What to do if Intoximeters Alco-Sensor FST shows 'BAT' or won't power on?
If your Intoximeters Alco?Sensor FST® doesn't power on or displays 'BAT', it means the battery is low. Make sure the device is fully charged, or replace the batteries to resolve this issue.
What to do if Intoximeters Alco-Sensor FST Test Equipment says no sample provided?
If the Intoximeters Test Equipment indicates that no sample was provided within the 3-minute time interval, remind the subject to provide the sample within the required time frame.
What to do if Intoximeters Alco-Sensor FST Test Equipment shows insufficient power?
If your Intoximeters Test Equipment displays a message indicating insufficient power to conduct a subject test, ensure the device is properly charged, or replace the batteries.
What to do if Intoximeters Alco-Sensor FST Test Equipment detects Radio Frequency Interference (RFI)?
If the Intoximeters Test Equipment detects possible Radio Frequency Interference (RFI) and aborts the test, do not transmit on radios while conducting a test on the ASD.
What to do if Intoximeters Alco-Sensor FST result is higher than maximum reading?
If the result of the sample analysis with your Intoximeters Test Equipment is higher than the device's maximum reading, provide a lower concentration sample if possible.
What to do if Intoximeters Alco-Sensor FST indicates minimum breath flow requirements not met?
If the Intoximeters Test Equipment indicates that the subject has not met the minimum breath flow requirements after three attempts, instruct the subject to provide a proper breath sample.
Why does Intoximeters Test Equipment show VOID E29?
If your Intoximeters Test Equipment displays 'VOID' followed by 'E29', it means the amount of alcohol sampled is too high for the device to process. Ensure the subject does not have an excessive amount of alcohol in their system.
What to do if Intoximeters Alco-Sensor FST Test Equipment temperature is too hot?
If the Intoximeters Test Equipment displays that the device temperature is too hot for the test being performed, check the device temperature and ensure it is within the acceptable operating range.
What to do if Intoximeters Alco-Sensor FST Test Equipment temperature is too cold?
If the Intoximeters Test Equipment displays that the device temperature is too cold for the test being performed, check the device temperature and ensure it is within the acceptable operating range.
How to fix fuel cell base line issues in Intoximeters Alco-Sensor FST?
If the fuel cell base line does not meet requirements on your Intoximeters Test Equipment, conduct a proper accuracy check on the fuel cell.
General| Type | Breath Alcohol Tester |
|---|---|
| Sample Requirement | Breath sample |
| Display | LCD |
| Measurement Principle | Electrochemical Fuel Cell |
| Accuracy | ±0.005 % BAC at 0.100 % BAC |
| Operating Temperature | 32°F to 122°F (0°C to 50°C) |
| Power Supply | Rechargeable battery |
Provides an overview of the manual's content and procedures for the Alco-Sensor FST.
Details the Alco-Sensor FST as a breath alcohol testing device, its operational requirements, and maintenance.
Instructions for carefully opening the package, verifying contents, and inspecting for shipping damage.
Emphasizes familiarizing with operating instructions and understanding procedures before use.
Guidance on simulating non-zero readings, advising against certain substances and recommending waiting periods.
Warning against blowing cigarette smoke directly into the device, as it may shorten fuel cell life.
Advises avoiding alcohol-based hand sanitizers 15 minutes before operating the device to prevent test interference.
Recommends avoiding environments with heavy alcohol vapor, smoke, or high interference for optimal operation.
Provides guidance on storing the Alco-Sensor FST in various temperature and humidity conditions.
Specifies optimal temperature, humidity, and pressure ranges for storing the instrument.
Explains the basics of alcohol, its properties, and its effects on the human body.
Describes alcohol as a volatile liquid and its chemical composition, impacting physiological systems.
Discusses factors influencing blood alcohol concentration, including consumption rate and body size.
Details how alcohol is absorbed into the bloodstream and distributed throughout body tissues.
Explains how alcohol accumulates in the body when intake exceeds the liver's metabolic rate.
Defines acquired and body tolerance and how they affect an individual's response to alcohol.
Explains the instrument's fuel cell sensor and piston-sampling pump mechanism for breath analysis.
Illustrates the fuel cell's process of converting alcohol into acetic acid and generating an electrical current.
Describes the main parts of the instrument used for testing.
Details the D-shaped mouthpiece, its proper insertion, and the importance of using approved parts.
Explains the attachment for testing headspace above beverages.
