What to do if my TSI Instruments SidePak AM520 Measuring Instruments displays a PUMP CURRENT LOW message?
This message indicates that the pump brushes may be nearing the end of their useful life. If the error continues, return the unit to the factory for servicing.
Why does my TSI Instruments Measuring Instruments show an erratic zero reading?
An erratic zero reading can be caused by several factors: * A leak: Check all connections and tighten sample inlet screws carefully. If using an impactor, clean and re-oil the impactor disc, ensuring the O-ring is in place and the disc is seated correctly. * A dirty inlet or sample tube: Clean the inlet and either clean or replace the tubing. * Extreme temperature swings: Zero the instrument at ambient temperature before starting and protect it from temperature fluctuations. * Contamination of the internal optics chamber: The unit may need to be returned to the factory for cleaning and servicing.
What does it mean if my TSI Instruments Measuring Instruments displays a FLOW BLOCKED message?
A FLOW BLOCKED message indicates that the inlet or outlet flow is obstructed, or the internal screen filter is plugged: * Check for and remove any obstructions from the inlet flow and ensure the sample tube isn't pinched. Verify correct installation of the impactor inlet, if one is used. * Remove any obstructions from the outlet flow fitting. * The internal screen filter may be plugged, requiring factory servicing or replacement.
What to do if the TSI Instruments SidePak AM520 battery icon is flashing red?
If the battery icon is flashing red, it means the battery charge is low. Recharge the battery or use the AC adapter.
What does it mean if my TSI Instruments Measuring Instruments displays a BATTERY VOLTAGE DANGEROUSLY HIGH message?
This message indicates a problem with the charge circuit inside the battery, meaning it is not controlling the battery charge properly. Immediately unplug the AC adapter from the battery. Allow the instrument to run until the battery is discharged, then dispose of the battery according to regulations. Do not attempt to use the battery again.
What should I do if my TSI Instruments SidePak AM520 displays a CLOCK READ or CLOCK WRITE error message?
This message indicates a problem with the time setting of the Real-Time Clock. User settings and calibration are unaffected. If the error continues, return the unit to the factory for servicing.
What does it mean if my TSI Instruments SidePak AM520 Measuring Instruments displays the message: LASER CURRENT HIGH without the message: LASER POWER LOW?
This indicates that the laser is aging and should be replaced soon, although the instrument is probably still operational. Return the unit to the factory for servicing.
What to do if my TSI Instruments Measuring Instruments displays a CALIBRATION READ or CALIBRATION WRITE error message?
This message indicates a problem with the calibration, which means the instrument accuracy is questionable. Return the unit to the factory for servicing.
What to do if my TSI Instruments SidePak AM520 displays a LOG PROGRAM READ or LOG PROGRAM WRITE error message?
This message indicates a problem with an entered logging program. Use TrakPro software to read and set the logging programs. If the error continues, return the unit to the factory for servicing.
What to do if my TSI Instruments SidePak AM520 Measuring Instruments displays a LOG DATA READ or LOG DATA WRITE error message?
This message means logged data may have been corrupted. Download the logged data to TrakPro software to save it, then clear the corrupt data by performing a CLEAR MEMORY operation.
General| Particle Size Range | 0.1 to 10 µm |
|---|---|
| Operating Temperature | 0 to 50 °C (32 to 122 °F) |
| Storage Temperature | -20 to 60 °C (-4 to 140 °F) |
| Data Logging | Yes |
| Display | LCD |
| Resolution | 0.001 mg/m³ |
| Flow Rate | 1.7 L/min |
| Measurement Range | 0.001 to 20 mg/m³ |
| Sampling Rate | 1 second |
Connects the rechargeable battery pack and AC adapter for initial use and operation.
Guides on attaching and charging the Li-ion battery pack for the first time.
Step-by-step instructions for physically attaching the battery pack to the monitor.
Instructions for detaching the battery pack from the instrument body.
