What to do if I have high H gas alarm on my Bruker Laboratory Equipment?
If you encounter a high H gas alarm, it could be due to: * An internal hydrogen gas leak. In this case, immediately shut off the hydrogen supply and contact Bruker service. * A hydrogen gas sensor failure, or a control electronics failure. In both of these cases, contact Bruker service.
Why does my Bruker Laboratory Equipment system check not pass?
A system check failure on your Bruker Laboratory Equipment may occur if: * The hydrogen inlet pressure is out of the correct range, so you should adjust the inlet pressure. * The coolant level in the reservoir is too low, so you should fill the coolant.
What to do if my Bruker Laboratory Equipment main display does not come on?
If the main display of your Bruker Laboratory Equipment doesn't turn on: * Ensure the rear power switch is switched on. * Check the mains fuses and replace them with the same type if they are blown.
What causes repeated conversion chamber blockages in Bruker Laboratory Equipment?
Repeated conversion chamber blockages in your Bruker Laboratory Equipment may be due to: * Using hydrogen gas that isn't pure enough. Use high purity H gas: 99.999% or better. * Not performing a purge before cool-down. Execute a warm-up, then a purge.
What to do if my Bruker Laboratory Equipment cannot reach the target conversion temperature?
If your Bruker Laboratory Equipment struggles to reach the target conversion temperature, it might be caused by poor vacuum in cryostat. Try to execute a warm-up, then a purge. If the problem persists, contact Bruker service.
What to do if the Bruker Laboratory Equipment cryocooler does not start?
If the cryocooler on your Bruker Laboratory Equipment fails to start, check or replace the cryocooler fuse.
What to do if the Bruker Laboratory Equipment coolant temperature is too high?
If the coolant temperature is too high, it may be caused by cryocooler overheating. Contact Bruker service.
What to do if my Bruker Laboratory Equipment has no coolant flow detected?
If no coolant flow is detected, contact Bruker service.
What to do if my Bruker Laboratory Equipment batch delivery container evacuation fails?
If the batch delivery container evacuation fails, check and remake all connections to the container, as there may be a leak.
What to do if my Bruker Laboratory Equipment times out while filling container?
If your Bruker Laboratory Equipment times out while filling the container, it may be because the conversion chamber is blocked. In this case, execute a warm-up, then a purge.
General| Category | Laboratory Equipment |
|---|---|
| Type | High Pressure Homogenizer |
| Magnetic Field Strength | Not Applicable |
| Proton Frequency | Not Applicable |
| Flow Rate | Data unavailable |
| Temperature Range | Data unavailable |
Details the manual's purpose, intended users, and essential reading requirements for safe operation.
Outlines Bruker's commitment to product improvement, specifications, and customer feedback.
Explains safety symbols (DANGER, WARNING, CAUTION, NOTICE) and their significance.
Lists and briefly describes the primary components of the BPHG 90 instrument housed in a single cabinet.
Explains the conversion of ortho- to parahydrogen at low temperatures using a catalyst.
Stipulates that installation and commissioning must be performed by authorized Bruker personnel.
Specifies conditions under which the manufacturer accepts no liability for damages, including improper use.
States the manual is protected by copyright and intended solely for internal use.
Notes that warranty terms are included in the manufacturer's Terms and Conditions.
Provides information on contacting customer service for technical support and product feedback.
Presents the product's Certificate of Compliance and related certification details.
Covers general safety, awareness of high voltages, and verifying power disconnection before work.
Defines the device's specific purpose and warns against any deviations as improper use.
Details the owner's obligations for ensuring safe operation, compliance with regulations, and personnel training.
Specifies qualifications, training, and prohibitions for personnel operating the device.
Mandates the use of personal protective equipment as defined by the laboratory head.
Highlights the supervisor's responsibility for maintaining the correct placement of warning labels.
Covers risks from electrical power, mechanical hazards, magnetic fields, and general workplace dangers.
Explains electrical voltage and danger spot warning signs found in the work area.
Warns that using non-approved spare parts invalidates the manufacturer's guarantee.
Provides physical specifications including weight, length, width, and height of the generator.
Details electrical specifications (voltage, power, frequency) and gas inlet/outlet parameters.
Specifies environmental parameters such as temperature range, humidity, and operating altitude.
Explains the information presented on the device's rating plate, including manufacturer and electrical ratings.
Lists standard accessories and optional hydrogen supply/storage kits included with the generator.
Covers packaging standards, materials used, and protection against damage during transport.
Explains common handling and orientation symbols found on the packaging material.
Provides instructions for checking the delivery for completeness and transport damage.
Outlines recommended conditions for storing packages to maintain product integrity.
Covers location, hydrogen supply requirements, and general preparations before installation.
Details steps for connecting hydrogen supply, exhaust, Ethernet, USB, and mains power.
Covers initial power-up, system checks, status LEDs, and entering standby mode.
Explains access to adjustable parameters and operating information for system configuration.
Explains the procedure to remove air and contaminants before initial cooling.
Initiates the cool-down procedure, checks cryostat vacuum, and starts the cryocooler.
Details continuous flow and batch delivery modes for parahydrogen output.
Provides recommended procedures for safe shutdown, including a warm-up phase.
Lists common problems, their potential causes, and recommended remedies for the BPHG 90.
Overview of yearly maintenance by Bruker Service, including sensor checks, pump, coolant, and cryocooler.
Covers user tasks like cleaning, coolant circuit maintenance, and fuse replacement.
Lists part numbers and descriptions for commonly used spare parts.
Outlines the steps for safely shutting down and dismantling the BPHG 90.
Provides guidelines for the proper recycling and disposal of dismantled components.
Provides the address, phone, fax, and email for Bruker BioSpin customer support.
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