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General| Resolution | Inclination: 0.01°; Azimuth: 0.01°; Magnetic Field: 0.01 µT; Gravity Field: 0.01 m/s² |
|---|---|
| Accuracy | Inclination: ±0.1°; Azimuth: ±1° (typical); Magnetic Field: ±0.5 µT; Gravity Field: ±0.5 m/s² |
| Sampling rate | Up to 100 Hz |
| Operating temperature | -20°C to +85°C |
| Weight | 250 g |
| Measurement Range | Inclination: ±180°; Azimuth: 0-360°; Magnetic Field: ±100 µT; Gravity Field: ±100 m/s² |
| Output | RS-485 |
Guidance on handling device malfunctions to prevent injuries and component damage.
Safety precautions for using batteries and accumulators to prevent explosions and device damage.
Instructions on how to clean the device safely using a moist cloth, avoiding water contact with electronics.
Explains how the SBL10 measures magnetic interference fields using Fluxgate sensors.
Details the intended uses of the SBL10 for locating ferromagnetic objects on surfaces and in boreholes.
Identifies and describes the main components of the SBL10 device and its parts.
Provides a visual overview of the control and display unit's buttons and displays.
Describes the four different operating modes of the SBL10 and their respective applications.
Explains how to set and understand the different measurement ranges available on the device.
Details the acoustic signals used by the SBL10 for indicating measurements and settings.
Explains the power supply system and how to check the battery status of the SBL10.
Guides users on how to perform device compensation to suppress background magnetic fields.
Outlines the procedure for performing a function test to ensure the device is ready for operation.
Provides essential information and checks required before starting a survey.
Details the process for conducting surveys in open areas, including marking swathes and locating objects.
Explains how to conduct surveys underwater, focusing on probe setup and diver guidance.
Describes the procedure for performing measurements in boreholes, including probe handling.
Covers methods for identifying characteristics of detected objects.
Explains how to estimate object sizes based on signal amplitude and distance.
Details how to determine an object's vertical, horizontal, or diagonal position from readings.
Guides on using the half-width method to estimate the depth of detected objects.
Explains how to use the device to determine cardinal points for orientation during surveys.
Provides instructions for establishing a connection between the SBL10 and a PDA via cable or Bluetooth.
Details the process of connecting an external GPS device to the PDA for data acquisition.
Covers the installation and initial setup of the MonSX software on the PDA.
Explains how to configure the GPS connection within the MonSX software for accurate measurements.
Describes how to create, activate, delete, and export projects for organizing survey data.
Details how to configure project-specific settings, including reference coordinates and measurement modes.
Guides on performing field measurements, including area marking, data logging, and track selection.
Explains the process of creating and conducting borehole surveys using the SBL10 and PDA.
Covers the creation and management of borehole fields, including importing data.
Instructions for preparing the SBL10 unit before conducting borehole measurements.
Details the steps for taking measurements within boreholes using the SBL10.
Outlines the procedure for conducting line measurements, including GPS setup and data logging.
Explains the process of georeferencing field and borehole measurements using GPS data.
Guides on how to set reference points for field measurements for accurate georeferencing.
Details the steps for referencing boreholes to ensure accurate spatial positioning.
Describes how to export measurement data from the PDA in various formats.
Explains the export formats for field measurement data, including UXO and DLM files.
Details the export formats available for borehole measurement data.
Covers methods for transferring data from the PDA to a PC.
Instructions for transferring data using a USB cable connection.
Refers to project settings for data transfer via USB flash drive.
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