What to do if there are no indications on the LCD of Polimaster PM1603A?
If there are no indications on the LCD, it could be due to battery discharge or incorrect battery insertion. Replace the battery, and ensure it is inserted correctly.
Why does the LCD of my Polimaster PM1603A indicate a 'bAt' message?
The 'bAt' message on the LCD indicates a discharged battery. Replace the battery to resolve this issue.
What to do if Polimaster Measuring Instruments dosimeter doesn't respond and LCD shows incorrect symbols?
If the dosimeter does not respond to button presses and the LCD displays incorrect symbols, this indicates a microprocessor error. Remove the battery and reinsert it after 5 minutes.
General| Type | Personal Radiation Detector |
|---|---|
| Display | LCD |
| Operating Temperature | -20°C to +50°C |
| Battery Life | Up to 2000 hours |
| Ingress Protection | IP54 |
| Detector Type | CsI(Tl) scintillator |
| Accuracy | ±15% at 1 mSv/h |
| Weight | Approx. 300 g (with batteries) |
Details the functions and applications of the dosimeter, including its use in various environments and sectors.
Lists the items included in the dosimeter package for PM1603A and PM1603B models.
Outlines the operating modes, measurement ranges, error specifications, and performance characteristics of the dosimeter.
Lists the primary hardware components of the dosimeter, such as the radiation detector, microprocessor, and memory.
Describes the dosimeter's wrist shock-proof case design and details the indication elements on the LCD display.
Provides basic instructions for checking the delivery kit and protecting the dosimeter from damage and environmental factors.
Outlines essential safety precautions during dosimeter adjustment, repair, and maintenance, especially with radioactive sources.
Details the necessary steps before using the dosimeter, including studying the manual and inserting the battery.
Introduces the various operating modes available for the dosimeter and how to navigate them.
Explains how to switch between different operating modes like DER, DE, clock, and PC communication.
Describes the parameters and information displayed on the LCD in the Dose Equivalent Rate (DER) indication mode.
Details the parameters shown on the LCD in the Dose Equivalent (DE) indication mode and how to reset DE values.
Explains how to enter and use the set mode for configuring thresholds and resetting measurement values.
Describes the procedure for setting DER and DE threshold levels into the dosimeter's memory.
Explains what information, such as the dosimeter's number and production date, is displayed in this mode.
Details how to store and transmit dosimeter data to a PC using the IR communication channel and software.
Explains how to set and use the alarm clock, timer, stop-watch, and clock-calendar functions of the dosimeter.
Describes how the dosimeter indicates partial or critical battery discharge and the resulting operational changes.
Outlines the maintenance activities, including preventive services, battery replacement, and performance checks.
Provides step-by-step instructions for safely replacing the dosimeter's battery.
Lists common dosimeter problems, their potential causes, and recommended solutions for resolution.
Details the recommended conditions for shipping dosimeters, including transport types and temperature ranges.
Specifies the recommended storage conditions for the dosimeter, including temperature, humidity, and environment.
States the manufacturer's guarantee and the conditions under which the dosimeter meets Technical Conditions.
Defines the warranty period for the dosimeter and lists items and conditions not covered by the warranty.
Introduces the verification technique and its applicability to PM1603 series dosimeters.
Lists the specific operations and auxiliary measuring instruments required for performing dosimeter verification.
Specifies the qualifications and certifications required for personnel conducting verification tests.
Outlines the critical safety precautions that must be observed by officers carrying out verification tests.
Lists the necessary environmental conditions, such as temperature and humidity, for conducting accurate verification tests.
Describes the preparatory steps that verification officers must take before commencing the testing procedure.
Details the overall verification procedure, including external examination and operational checks.
Explains the process for determining metrological data, focusing on the calculation of DER measurement errors.
Provides detailed steps and formulas for calculating the intrinsic relative error of DER measurements.
Outlines the procedure and formulas for determining the intrinsic relative error of DE measurements.
Describes how the results of the verification process should be documented and presented, including certificates.
Illustrates the diagram showing dosimeter rotation in the horizontal plane for angular response measurement.
Illustrates the diagram showing dosimeter rotation in the vertical plane for angular response measurement.
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