How to fix PerkinElmer Laboratory Equipment when self-diagnosis fails?
If self-diagnosis (initialization) is not performed when the power switch is turned on: * Ensure the power cord is securely plugged in. * Replace the fuse if it is blown. * Retighten the retaining screws of the light source cover to ensure it is properly attached.
What to do if the time program doesn't start on my PerkinElmer 200A?
If the time program does not start, press the ESC key to ensure the instrument is in READY status.
What to do if the keyboard does not work on my PerkinElmer 200A Laboratory Equipment?
If the keyboard does not work, press the ESC key to ensure the instrument is in READY status.
General| Type | UV/Vis Spectrophotometer |
|---|---|
| Light Source | Deuterium and Tungsten Halogen lamps |
| Detector Type | Silicon Photodiode |
| Model | 200A Series |
| Baseline Flatness | ±0.001 Abs |
| Display | LCD |
| Interface | RS-232 |
| Power Requirements | 100-240 VAC, 50/60 Hz |
Outlines the manual's structure, conventions, and important notes for the user.
Explains text formatting, key notations, and the use of specific terms within the manual.
Defines and explains the usage of NOTE, CAUTION, and WARNING terms for highlighting important information.
Illustrates and explains common warning signs and symbols found on the instrument.
Introduces safety aspects and details general precautions for instrument use, complementing standard safety codes.
Warns about ignition and explosion hazards from flammable chemicals and provides precautions.
Details risks from electric shock, xenon lamp issues, hot parts, instrument weight, and direct lamp viewing.
Provides guidelines for safe handling, use, and disposal of solvents, including precautions against toxic or corrosive substances.
Specifies recommended conditions for instrument operation, including temperature, humidity, and atmosphere.
Covers electrical safety practices, grounding requirements, and regulatory compliance information.
Illustrates and explains the various warning labels found on the instrument for user safety.
Describes the components of the liquid chromatograph system and their interconnections for analysis.
Details the front panel switches, indicators, LCD, and UI pad for instrument control and status monitoring.
Identifies and explains the connectors and features located on the rear panel of the instrument.
Explains the principles, advantages, and analysis notes related to fluorometry detection methods.
Illustrates and explains the functional block diagram and operational flow of the detector's components.
Describes the characteristics and safety features of the instrument's xenon lamp light source.
Lists the detailed technical specifications, including optical system, light source, wavelength ranges, and performance metrics.
Provides instructions and warnings for safely unpacking the instrument upon delivery.
Specifies the power supply, frequency, and consumption requirements for instrument installation.
Details the necessary physical space and table load-bearing capacity for instrument installation.
Outlines the required ambient temperature, humidity, and atmospheric conditions for proper instrument installation.
Guides the user through the process of removing transport screws and assembling the instrument components.
Explains how to connect the tubing for the pump, autosampler, and detector for system integration.
Describes how to use the User Interface (UI) pad for operating the instrument and entering parameters.
Details the procedure for powering on the instrument and the initial self-diagnosis sequence.
Covers general guidelines for data entry and initial setup procedures like communication channel and LCD contrast.
Describes how to set the auto zero function and configure excitation/emission wavelengths for measurements.
Details various utility settings including offset, time constant, PMT voltage, and other operational parameters.
Guides on performing spectrum measurements for excitation and emission scans, including data memorization.
Explains how to configure recorder settings like range, speed, and spectrum output factors for data logging.
Covers setting up, editing, and running time programs for automated measurements, including parameter changes over time.
Details the correct procedure for shutting down the instrument and flushing the flow cell to prevent clogging.
Lists essential checks and precautions to be taken before starting analytical measurements, focusing on safety.
Outlines procedures for checking the instrument's operational status and performance metrics like lamp energy and sensitivity.
Details methods for checking and calibrating the wavelength accuracy of the instrument using a Hg lamp.
Explains how to check the functionality and clean the instrument's leak sensor to ensure proper operation.
Lists routine checks for lamp status, leakage, sensitivity, and wavelength accuracy at daily, monthly, and yearly intervals.
Covers procedures for checking, washing, disassembling, cleaning, and storing the flow cell unit to maintain performance.
Provides instructions for replacing the xenon lamp and fuses, including critical safety precautions.
Addresses common issues like initialization failure, non-working keys, excessive noise, poor S/N ratio, and lamp life.
Details specific error messages, their causes, and remedies, including steps for parameter recovery and contact information.
Explains the types and functions of contact signals used for communication between instrument modules.
Provides definitions for key terms and acronyms used throughout the manual for better understanding.
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