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General| Brand | Bio-Logic |
|---|---|
| Model | VMP-300-based |
| Category | Measuring Instruments |
| Language | English |
Describes the purpose of the equipment and its intended applications.
Provides essential instructions for safe and proper operation.
Details the importance and procedure for grounding the instrument.
Specifies atmospheric and temperature requirements for safe use.
Lists criteria that may render the equipment unsafe for use.
Highlights risks associated with live conductors and maintenance.
Advises against unauthorized modifications to maintain safety.
Explains safety classifications and general precautions.
Clarifies the meaning and implications of warning and caution notices.
Provides a general overview of the VMP300-based instrument family.
Details descriptions of single and multichannel instruments with boosters.
Describes the slot numbering scheme for the VMP-300 instrument.
Introduces the HCV-3048 as a high-power external booster.
Outlines the steps for installing the instrument hardware.
Lists checks required before physical installation.
Explains the emergency stop function of the HCV-3048.
Details the importance of proper airflow and cooling.
Steps for unpacking and inspecting the instrument.
Specifies the electrical input and fuse requirements.
General safety guidelines to follow during setup.
Describes methods for connecting the instrument to a PC.
Details how to establish network connections.
Step-by-step guide for installing the EC-Lab® software.
Instructions for installing optional Express or OEM software packages.
Guidance on resolving common installation errors.
Steps for PC setup and TCP/IP configuration for communication.
Instructions for installing USB drivers for instrument connection.
Procedures for managing instrument firmware versions.
Setting up network parameters for Ethernet communication.
Guide to connecting the instrument using the EC-Lab® software.
Steps to change the instrument's IP address for network connectivity.
Guide to connecting the instrument using EC-Lab® Express software.
Describes how to connect the cell cable to the instrument.
Explains the importance of pairing cables with specific boards.
Details on the different types of boards used in the instruments.
Describes the different types of booster boards available.
Specific information about the HCV-3048 booster.
Instructions for connecting the cell cable to the experimental setup.
Details on the standard cell cable.
Explains common standard connection methods for cells.
Specifics for connecting a two-electrode cell.
Specifics for connecting a four-electrode cell.
Describes the CE to Ground connection setup.
Describes the WE to Ground connection setup.
Describes connection for high voltage control.
How to use the instrument in floating mode.
Specifics for connecting high current boosters.
Explains the use of the DB9 connector for auxiliary signals.
Information on selecting appropriate bandwidth settings.
How to configure and use the floating mode.
Using filters to improve measurement quality.
Integrating and recording data from external devices.
How to control rotating electrodes with the instrument.
Using external thermostats for temperature management.
Connecting and configuring Electrochemical Quartz Crystal Microbalances.
Using the software as a virtual instrument for offline analysis.
Description and specifications of the ARG option.
Details on the IS1 isolation system for maintaining floating character.
Explanation of the CC5 for connecting multiple boosters.
Dedicated option for micro electrode array applications.
Overview of test boxes for instrument setup and user training.
Details on the DC2 dummy cell.
Description of the dummy cell for booster calibration.
Usage of Test Box 2 for calibrating channel boards.
Usage of Test Box 3 for practicing electrochemical systems.
How to use the temperature probe with the instrument.
Description of the BH-1 battery holder.
Information on integrating with LabVIEW using VIs.
Reference to other available accessories.
Steps to validate the instrument's channels.
Validation steps for channels not equipped with EIS.
Validation steps for channels equipped with EIS.
Procedures to validate the ULC module.
Steps for validating booster boards.
Detailed guide for calibrating channels using EC-Lab® software.
Specific calibration process for PSTAT/GSTAT boards.
Step-by-step guide for calibrating booster boards.
User calibration procedure for the HCV-3048 booster.
General ratings for the instruments.
Detailed electrical and mechanical specifications.
Environmental operating conditions and compliance.
Specifics for channel boards and their functions.
Performance specs for the ULC option.
Performance specs for the 1A/48V booster.
Performance specs for the 2A/30V booster.
Performance specs for the 4A/14V booster.
Performance specs for the 10A/5V booster.
Performance specs for HCV-3048 with HV-48.
Performance specs for the MP-MEA option.
Minimum PC specifications needed for the software.
Steps to resolve issues with saving experimental data.
Solutions for problems with PC-instrument disconnection.
Advice on disabling power saving features to ensure data recording.
CE declaration for the SP-200 model.
CE declaration for SP-240 and SP-300 models.
CE declaration for the Horizontal VSP-300.
CE declaration for the Vertical VSP-300.
CE declaration for the VMP-300 model.
CE declaration for the HCV-3048 model.
Definitions of terms used throughout the manual.
Alphabetical listing of topics covered in the manual.
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