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Model | Elcometer 456 |
---|---|
Category | Coating Thickness Gauge |
Power Supply | 2 x AA batteries |
Interface | USB, Bluetooth |
Data Output | USB, Bluetooth |
Measurement Principle | Magnetic Induction or Eddy Current (depending on probe) |
Substrate | Ferrous or Non-Ferrous (depending on probe) |
Units | µm, mils |
Operating Temperature | -10°C to 60°C (14°F to 140°F) |
Standards | ISO 2178, ISO 2360, ASTM B499, ASTM D7091 |
Display | LCD |
Lists the key features and capabilities of the Elcometer 4562 gauge.
Details the National and International Standards the Elcometer 4562 gauge complies with.
Lists all items included in the Elcometer 4562 gauge packaging.
Explains formatting, symbols, and navigation conventions used in the manual.
Provides a brief step-by-step guide for initial setup and operation of the gauge.
Instructions for inserting and replacing batteries in the Elcometer 4562 gauge.
Explains battery level indicators and the required actions based on the symbol.
Guides on how to attach and detach separate probes to the Elcometer 4562 gauge.
Identifies and explains the function of the gauge's keys and LED indicator.
Describes the procedure for powering the Elcometer 4562 gauge on.
Details how to turn off the Elcometer 4562 gauge using the power key.
Describes the display elements and information shown by the Elcometer 4562 gauge.
Explains how to choose the operating language for the Elcometer 4562 gauge.
Details the infrared and RS232 interfaces for data transfer from the gauge.
Lists essential checks and considerations before taking a coating thickness measurement.
Step-by-step instructions on how to perform a coating thickness measurement with the gauge.
Explains the layout and information displayed on the gauge's reading screen.
Overview of the main menu structure and navigation controls for the gauge.
Details the functions available in the simple menu mode of the gauge.
Describes the additional functions accessible in the extended menu mode of the gauge.
Explains different calibration methods like Smooth, 2-Point, Rough, etc., for the gauge.
Describes the use of foils and standards for accurate calibration of the gauge.
Provides detailed steps for performing calibration adjustments on the gauge.
Option to display statistical values in a larger, double-height format.
Activates the display of chosen statistical values directly on the reading screen.
Configures which readings are used in statistical calculations for dual function probes.
Resets all selected statistical values to zero within the gauge.
Allows the user to choose which statistical values are displayed on the gauge.
Details the function and application of ferrous probes for thickness measurement.
Details the function and application of non-ferrous probes for thickness measurement.
Explains the dual function and substrate detection of FNF probes.
Table showing which probes are compatible with different gauge types.
Information on the F1 2 probe scale and its resolution capabilities.
Describes probes for measuring on hot surfaces up to 250°C.
Guidance on measuring paint coatings on specific metal substrates.
Instructions for creating and downloading custom welcome screens onto the gauge.
Steps to remove or disable a personalised welcome screen from the gauge.
Specifies the rate at which the gauge can take measurements per minute.
Details the minimum substrate thicknesses required for accurate measurements.
Lists the operating temperature ranges for various probe types.
Provides physical specifications like dimensions, weight, and case material.
Information on battery types, voltage, and expected battery life.
Guidelines for the environmentally sensitive disposal of the gauge's packaging materials.
Lists consumable items such as batteries, including part numbers.
Information on the wide range of available probes and where to obtain details.
Details the available foil sets used for accurate calibration of the gauge.
Information on obtaining calibration certificates traceable to National Standards.
Details on obtaining test certificates for gauge performance verification.
Lists available coated thickness standards used for calibration purposes.
Describes an accessory designed to aid probe positioning on small components.
Lists various adapters for different probe types and specific applications.
Details the compatible infrared portable printer accessory for data output.
Lists available bench stand accessories for supporting the gauge.
Specifies the cable required for connecting the gauge to a PC.
Technical specifications for integral probes, including minimum dimension requirements.
Technical specifications for separate ferrous probes, including minimum dimension requirements.
Technical specifications for separate non-ferrous probes, including minimum dimension requirements.
Technical specifications for separate dual FNF probes, including minimum dimension requirements.
Technical specifications for PINIP™ probes, including minimum dimension requirements.
Minimum dimension requirements for separate miniature ferrous probes.
Minimum dimension requirements for separate miniature non-ferrous probes.