What to do if there is an error when reading the Pt100 input in Berthold Measuring Instruments?
If there is an error when reading the Pt100 input in your Berthold Measuring Instruments, restart the device. If the event occurs frequently, contact BERTHOLD. The event must be confirmed manually.
What to do if Berthold Security Sensors has an error in the state machine of the detector?
Restart the device. If the event occurs frequently, contact Berthold.
What to do if my Berthold Security Sensors show a hardware error?
Contact Berthold. The hardware is defective and, if necessary, must be checked and replaced.
What to do if the Berthold Security Sensors detector temperature is too high or too low?
If the detector is too hot: Install/check water cooling system. If the detector is too cold: Install/check heating.
What to do if Berthold Security Sensors detected an error in the high-voltage supply of the photomultiplier?
Check detector electronics and photomultiplier. If necessary, contact Berthold.
What to do if Berthold Security Sensors shows a permanent memory error?
Perform a factory reset and/or restart the device. If the event occurs frequently, contact Berthold.
What to do if Berthold Security Sensors has an error in the real-time clock?
Reset the date and time. Restart the device. The event must be confirmed manually.
What does it mean if my Berthold Security Sensors shows no count rate in the measuring channel?
The photomultiplier may be defective. Check the photomultiplier or contact Berthold.
What does it mean if my Berthold Security Sensors shows no count rate in the control channel?
The photomultiplier may be defective. Check the photomultiplier or contact Berthold.
What does it mean if my Berthold Security Sensors shows no count rate in the auxiliary channel?
The photomultiplier may be defective. Check the photomultiplier or contact Berthold.
General| Brand | Berthold |
|---|---|
| Model | LB 4700 |
| Category | Measuring Instruments |
| Language | English |
Lists related documents for the manual.
Declares compliance with EU directives.
Refers to safety manual for approvals and certificates.
Explains symbols for manual, ESD, earth, and equipotential connections.
Explains the manual's purpose, scope, validity, and target audience.
Explains chapter structure and representation conventions.
Explains warning levels (DANGER, WARNING, CAUTION) and their meanings.
Provides instructions for safe operation and storage.
Defines proper and improper use of the detectors.
Defines personnel roles (General Knowledge, Experts, Authorized Persons).
Outlines operator responsibilities for personnel training and monitoring.
Explains how detectors measure radiation intensity.
Specifies conditions for storing the devices.
Details the various components of the detectors.
Provides warnings for installation, including falling loads and explosion hazards.
Instructions for checking the delivery for completeness and damage.
Details on how to install mounting clamps for detectors.
Describes methods for installing detectors on pipelines using clamping devices.
Details on mounting detectors on vessels using mounting clamps.
Explains installation of detectors on conveyor belts using measuring frames.
Step-by-step guide for initial setup and electrical connections.
Important notices regarding the reuse of previously used detectors.
Outlines the different user interfaces for operating the detector.
Details system requirements and connection procedures for PC software.
Explains the structural design and control options of the PC software interface.
Describes the schematic structure of the detector menu within the PC software.
Safety precautions for maintenance and repair, including explosion hazards.
Describes updating device software using the Detector Service Modem.
Guidance on visually inspecting scintillator and photomultiplier for errors.
Steps for replacing the detector, including parameter transfer.
Safety instructions and procedures for replacing the electronics module.
Safety instructions and steps for removing and installing the scintillator.
Instructions for replacing the scintillator/multiplier combination.
Optional system to protect scintillators from high temperatures.
Kit required for operation in extended temperature range (-40°C to +100°C).
Optional lead collimator to protect against background radiation.
Notes on toxic components and proper disposal procedures.
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