Sigma projetor manual Shipment of Radioactive Material

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SAMPLE TRANSPORTATION INSTRUCTIONS

Shipment of Radioactive Material

1Prior to shipment of a Type B package within the USA, assure that you are a registered user of the radioactive material package you wish to ship. Also, assure that you have appropriate quality assurance procedures for Type B packages. [10CFR71.12, 10CFR34.31(b)]

2Pre-shipment training requirements:

Prior to shipping hazardous materials, personnel must be trained in accordance with 49CFR172, Subpart H and be retrained every three years. Training shall include:

General awareness/familiarization training.

Function specific training.

Safety training, providing:

Emergency response information.

Measures to protect employees from potential hazards associated with hazardous material to which employees may be exposed in the workplace, both radioactive and chemical hazards.

Employer safety measures implemented to protect employees.

Methods and procedures for accident avoidance, i.e. proper procedures for handling hazardous material packages.

OSHA or EPA training, MSDS information.

Security awareness training [49CFR172.800, 10CFR30]

An appropriate test must be administered and the following documentation must be kept:

Employee name.

Date of most recent training.

Description, copy or location of the training methods.

Name of person performing training.

Certification that person has been trained and tested.

Documentation should be kept in one file, i.e. all radiation safety related training used as part of the Hazmat training should be included.

3Prior to shipment maintain copies on file of the most current Type B and Special Form certifications (or Type A approval as applicable) and assure the package and its contents meet the following requirements:

The contents are authorized for use in the package.

The package is in good physical condition for transport.

All locks and outlet port fittings are properly installed and seal wired where required.

All conditions of the Type B(U)-96 Certificate of Compliance (or Type A approval as appropriate) are met [10CFR71.87]. Maintain copies of the current Type B, Type A and special form certifications on file.

4Assure that the source is secured in the proper shielded position in the shipping package as described in Section 2 of this operations manual. Perform a pre-shipment inspection as described in Section 5 under the “Transport Package” requirements and verify the package is assembled as described in the Type B(U) certification (or Type A approval as applicable).

5As applicable, attach a security seal with an identification mark to the package closure that serves as a tamper indicator. [49CFR173.412(a)]

5.3

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Contents Operating and Maintenance Manual MAN-027-MayTime Page Front View Exposure Device Description Model 880 Sigma authorized contents Standard Source AssemblyModel 880 Delta authorized contents ApplicationsSource output Model 880 Elite authorized contentsModel 880 Omega authorized contents Selected attenuation dataSource Guide Tube with source stop Control Specifications Complete Remote Control AssembliesSource Guide Tube Extension Weight of Depleted Uranium Shield Exposure Device Specifications Manufacturer LengthWeight of Exposure Device Type BU Certification Primary Application WidthSource Assembly Maintenance RequirementsDevice Operating Temperature Range ConstructionWarranty and Limitation of Liability Distance Job site safety precautions InstrumentsRestricted Area ShieldingExposure Device Survey Source Guide Tube projection sheath LayoutSimultaneously pull and rotate Remote Control Conduit Layout Unlock the plunger lock with the key Important Warning Checks Before Exposure of the Source 1Unlocking Projecting Confirmatory Survey RetractingLocking the Exposure Device Surveying Dismantling equipment Remote control unitSource guide tubes StorageOperational Features Source Assembly IntroductionSource assembly and remote control cable connectors Exposure DeviceDaily Inspection Instructions Transit Mode Exposure ModeDaily Inspection of the System Daily Inspection of the Exposure DeviceDaily Inspection of the Remote Controls Daily Inspection of the Source Guide TubesRemote Control Inspection Important WarningControl Conduit Inspection Control Cable InspectionImportant Reminder Maintenance Instructions Routine Quarterly Maintenance Requirements Remote Controls Radiographic Exposure DeviceMisconnect Test Routine Quarterly Maintenance Records Annual Maintenance RequirementsLeak Testing Leak Test of the Radioactive Sealed Source Leak Test for Depleted Uranium DUAnnual Maintenance for the Model 880 Series Exposure Devices Model 880 Series Annual Maintenance Requirements Maintenance Instructions Maintenance Instructions Maintenance Instructions Annual Maintenance for the Remote Controls Remote Control Maintenance RequirementsMaintenance Instructions Maintenance Instructions Re-assembly of the Remote Control Unit Quarterly and Annual Maintenance for Source Guide Tubes Source Guide Tube MaintenanceMaintenance Instructions Annual Maintenance Records Considerations of Safety Class a ItemsRear Plate Assembly Rear Plate Assembly Front Plate Assembly Front Plate Assembly Control Assemblies Source Guide Tubes Control Assemblies 222 Transport Package Sample Transportation InstructionsReceipt 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 Apparatus for industrial gamma radiography Area alarmAlarm ratemeter Automatic securing mechanismLocked position Remote controlExposure head Maximum ratingSource changers Source holderWorking position Emergencies TrainingEU Regulations Access to Restricted AreasUnited States Regulations Personnel MonitoringDisposal Abc