The Nutech 2703 automatic sampling device is an ideal product for automated air sampling. It is useful for standard environmental testing, scientific research, and 3rd party monitoring.
The system includes: an integrated timer, flow control, pressure reading, leak checking, auto QA/QC, a smartphone app with access to full system control.
Compared with its predecessor 2701, the updated 2703 integrates the current limiter, timer and vacuum pressure gauge in one controller which makes it the most advanced air/gas sampler on the market.
Features:
- Full Automation & Ease of Operation:
- The 2703 has the latest generation controller, which includes integrated flow control, timing, and pressure reading functions
- The 2703 can be controlled by the on-board PLC, as well as by PC and smartphone. The sampling parameter settings are intuitive and user friendly
- The wireless control of automated start and stop time reduces time in the field and labor costs
- Great Battery Performance:
- The 2703 features a high-capacity (8700mAH) Li-Ion rechargeable battery and has low power requirements, allowing it to last up to 7 days without recharging
- 3. Strong Adaptability:
- The 2703 has a durable plastic protective cover, and is both water proof and dust proof. It has the option of being upgraded to a stainless steel cover. It is also equipped with a filter kit, allowing for operations in all but extreme weather conditions
- The unit’s modular design allows it to be combined with various sampling media, including cartridges, Summa canisters, and Tedlar® bags
- High Precision & Minimal Limitations
-
The 2703’s precise flow control uses built-in high precision pressure and flow sensors. The unit avoids the blockage problems and limitations associated with other air samplers
- Silanized paths minimize the carryover and contamination
- Quality Control:
- With automatic leak detection, the 2703 possesses real-time recording and a visual display of the sampling pressure and flow data. The real-time data and historical data can be queried.