Real time CO2 data logger which supports Dickson Triple Smart Sensor technology, stores calibration data independently within the sensor, and monitors CO2, temperature and humidity together. Transmits data via LoRaWAN or Bluetooth to OCEAView for live tracking, instant alerts and audit ready reports.
A CO2 data logger is a device used to continously measure and record carbon dioxide levels in a cold chain environment over time. It works alongside temperature and humidity sensors to track conditions that affect the stability and safety of sensitive products like vaccines, biological samples, and pharmaceuticals.Â
CO2 monitoring becomes important specifically in controlled environments like CO2 incubators which are used to store cell cultures, tissue samples, and biological materials at precise concentrations. Even a small drift in CO2 levels inside these incubators can affect sample viability, so continous monitoring is critical for facilities like hospitals, biotech labs and pharmaceutical manufacturing units.Â
A CO2 data logger such as Cobalt X with its Triple Smart Sensor records CO2 concentration at set intervals along with temperature and humidity. This data gets stored in the device’s internal memory and is also transmitted wirelessly through the LoRaWAN or Bluetooth to a cloud platform like OCEAView. From there, your team can view real time CO2 readings, get instant alerts if levels go out of range and pull audit ready reports for compliance documentation. Â
Lisaline Asia is the authorised supplier of Dickson data loggers in India. As a part of their portfolio, the Cobalt X1 and X2 are CO2 data logger devices. These need an external Smart Sensor for CO2 monitoring and do not have an inbuilt CO2 sensor. Alongside CO2 monitoring, these data loggers monitor other parameters like temperature, humidity, differential pressure, and other parameters like dry contact and light. These support four external sensors simultaneously, provide cloud integration with the OCEAView platform and deliver instant alerts through SMS and email when conditions go outside set thresholds. Check your product data sheet once for more details or contact our team for more queries.Â
The Cobalt X data logger is built to support CO2 monitoring using Dickson’s Triple Smart Sensor technology. This is an external wired sensor, since Cobalt X does not have an inbuilt sensor for CO2 monitoring. The Triple Smart Sensor connects to the data logger through a wired connection and monitors temperature, humidity and CO2 together as a single combined sensor unit.
This setup is commonly used inside CO2 incubators, where the sensor sits inside the incubator chamber while the Cobalt X CO2 data logger stays outside, connected through a cable. Since the sensor needs to be placed directly inside the monitored environment, a wired connection gives you a stable and uninterrupted reading, without depending on wireless signal strength inside enclosed spaces like incubators.
Because all three parameters, temperature, humidity and CO2, are monitored through one sensor, you get a complete picture of the conditions inside your incubator or storage unit, rather than relying on separate devices for each parameter.
Once connected, the Triple Smart Sensor’s calibration data is stored directly on the sensor itself, not on the Cobalt X CO2 data logger. This means you can swap sensors when recalibration is due without having to reconfigure the entire logger, keeping your monitoring setup running with zero downtime.
Dickson · OCEAView Series
| Specification | Details |
|---|---|
| Parameters monitored | Temperature Humidity CO₂ * Differential pressure 4–20 mA Dry contact Light |
| Sensor channels | Up to 4 simultaneous wired or wireless sensors |
| Single-use / Multi-use | Multi-use Fixed installation · Hot-swappable sensors · No data loss on swap |
| Application | Cold rooms, freezers, ULT freezers, cleanrooms, warehouses, labs |
| External sensors | Dickson Smart-Sensors, Pt100 probes, Atlas & Emerald Bluetooth sensors |
| CO₂ Smart-Sensor * | Measures CO₂ + temperature + humidity in one probe · Flat cable passes through door seals |
| CO₂ sensor range | 0–9.99% CO₂ · 0–50 °C · 0–95% RH |
| Battery life | Up to 2 years · AC adapter supported |
| Connectivity | LoRaWAN ~15 km · Bluetooth LE ~30 m |
| Display | 2.4" colour touchscreen · Glove-compatible |
| On-device alerts | Flashing LED · Buzzer (AC power) · Touchscreen banner with PIN acknowledgment |
| Real-time alert channels | Email SMS Push notification |
| Alarm limits | 3 high + 3 low per sensor · Programmable delay to suppress false alarms |
| OCEAView integration | Fully supported Cloud & on-premises · Compliance reports · Audit trails |
| Compliance | 21 CFR Part 11 compatible via OCEAView · GxP-ready |
| Mounting | Wall-mount via screws, magnet, or Velcro · 180 g |
For CO2 monitoring, Cobalt X uses a Triple Smart Sensor that measures CO2, temperature, and humidity together in one unit. This sensor is placed inside the incubator while the Cobalt X CO2 data logger stays outside, connected through a cable. Since Dickson uses Smart Sensor technology, where calibration data lives on the sensor, you can simply swap in a new calibrated sensor when needed. There is no manual setup required and no downtime for your monitoring.
