Thermometer data logger

Today we talk about Thermometer data logger.

As I immerse myself in the world of thermometer data loggers, I find it fascinating how these devices have become essential tools in various industries. With the demand for accurate temperature management in sectors such as food safety, pharmaceuticals, and scientific research, I feel a sense of responsibility to understand and communicate the significance of using these devices effectively. With precise temperature control backed by real-time data, I can ensure the integrity of temperature-sensitive products.

Traceable® WIFI Data Logging Refrigerator/Freezer Thermometer

Features and Benefits

The Traceable® WIFI Data Logging Thermometer is my go-to technology when monitoring temperature-sensitive items. It offers exceptional features, including:

Wireless Connectivity: This device communicates via WiFi, allowing me to view real-time data on my smartphone or computer (over 100 feet away from the sensor).
Immediate Alerts: If temperatures deviate from predefined settings (set typically between 32°F and 40°F for refrigerated items), I receive instant notifications via email or text.
Data Visualization: I can visualize temperature fluctuations on user-friendly graphs, simplifying my data analysis process. The device records up to 20,000 data points!

These capabilities empower me to ensure compliance with safety regulations and maintain product integrity, especially when storing vaccines, which require consistent temperatures.

TraceableOne™ Single-Use Datalogging Thermometer (Refrigerated Transport)

Specifications

For refrigerated transport, the TraceableOne™ Single-Use Datalogging Thermometer stands out with specifications tailored for my needs:

Temperature Range: This logger efficiently tracks from -4°F to 140°F (-20°C to 60°C), which fits perfectly within the range needed for most pharmaceuticals.
Accuracy: With an accuracy of ±0.5°F (±0.3°C), I can trust that my data reflects the actual conditions of stored items.
Battery Life: It operates for up to 30 days, which is essential for long transport durations, especially when I’m responsible for ensuring the safety of delivered goods.

These specifications align with industry standards for refrigerated transport, ensuring compliance with regulations.

TraceableOne™ Single-Use Datalogging Thermometer (Frozen Transport)

Usage Guidelines

When I’m using this thermometer for frozen transport, I stick to these careful guidelines:

First, I ensure to activate the device at ambient temperature (between 68°F and 77°F, 20°C to 25°C) before loading it in the freezer.
I place the logger at least 3 inches away from walls and direct airflow to prevent biased readings from thermal interference.
It’s vital to document the start time and the temperature at which the logger is deployed, maintaining a thorough record to ensure nothing goes unnoticed during inspections.

Following these protocols enhances the accuracy of the recorded data and supports effective risk management practices.

TraceableOne™ Single-Use Datalogging Thermometer (Ripening Foods Transport)

Performance Metrics

In ripening foods transport, I value specific performance metrics, such as:

Temperature Range: 32°F to 77°F (0°C to 25°C), perfect for monitoring ripening conditions.
Calibration: Each unit comes factory calibrated for temperature, ensuring reliable readings right out of the box.
Documentation: It generates automatic reports that I can save or share, which is crucial for evidence of compliance and quality control.

These metrics assure me that the conditions of the ripening process are optimal, preventing spoilage and maintaining quality.

Excursion-Trac Refrigerator/Freezer Datalogging Thermometer

Data Management Features

The data management capabilities of the Excursion-Trac Refrigerator/Freezer Datalogging Thermometer are impressive:

Memory: Stores up to 30,000 data points, allowing me to assess long-term trends in temperature data.
Data Review: The easy-to-navigate interface simplifies my review of historical temperature data.
Export Options: I can export data in CSV or PDF formats, making it straightforward to share findings with stakeholders.

With such robust data features, I can maintain accurate records and support compliance required by health agencies.

Memory-Loc Refrigerator/Freezer Datalogging Thermometer

How to Access Data

Accessing data from the Memory-Loc thermometer is a simple process that I appreciate:

I connect the logger to a computer using the included USB cable.
Next, I launch the provided software, which automatically reads the data files stored on the device.
With just a few clicks, I can view, analyze and save or print the temperature logs I need.

This straightforward approach makes it easy for me to ensure compliance and maintain detailed records.

Excursion-Trac Ultra-Low Datalogging Thermometer

Calibration Options

Calibrating my Excursion-Trac thermometer is an important part of my routine:

I regularly use a verified ice point for calibration, ensuring a stable reference at 32°F (0°C).
According to the manufacturer, I follow specific steps outlined in the owner’s manual for zeroing the unit accurately.
Documenting calibration date and results is essential for tracking performance over time and maintaining compliance.

Knowing that my thermometer is calibrated appropriately provides me with peace of mind about the accuracy of my temperature monitoring.

USB Temperature / Relative Humidity Data Logger, -31°–176°F (-35°–80°C)

Benefits for Storage Monitoring

This versatile USB Temperature/Relative Humidity Data Logger offers several key benefits for my storage monitoring efforts:

Dual Measurement: It tracks temperature and humidity simultaneously, essential for products like pharmaceuticals, which often require both parameters to be logged.
Comprehensive Analysis: The ability to retrieve and analyze data easily means I can manage storage conditions effectively.
Battery Life: Typically provides over 1 year of battery life, making it a low-maintenance option for continuous monitoring.

