1. Manuals
  2. Brands
  3. Polimaster Manuals
  4. Measuring Instruments
  5. PM2010
  6. Operating manual

Polimaster PM2010 Operating Manual

Alarming device for detection of gamma radiation and chemical weapons vapors
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
ALARMING DEVICE
FOR DETECTION OF GAMMA RADIATION
AND CHEMICAL WEAPONS VAPORS PM2010
OPERATING MANUAL

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the PM2010 and is the answer not in the manual?

Questions and answers

Related Manuals for Polimaster PM2010

Summary of Contents for Polimaster PM2010

  • Page 1 ALARMING DEVICE FOR DETECTION OF GAMMA RADIATION AND CHEMICAL WEAPONS VAPORS PM2010 OPERATING MANUAL...

  • Page 2: Table Of Contents

    CONTENTS 1 INTRODUCTION ………………………………………………………………………. 2 DESCRIPTION AND OPERATION OF THE DEVICE ......... 2.1 Application of the device ................... 2.2 Delivery kit......................2.3 Specifications ....................2.4 Design and theory of operation ................. 3 USE OF THE DEVICE ..................3.1 Preparation for use .................... 3.2 Device operation ....................

  • Page 3: Introduction

    1 INTRODUCTION The present Operating Manual is intended to describe the design and operation of the alarming device for detection of gamma radiation and chemical weapons vapors PM2010 (hereinafter referred to as device). The Operating Manual includes general description of the...

  • Page 4: Description And Operation Of The Device

    2 DESCRIPTION AND OPERATION OF THE DEVICE 2.1 Application of the device 2.1.1 The device is designed for  Н - alarming about exceeding a set threshold of the ambient dose equivalent rate (10) of photon radiation (DER) relative to set threshold; - alarming about exceeding vapor concentration in air of toxic substances - organophosphorus substances (sarin, soman, V-gases) and arsenic-containing substances (lewisite) relative to the threshold of toxic substances vapors concentration.

  • Page 5: Delivery Kit

    Table 1 Item Quantity Note Alarming device for detecting of gamma radiation chemical weapons vapors 1 piece PM2010 Operating manual 1 piece Case 1 piece CD with software 1 piece Passport of radioactive source 1 piece included in operating manual, Appendix B...

  • Page 6: Specifications

    2.3 Specifications 2.3.1 Modes of operation - test mode; - calibration mode; - mode of detection of exceeding the set thresholds gamma radiation concentrations of toxic substance vapors; - mode of communication with PC 2.3.2 Range of the DER threshold from 0.001 to 999 mSv/h ...
  • Page 7 2.3.13 Instability of comparison of registered DER value with threshold value for 24 h of continuous operation no more than 2.3.14 Device should not produce visual and audible alarm when substances as follow are present in air: - gasoline at vapor concentration no more than 1.5 mg/l - diesel fuel (used both in summer and...

  • Page 8: Design And Theory Of Operation

    2.4 Design and theory of operation 2.4.1 The device consists of two independent modules: - gamma radiation detection module (GMM); - toxic substance vapor detection module (TSM). The dose equivalent rate is registered in the mode of detection of exceeding the set thresholds of gamma radiation using GMM based on the Geiger-Muller counter.
  • Page 9 PM2010 IrDA Y-LED R-LED G-LED Figure 1 – Block diagram of the device The device operation algorithm provides for a continuous measurement, statistical processing of measurement results, fast adaptation to variations of the radiation intensity (a time of measurement is inversely dependent on the radiation intensity). An infrared interface (IrDA) is used for an exchange of information between MPC and PC.
  • Page 10 1 – plug for fixing the cap of the input connecting pipe of TSM; 2 – input connecting pipe of TSM; 3 – window with the device serial number; 4 – Yellow-LED; 5 –Red-LED; 6 – Green-LED; 7 – input window of the IR interface; 8 – ON/OFF button; 9 – GMM geometric center; 10 – cap of the output connecting pipe;...
  • Page 11 2.4.4 Modes of operation of the device: - test mode; - calibration mode; - mode of detection of exceeding the set thresholds of gamma radiation and concentrations of toxic substance vapors; - mode of communication with PC. In any operation mode the device controls over the battery voltage (see clause 3.2.5). 2.4.4.1 Test mode The device enters this mode every time when it is turned ON or the batteries were replaced.
  • Page 12 2.4.5 Marking and sealing The logo and name of the manufacturer, name of the device, IP code, and the device serial number are inscribed on the device. The "Radiation danger" sign with the source type and its activity is marked on the bottom side of the device housing. A seal that prevents an unauthorized opening of the device is placed in the faceplate of the device in the screw groove.

  • Page 13: Use Of The Device

    3 USE OF THE DEVICE 3.1 Preparation for use 3.1.1 General information 3.1.1.1 When buying the device please check the delivery kit according to clause 2.2.1 and perform the device operation check up according to clause 3.1.4. The device should not be subjected to severe mechanical shocks, any strong chemicals and solvents and open fire sources.

  • Page 14: Device Operation

    3.2 Device operation 3.2.1 Turning on the device turn, testing and calibration 3.2.1.1 To turn the device ON, press the ON/OFF button 8 (Figure 2). The device enters the test mode after it is turned ON or after the batteries are replaced. While the device is in this mode, Red-LED and Yellow-LED are flashing in turn.
  • Page 15 To use the mode of communication with PC is possible only after the application program supplied on CD is installed on PC. An IR adapter and the application program PM2010 (supplied on CD) should be used to operate with the device in the mode of communication with PC.

