Harvey Norman Breathalyser: Factors To Consider When Choosing One

Harvey Norman breathalysers offer individuals a convenient way of monitoring alcohol consumption. They are portable devices that measure the Blood Alcohol Concentration, or BAC, through the breath. Breathalysers make it easier to determine the current intoxication level. However, there are several factors to consider when getting a device. This includes sensor accuracy, ease of use, and recalibration requirements. Understanding each factor is essential towards getting the most reliable results.

The demand for personal breathalysers has been growing to help people make better decisions about their drinking habits. It is easy to use and gives fast results. Hence, it is a convenient tool for avoiding accidents and drink driving. A person may incur various penalties if they are caught driving over the legal limit. This article will outline the key factors to consider when choosing a breathalyser, such as sensory accuracy, ease of use, and calibration frequency.

Checking the Sensor Accuracy of Harvey Norman Breathalysers

Breath testers utilise sensor technology to measure the amount of alcohol in the breath. Thus, accurate readings are crucial in making decisions. Harvey Norman breathalysers offer various types for personal and professional use. In getting a device, check the sensor type and whether it uses a semiconductor or fuel cell sensor technology.

Each product type varies in its accuracy, consistency and performance. The fuel cell breathalyser is known to have the highest reliability in measuring the BAC. It is the technology used in law enforcement breath testing to monitor drivers’ alcohol levels. It is also available in some personal ranges, such as the BACtrack breathalysers. On the other hand, a semiconductor breathalyser is an economical product option for personal use.

Other important aspects when checking for sensory accuracy are the range of alcohol detection and the margin of error. Advanced breathalysers have a detection range of 0.00 to 0.400% BAC. This covers the expected concentration of alcohol in the breath. Likewise, the margin of error must be within 0.005%.

Types of Sensors in Breath Testing Devices

• Fuel cell sensors: these sensors use a chemical reaction between alcohol and a catalyst to produce an electrical current. The output is then measured to determine the BAC.
• Semiconductor sensors: these sensors use a metal oxide substance to detect alcohol molecules in the breath. When alcohol comes into contact with the sensor, it causes a change in electrical resistance, which is measured to determine the alcohol level.
• Infrared spectroscopy sensors: these sensors use infrared light to measure alcohol concentration. The alcohol molecules absorb specific wavelengths of infrared light, and the sensor detects these changes to determine the BAC level.

Considering the Ease of Use of a Harvey Norman Breathalyser

The ease of use of a Harvey Norman breathalyser is important when facilitating a breath test. It should be user-friendly and intuitive to enable testing in seconds, especially when a person is intoxicated. For example, BACtrack devices have a convenient one-touch button, making them ready to use. Additionally, a simple interface makes it easy to read the BAC results.

The size and portability of a breathalyser also contribute to its efficiency. A compact and lightweight design makes it convenient to carry around and use whenever needed. Whether it is for personal use or professional purposes, a handheld breathalyser that is easy to transport and handle ensures that it is readily available whenever alcohol testing is required.

Moreover, some models come with Bluetooth capability to connect remotely to a smartphone. A breathalyser app enables data management, such as tracking breath test results. This makes it easier to monitor alcohol consumption over time. In addition, the app can also generate reports and provide other useful information.

Features of the BACtrack Companion App

The BACtrack companion app is a highly useful tool for individuals who want to monitor their drinking patterns. Firstly, the app connects with the BACtrack smartphone breathalysers, such as the BACtrack C6. Secondly, it is compatible with the latest iOS and Android devices via Apple Store and Google Play Store.

Furthermore, the app features a memory function to record all BAC results. This allows tracking and analysing consumption habits over time. Users can also estimate when their BAC will return to 0.00% through the ZeroLine technology. The app integrates with Apple Health to help users understand how their bodies react to alcohol.

Calibration Frequency and Maintenance Requirements of a Harvey Norman Breathalyser

Regular calibration and maintenance are essential for both personal and pro-grade devices. Each portable breathalyser has a recommended recalibration frequency to ensure the accuracy and reliability of results. Over time, the sensors and components of the device may drift, leading to inconsistent readings. Thus, regular calibration brings the device back to its original accuracy.

Generally, police-grade breathalysers like the BACtrack Pro series and SHIELD Express Identity require recalibration every six months. Meanwhile, personal devices require more frequent maintenance of three months or less. Additionally, all breathalysers require proper maintenance to prevent corrosion and contamination caused by saliva or other fluids. This includes using fresh mouthpieces with each use and cleaning it with water after.

It is also important to check for any physical damages or malfunctions that may affect its performance. Regular maintenance also involves checking the battery life and replacing it as needed. Thus, when looking at a Harvey Norman breathalyser in stores or online, check the recalibration procedures of each device.

Importance of Calibration

Calibration of breathalysers is important to ensure precise readings. The regular use of the device may accumulate dust and other particles from the breath test samples that can interfere with the readings. Thus, maintenance of the sensors is crucial to avoid unreliable results, which may lead to wrong decision-making.

In addition, sensor drift can cause slight deviations in accuracy. Thus, recalibration helps to restore the original settings and provide accurate results. Moreover, regular calibration is important for professional devices used by police and workplaces. This ensures that it meets the standard accuracy requirements of these organisations.

Conclusion

A Harvey Norman Breathalyser offers convenient and reliable alcohol testing results. When choosing a device, it is important to look at sensor accuracy, ease of use, and recalibration requirements. These factors can impact the monitoring of blood alcohol levels. Furthermore, these handy devices use different types of sensors with accuracy and recalibration frequencies. Advanced fuel cell technology gives the highest precision in professional-grade alcohol testing devices.

Individuals can get fuel cell breathalysers like the BACtrack S80 Pro and Trace Pro at Harvey Norman. Aside from having police-grade sensors, they have a one-button operation and optimal breath capture system to get precise breath samples. Additionally, the BACtrack C6 has innovative features, including Bluetooth, to connect to a smartphone app. Lastly, the SHIELD Express Identity and Touch offer efficient and reliable solutions for the workplace through its touchscreen technology and unprecedented testing speed.