LoRaWAN connectivity transmits readings over distances up to 15 km line-of-sight using a single receiver. That means one gateway can cover an entire facility, building, or multi-room campus, no dense network infrastructure, no per-room access points, and no IT complexity to maintain.
The 2.4 inch color touchscreen on Cobalt X CO2 data logger is designed to work even when you are wearing lab gloves. Your team can set up monitoring points, check live readings, or acknowledge alarms without having to remove their gloves first.
Cobalt X CO2 data logger works with OCEAView, which you can use either as a cloud based platform or install on your own on premises server. This gives your IT and compliance teams the flexibility to choose the setup that fits your data requirements, while still managing everything from one dashboard.
Wired sensors connect directly to the Cobalt X via Binder connectors, giving you a stable, uninterrupted physical link even through access ports, door gaskets, or tight equipment openings. This makes it easy to monitor extreme or hard-to-reach environments like incubators, ULT freezers, nitrogen tanks. You do not need to worry about wireless interference or signal drop.
Along with LoRaWAN, Cobalt X CO2 data logger also works with Bluetooth Low Energy for pairing with wireless sensors directly. This is a good option for smaller sites or single rooms where you do not need a full LoRaWAN gateway. Sensor readings can be collected in as little as 5 seconds with Bluetooth.
Every reading, alarm, and acknowledgment on Cobalt X CO2 data logger is automatically logged with a timestamp. This data is stored both on the device and in OCEAView, giving you a complete record you can pull up whenever you need it for compliance or quality audits. There is no manual logging involved.
Cobalt X CO2 data logger continuously tracks CO2 levels inside your incubator and alerts you the moment levels drift outside your set range. This is critical for incubators where even a small CO2 fluctuation can affect cell cultures or sample integrity. Since readings are logged constantly and backed up by battery power if the AC supply fails, you get uninterrupted CO2 monitoring and peace of mind that your samples are protected around the clock.
Track CO2, temperature, and humidity continuously with the Cobalt X CO2 data logger, built for incubators, cleanrooms, and storage facilities. Get instant alerts the moment readings drift out of range, with every event automatically logged for audit-ready compliance. View live data anytime, anywhere through the OCEAView platform.
Biologics, vaccines, and cell-based therapies are sensitive to atmospheric composition. Elevated COâ‚‚ alters the pH of liquid formulations and degrades sensitive compounds over time. Monitoring COâ‚‚ ensures storage conditions remain within validated parameters, not just temperature and humidity.
Cold chain shipments and storage areas frequently use dry ice for ultra-low temperature maintenance. As dry ice sublimates, it releases COâ‚‚ rapidly into enclosed spaces. Without monitoring, these surges go undetected and unrecorded, a risk to both staff safety and product integrity.
EU GMP Annex 1, WHO guidelines, and FDA cGMP mandate documented monitoring of all critical environmental parameters in pharmaceutical storage and manufacturing zones. COâ‚‚ is a critical parameter in many classified areas.
Cell cultures, tissue samples, and biological assays depend on a stable COâ‚‚ atmosphere, typically 5%Â inside incubators. Even a brief deviation affects cell viability and invalidates experiments or clinical samples. Manual checks cannot catch fluctuations between readings. Continuous monitoring with the Cobalt X and Triple Smart-Sensor ensures nothing is missed.
