What to do if my Tracerco NORM IS shows 'Over range'?
If your Tracerco Monitor shows an 'Over range' error, it means the device is detecting radiation levels beyond its measurement capacity. The solution is to move away from the source of radiation until the reading falls within the monitor's range.
What to do if Tracerco Monitor shows 'No probe detected'?
If your Tracerco Monitor isn't detecting a probe, first, connect a compatible probe. If the problem persists, examine the cable and connector for any signs of damage. If you find damage, return the device to Tracerco for repair.
Why does my Tracerco NORM IS show a calibration error?
A calibration error on your Tracerco Monitor indicates that the instrument is outside of its allowed calibration limits, possibly due to a calibration time error check. To resolve this, you need to re-calibrate the instrument.
What to do if Tracerco NORM IS detects a low count rate?
If your Tracerco Monitor detects a low count rate, it might indicate a failure of the probe detector element or cable. Try moving to an area with higher activity. If the low count rate persists, return the device to Tracerco for diagnosis.
Overview of the Tracerco NORM Monitor-IS and its primary function in NORM detection and quantification.
Details the manual's content, including operational, technical information, and NORM overview.
Explains the natural occurrence of radioactivity from Uranium and Thorium decay products.
Discusses NORM sources, scale formation, and hazards in oil and gas operations.
Guidance on selecting the appropriate probe (Geiger Müller or Scintillator) for NORM measurements.
Details the Geiger Müller probe's sensitivity to alpha/beta and suitability for specific nuclides.
Describes the Scintillation probe's sensitivity to gamma radiation for NORM detection.
Defines alarm criteria for NORM assessment based on counts per second (cps).
Explains NORM assessment using surface activity in Bq/cm² when nuclide type is known.
Covers NORM assessment based on direct radiation dose rate (µSv/h or µR/h).
Mentions specific activity (Bq/g) as a fundamental NORM measure, often done in labs.
Details the importance of background radiation levels for probe sensitivity and measurement accuracy.
Describes the function of each key and indicator LED on the NORM Monitor-IS handset.
Provides steps for connecting, switching on, and operating the instrument.
Instructions on how to properly connect the probes to the handheld monitor.
Steps for safely disconnecting and removing the probes from the monitor.
Procedure for powering on the monitor and its self-test sequence.
Visual guide to the instrument's start-up sequence and probe identification.
Details the cps measurement mode for the Scintillator probe, showing counts per second.
Explains the cps minus background mode for Scintillator probe, accounting for background radiation.
Describes the Dose Rate measurement mode for the Scintillator probe in µSv/h or µR/h.
Details the cps measurement mode for the Geiger Müller probe, showing counts per second.
Explains the cps minus background mode for GM probe, accounting for background radiation.
Describes the Bq/cm² mode for GM probe, requiring nuclide selection for surface activity.
Guide to selecting specific nuclides (e.g., Pb-210, Ra-226) in Bq/cm² mode.
Explains how the integration function averages readings over a period for better accuracy.
Demonstrates using the integration function for a cps measurement.
Describes how alarms behave during and after an integrated measurement.
Instructions on how to take and store background radiation readings for accurate measurements.
Details how to configure alarm levels and types for measurement modes.
Instructions for enabling or disabling the instrument's audible and visual alarms.
Explains how to choose between LEVEL and FACT options for alarm settings.
Summarises the audio-visual indicators used to alert the operator to an alarm condition.
Explains how to configure the integration time for measurements, including Auto and SEL modes.
Describes how to lock the keypad to enable only essential functions for single-mode operation.
Provides a step-by-step guide for performing a NORM measurement using the instrument.
Lists common fault notifications, their causes, and recommended actions.
Illustrates the instrument's display ranges for various measurement units (uR/h, uSv/h, cps, cpm, Bq/cm²).
Covers essential maintenance, cleaning, handling, and calibration procedures for the instrument.
Provides instructions for cleaning the handset and probes safely and effectively.
Details safe handling practices, transport recommendations, and advice against opening the unit.
Explains probe calibration, factory settings, and recommendations for regular inspection and recalibration.
Recommends annual inspection for Hazardous Area approved instruments by trained technicians.
Specifies that repairs must be carried out by trained personnel using Tracerco parts.
Details safety information, ATEX markings, and limitations for use in hazardous environments.
Provides contact details for Tracerco's Global Service Centres for support and inquiries.
Presents detailed technical specifications for the NORM Monitor-IS and its probes.
Lists applicable standards and descriptions for radiological type testing of the instrument.
Details the applicable standards and descriptions for Electromagnetic Compatibility tests.
Specifies battery technology, format, part numbers, and battery life.
Provides mechanical specifications including dimensions and weight for different components.
Details environmental specifications such as operating temperature, humidity, shock, and vibration.
Covers the radiological performance characteristics of the Scintillator and Geiger Müller probes.
Specifies radiation detected, sensor technology, units, dose rate, alarms, and overload response.
Specifies radiation detected, sensor technology, units, alarms, and overload response.
Lists certification numbers and equipment markings for hazardous area approvals.
Illustrates the decay series for Uranium-238, Uranium-235, and Thorium-232.
Diagram showing the menu navigation and options for the Scintillator probe.
Diagram illustrating the menu navigation and options for the Geiger probe.
Flowchart detailing the menu options for configuring and managing alarms.
Records the revision history of the document, including dates and descriptions.
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General