Handheld Inner Diameter Measuring Gauge, Manual, RF096-100/250-87-HH
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HANDHELD INNER DIAMETER MEASURING GAUGE RF096-100/250-87-HH Series User's manual www.riftek.com info@riftek.com

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series Safety precautions and measurement conditions · Before installing the gauge, the pipe end must be cleaned of dirt. · When installing the gauge on the pipe, do not allow strong shocks. · It is necessary to periodically inspect the windows of the laser sensors and the base supports of the gauge and clean them of dirt. The gauge has been developed for use in industry and meet the requirements of the following Directives: · EU directive 2014/30/EU. Electromagnetic compatibility (EMC). · EU directive 2011/65/EU, “RoHS“ category...

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series Basic technical data Parameter Diameter measurement range, mm Diameter measurement error, mm Discreteness of indication, mm Space resolution, points/turnover Measurement depth from the pipe end, mm Measurement time, not greater, s Measured parameters Dimensions Power supply, V Number of measurements that can be taken before recharging the battery, not less Operating ambient temperature, °С Enclosure rating Laser sensor output power, mW Laser safety class Weight, kg Value 100...250 ±0.05 0.01 700 87 2 diameter (min., max.,...

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series Device structure Basic components Figure 2 shows the main components of the gauge: Designations: (1) Laser scanning module (2) Base (3) Removable support (4) Data cable (5) Charger (6) Calibration ring

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series Laser scanning module Figure 3 shows the main components of the laser scanning module: Designations: (1) Power button (2) Measurement button (3) Charger connector (4) Display (5) Mounting support (6) Rotating laser head Overall dimensions of the laser scanning module are shown in Figure 4:

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series Calibration ring The calibration ring is designed to calibrate the device, check its performance. Overall dimensions of the calibration ring are shown in Figure 5: Operating principle The operation of the gauge is based on the principle of laser scanning of the inner surface of the pipe by a rotating laser head. To achieve the required accuracy, the range of controlled diameters is divided into two sub-ranges controlled by independent laser triangulation sensors installed in a rotating head. The gauge also contains...

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series Turning on and the main program window Charge the batteries of the gauge. The charging procedure is described in Annex 1. Turn on the gauge by pressing the power button (1), see Figure 3. The main program window will appear on the screen. In this window, you will see the main menu and the battery charge indicator. 8 Button Device Settings Calibration Profiles Measurement Assignment Basic parameters of the gauge (p. 11). Calibration and measurement settings (p. 12). Starting the calibration / verification (p. 13). Database...

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series Date/time settings To set the date and time, tap the Date/Time button. Then use the buttons to set the date and time, and tap the Save button. Program language selection It is possible for the user to change the program language, form his own language support files as well as change/edit the terminology used. To select the language, tap the Language button. Then select the required language support file and tap the Select button. To transfer data between PDA and PC, it is necessary to synchronize them. There are two ways of...

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series For the changes to take effect, the device will prompt you to restart. If you do not need to sync the PDA with the PC at the moment, you can restart the PDA later. Database settings You can save the measurement results to the PDA database when it is necessary. The program makes it possible to create and store several database files related to the date of measurement. To select the database file, tap the Database button. To create a new database, tap the Add button. The window for entering a name of the new database will...

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series After typing the name, tap the Enter button - To select the database from a list, tap on the line and then tap Select. The selected file will be marked with a "dot" symbol. To delete the database file, tap on the line and then tap Delete. If you delete the current database, the error message will appear. Calibration and measurement settings To configure calibration and measurement settings, tap the Settings button in the main program window. To make changes, you need to select the required parameter and enter the new value...

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series To save the changes, tap the Save button. Description of parameters is given in the table below: Parameter Calibration diameter Calibration tolerance Nominal diameter Measurement tolerance Description Calibration ring diameter. Tolerance for calibration and testing. Measured diameter. Measurement tolerance. Before making measurements, the gauge must be calibrated. The calibration procedure: · Install the gauge on the calibration ring using supports and make sure that it is installed correctly, and there are no gaps between...

Handheld Inner Diameter Measuring Gauge. RF096-100/250-87-HH Series The Measured T column shows the difference between the actual value of the ring diameter and the measurement result. The calibration-verification is considered successful if this difference does not exceed the value of the set tolerance (Calibration tolerance parameter), which by default is 0.01 mm. In case of a negative result, the window shown below appears. The calibration is considered unsuccessful and must be repeated with the specified or new tolerance. The calibration procedure must be performed for two sensors...