Connect the CO2 Smart-Sensor to the Cobalt X data logger using the wired connection. Power it on via battery or the optional AC adapter. The color touchscreen is glove-friendly and shows battery status right away, letting you set up monitoring points within minutes.
Set up CO2 thresholds, reading intervals and alarm limits directly through the OCEAView platform. Cobalt X CO2 data logger supports upto three high and three low alarm limits per measurement point, each with its own programmable delay. You can adjust these settings anytime from the touchscreen or the OCEAView app.
Once configured, the Co2 data logger continuously measures CO2 concentration at your set interval. The Cobalt X CO2 data logger typically monitors a range of 0-5,000 ppm or 0-10,000 ppm depending on your sensor. You can run upto four sensors simultaneously if you are monitoring multiple zones like several incubators or storage rooms.
Readings are stored in onboard memory, holding up to 4,000 readings per measurement point, and transmitted wirelessly to the OCEAView server. LoRaWAN connectivity gives you long-range coverage, up to 15 km line-of-sight, ideal for facilities with multiple rooms or buildings.
Log in to OCEAView from any browser to view real-time CO2 readings, trends, and device status. If a reading crosses your set threshold, the device triggers flashing lights and an audible buzzer on-site, while OCEAView sends a notification, so your team can respond immediately.
Alarms can be acknowledged directly on the device using a PIN code, creating accountability for who responded and when. All readings, alarms, and events are logged with timestamps in OCEAView, giving you a complete, exportable audit trail for compliance and quality reviews.
 Since 1998, Lisaline Asia has been leading the cold chain monitoring innovation in India. We made a landmark achievement of introducing the world’s first miniaturised Vaccine Vial Monitor (VVM) technology to monitor temperature exposure of vials for the Polio Eradication program in India. Over 25 years later, we continue to lead with trusted cold chain monitoring solutions for the pharmaceutical, logistics, food, and life sciences sectors.
As the official supplier of globally recognised brands, including Zebra Technologies, Dickson, Tempmate, Hemokool, and the manufacturer of our own Made in India product, Degrite S, we bring you the best of both international quality standards and local expertise.
Lisaline Asia provides complete setup and commissioning of the Dickson Cobalt X CO2 data logger by expert technicians, including device configuration, OCEAView platform integration, sensor mapping, alarm threshold setup, and report customisation tailored to your specific operational and compliance requirements. This includes full support for the Triple Smart Sensor wired setup, covering CO2, temperature, and humidity monitoring inside incubators, with proper sensor placement, cable routing, and calibration to ensure accurate, audit-ready readings from day one.
Reach out to our team today and discover how Lisaline Asia’s licensed distributor expertise, certified products, and end-to-end after-sales support can safeguard your cold chain and keep you audit-ready at all times.
Choosing authorised supplier guarantees authentic high quality Cobalt X CO2 data logger devices with proper labelling, backed by trust and used in major cold chain facilities across the world. Get official manufacturer support along with calibration certificate and compliance documentation.Â
Get ISO 17025 (NABL) accredited calibration both in-lab and on-site, WHO PQS-certified product validation, thermal mapping, installation with IQ/OQ validation, preventive maintenance contracts, and 24/7 online support.Â
We provide extended product support, after sales service, spare parts coordination, technical assistance and customer service across India, South Asia and Middle East. Â
We're here for you! Whether you have inquiries about our CO2 data logger or need assistance, our team is ready to help.
CO2 monitoring is the process of continously tracking carbon dioxide levels alongside temperature and humidity to maintain the stability of sensitive products like vaccines, biological samples and cell cultures. CO2 monitoring is a must in environments like CO2 incubators which require precise CO2 levels to keep cell cultures and tissue samples viable, since even small fluctuations can affect their quality. a CO2 data logger like the Cobalt X, using Dickson’s Triple Smart Sensor technology, continuously measures CO2 along with temperature and humidity. This data is recorded at regular intervals and transmitted wirelessly through LoRaWAN or Bluetooth to platforms like OCEAView, where facilities can view real time data, get instant alerts if CO2 levels drift out of range, and maintain audit ready records for compliance.