  • Page 16: Maintenance

    4 MAINTENANCE 4.1 General guidelines 4.1.1 The device maintenance is performed by specially trained personnel which have finished the training and have the experience in maintenance. 4.1.2 The maintenance is to be carried out in due time to provide the device readiness for operation and maximum service life.
  • Page 17 4.4 Cleaning of gas system and ionizing chamber 4.4.1 To clean the input connecting pipe of the TSM: turn the device OFF, put the device in an upright position, filter 14(Figure 2) up, take the filter out; take the rod and a coarse calico strip, 8-10 mm wide, 10-15 mm long (from the SET-O), pass the strip through the rod slot, moisten it with alcohol and squeeze to remove drops;...
  • Page 18 1 – filter body, 2 – filter tissue (included in the SET-O), 3 and 3’ – gauze screen, 4 – carbon filler (included in SET-O), 5 – filtering element (included in SET-O), 6 – washer, 7 – spring, 8 – nut, 9 –...

  • Page 19: Troubleshooting

    5 TROUBLESHOOTING 5.1 Possible problems and their solutions are given in Table 3. Table 3 Problem Possible cause Solution 1 Device is not turned ON Batteries are absent, discharged Replace batteries or insert or inserted improperly them properly 2 Green-LED is flashing Batteries are discharged Replace batteries Device...

  • Page 20: Storage And Shipping

    6 STORAGE AND SHIPPING 6.1 Devices are to be stored in the manufacture’s package at the air temperature from - 20 to 50 C and relative humidity up to 95 % at temperature of +35 C. Storage duration should not exceed the average service life, i.e. 10 years. Devices without package are to be stored at the air temperature from 10 to 35 C and relative humidity of 80 % at temperature of 25 C.

  • Page 21: Utilization

    7 UTILIZATION device contains beta radiation source type IBIRZN-63-IIa, 7016-056-41805307-2002 and belongs to the radioisotope devices of the group 3. The utilization of the used source should be performed according to the requirements of regulations, and safety measures for the radioactive source handling should be observed. 7.2 Precious metal data contented in the device are not quoted as their weight is not higher than the values stated in the Sate Standard GOST 2.608-78.

  • Page 22: Warranty

    8 WARRANTY 8.1 The manufacturer warrants this device to meet specifications provided that the user follows the instructions for the operation of the device, shipping and storage described in the Operation manual. 8.2 Warranty operation period is 18 months since the date the device putting into operation.

  • Page 23: Packing Certificate

    9 PACKING CERTIFICATE Alarming device for detection of gamma radiation and chemical weapons vapors PM2010 №___________________ serial number packed ______________________________________________________________ name of manufacturer According to the requirements of design documentation __________________________ ________________________ ______________________ position signature family name ____________________________________ year, month, date...

  • Page 24: Certificate Of Putting Into Service

    10 CERTIFICATE OF PUTTING INTO SERVICE Alarming device for detection of gamma radiation and chemical weapons vapors PM2010 Serial number ______________ is put into service ______________________ date of putting into service “___” _________________ _________________________ signature and name of the responsible person...

  • Page 25: Acceptance Certificate

    11 ACCEPTANCE CERTIFICATE Alarming device for detection of gamma radiation and chemical weapons vapors PM2010 Serial number ___________________ is manufactured to meet the requirements of State Standards and the Design documentation and accepted for operation. Head of Quality Control Department...

  • Page 26: Warranty Certificate

    12 WARRANTY CERTIFICATE Alarming device for detection of gamma radiation and chemical weapons vapors PM2010 Serial number ___________________ is manufactured “___” ____________ ______. Manufacturer POLIMASTER Ltd. OFFICE Production Department Phone: (375 17) 217 70 80 Phone: (375 17) 268 68 19...

  • Page 27: Claims

    13 CLAIMS...

  • Page 28: Appendix Acopy Of Certificate Toxic Substance Detection Module (Tsm)

    APPENDIX A COPY OF CERTIFICATE TOXIC SUBSTANCE DETECTION MODULE (TSM) serial No _________, batch No ___________ A.1. ACCEPTANCE CERTIFICATE A.1.1 TSM is manufactured to meet the requirements of the design specifications and accepted for operation. A.2 SPECIFICATIONS A.2.1 TSM is designed for detection of vapors of organophosphorus substances (sarin, soman, V-gases) and arsenic-containing substances (lewisite) in air.

  • Page 29: Appendix B Beta Radiation Source, Copy Of Passport

    APPENDIX B BETA RADIATION SOURCE COPY OF PASSPORT B.1 GENERAL INFORMATION B.1.1 Passport No 1168/ ______ of the beta radiation source type IBIRZN-63-IIa based on Nickel-63 radionuclide Serial number No ____________ .04 Manufacturer STATE ENTERPRISE SCIENTIFIC PRODUCTION AMALGAMATION “V.G.KHLOPIN RADIUM INSTITUTE” & STOCK COMPANY “RITVERTS, Saint-Petersburg. Date of manufacturing : ____________________ Classification according to GOST25926: C45344.
  • Page 30 B.3.3 Warranty period is 5 years since the date of manufacturing. B.4 DELIVERY KIT B.4.1 Delivery kit includes: source 1 piece source passport 1 piece B.4.2 The source is packed in a small glass bottle and a hermetically sealed tin box. B.5 PACKING CERTIFICATE B.5.1 Beta radiation source type IBIRZN-63-IIa, serial number __________.04 is packed by STATE ENTERPRISE SCIENTIFIC PRODUCTION AMALGAMATION “V.G.KHLOPIN RADIUM...

Table of Contents