Bioer GeneExplorer GE-96G

Questions and Answers

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smithrobertAug 7, 2025
How to troubleshoot a Bioer GeneExplorer GE-96G with a display screen that doesn’t work after turning it on?
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  Sheri VaughanAug 7, 2025
  If the display screen of your Bioer Laboratory Equipment doesn't work after turning on the power switch, it might be due to a disconnected power supply. Check and connect the power supply. Another possible cause is a burned fuse; in this case, replace the fuse (250V 12A ?5x20). A damaged switch could also be the reason, so consider replacing the switch.
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Joseph RobertsAug 14, 2025
Why is there an evident change of module temperature rise rate or imprecise temperature control in my Bioer GeneExplorer GE-96G Laboratory Equipment?
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  Keith HillAug 14, 2025
  If you notice a significant change in the module temperature rise rate or imprecise temperature control in your Bioer Laboratory Equipment, it could be due to blocked ventilation holes. Remove any objects blocking the ventilation holes. Another cause might be a loose connecting line; in this case, open the shell and check the connecting line, tightening the screw of the terminal block if it is loose.
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hbrooksAug 22, 2025
What to do if the module temperature fall rate is slowing in Bioer GeneExplorer GE-96G?
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  Raymond MorseAug 22, 2025
  If the module temperature fall rate is noticeably slowing down or failing to fall below ambient temperature in your Bioer Laboratory Equipment, it may be because the ambient temperature or humidity is too high, exceeding the instrument's operating conditions. Properly adjust the ambient temperature and humidity to resolve this issue.
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Lisa MendezAug 29, 2025
Why does the module fail to heat in my Bioer GeneExplorer GE-96G Laboratory Equipment?
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  Debbie LeonAug 29, 2025
  If the module fails to heat in your Bioer Laboratory Equipment, first check if the hot lid status is set to “OFF” in the system parameter setting interface. If it is, set the hot lid status to a specific temperature value. Also, ensure that the temperature control time on the file editing interface is not set as “--:--”, as this leads to automatic turning off of the hot lid. Set the temperature control time in digital form.

Summary

Important Notes

Convention

Explains the meaning of Attention and Warning labels used in the document.

Safety

Instrument Grounding

Instructions for proper grounding to prevent electric shock and ensure safety.

Keep Away From Energized Circuit

Advises against unauthorized dismantling and replacing components with power connected.

Attention for Power Supply

Ensures power supply voltage consistency and socket rating before connection.

Attention for Power Line

Guidelines for using and maintaining the power line to prevent damage and hazards.

Plug In and Plug Off

Proper procedure for connecting and disconnecting the power plug.

Attention for Instrument Placing

Recommendations for instrument placement to ensure proper ventilation and prevent overheating.

Attention for Operation

Precautions during operation, including avoiding liquid contact and using PPE.

Re-transport

Procedure for cleaning and sterilizing the instrument before re-transportation.

Equipment Safety

Details compliance with safety standards (EN 61010-1, EU 2017/746).

Instrument Label

Warning Sign

Identifies and explains various warning symbols used on the instrument.

Other Symbols on the Packaging

Explains symbols found on packaging, such as Date of manufacture, RoHS, CE mark.

Packaging Symbols

Explains shipping and handling symbols like Up, Fragile, Keep dry, stacking, and temperature limits.

Instrument Calibration

Instrument Maintenance

Disposal

After-sales Service

Chapter One Introduction

Introduction to PCR Technology

Explains Polymerase Chain Reaction (PCR) technology and its significance in bioscience.

Examples of PCRs Applications

Lists fields where Thermal Cycler applications are found, such as immunology and botany.

Intended Use

Describes the instrument's purpose for qualitative nucleic acid amplification in diagnostic use.

Features of GeneExplorer Thermal Cycler

Highlights key features like replaceable modules and advanced thermoelectric technology.

Use of GeneExplorer Thermal Cycler

Details the consumables suitable for different GeneExplorer models.

Additional Features

Lists advanced features such as ramp rate, temperature control modes, large display, and hot lid.

Service Life of Thermal Cycler

States the expected service life of the Thermal Cycler is 5 years from installation.

Chapter Two Characteristics

Normal Operation Conditions

Specifies environmental requirements for operation, including temperature, humidity, and power supply.

Transport and Storage Condition

Outlines the acceptable ambient temperature and humidity ranges for transport and storage.

Basic Parameters

Presents a table detailing key parameters for different GeneExplorer models, including sample size and energy consumption.

Instrument Specifications

Lists technical specifications like temperature range, dimensions, net weight, and software version.

Software Functions

Describes the various functions available in the instrument's software for program editing and management.

Chapter Three Preparations

Structural Schematic Diagram

Illustrates the main structural components of the instrument, including modules and control interfaces.

Pre-operation Checks

Lists essential checks before powering on the instrument, such as power supply and grounding.

Turn On the Instrument

Details the procedure for powering on the instrument and the initial self-test process.

Chapter Four Operation Instructions

Turn On the Instrument

Describes how to power on the instrument and navigate the main interface after self-test.

Program Management

Explains how to access file lists, view experiments, and manage settings via icons.

PCR Program Editing

Details the process of creating and editing PCR programs, including sections and parameters.

Section Programming

Covers setting up program sections, inserting/adding, and deleting them.

Temperature and Time Settings

Explains how to set temperature and constant temperature time for program sections.

Function of Loop

Describes how to set loop parameters for PCR programs, including start/end sections and loop times.

Extended Parameter

Details setting extended temperature, time, speed, and gradient parameters for PCR programs.

Save Experiment

Instructions on saving created PCR programs with username and file name.

Run Program

Steps to set parameters and start running a PCR experiment or run saved files.

Temperature Control Mode

Explains "Block" and "Tube" control modes and their impact on reagent temperature.

File Management

Guides on accessing file management, selecting disks, and performing operations.

System Settings

Introduces System Settings and Personal Center functions for instrument configuration.

Software Upgrade

Details upgrading UI program and drivers via USB flash drive.

Chapter Five Fault Analysis and Troubleshooting

Fault Analysis and Troubleshooting

Provides a table listing common faults, their causes, and troubleshooting steps for the instrument.

Appendix 1 Wiring Diagram

Appendix 2 Set Parameters

Appendix 3 Product EMC Statement

Requirements for Equipment Immunity

Lists the immunity requirements for the equipment according to EMC standards.

Requirements for Equipment Radiation

Outlines the radiation requirements for the equipment based on EMC standards.

Appendix 4 List of Accessories

Bioer GeneExplorer GE-96G Specifications

General

Heating Technology	Peltier
Power Supply	100 V - 240 V, 50 Hz/60 Hz
Power Consumption	600 W
Display	LCD
Temperature Range	4°C to 99°C
Gradient Temperature Range	30°C to 99°C