Dickson’s Triple Smart Sensor Technology is an external wired sensor that monitors temperature, humidity and CO2 together in a single sensor unit. Unlike a built in sensor, this sensor connects to the Cobalt X data logger through a wired connection and is placed directly inside the monitored environment, like a CO2 incubator, while the data logger itself stays outside. What makes this Smart Sensor technology unique is that calibration data is stored independently within the sensor itself, not on the Cobalt X CO2 data logger. This means when a sensor is due for recalibration, you can simply swap it for a new calibrated sensor without having to reconfigure the entire logger, keeping your monitoring running without any downtime. Since the Triple Smart Sensor monitors all three parameters simultaneously, it gives facilities like cell culture labs, biotech units and hospitals a complete and accurate picture of the conditions inside their incubators or storage units, all through one sensor connected to a single Cobalt X CO2 data logger.
No, both Cobalt X CO2 data logger models, X1 and X2, do not have an inbuilt CO2 monitoring sensor. For CO2 monitoring, Cobalt X uses Dickson’s Triple Smart Sensor Technology, an external wired sensor that measures CO2 along with temperature and humidity together in a single unit. The sensor connects to the CO2 data logger through a wired connection and is placed directly inside the monitored environment like CO2 incubator while the CObalt X stays outside.Â
Yes, Cobalt X CO2 data logger can be used to monitor multiple incubators or rooms at once, depending on the model you choose. Cobalt X1 supports upto 2 measurement points, while Cobalt X2 supports upto 4 measurement points. This means a single Cobalt X2 data logger can connect to upto 4 Triple Smart Sensors at the same time, letting you monitor CO2, temperature and humidity across multiple incubators or zones simultaneously. All readings from these different measurement points are visible together on the OCEAView platform, giving you a single dashboard to track every incubator or room without needing a separate data logger for each one. If any reading from any sensor crosses your set threshold, Cobalt X triggers alarms specific to that measurement point, so you always know exactly which incubator or room needs attention.
The number of CO2 sensors Cobalt X CO2 data logger can support depends on the model you choose. Cobalt X1 supports upto 2 measurement points, while Cobalt X2 supports upto 4 measurement points. This means you can connect upto 2 Triple Smart Sensors to a Cobalt X1, or upto 4 Triple Smart Sensors to a Cobalt X2, allowing you to monitor CO2 levels across multiple incubators or storage zones at the same time from a single CO2 data logger.
Yes, the Triple Smart Sensor stores its own calibration data independently within the sensor itself, not on the Cobalt X CO2 data logger. This means that the sensor carries its own calibration details rather than relying on the CO2 data logger to store this information. Because of this, when a Triple Smart Sensor is due for recalibration, you can simply swap it for a new calibrated sensor without having to recalibrate or reconfigure the Cobalt X CO2 data logger itself. This keeps your CO2 monitoring running with zero downtime, since the new sensor is ready to give accurate readings as soon as it is connected.
Yes, Lisaline Asia provides complete setup and commissioning support for Cobalt X CO2 monitoring carried out by expert technicians. This includes device configuration, OCEAView platform integration, sensor mapping, alarm threshold setup and report customisation tailored to your specific operational and compliance requirements. For CO2 data logger specifically, this support covers the full Triple Smart Sensor wired setup including proper sensor placement inside incubators, correct cable routing between the sensor and the CO2 data logger and calibration verification from the start. Since the Triple Smart Sensor monitors CO2, temperature and humidity together, Lisaline Asia’s technicians configure alarm limits for all three parameters during setup, so your monitoring system is fully functional across every measurement point from day one.Â
CO2 monitoring helps maintain compliance by creating a continuous, timestamped record of every CO2 reading, alarm and acknowledgment. This data is stored on both the Cobalt X CO2 data logger and the OCEAView platform, giving facilities a complete, exportable audit trail whenever needed for regulatory reviews. Since readings are logged automatically at set intervals, there is no room for missed entries or manual error. If CO2 levels drift outside the safe range, the system records exactly when it happened and when it was acknowledged, supporting GMP and FDA compliance requirements for cold rooms and storage units.
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