What is NATA Accredited Calibration? – A Guide to the Basics

NATA Accredited calibration is a process that test facilities follow to ensure that equipment they use to test devices adhere to standards set by the network equipment industry. An independent third party verifies that the test equipment and test process adhere to industry standards and is used to make sure that test results are reproducible and valid.

A NATA Accredited calibration process follows set steps to ensure the calibration of test equipment and test procedures adhere to established industry standards. It’s essential that test facilities understand the NATA Accreditation process and its importance in device testing. This article will give you a brief overview of the NATA Accredited calibration process, as well as some of the common benefits of having your calibration process verified by NATA.

What is NATA Accredited Calibration?

NATA Accredited calibration is a process that test facilities use to ensure the equipment they use for device testing meets industry standards. It’s important for test facilities to understand the requirements and benefits of NATA Accredited Calibration because it can help maintain the integrity of your device testing. NATA Accreditation is required by many manufacturers to verify that their devices adhere to industry standards set by the network equipment industry.

Additionally, some companies may require or request NATA Accreditation as part of their quality control process. Since NATA Accredited calibration processes follow set steps to ensure calibration procedures adhere to established industry standards, it’s crucial that test facilities understand its importance in device testing. This article will provide you with a brief overview of what NATA Accredited Calibration is and explain how it can benefit your business.

Benefits of Having Your Calibration Process Verified

NATA Accredited calibration provides an independent third party verification of a calibration’s validity and accuracy. This type of verification protects manufacturers from the costs of having to recall or re-test devices due to inaccurate test results. There are three benefits of having your calibration process verified by NATA: 1. Validation 2. Verification 3. Reduced Risk 1. Validation: One benefit of having your calibration process verified by NATA is validation, which means it will be easier for manufacturers to see if their device’s results are in line with industry standards or not.

With validation, you can be sure that your device is within the parameters set by its manufacturer and that it will pass any required tests with flying colors! 2. Verification: Another benefit of having your calibration process verified is verification- which means you’ll have a thorough understanding of how much risk there is around your test results before they’re published on the market by verifying the compliance protocols for a particular product or service. With this information, you can determine whether or not it’s worth continuing with that product or service at all or whether it’s better to switch over to another device altogether before it becomes too costly!

Steps of a NATA Accredited Calibration

The five steps of a NATA Accredited calibration process are: 1. Setup 2. Calibration 3. Collection and Analysis 4. Verification and Validation 5. Release of Test Results NATA Accredited calibration is an important part of the device testing process because it ensures the test equipment and procedures adhere to the standards set by the network equipment industry.

There are many benefits to having your calibration verified by a third party, including: – Having a third party verify that your calibration process is reproducible, valid, and adheres to established industry standards – Having your results certified so you have certainty about their accuracy – Ensuring only appropriate measurements are taken for each test in order to obtain relevant data.

How to Get Your Calibration Process Verified?

First, contact the NATA Accreditation program to find a test facility near you. Be sure to provide the following information: -The type of device that will be calibrated -A list of equipment needed for the calibration process -Location and date of calibration -An estimate on how many devices will be tested during the calibration process NATA Accredited Calibration is a system in which an independent third party verifies test procedures and equipment used by facilities to ensure they adhere to industry standards. It’s imperative that companies understand the importance of having their calibration processes verified by NATA before they use them.

Conclusion

NATA Accredited Calibration is a process that ensures that your lab equipment is in working order. If your calibration process was not verified by a NATA accredited laboratory, your data could be in jeopardy of being lost. Before you invest in a NATA accredited laboratory, you need to be sure that it will make your data available to you in case of an audit.

Source : https://appliedmeasuremel.blogspot.com/2022/05/what-is-nata-accredited-calibration.html

How Advantageous Are Temperature Data Loggers?

There are various instruments that make the task precise and without any anomalies like the NATA Accredited Calibration. One such instrument is the data logger. It is a device that continuously observes and records changes in circumstances. They might be single-channel devices or multi-channel devices. The majority of stand-alone systems are battery-powered, allowing them to record for lengthy periods of time while in transit.

The Datalogger that observes the changes in temperature is the temperature data logger. It can be found at any Test and Measurement equipment supplier that provides other instruments. Here are some of the benefits of using the temperature data logger.

Comply With The Law’s Requirements

Temperature regulation is strictly regulated in a variety of businesses, including food and hospitality, as well as medical. Regular temperature monitoring in refrigerators and freezers is normally required under these standards, which are issued by governmental and independent groups.

