Why choose a Dickson WiFi data logger?
In environments subject to strict compliance standards, the reliability of environmental monitoring systems is fundamental. But their use and installation must also meet the specific needs of each company and the infrastructures already in place. With this in mind, Dickson has developed a range of WiFi Data Loggers that combine performance, continuous connectivity and regulatory compliance, meeting the most stringent standards in the pharmaceutical, medical, research, and healthcare sectors.
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WiFi technology for responsiveness and compliance
WiFi technology offers an ideal compromise between range, data rate and ease of deployment. Thanks to its WiFi connectivity, the Dickson DWE2 data logger transmits its temperature readings (and other physical parameters) continuously to the DicksonOne cloud platform. Your sensitive products benefit from real-time, latency-free monitoring and automatic data centralisation. In the event of a wireless network failure, the DWE2 WiFi data logger can transmit data via an ethernet cable. The logger’s on-board memory and battery backup provide additional security, with the option of exporting data directly from the data logger for critical applications.
This constant link with the cloud enables real-time alerts to be generated and managed (phone call, SMS, email or audible alert) in the event of :
- threshold exceeded
- communication failure
- battery failure
The DicksonOne platform also automates the production of reports that comply with regulatory requirements (FDA 21 CFR Part 11, GxP, ISO 17025). Each measurement is time-stamped, traceable and combined with a full audit trail, meeting the industry’s most stringent quality and safety standards.
The advantages of WiFi Data Loggers
Dickson’s range of wireless data loggers offers different connectivity options, each with its own characteristics and advantages.
Bluetooth data loggers, which are energy-efficient and easy to use, require physical proximity for data retrieval. They are ideal for monitoring temperatures close to products, for example in applications involving the transport of sensitive products (medicines, vaccines, foodstuffs).
LoRaWAN technology, for its part, enables very long-range transmission at low bit rates. Combined with specific gateways, LoRaWan data loggers can be used to monitor very large areas or multi-site environments.
WiFi has the great advantage of integrating naturally into the existing network infrastructure of most sites. It enables frequent transmissions, rapid data feedback to the cloud, and simplified remote configuration.
Guaranteed compliance, guaranteed simplicity
Dickson has made compliance its core business. Our DWE2 WiFi Data Logger comes, like all our temperature loggers, with a NIST-traceable calibration certificate issued by our ISO 17025 A2LA accredited laboratory.
Our exclusive Smart Sensor™ technology enables quick and easy replacement of probes, while retaining the original calibration parameters and compliance.
Thanks to the DicksonOne platform, those responsible for monitoring your installation can not only view data in real time from any connected device, but also automate the generation of reports and audits, greatly facilitating quality control approaches and regulatory inspections.
Our data loggers are intuitive to install and configure, and software updates are automatically performed remotely, guaranteeing a high level of security and performance without service interruption.
The DWE2 WiFi data logger supports 2 measurement points and is compatible with a wide variety of probes, enabling monitoring of a wide range of environmental parameters: temperature, humidity, differential pressure, CO2, and more.
Multiple uses in the most critical environments
The versatility and reliability of Dickson WiFi Data Loggers make them particularly suitable for use in the most demanding environments, such as :
Pharmaceutical and biotechnology industries: temperature monitoring in climatic chambers, freezers, vaccine refrigerators and sensitive storage areas.
Hospitals: humidity and temperature monitoring in operating theatres, hospital pharmacies or storage areas for medicines and biological samples.
Food industry: monitoring storage conditions in cold rooms, processing units or preparation areas.
Research and laboratories: temperature and CO2 monitoring in incubators, environmental control of thermostatic baths or culture chambers.