Explains the battery's intelligent system for monitoring capacity and controlling charging.
Provides guidelines for proper storage of the battery pack to maintain capacity.
Details how to use the AC adapter to power and charge the instrument.
Explains the meaning of the green LED on the battery pack during charging.
Describes how battery status is shown on the instrument display.
Details how the remaining battery life is shown in hours/minutes.
Instructions for installing the software for data management and analysis.
Introduces the SidePak monitor and its measurement capabilities.
Highlights key features of the monitor, starting with the USB Port.
Details the function and connection of the Universal Serial Bus port.
Explains the connection for charging and powering the instrument.
Indicates where air exits the instrument.
Describes the interchangeable inlet for sampling.
Identifies screws used for battery removal.
Explains the operation of the instrument's keypad buttons.
Shows the menu structure for navigating the instrument's functions.
Steps to turn the instrument on and its initial display.
Instructions for turning the instrument off.
Describes the default operating mode for real-time measurements.
Explains how to record measurement data manually or via programs.
Details options for selecting operating modes like Survey or logging.
Covers configuration options for measurement units, time, and display.
Configures the time between data point recordings.
Adjusts display smoothing for easier reading.
Compares the function of log intervals and time constants.
Configures the instrument's internal clock and date display.
Allows selection between mg/m³ and µg/m³.
Sets display for battery life in minutes or hours.
Configures the auto-dimming time for the display.
Sets the display language to English or Chinese.
Displays model, serial number, and calibration date.
Covers zero, flow, and user calibration procedures.
Re-zeros the measurement using a filter for accuracy.
Sets the pump voltage for desired sample flow rate.
Allows setting custom calibration factors for specific aerosols.
Accesses statistics and memory clearing functions.
Views recorded data statistics like Max, Min, Avg, TWA.
Permanently erases logged data and statistics.
Configures mass and response concentration alarms and indicators.
Instructions for downloading and analyzing data using TrakPro software.
Procedures for sending the instrument for repair or calibration.
Instructions for cleaning the instrument case.
Details on using and caring for the impactor inlets.
Guides on using and maintaining the 10-mm Dorr-Oliver cyclone.
Steps for cleaning the 10-mm Dorr-Oliver cyclone.
Guides on using and maintaining the DPM cyclone.
Steps for cleaning the DPM cyclone.
Using the calibration jar for DPM cyclones.
Lists items included in the field service kit.
Provides contact details for technical support and service.
Lists common symptoms, causes, and corrective actions.
Lists contact information for technical support globally.
Lists service contacts in various international locations.
Instructions on how to return the instrument for service.
Details sensor type, concentration range, and resolution.
Specifies the adjustable flow rate range.
Lists operating and storage temperature limits.
Specifies the adjustable time constant for display smoothing.
Describes the standard and impactor inlets.
Lists the available cyclones for particle size measurement.
Details alarm types, settings, and indicators.
Specifies data points capacity and logging interval.
Information on factory, ambient, and user-defined calibration settings.
Provides dimensions, weight, and display specifications.
Details battery rating, run time, and charge time.
Lists input/output voltage, safety level, and category.
Recommends factory calibration and user cleaning frequency.
Specifies USB type and connector.
Lists requirements for running the data analysis software.
Specifies altitude, pollution degree, and installation category.
Lists CE, EMC, Safety, and Laser Safety approvals.
Guides on creating a custom calibration factor for specific aerosols.
Step-by-step process to determine and calculate a new PCF.
Explains how to determine the RF for specific hazard estimation.
Details using software to calculate and update user calibration factors.
Lists EMC standards for emissions and immunity.
Lists safety standards for electrical, laser, and battery.
Provides additional compliance information for US, Canada, Australia, etc.
Lists EMC standards for emissions and immunity.
Lists Low Voltage Directive safety standards.
Lists Laser Safety Directive standards.
Lists intrinsic safety standards for hazardous locations.
Additional compliance details and European contacts.
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