A thermometer can be used to do this manually, but what happens if no one is around to read it? Or what happens if someone forgets? This puts your compliance with the standards in danger, as well as the quality of the final product you give to your customers.

Collect The Data Automatically

These data loggers collect data automatically daily. These data loggers are put in the required area for temperature recording and left unattended for the duration of the monitoring period to measure and record data. The core benefit reflects as these accurate and automatic captures of the data allows monitoring the environmental conditions.

Spend Less

Temperature-controlled commodities can have a longer shelf life if they are stored at the right temperature. This way, you only have to toss things out when they’ve clearly outlived their usefulness.

Environmental monitoring or thermal mapping can be done quickly and cheaply for validation studies, equipment or cleanroom qualifications, and so on. The maintenance, as well as the energy supply required to keep the data logger running, is quite less.

Precision

The temperature data recorder can record temperatures for seconds, minutes, hours, days, weeks, or months at a time, reliably capturing millions of data points over long periods of time. This precise data can be further used for various analyses and detecting any anomalies or patterns.

Wide Range

One of the best things about data loggers is they are facilitated with various technology and available in various shapes and sizes to make them suitable for various sites and unreachable places. This device along with its extensive range handles hundreds of temperature readings by programmable devices.

Accessibility

The problem with many digital thermometers and other temperature-recording devices is that they create a data silo. Because these instruments are frequently operated manually or are hooked to another device, operators may find it challenging to retrieve data at any time and from any location.

Personnel with proper authority and a mobile device can readily retrieve ambient temperature information using a Temperature Data Logger. This makes it easier to track safety compliance, and the ability to disseminate this data as a report or graph.

Source: Why The Use Of Temperature Data Logger Is Essential?

Know The Importance Of Smart Sensors For Industrial Automation

Buying equipment, machine, or even gadget without testing their quality is indigestible for any of you. NATA Accredited Calibration also does the same. It ensures that the product fits in the standard and quality parameters. So, buyers can buy it without doubting its functionality.

Whether they need to buy Data logger or any other sensor-featured equipment, quality assurance is something that we all seek.

In this article, we are going to have a deeper insight into why smart sensors are essential in industries and why organizations should contact Automation sensor supplier for purchasing quality ones.

The situation of imagining robots to handle all the core jobs that humans are currently doing is horrible. People afraid of losing their jobs due to the evolution of the automation industry.

But, there is always not a one-sided story. Industry automation can bounty lots of benefits.

We’ve listed a few of them here to help you correct your decisions.

Smart sensors

The term itself shows the meaning that they are designed to collect information and transmit the same back to any local network. Such sensors are of any shape or size and can work in various applications and surfaces. Gone are those days when people stick to traditional sensors that can focus on the object that is there at that moment.

On the other end, this newer innovation of smart sensors can collect lots of information. Such sensors can detect tension, humidity, and temperature depending upon their configuration.

These sensors can be used as IoT to track medication temperature, bacterial growth on food, and electronics.

Include smart sensors in Industrial automation

It is no more a lie that equipment, these days, manufacturers using smart sensors. And, here are a few applications that you can consider as examples of industrial automation.

Moisture

When you are in need to check the humidity of flour, goods, rice, or any other sensitive material, it could be possible with smart sensors.

Test pressure and compression

With smart sensors, you can easily detect the pressure and compression in the system and alert the staff in case if there is any sign of fluctuation. More than that, sensors can also detect pressure and strength, and make the automation process perfect and smooth.

Temperature

There are endless systems that function using smart temperature sensors. You can consider smart kettles, toasters, ovens, grills, and the list is long. Such a detector will sense and detect any cause of overheating.

Vibrations

There are some of the equipment that is sensitive to vibration. If it gets vibrate excessively, it indicates that there will remain chances of dangerous problems. In such conditions, smart sensors work heroic and prevent issues before any chances of occurrence.

The benefit of automation sensors is not limited, there are lots of perks. If you want an assurance of any product or planning to manufacture something out-of-the-box, you may require an Automation sensor supplier to fulfil the needs of smart sensors.

Source: Know The Importance Of Smart Sensors For Industrial Automation

Why Do You Need NATA Accredited Calibration For Your Business?

Being a business owner, you must always think long-term and fight the tendency to be forever caught up in daily demand. As they say, “a stitch in times saves nine,” we must save our tomes from offering quality-assured services to our clients in such a competitive market. There is a better way to define whether or not you are saving your time and providing the best services at your lab with the help of NATA accredited calibration.

