Ra over generic 'roughness' requirements.
Differentiates between skidded and skidless gages and their suitability for different measurements.
Warns against using default cutoff values and stresses the need for specified cutoffs per standards.
Highlights the impact of filter choice on measurement results.
Explains how a worn, chipped, or improperly sized stylus leads to inaccurate measurements.
Stresses measuring perpendicular to the lay direction for accurate roughness capture.
Advises on whether to include or exclude surface flaws based on measurement objectives.
Discusses the critical need for proper mechanical and electronic leveling for skidless gages.
Addresses how ambient vibration affects accuracy and methods to mitigate it.
Explains calibration differences and potential errors in simple vs. computer-driven gages.
Describes the support stand for stability with certain roughness gauges.
Details the standard stylus for flat and slightly curved surfaces.
Introduces a stylus designed for deep grooves with specific width and depth limitations.
Provides extensions for increased reach in deeper measurement applications.
Presents a table correlating Rz, Ra values with appropriate cutoff and sampling/evaluation lengths.
Shows screen shots of the software used for data output and analysis.
Lists the primary contact information for Phase II Machine & Tool, Inc. in the USA.
Provides contact details for Phase II Measuring Instruments (Beijing) Ltd. in China.
Lists contact information for Phase II de Mexico.
Includes contact details for Phase II Herramientas Universales EDCM. CA. in Venezuela.
Lists key features and specifications of the SRG-4600 unit, including parameters, filters, and connectivity.
Details the location and operation of the power switch for the SRG-4600 unit.
Provides information on the battery status indicator and typical charging time for the unit.
Describes the home screen display upon powering up, showing set parameters and measurement units.
Explains how to access the main menu and navigate through its options using the keypad.
Details how to access and change test settings like sampling length, range, filter, and standard.
Explains how to select parameters for printing measurement results and printer pairing.
Describes how to access and adjust settings for calibrating the instrument using a reference standard.
Covers saving, loading, and deleting stored measurement data.
Allows selection between English and Chinese languages for the interface.
Includes options for keypad sound, power save, auto-off, clock, screen brightness, and noise reduction.
Provides information on the serial number and software version of the instrument.
Explains how to position and level the stylus on the workpiece or standard using the leveling indicator.
Guides on verifying unit accuracy by performing a quick calibration with the supplied reference standard.
Details the process of placing the unit on the workpiece and initiating a measurement.
Describes the procedure to save measurement data to memory using the MEM and arrow buttons.
Outlines essential maintenance for the stylus, main unit, battery, and calibration standard.
Explains the measurement principle of skid type surface roughness testers and their components.
Details the purpose and types of filters (Mechanical, Digital) used in roughness measurements.
Explains the significance of the cutoff value in determining the longest wavelength included in roughness.
Lists standard cutoff lengths in millimeters and inches for roughness measurements.
Illustrates how different cutoff settings impact roughness and waviness values.
Shows a standard surface texture symbol and its components, referencing ASME Y14.36M-1996.
Defines Ra as the arithmetic average of roughness profile ordinates and its common usage.
Compares different surfaces with the same Ra value, highlighting performance differences.
Provides the formula for calculating the Rz parameter according to DIN and ASME standards.
Offers best practices for mechanical measurements, including stylus alignment and correctness.
Summarizes key recommendations for surface texture analysis, standards, and calibration.
Emphasizes specifying correct parameters like Ra over generic 'roughness' requirements.
Differentiates between skidded and skidless gages and their suitability for different measurements.
Warns against using default cutoff values and stresses the need for specified cutoffs per standards.
Highlights the impact of filter choice on measurement results.
Explains how a worn, chipped, or improperly sized stylus leads to inaccurate measurements.
Stresses measuring perpendicular to the lay direction for accurate roughness capture.
Advises on whether to include or exclude surface flaws based on measurement objectives.
Discusses the critical need for proper mechanical and electronic leveling for skidless gages.
Addresses how ambient vibration affects accuracy and methods to mitigate it.
Explains calibration differences and potential errors in simple vs. computer-driven gages.
Describes the support stand for stability with certain roughness gauges.
Details the standard stylus for flat and slightly curved surfaces.
Introduces a stylus designed for deep grooves with specific width and depth limitations.
Provides extensions for increased reach in deeper measurement applications.
Presents a table correlating Rz, Ra values with appropriate cutoff and sampling/evaluation lengths.
Shows screen shots of the software used for data output and analysis.
Lists the primary contact information for Phase II Machine & Tool, Inc. in the USA.
Provides contact details for Phase II Measuring Instruments (Beijing) Ltd. in China.
Lists contact information for Phase II de Mexico.
Includes contact details for Phase II Herramientas Universales EDCM. CA. in Venezuela.
General| Brand | Phase 2 |
|---|---|
| Model | SRG-4600 |
| Category | Test Equipment |
| Language | English |
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