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General| Accuracy | ±0.02% of reading ±1 digit |
|---|---|
| Resolution | 0.1 RPM (below 1000 RPM), 1 RPM (above 1000 RPM) |
| Display | 5-digit LCD |
| Operating Temperature | 32°F to 122°F (0°C to 50°C) |
| RPM Range | 5 to 99, 999 RPM |
| Measurement Range | 5 to 99, 999 RPM |
Describes electrical hazards and safety measures for analyzer operation.
Details mandatory grounding procedures for instrument safety and performance.
General safety guidelines and regulations for personnel and equipment.
Critical instructions to avoid personal injury or environmental damage.
Important operating procedures to avoid equipment damage.
Explanation of symbols used to alert users of existing conditions.
Information on product recycling and environmental responsibility.
Guidelines for environmentally safe disposal of UV source lamps.
Recommendations to avoid performance variations due to EMC.
Important safety information and specific warnings.
Suitability and installation requirements for hazardous locations.
Overview of the AMETEK analyzer components and function.
Description of how sample gas moves through the analyzer system.
Details on the components of the analyzer's sample system.
Explanation of how the analyzer maintains optimal operating temperatures.
Information on heated lines for sample and vent gas transport.
Details on the probe used for sample extraction and return.
Description of the component where measurement takes place.
Guidance on using manual icons and understanding its structure.
Guide to locating additional technical documentation for the analyzer.
Describes the analytical method used by the analyzer.
Lists typical concentration ranges for different gas measurements.
Specifies the time constants for analyzer gas response.
Defines the precision of the analyzer's measurements.
States the consistency of analyzer measurements.
Notes on calibration requirements and procedures.
Describes the analyzer's measurement linearity.
Details the materials and design of the measuring cell.
Information on the analyzer's measurement stability.
Describes potential interference between gas measurements.
Specifies how temperature affects analyzer readings.
Defines acceptable drift in zero readings over 24 hours.
Information on external connections for analog and digital signals.
Details the 4-20 mA analog output signals.
Describes RS-232 and RS-422 communication ports.
Specifies the allowable pressure for sample gas.
Details power supply and consumption specifications.
Specifies the peak power draw during analyzer startup.
Lists the required input voltage ranges for the analyzer.
Describes the analyzer's operational status indication relays.
Specifies the recommended flow rate for sample gas.
Defines the acceptable environmental operating conditions.
Specifies the operating temperature range for the analyzer.
Specifies the operating humidity range for the analyzer.
Defines the maximum operating altitude.
Describes the method used for sample gas transport.
Specifies the pressure and flow requirements for instrument air.
Provides the physical size and weight of the analyzer.
Details cable entry specifications for the disconnect enclosure.
Lists the certifications and approvals obtained by the analyzer.
Information on hazardous location certifications.
Specific ATEX/IECEx details for the heater plate.
Specific ATEX/IECEx details for the disconnect enclosure.
Crucial safety information before installation and operation.
Steps to take before installing the analyzer.
Guidelines for storing the analyzer before installation.
Procedures for safely uncrating and inspecting the analyzer.
Lists necessary tools and supplies for installation.
Steps for installing the analyzer's physical components.
General instructions for mounting the analyzer system.
Guidance on selecting an appropriate installation site.
Detailed steps for installing the optical bench.
Procedures for connecting the sample system components.
Instructions for installing the sample probe.
Steps for connecting the sample and vent lines.
Guidance on connecting the instrument air supply.
Instructions for connecting the span gas supply.
How to make electrical and signal connections.
Procedures for powering up and verifying analyzer operation.
Specific start-up procedures for purged analyzer systems.
Steps to power up the analyzer and perform initial checks.
Troubleshooting guide for common start-up issues.
Procedure to ensure the sample system is leak-free.
Steps to perform a manual zero calibration.
Overview of the analyzer's user interface layout and components.
Description of the display area and keypad functions.
Explains characters and messages shown on the UI.
Guidance on moving between different screens and modes.
How to view data and operate the analyzer in RUN mode.
Procedures for configuring analyzer settings in CFG mode.
Steps for calibrating the analyzer in CAL mode.
Practical examples of navigating the user interface.
How to access configuration settings using passwords.
Steps to change user interface passwords.