Here’s why you should get NATA accredited calibration:

Response

Knowledge

You should know what is working and what is not right to have sureness in the existing processes. But we are too entangled in our organisation and work to be impartial, and it doesn’t matter how professional we think of ourselves; we all want that ‘second opinion.’ NATA’s peer review offers your lab comprehensive feedback as per the most updated checks on the competence and reliability of your calibration, testing, or inspection services.

Go in the right direction

By taking the accreditation process, you can make sure how the quality assurance system of your lab performs against others. If changes are required, direct the time, resources, and money into improvements needed. Simultaneously, you will not waste your time on needless reviews in the areas that NATA authorizes comply with its standards. Their feedback will help you to improve the underlying processes and progress in the right direction.

Expert’s Advice

The time and money you spend going through NATA accreditation and the Data acquisition process is a win-win. Whether or not your lab meets the NATA standards, the technical advisors will suggest whether you need to make changes to qualify for the final assessment. Even if you fail, which doesn’t happen often, you have achieved expert guidance on what step should you take next.

Boost your business

Apart from providing services to your clients of the highest standard, a positive NATA assessment also helps you a better marketing edge. You can increase the credibility by advertising that you have attained NATA accreditation, and using it on your logo on the website will attract more clients.

Foundation growth

You can grow faster and better by getting NATA accredited calibration. Set up the right management system for your agency so that the foundation is strengthened for future challenges. It defines that when your business increases, you have the complete frameworks to manage the growth in such a way that it maintains the highest quality standards. Lately, a client in these circumstances said to me; “ I will not have a business now if it is wan not for NATA accreditation. The assessment process taught me the value of having systems: distinct ways of doing our job. This means as our business grew, it was smoother to train the new joiners, delegate tasks, and to be self-assured that everything was going efficiently.” To know more about how to leverage the benefits of NATA Accredited Calibration in future, contact the professionals. Only they will help you to find the best way to guide you through various accredited processes.

Source : Why Do You Need NATA Accredited Calibration For Your Business?

Data Logger Vs Data Acquisition- How They Differ?

The importance of a highly reliable and efficient temperature monitoring system cannot be taken for granted. Once the system starts failing, negative effects start occurring. It also leads to unexpected incidents like losing stored stem cells.

Implementing a real-time monitoring system including Data Acquisition in the laboratory system will be a great idea. The system that you are about to include must be highly accurate, flexible, easy-to-handle, and robust.

An Insight to Data Loggers!

Every laboratory requires a particular device where data can be stored and can be easily extracted. There are numerous devices, but a data loggerwill be the best. This device will record the temperature of the entire lab. It will notify in case any deviation takes place that may cause any adverse effect to the samples.

Data loggers serve as reactive ways of monitoring deviations in numerous cases. Otherwise, it may become too difficult to come across discarded samples.

Along with a logger, a temperature sensor is a particular device that will measure the temperature in case of specific equipment. Also, it will transmit the data to a device that will serve as a repository. This temperature is very important and must be watched diligently as a little bit of deviation may affect samples poorly.

What is the Difference between Data Acquisition System and Data Logger?

There is confusion between data acquisition and data logger. Some people presume that both are the same. But it is just the reverse. Below are some vital differences that exist between the two:

In case of an alarm, the data acquisitionsystem will permit you to log in virtually. You will be able to come across notifications while capturing every movement prior to and post the alarm.

On the other hand, a data logger will let you interrupt in between the logging sequence. Doing so will let you diagnose issues. But there will be a risk of missing any information between the logs.

Differs in terms of configuration– Usually, the data acquisition system is a configurable system. It will give you the provision to set parameters for alarm. In case you are monitoring the water level in a tank, you may set up the alarm to notify overflowing. Also, you may set a pre-alarm and give yourself enough time before it starts overflowing.

Whereas, in the case of a data logger there are chances that you may miss out on the target. The system is such that it will result in some type of interruption.

High accuracy level – A data acquisition system is known for its high accuracy level. It will let you set sample rates at an interval of a second. It will serve as a time savior and will ensure a high level of accuracy.

Whereas, in the case of data loggers; the time taken for setting sample rates is a minimum of fifteen minutes. It helps in preserving battery life.

After going through the comparison in detail, it is for sure that you have come across the difference between data acquisition and data logger. For better performance, it is preferable to go with data acquisition as it helps in improving SOPs through valuable information.

Source:- How Does Data Acquisition System Differ From Data Logger?