Networked Robotics' Advanced Digital Temperature Probes

Advanced temperature monitoring can be achieved with new advanced digital temperature sensors. Ease of installation, durability, accuracy, and regulatory features will enhance the success of your temperature monitoring program. 

The Networked Robotics TPL3-series digital temperature sensors are waterproof, glycerine-proof, and the TPL3U version can be used in ultra-cold (-80°C) freezers without risk of damage. The TPL3U version will monitor temperature from -80 degrees Celsius to 120 degrees Celsius with .1 degree precision, making it ideal for use with a wide range of storage units. A green

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Our probes implement features for regulatory use. Regulatory data, including electronically embedded unique IDs are available in all probes, and calibration data including date calibrated and offset may be programmed internally. All TPL3-series digital temperature probes manufactured by Networked Robotics since the formation of our company have these advanced regulatory capabilities.

Probes are color-coded with sixteen unique colors to match the last digit of the internal electronic unique ID. Color coding helps determine which point is connected when looking at Networked Robotics NTMS4 network hardware. They can also be easily extended or shortened to any length.

Optional glycerine cells are available for those that require a finished look while meeting specific regulatory requirements.

Networked Robotics' TPL3-series Digital vs Analog Temperature Sensors

Older analog sensors that are often used by our competitors are usually based on the use of resistive wire. There are three limitations:

 1.   Readings can be altered slightly by changes anywhere along the length of the wire. As a result some companies need to use potentiometers to adjust for the slight changes that can be different from day to day creating a signficant maintenance overhead.

 2.  Because the reading of a resistive probe is subject to electrical effects anywhere on the length of the wire, round wire - which minimizes interference is usually used. But round wire running through the seal of a freezer creates a small gap that can let air in, thus reducing energy efficiency and causing internal frost build-up. With our digital temperature sensors an ultra-thin 1 mm connection wire means that air gaps are substantially reduced. Note that almost all wireless systems, although they are wireless up to the freezer, still require wired sensors to pass through the door seal of that freezer.

 3. Digital probes can provide functions that analog sensors cannot. These include programmed LED indicators, internally stored unique IDs, internally stored calibration data and other features for advanced regulatory use.

At Networked Robotics, we are network temperature monitoring and scientific data collection specialists who work closely with the scientific industry every day. We understand the importance of your work and know how much effort you put into your research quality and compliance. We've designed the Tempurity System with you in mind.

Call or e-mail Networked Robotics and get started!

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