About Thermoelectrically Cooled Gaseous Attachment
We are one of the leading manufacturers of Thermoelectrically Cooled Attachment for our highly reputed clients. It is used in varied industrial sectors to fit the demands of our patrons. We source optimum quality material from our reliable vendors and process it using modern machinery as per the industrial prevailing standards and norms. Thermoelectrically Cooled Attachment stands high on quality, effectiveness, durability, efficiency and has a long operational life. We offer this at highly cost- effective prices among our competitors.
For Gaseous Sampling Envirotech APM 411TE
- Rapid and efficient cooling at 15C even when ambient temperature is 40C
- Special Silica gel filter tubes to remove entrained particulates and moistures
- Improved valve design maintains constant flow rate
- Uses fritted disc bubblers for efficient absorption
- Four gases can be sampled simultaneously.
Needs no ice to cool impingers
Precision Cooling TechnologyRelying on a sophisticated thermoelectric (Peltier) cooling system, this attachment provides rapid and reliable temperature control, cooling samples down to 4C within minutes. This ensures accurate preservation of sensitive gaseous pollutants like SO2 and NOx, catering to stringent laboratory and environmental sampling demands.
Robust and Portable DesignConstructed from durable steel and finished with smooth epoxy, the device offers long-lasting performance. The portable configuration with a sturdy handle makes it suitable for both stationary lab set-ups and field use, supporting versatile sampling requirements. Safety is enhanced through a secure key lock mechanism.
Flexible Sampling CapabilitiesAccommodating sample bottles from 100 ml to 500 ml and featuring up to four customizable sampling lines, the attachment can manage multiple gas samples simultaneously. Adjustable airflow (1-10 LPM) and compatibility with standard laboratory equipment make it an ideal solution for diverse gaseous monitoring applications.
FAQ's of Thermoelectrically Cooled Gaseous Attachment:
Q: How does the thermoelectric cooling module benefit gaseous sample collection?
A: The thermoelectric (Peltier) cooling module rapidly brings sample temperatures down to 4C, preserving the integrity of volatile gases and minimizing loss during collection. This enhances accuracy in air pollution and laboratory analysis.
Q: What processes can this gaseous sampling attachment be used for?
A: This unit is designed for air pollution monitoring, stack emission sampling, laboratory gaseous sampling, and as a gas scrubber attachment. It efficiently collects and preserves gaseous pollutants like SO2 and NOx for accurate measurement.
Q: When should the device be calibrated and who can perform the calibration?
A: Calibration should be performed periodically, especially before critical sampling campaigns. The attachment supports user calibration, allowing trained operators to maintain accuracy without external service assistance.
Q: Where can the Thermoelectrically Cooled Gaseous Attachment be deployed?
A: It can be used both in laboratory settings and in the field, thanks to its portable tabletop design and robust handle. Its compact form factor supports a variety of environments demanding reliable gaseous sample collection.
Q: What is the process for collecting and draining samples?
A: Samples are collected into bottles via up to four customizable lines, protected within a key lock door. After sampling, a removable collection tray makes draining simple and mess-free, facilitating effortless maintenance.
Q: What accessories are provided with the device, and what are their uses?
A: The unit includes tubing and clamps, essential for secure and leak-free connections between the sampling points and sample bottles, ensuring effective and safe gas transfer during operation.
Q: What are the key benefits of using this gaseous sampling attachment over conventional systems?
A: Compared to traditional methods, it delivers rapid sample cooling, enhanced gas collection efficiency (up to 95%), multi-sample capacity, user-friendly operation, and durable construction for prolonged service life, making it highly reliable for continuous air monitoring.