Reference for common keystroke commands in RUN/CFG modes.
Reference for common keystroke commands in CAL mode.
Detailed guide to operating in RUN and CFG modes.
Description of F1 commands for RUN/CFG modes.
Description of F2 commands for RUN/CFG modes.
Description of F3 commands for RUN/CFG modes.
Description of F4 commands for RUN/CFG modes.
Description of F5 commands for RUN/CFG modes.
Description of F6 commands for RUN/CFG modes.
How to set up analyzer control functions.
How to assign parameters to analog outputs.
Information on analog inputs to the micro-interface board.
Guide to performing calibration procedures.
Description of F1 commands for CAL mode.
Description of F2 commands for CAL mode.
Description of F3 commands for CAL mode.
Description of F4 commands for CAL mode.
Description of F5 commands for CAL mode.
Description of F6 commands for CAL mode.
How to configure calibration parameters.
Explanation of analyzer flow control modes.
Details on automatic analyzer control mode.
How to manually set continuous backpurge mode.
How to manually set continuous sample flow mode.
Configuring timers for automatic calibration.
Setting the averaging duration for manual calibrations.
Setting the duration for the zero gas solenoid valve.
Setting the interval between timed auto-zeros.
Procedures for manual zero and span calibration.
Step-by-step guide for manually zeroing the analyzer.
Instructions for manually spanning the analyzer.
Description of the automatic calibration process.
How to manually initiate an auto-zero sequence.
How the analyzer automatically starts auto-zero.
Initiating auto-zero via remote contact.
Calibrating the analog output signals.
Safety guidelines before performing maintenance.
General maintenance schedule for optimal analyzer operation.
Detailed schedule for routine analyzer maintenance tasks.
Methods to prevent and identify sample system blockages.
Guidance on replacing worn or faulty components.
Procedures for cleaning and maintaining the measuring cell.
Steps for replacing the analyzer's source lamps.
Detailed procedure for replacing source lamps.
Maintenance procedures for the chopper assembly.
Steps for replacing components within the oven heater plate.
Guide to identifying and resolving analyzer issues.
Troubleshooting host controller alarms.
Troubleshooting microcontroller board alarms.
Contact information and procedures for obtaining technical assistance.
Process for returning equipment for repair or service.
Frequently asked questions and support contacts.
Overview of AMETEK's service offerings.
Description of the AMETEK Service Assistance Program.
Information on purchasing replacement parts and upgrades.
Details on contacting AMETEK technical support.
Information on technician training programs.
Service for pre-installation site surveys.
AMETEK services for analyzer startup.
Validation of the analyzer's warranty upon startup.
Information on purchasing extended warranties.
Recommended spare parts for preventive maintenance.
List of recommended parts for maintenance.
Spare parts for the optical bench and measuring cell.
Spare parts for the MiniPurge system.
List of spare fuses for the analyzer.
Specific fuses for the optical bench board.
Fuse for the disconnect enclosure.
Part numbers for replacement electronic boards.
Spare parts for the oven heater plate.
How to order a physical copy of the manual.
List of abbreviations displayed on the analyzer's user interface.
Glossary of terms and abbreviations found in the manual.
Diagram showing ribbon cable connections between analyzer components.
Wiring diagram for the GP lower enclosure to electronics.
Wiring diagram for heater and sensor connections in GP/Div 2 analyzers.
Wiring diagram for heater and sensor connections in CE/Zone 1 analyzers.
Wiring diagram for the lower cabinet at 120V.
Wiring diagram for the lower cabinet at 240V.
Wiring diagram for signal connections across various analyzer types.
Comprehensive wiring diagram for Zone 1 analyzers.
DC wiring diagram for ±15V and 5V power supplies.
DC wiring diagram for the 24V power supply.
Wiring diagram for the RS-232 communication cable.
Wiring diagram for the RS-232/RS-485 module.
Diagram illustrating the microcontroller board layout.
Diagram illustrating the host controller board layout.
Detailed diagrams of the disconnect enclosure components.
Additional documentation for non-standard equipment.
Sheet listing critical analyzer operating parameters.
Documents detailing factory default configuration settings.
Quality control documentation for the analyzer.
Customer-specific drawings for the analyzer system.
Additional customer-specific documentation.
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