With these functions, my management of storage environments has never been simpler or more effective.

Platinum RTD Datalogging Thermometer, -130°–221°F (–90°–105°C)

Applications in Research

In research applications, the Platinum RTD Datalogging Thermometer proves to be indispensable:

Precision: It offers ±0.1°F accuracy, critical for sophisticated experiments where temperature control is vital.
Wide Range: Its range from -130°F to 221°F (-90°C to 105°C) allows it to be used in various settings, from cryogenics to high-temperature testing.
Durability: Designed to withstand harsh laboratory environments, which allows me to focus on my work without worrying about the logger failing.

This versatility and reliability make the Platinum RTD an essential tool for any serious researcher.

4-Channel Data Logging Thermometer, -328°–2,501°F (-200°–1,372°C)

Multi-Channel Functionality

The Multi-Channel Logger serves my needs exceptionally well in various applications:

Multiple Probes: I can connect up to four probes simultaneously, allowing me to monitor several points at once—ideal for processes requiring diverse temperature readings.
Versatile Applications: This logger is perfect for use in ovens, incubators, and manufacturing processes where environmental control is paramount.
Data Synchronization: All channels can be logged concurrently, simplifying my analysis and providing a more comprehensive data set.

This flexibility helps me to address complex measurement challenges without hassle.

USB Thermocouple Temperature Data Logger, 32–392°F (0–200°C)

Connecting and Using the Logger

Using the USB Thermocouple Logger is a straightforward process:

I start by connecting the thermocouple probe to the logger, ensuring a secure fit.
Next, I connect the logger to a USB port on my computer and initialize it with the provided software.
With this setup, I can start logging temperatures instantly and monitor readings live from my computer screen.

Its design simplicity ensures that I focus on data rather than technology complications.

Humidity and Temperature Data Logger, Part of the NOMAD® Family

Outdoor Applications

For outdoor applications, I rely heavily on the NOMAD data logger, and it doesn’t disappoint:

Weather Resistance: Built to endure extreme outdoor conditions, allowing measurement without worrying about damage.
Portability: Weighs under 1 pound, so I can comfortably carry it on field trips and outdoor studies.
Real-Time Monitoring: The logger’s capability to record changes allows me to handle any urgent situations promptly.

These advantages make it a perfect fit for my outdoor research needs.

Portable Temperature and Humidity Data Logger with LCD Display

Ease of Use and User Interface

This logger’s user-friendly interface is one of its biggest advantages for me:

Intuitive LCD Display: Clear continuous readouts of both temperature and humidity ensure I can assess conditions at a glance.
Simple Controls: The one-touch recording and resetting capabilities make logging easy and efficient.
Battery Indicator: A real-time battery life indicator allows me to plan ahead before it runs out.

This design maximizes my efficiency, allowing me to focus more on the task at hand instead of troubleshooting the device.

Intrinsically Safe Temperature Data Logger

Safety Features

The safety features integrated into this data logger are paramount for my peace of mind:

Explosion-Proof Design: This is essential when working in hazardous environments, protecting both my team and our equipment.
Automatic Shutdown: The logger shuts down automatically to prevent overheating, ensuring safe operation.
Uniform Temperature Distribution: Guarantees that readings are accurate, even in fluctuating environments.

These safety features empower me to work confidently in sensitive settings while ensuring compliance with safety standards.

21CFR Compliant USB Data Loggers for Vaccine & Cold Chain

Regulatory Compliance

Adoption of 21CFR compliant data loggers is essential in maintaining standards for vaccine storage:

Designed for Compliance: The devices meet FDA standards, ensuring vaccine storage conditions are optimal (typically between 35°F to 46°F).
Audit Trails: The loggers provide thorough documentation essential for compliance checks during regulatory inspections.
Easy Data Retrieval: I can quickly retrieve data during audits, allowing for transparency and accountability.

This compliance gives me confidence that I am effectively adhering to industry regulations for public safety.

What is a data logger thermometer?

A data logger thermometer is an electronic device that automatically records temperature over time and stores the data for later analysis. This device has become vital for ensuring compliance in industries like food safety and pharmaceuticals, where monitoring temperature trends is essential.

Is a data logger more accurate than a thermometer?

Data loggers are generally more accurate than standard thermometers because they are specially designed for continuous monitoring and can capture temperature data over time, often with precision of ±0.1°F, which is crucial for maintaining quality and compliance.

How do you make a temperature data logger?

Creating a temperature data logger involves combining a temperature sensor with a microcontroller and utilizing software to record and store temperature data at designated intervals. This integration allows a reliable means of temperature tracking across various applications.

What is the difference between temperature probe and data logger?

The primary difference is that a temperature probe provides real-time temperature readings at a specific point, while a data logger records and stores temperature over a period of time, offering insights into temperature trends and fluctuations for enhanced monitoring.