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The HD-1004 detects potential dust problems before they lead to health issues.
The HD-1004 is a highly valuable tool for health managers and health safety professionals, helping to reduce potential health hazards and lower data collection costs related to regulatory compliance. It assists in complying with federal regulations regarding respiratory safety.
The ES-642 remote dust monitor is designed to accurately measure particle concentration (PM2.5) both indoors and outdoors.
The ES-642 remote dust monitor is an industrial air quality sensor designed to accurately measure particle concentration in both indoor and outdoor environments. The unit is housed in a waterproof case. The LCD display shows particle concentration, flow rate, equipment status, and power information. The electrical and optical systems prevent condensation through a built-in heater that controls humidity, with the heater power adjusted to maintain minimal humidity. The ES-642 employs a high-sensitivity forward-scattering laser nephelometer with a measurement range of 0 to 100 mg/m³ or 0 to 100,000 μg/m³ for particle concentration. An optional sharp-cut cyclone is used to set measurement levels. By adding the sharp-cut cyclone, particles smaller than PM10 or those smaller than PM2.5 and PM1.0 can be set, providing monitoring for TSP (Total Suspended Particles).
Respiratory monitoring using the latest infrared technology. Protecting the respiratory health of workers engaged in industry.
We use the latest infrared technology to provide accurate and instantaneous data on suspended particulate matter concentrations in accordance with NIOSH Standard 0600, which pertains to respiratory zone particles harmful to the lungs. This saves costs by eliminating the need for expensive air sampling weight measurements and the associated delays in research analysis. By continuously monitoring harmful particulate matter in the lungs, we can protect the respiratory health of workers engaged in industry and reduce potential liabilities. Additionally, we can also reduce the costs associated with atmospheric monitoring program regulations.
