Sigma projetor manual Receipt of Radioactive Material

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SAMPLE TRANSPORTATION INSTRUCTIONS

Receipt of Radioactive Material

NOTE

1A radioactive material package must be accepted from the carrier at the time it is delivered. [10CFR20.1906(a)(1)]

2If a radioactive material package is to be held at the carrier's terminal for pickup, arrangements must be made to receive notification from the carrier of the arrival of the package at the time of arrival. The package must be picked up expeditiously upon receipt of notification (within three hours if practicable). [10CFR20.1906(c), Reg. Guide 7.3-5]

3Monitoring as described below must be performed as soon as practicable but at least within three hours if received during normal working hours or within three hours of the next work day if received after normal working hours. [10CFR20.1906]

3.a Upon receipt of a package of radioactive material, the package shall be placed in a restricted area. Assure appropriate personnel are notified.

3.b Survey the entire exterior surface of the package at the time of receipt and assure that the maximum radiation level does not exceed 2 mSv/hr (200 mRem/hr). Survey all sides of the device at 1m from the exterior surfaces of the packages and assure that the maximum radiation level does not exceed

0.1mSv/hr (10 mRem/hr). If either of these limits are exceeded, notify the Radiation Safety Officer immediately. Record the maximum radiation levels measured at the package surface and at 1m from the package surface on the Receiving Report. [10CFR20.1906(d), 10CFR71.47]

Note: If any of these limits are exceeded, the Radiation Safety Officer must immediately notify the USNRC (or applicable governing agency) and the final delivering carrier.

4Inspect the package for any evidence of physical damage. Record the results of this inspection on the Receiving Report. Also record on the Receiving Report the date, source model number, source serial number, radionuclide, activity, the individuals name making the record, transport package model number, mass or activity of the depleted uranium and the package serial number. [10CFR34.63]

5Assure that the package is locked or place the package into an outer locked container and secure the package in accordance with your license requirements. [10CFR34.35, 10CFR34.23]

6Keep a copy of the Operating Manual for the package on file to assure you have the proper opening and handling instructions. Assure that the instructions are followed and any noted special precautions are performed. [10CFR20.1906(e)]

Note: For licensees transporting special form sources in licensee owned or operated vehicles to and from a work site are exempt from the contamination monitoring requirements. The radiation survey required upon receipt must still be performed. [10CFR20.1906(f)]

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Contents MAN-027-May Operating and Maintenance ManualTime Page Front View Exposure Device Description Model 880 Delta authorized contents Standard Source AssemblyModel 880 Sigma authorized contents ApplicationsModel 880 Omega authorized contents Model 880 Elite authorized contentsSource output Selected attenuation dataControl Specifications Complete Remote Control Assemblies Source Guide Tube with source stopSource Guide Tube Extension Weight of Exposure Device Type BU Certification Exposure Device Specifications Manufacturer LengthWeight of Depleted Uranium Shield Primary Application WidthDevice Operating Temperature Range Maintenance RequirementsSource Assembly ConstructionWarranty and Limitation of Liability Restricted Area Job site safety precautions InstrumentsDistance ShieldingSource Guide Tube projection sheath Layout Exposure Device SurveySimultaneously pull and rotate Remote Control Conduit Layout Unlock the plunger lock with the key Important Warning Checks Before Exposure of the Source 1Unlocking Projecting Retracting Confirmatory SurveyLocking the Exposure Device Source guide tubes Dismantling equipment Remote control unitSurveying StorageIntroduction Operational Features Source AssemblyExposure Device Source assembly and remote control cable connectorsDaily Inspection Instructions Exposure Mode Transit ModeDaily Inspection of the Exposure Device Daily Inspection of the SystemDaily Inspection of the Source Guide Tubes Daily Inspection of the Remote ControlsImportant Warning Remote Control InspectionControl Cable Inspection Control Conduit InspectionImportant Reminder Maintenance Instructions Radiographic Exposure Device Routine Quarterly Maintenance Requirements Remote ControlsMisconnect Test Annual Maintenance Requirements Routine Quarterly Maintenance RecordsLeak Test for Depleted Uranium DU Leak Testing Leak Test of the Radioactive Sealed SourceAnnual Maintenance for the Model 880 Series Exposure Devices Model 880 Series Annual Maintenance Requirements Maintenance Instructions Maintenance Instructions Maintenance Instructions Remote Control Maintenance Requirements Annual Maintenance for the Remote ControlsMaintenance Instructions Maintenance Instructions Re-assembly of the Remote Control Unit Source Guide Tube Maintenance Quarterly and Annual Maintenance for Source Guide TubesMaintenance Instructions Considerations of Safety Class a Items Annual Maintenance RecordsRear Plate Assembly Rear Plate Assembly Front Plate Assembly Front Plate Assembly Control Assemblies Source Guide Tubes Control Assemblies 222 Sample Transportation Instructions Transport PackageReceipt of Radioactive Material Shipment of Radioactive Material Maximum Radiation Sample Transportation Instructions Sample Transportation Instructions Shipment of Empty Uranium Shielded Containers Sample Transportation Instructions Carriage of Radioactive Material Sample Transportation Instructions Radioactive material transport checklist Alarm ratemeter Area alarmApparatus for industrial gamma radiography Automatic securing mechanismExposure head Remote controlLocked position Maximum ratingSource holder Source changersWorking position Training EmergenciesUnited States Regulations Access to Restricted AreasEU Regulations Personnel MonitoringDisposal Abc