Need help?Do you have a question about the Eppendorf 5804 and is the answer not in the manual?
Explains symbols used for warnings and dangers in the manual.
Details dangers and precautions related to personal safety.
Outlines risks and precautions to prevent damage to the device.
Covers risks associated with improper handling of the centrifuge.
Details risks related to the misuse or mishandling of rotors.
Discusses risks related to overloading or damaging test tubes.
Covers hazards from chemicals, products, and environmental factors.
Information on emergency shut-off procedures and related safety.
Lists and explains error codes and their causes for 58XX models.
Lists and explains warning messages and error displays not stored in EEPROM.
Addresses problems with frequency converters, motors, and overload errors.
Details the customer service programs and their functions.
Instructions for specific service programs like serial interface, lid tests, etc.
Procedure for testing rotor detection and analyzing rotor pulses.
Steps to perform a test on the frequency converter.
Guide for service technicians on performing imbalance calibration.
Instructions on accessing error logs and displaying run statistics.
How to view data stored in the EEPROM for factory verification.
Steps to erase the error table and operating hours data.
Table listing rotor specifications and their relations.
Steps for removing, disassembling, and mounting the centrifuge lid.
Procedure for removing and replacing the front cover of the centrifuge.
Guide to removing and replacing the upper housing assembly.
Steps for replacing the Control PCB or EPROM.
Instructions for replacing the lid latch microswitches.
Step-by-step guides for replacing the motor in various models.
Steps for replacing the PCB Frequency converter.
Instructions for replacing the lid latch motor assembly.
Guides for replacing fans in the centrifuge.
Details the components and mounting of the motor cap repair kit.
Information and instructions on retrofitting rotors for compatibility.
Explains cable color changes and allocation for imbalance detection.
How to adjust the magnet carrier for proper imbalance recognition.
Instructions for retrofitting new rear panels on specific centrifuge models.
Detailed steps for safely removing the rotor from the centrifuge.
Steps for adjusting the magnet to the Imbalance PCB for correct function.
How to adjust the microswitches for the lid latch mechanism.
Guide to adjusting the lid latch motor with its associated components.
Lists spare parts related to the centrifuge's drive system.
Lists spare parts for the brake resistors.
Lists spare parts for various fans used in the centrifuge.
Lists general accessories as spare parts.
Lists spare parts for electronic components like PCBs and converters.
Lists spare parts for temperature sensors.
Lists spare parts for the centrifuge lid assembly.
Lists spare parts for the mains input module and switches.
Lists spare parts for the control pad and keypad.
Lists spare parts for the lid latch mechanism.
Lists different types of rotors and their associated order numbers.
Lists recommended spare parts for the initial delivery of 230-V versions.
Lists recommended spare parts for the initial delivery of 120-V versions.
Details the specifications and testing procedures for the 5804 model.
Details the specifications and testing procedures for the 5804 R model.
Details the specifications and testing procedures for the 5810 model.
Details the specifications and testing procedures for the 5810 R model.
Provides a general overview of the hardware assembly groups.
Explains the function of various assembly groups within the centrifuge.
Explains how rotational speed and rotor are monitored and recognized.
Details the system for monitoring and analyzing imbalance.
Describes temperature monitoring for refrigerated centrifuge models.
Details the lid locking mechanism, motor drive, and position request.
Explains phase-controlled fan regulation for refrigerated models.
Describes power supply distribution to major aggregates.
Information on connecting the centrifuge to a PC via serial interface.
Describes the IFACE PCB assembly for PC or BBUS operation.
Explains the function of the CCI 1000 frequency converter.
Details the keypad and display functions and their control.
Outlines the specifications for the serial interface.
Explains the protocol for data transmission between PC and centrifuge.
How to send adjust requests and examples of telegrams.
Lists interface parameters and control codes for 58xx centrifuges.
Explains control words and status words used in communication.
Procedures for setting serial address and rotor table reference.
Important notes and considerations for operating the centrifuge.
Information on fixed-angle and swing-bucket rotors, period of use, and visual checks.
Cleaning and inspection procedures for swing-bucket rotors and buckets.
Information on bucket weight classes, supplementary bucket info, and fixed-angle rotor inspection.
Visual inspection and handling of rotor lids and locking mechanisms.
Details on aerosol-tight rotors, seals, and drum rotor checks.
Explains how to read rotor markings, including date, number, and material codes.
How to identify bucket material code, weight class, and gas spring maintenance.
General| Maximum RCF | 20, 913 x g |
|---|---|
| Maximum Speed | 14, 000 rpm |
| Temperature Control | Yes |
| Power Supply | 230 V, 50/60 Hz |
| Timer | 1 min to 99 h 59 min |
To Next Page
