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General| Brand | Time |
|---|---|
| Model | TV-300 |
| Category | Measuring Instruments |
| Language | English |
Explains how the piezoelectric acceleration transducer converts vibration signals into electric signals for analysis.
Details the types of machines and vibrations the meter can test, including its use in failure diagnosis.
Lists measurement ranges for acceleration, velocity, displacement, frequency, accuracy, and environmental limits.
Details the standard items included with the TV300 and lists available optional accessories.
Provides information on the display screen, battery specifications, dimensions, and weight of the device.
Highlights key functionalities such as display modes, testing capabilities, memory storage, and battery operation.
Defines vibration as a rapid linear motion of an object about an equilibrium position.
Defines vibration displacement as the magnitude of a vector from initial to subsequent position.
Defines vibration velocity as the rate of speed of vibration.
Defines vibration acceleration as the rate of change of vibration velocity over time.
Defines vibration frequency as the number of complete vibration cycles per unit time.
Explains that one point number corresponds to a testing point for historical results.
Describes a test covering multiple points in a fixed routine.
Defines a warning limit as a reminder when vibration exceeds the safe state.
Defines an alarming limit as a reminder when vibration exceeds the destructive status.
Refers to different measurement values related to vibration amplitude.
Describes a chart indicating magnitude distribution across frequencies in a vibration.
Identifies and illustrates the main parts of the TV300 system, including the transducer and accessories.
Illustrates the external features, ports, and nameplate of the TV300 meter.
Lists and labels the internal components of the TV300 main unit.
Explains the fundamental guidelines for transducer placement to accurately capture vibration.
Details the process of mounting the transducer using a bolt for optimal frequency response.
Describes how to mount the transducer using a magnetic base on flat surfaces.
Explains the method for attaching the transducer with a probe for specific applications.
Explains the primary display mode and its elements like battery status and measurement values.
Outlines the basic steps for powering on the device and performing a vibration test.
Details the navigation and functions available within the meter's menu system.
Describes the various operational functions of the TV300, including display, analyze, view, and system.
Explains how to change the display modes (common, special, spectrum) for data viewing.
Guides on using the analyze function for fault diagnosis, including spectral chart interpretation.
Describes how to review, print, and delete stored measurement results.
Covers system settings like measurement parameters, point increment, and display modes.
Details setting measurement parameters, transmission bands, and alarm limits.
Explains how the point number automatically increments after tests or can be manually changed.
Describes the available display modes: Common, Special, and Spectrum.
Covers personal settings such as language selection and LCD contrast adjustment.
Explains the time setting for measurement records and automatic recording.
Provides details on the meter's model and software identifier.
Classifies machine vibration levels based on the ISO2372 standard.
Specifies maximum vibration limits for motors over 1 HP per NEMA standard.
Details vibration limits for high-power induction motors per NEMA standard.
Lists vibration displacement limits for squirrel-cage induction motors per API standard.
Defines motor quality based on vibration velocity per ISO/IS2373 standard.
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