Need help?Do you have a question about the BIO RAD MyCycler and is the answer not in the manual?
General| Type | Thermal Cycler |
|---|---|
| Sample Capacity | 96 x 0.2 ml tubes |
| Block Format | 96-well |
| Temperature Range | 0°C to 100°C |
| Gradient Range | 30°C to 100°C |
| Maximum Sample Capacity | 96 samples |
| Interface | USB |
| Power | Universal voltage |
| Voltage | 100–240 VAC |
Legal notice regarding product use and patent information for the instrument.
Covers avoiding casing removal, ensuring ventilation, and operating in dry conditions.
Covers power connection, fuse types, grounding requirements, and adapter usage.
Indicates a hot surface warning symbol and its meaning.
Bio-Rad's liability for injury/damage and the instrument's intended research application.
Conformance to Class A standards and potential interference with other appliances.
Overview of Polymerase Chain Reaction (PCR) and the MyCycler instrument's capabilities.
Lists key features of the MyCycler, including lid design, graphical representation, and software.
Details steps for setting up the instrument, starting with unpacking.
Lists the contents of the MyCycler shipping box.
Step-by-step guide for installing fuses and connecting the power cord correctly.
Explains the purpose and connection of the USB port for data transfer.
Instructions on how to turn the instrument on and off completely.
Describes how to enter and exit standby mode to conserve power.
Lists recommended tubes, plates, and accessories for optimal performance.
Details the function of each key on the MyCycler's front panel keypad.
Explains specific keys like Clear, Shift, Directional Arrows, Enter, and Standby.
Outlines the organization of the manual by sections.
Explains the functions of the soft keys (F1-F5) available on the Home screen.
Details what thermal cycling protocols are and their components.
Describes the screen where all saved protocols are listed and accessed.
Information on user-defined protocols stored in the MyCycler's memory.
Describes the pre-programmed Bio-Rad template protocols available.
Lists the options available after selecting a protocol (Run, View, Edit, Delete, Rename).
Explains the soft key functions specific to the Protocol Library screen.
Details the parameters used in programming protocols, like temperature and time.
Covers set point temperature and dwell time entry, including finite and infinite dwell times.
Introduces advanced features like temperature and time increments/decrements.
How to program automatic temperature changes per cycle repeat.
How to program automatic dwell time changes per cycle repeat.
How to set up temperature gradients for assay optimization.
Explains how thermal protocols are displayed graphically.
Details how cycles, steps, repeats, and arrows are represented visually.
How to view protocols using the View screen and its graphical representation.
Explains the soft key functions available when viewing a protocol.
How to enter and format dwell time values for protocol steps.
Instructions for entering temperature values within the specified range.
How to set the number of times a cycle will repeat.
Introduces advanced features for protocol creation and editing.
How to use the F3-Option to add increments/decrements to temperature/time.
How to cancel increment/decrement options and revert to constant values.
Explains the textual feedback provided for increment/decrement settings.
Detailed explanation of setting up temperature gradients.
How to adjust ramp rates for heating and cooling between steps.
How to add or delete cycles and steps within a protocol.
Explains the soft key functions available on the Edit screen.
Options available after finishing protocol editing (Run, Save, Abandon, Resume).
How to name and save a new protocol.
Rules and methods for naming protocols.
Steps to select and start a stored protocol.
Details the settings available before starting a run (hot start, measurement mode).
Describes the screen displayed during protocol execution, showing progress.
How gradient protocols are displayed and run.
Process for converting a gradient protocol to a non-gradient one.
Options available during an active protocol run.
How to access the Home screen without interrupting the current protocol.
How the instrument handles power interruptions during a run.
How to pause and resume or terminate an ongoing protocol.
How to stop a protocol before its completion.
Information about the screen displayed after a protocol finishes.
Details the information included in the Run Report.
Details the information included in the Validation Report, including exceptions.
Explains the soft key functions for navigating and viewing reports.
Instructions for installing and using the utility to upload reports to a PC.
Overview of options available in the main Utilities menu.
How to browse and view past run reports.
Displays instrument name, serial number, and firmware version.
How to set the instrument's current date and time.
How to adjust the LCD screen contrast.
Options intended for Bio-Rad internal use only.
Access to instrument preferences and default settings.
Setting default hot start and temperature preferences for the Run Setup screen.
Setting default temperature measurement modes.
Setting default sample volume for algorithmic measurement.
Configuring temperature control when the instrument is idle.
Options for controlling the heated lid temperature.
Enabling and configuring the auto-standby feature.
How to set a custom name for the instrument.
Customizing beep alerts for events like errors or end of run.
Explains the soft key functions for navigating help topics.
Guidelines for cleaning the MyCycler unit.
Procedures for replacing fuses and the internal battery.
A table of common problems, their causes, and solutions.
Lists common error messages, their causes, and how to resolve them.
Electrical input power requirements and fuse ratings.
Power consumption details.
Operating and storage environmental conditions.
Temperature range and cycling speed specifications.
Temperature accuracy and uniformity specifications.
Specifications related to temperature gradient functionality.
Physical dimensions, weight, and sample capacity.
Limits and capabilities of protocol programming.
Information on PCR licenses, safety, and approvals.
To Next Page