Describes the cup for collecting air samples passively from a subject or environment.
Information on the display's function, backlighting, and various symbols and messages it shows.
Details the ON button's function for powering the device, illuminating the display, and capturing samples.
Explains the OFF button's use for powering down the instrument and accessing features.
Guidance on battery replacement, including using correct types, polarity, and ensuring proper installation.
Describes the pass code security feature on certain versions and how to contact support if needed.
Emphasizes the importance of sample quality for accurate blood alcohol correlation.
Recommends training on instrument use and sample collection for best results.
Covers essential conditions before testing, including temperature and calibration requirements.
Specifies the operating temperature range for the Alco-Sensor FST during testing.
Highlights the dependency of test accuracy on a properly calibrated instrument and accuracy checks.
Instructions on preparing the device, including attaching a clean mouthpiece.
Details on attaching the mouthpiece and powering on the instrument for testing.
Advises operators to dry hands after using hand sanitizer to avoid test interference.
Provides instructions on how to clearly instruct the subject for proper sample collection.
Outlines the steps for a screening test, including the deprivation period and sample collection.
A sequential guide on how to conduct a subject test, from attaching the mouthpiece to recording results.
Describes automatic blank tests and automatic sampling functionalities.
Explains the automatic blank test for ensuring the sample chamber is free of alcohol.
Details how the pressure sensor monitors breath flow to capture a sample automatically.
Describes the feature allowing manual sample collection when automatic sampling is disabled or difficult.
Explains how to access optional features like Test Recall, Passive Mode, and Calibration.
Instructions on how to recall and review the last test result after the instrument has powered off.
Details how to use passive sampling to detect alcohol in ambient air or headspace.
Procedure for testing beverages for alcohol presence using the drink sniffer attachment.
Method for passively testing a subject by capturing breath samples with the Passive Sampling Cup.
Procedure for testing ambient air near a subject without the Passive Sampling Cup.
Explains how to perform repeat passive tests efficiently using the low power mode.
Describes the mode for rapid screening of large groups where time is critical.
Step-by-step guide for executing a quick screen test in the Road Block Mode.
Details how to perform repeat quick screen tests with minimal delay between samples.
Emphasizes that accurate results depend on a properly calibrated instrument.
Recommends using approved dry gas standards or wet bath simulators for accuracy checks.
Lists elements and characteristics of a dry gas standard, including regulator requirements.
Describes the components and characteristics of a wet bath simulator for calibration.
Introduces accessories that can be used with the instrument.
Explains the True-Cal II device for adjusting readings based on barometric pressure variations.
Recommends performing accuracy checks at least every 31 days or in conjunction with subject tests.
Defines acceptable tolerance ranges for accuracy check results based on program guidelines.
Guidelines for when to calibrate and conditions under which the instrument should be removed from service.
Step-by-step procedure for conducting an accuracy check on the instrument.
Specifies the required unit temperature range for performing accuracy checks.
Detailed steps for performing an accuracy check, including required items and actions.
Procedure for adjusting the instrument's calibration settings when accuracy checks fail.
Criteria for initiating a calibration procedure based on accuracy check results.
Mandatory temperature range for the instrument to perform a calibration.
Detailed instructions for calibrating the instrument, including sample input and adjustment.
Instructions for replacing the instrument's batteries when the battery icon indicates low power.
General section for identifying and resolving common issues with the instrument.
Procedure for cancelling a test in progress by turning the instrument off.
Troubleshooting steps for a failed blank test, including mouthpiece replacement.
Addresses issues with insufficient breath samples and manual sampling options.
Explains error codes (FLO Lo, Hi, InS, Cut) related to breath flow during sampling.
Indicates when the battery is low and requires replacement for continued operation.
Discusses RFI immunity, detection, and how to handle interference signals.
Error codes for instrument temperature outside the acceptable operating range.
Describes instrument behavior when no breath sample is provided or during passive mode inactivity.
Information on pass code security features and contacting supervisors or Intoximeters.
Lists and explains various status messages displayed by the instrument.
Comprehensive list and explanation of instrument error codes (E07, E09-E12, E21-E33, XXX).
Answers common questions about the instrument's response to substances and fuel cell lifespan.
Contact information and services for product support, repair, and replacement parts.
Details on shipping procedures for product delivery and returns for repair.
Information on shipping options and charges for delivering products to customers.
Instructions for returning instruments for repair, including RMA sheets and contact details.
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