3M Organic Vapor Monitor 3511+, High Sampling Rate and Prepaid Analysis, 5 ea/Case

• A valid method for air sampling and analysis of low level and short-term monitoring
• Analysis is included at a 3M-contracted lab.
• Documentation for industrial hygienists and IH labs available upon request
• Easy to use. Just clip the monitor to shirt lapel, collar, or pocket
• Highest diffusive sampling rate available for monitoring low contaminant levels and STEL sampling
• Simple, cost-effective and convenient
• State of the Art Monitor Design
• Unobtrusive. Monitors are small and lightweight and will not interfere with employee activities.

3M Organic Vapor High Capacity Monitor 3511+ with prepaid analysis is a cost-effective and convenient way to perform personal air sampling for low levels of organic vapors and short term exposure limit (STEL) sampling. It is easy to use - clip it to your shirt lapel, collar, or pocket without interfering with your work activities. No batteries, hoses or pumps or needed to use the monitor to sample your air. Analysis of the monitor at a 3M-contracted lab is included. Knowing the specific contaminant and exposure levels is important to determine the appropriate respirator and cartridge for your work environment. This information will also help in estimating the life of selected 3M Cartridges. 3M Organic Vapor High Sampling Rate Monitor 3501+ uses diffusion, rather than a pump, to collect an air sample with an accuracy of +/-25%, at a 95% confidence level for many workplace organic vapors, for both personal or area sampling. It contains 562 sampling ports to generate high sampling rates and is designed to detect organic vapors at low concentrations or during short-term (STEL) sampling when low detection limits are important. Because of the high sampling rate, this monitor may exceed capacity at high concentrations or during long sampling times. After following all instructions, send the monitor to be analyzed in the 3M-contracted lab. This monitor has a 2-year shelf life from its production date.