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Details on special and refresher courses for radiation protection training.
System design adheres to accepted safety rules for maximum on-the-job safety and radiation exposure limits.
Role and responsibilities of the appointed radiological safety officer for radiation protection.
Definition and distinction of radiation protection areas: Exclusion, Controlled, and Monitoring Areas.
Information on safety installations, including source shieldings, which require licensed personnel for operation.
Mandatory adherence to all safety instructions, laws, and regulations. System must be technically sound and used for contractual purposes only.
Basic principles for health and safety in emergencies: Time, distance, and shielding. Specific provisions for radiation hazard situations.
The LB 471 Mini Switch monitors and detects limit levels of liquids and bulk material in containers and pipelines.
The system detects and indicates changes in count rate caused by product presence, defining safe status based on operation mode.
Table detailing Safety Integrity Levels (SIL), Failure Rates (PFDavg, PFH), Safe Failure Fraction (SFF), and Hardware Fault Tolerance (HFT).
Procedure for checking the safety function periodically to uncover undetected dangerous failures and ensure operational capability.
FMEDA-determined failure rates for electronics according to IEC 61508, including FIT values, SFF, and reaction time.
The LB 471 Mini Switch operates via non-contact Gamma absorption measurement, suitable for heavy process conditions and aggressive media.
Caution! Radioactivity! Radiation protection directives must be observed. Transport radioactive substances only by persons with proper licenses.
Procedure for marking the monitoring level, positioning the detector horizontally with the source, and ensuring the radiation window is not covered.
Caution! Radioactivity! Installation and start-up by instructed personnel. Work under supervision of radiological safety officer. Ensure shielding lock is closed.
Special aspects of intrinsically safe installation. In Ex-areas, connect detector to equipotential busbar. Disconnect evaluation unit from power.
Procedure for connecting the detector via a 2-wire cable, observing cable cross-section and temperature limits. Ensure connection room is sealed against water.
Danger! Installation on electrical equipment only in idle state. Secure components against power restoration. Observe VDE and Ex-regulations.
Danger! Electrical installation work only in idle state. Secure components against power restoration. Troubleshooting table for common malfunctions.
Procedure for checking detector function via plateau measurement. Errors indicated by plateau too short or steep. Criteria for replacement.
Conditions for source replacement due to statistical fluctuations or time constant limitations. Information required for re-ordering.
Ensuring the active beam can be shut off anytime. Performance tests repeated at intervals, latest every six months.
Test to ensure the locking mechanism functions correctly, the shutter is closed, and the source is fully shielded.
International and German (August 2001) regulations on maximum permissible radiation exposure limits for operating personnel.
Importance of calculating expected radiation exposure in advance for safety precautions, using isotope and activity information.
Radioactive sources no longer in use must be returned to the national disposal center or manufacturer. Contact BERTHOLD TECHNOLOGIES for questions.
Technical specifications for the evaluation unit, including design (19" rack, cassette, wall housing), auxiliary energy, power consumption, operating temperature, and weight.
Copy of the EC-Type Examination Certificate for the evaluation unit, detailing ATEX classification and conformity.
Copy of the EC-Type Examination Certificate for the NaI Detector, issued by Physikalisch-Technische Bundesanstalt.
Copy of the EC-Type Examination Certificate for the GM Detector, issued by Physikalisch-Technische Bundesanstalt.
Declaration by BERTHOLD TECHNOLOGIES GmbH & Co. KG confirming conformity of the LB 471 device with relevant EU directives.
Details on special and refresher courses for radiation protection training.
System design adheres to accepted safety rules for maximum on-the-job safety and radiation exposure limits.
Role and responsibilities of the appointed radiological safety officer for radiation protection.
Definition and distinction of radiation protection areas: Exclusion, Controlled, and Monitoring Areas.
Information on safety installations, including source shieldings, which require licensed personnel for operation.
Mandatory adherence to all safety instructions, laws, and regulations. System must be technically sound and used for contractual purposes only.
Basic principles for health and safety in emergencies: Time, distance, and shielding. Specific provisions for radiation hazard situations.
The LB 471 Mini Switch monitors and detects limit levels of liquids and bulk material in containers and pipelines.
The system detects and indicates changes in count rate caused by product presence, defining safe status based on operation mode.
Table detailing Safety Integrity Levels (SIL), Failure Rates (PFDavg, PFH), Safe Failure Fraction (SFF), and Hardware Fault Tolerance (HFT).
Procedure for checking the safety function periodically to uncover undetected dangerous failures and ensure operational capability.
FMEDA-determined failure rates for electronics according to IEC 61508, including FIT values, SFF, and reaction time.
The LB 471 Mini Switch operates via non-contact Gamma absorption measurement, suitable for heavy process conditions and aggressive media.
Caution! Radioactivity! Radiation protection directives must be observed. Transport radioactive substances only by persons with proper licenses.
Procedure for marking the monitoring level, positioning the detector horizontally with the source, and ensuring the radiation window is not covered.
Caution! Radioactivity! Installation and start-up by instructed personnel. Work under supervision of radiological safety officer. Ensure shielding lock is closed.
Special aspects of intrinsically safe installation. In Ex-areas, connect detector to equipotential busbar. Disconnect evaluation unit from power.
Procedure for connecting the detector via a 2-wire cable, observing cable cross-section and temperature limits. Ensure connection room is sealed against water.
Danger! Installation on electrical equipment only in idle state. Secure components against power restoration. Observe VDE and Ex-regulations.
Danger! Electrical installation work only in idle state. Secure components against power restoration. Troubleshooting table for common malfunctions.
Procedure for checking detector function via plateau measurement. Errors indicated by plateau too short or steep. Criteria for replacement.
Conditions for source replacement due to statistical fluctuations or time constant limitations. Information required for re-ordering.
Ensuring the active beam can be shut off anytime. Performance tests repeated at intervals, latest every six months.
Test to ensure the locking mechanism functions correctly, the shutter is closed, and the source is fully shielded.
International and German (August 2001) regulations on maximum permissible radiation exposure limits for operating personnel.
Importance of calculating expected radiation exposure in advance for safety precautions, using isotope and activity information.
Radioactive sources no longer in use must be returned to the national disposal center or manufacturer. Contact BERTHOLD TECHNOLOGIES for questions.
Technical specifications for the evaluation unit, including design (19" rack, cassette, wall housing), auxiliary energy, power consumption, operating temperature, and weight.
Copy of the EC-Type Examination Certificate for the evaluation unit, detailing ATEX classification and conformity.
Copy of the EC-Type Examination Certificate for the NaI Detector, issued by Physikalisch-Technische Bundesanstalt.
Copy of the EC-Type Examination Certificate for the GM Detector, issued by Physikalisch-Technische Bundesanstalt.
Declaration by BERTHOLD TECHNOLOGIES GmbH & Co. KG confirming conformity of the LB 471 device with relevant EU directives.
General| Brand | BERTHOLD TECHNOLOGIES |
|---|---|
| Model | LB4710-080 |
| Category | Switch |
| Language | English |
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