CleanRoom Monitor

Model : N-PM100

Navter's clean room monitor is a portable desktop and wall mountable instrument that measures dust particle concentration in air. The instrument displays the real-time value of dust particle concentration in μg/m³, temperature and relative humidity.  It has built-in storage for continuous data logging and Wi-Fi connectivity for easy access of data log.

Features:

• Quick response time less than 30 sec
• Particle sensor is a laser-based sensor which uses the light scattering method to detect and count dust particles in the concentration range of 0 μg/to 1,000 μg/ with ±15 μg/
• 7 Inch HD screen with intuitive, rich graphical display of dust particle concentration, temperature, humidity and dust particle concentration vs health effects table
• Automatic change of color, theme and safety alert message indicating dust particle concentration.
• Real time continuous data logging of STEL (average of every 15 min.) & TWA (average of every hour).
• Data log in MS Excel file format Download
• Easy 2-step wireless connectivity
• In Built storage of 1 million readings
• Wall mountable and desk top device
• Optional HDMI output
• No warm up time

The clean room monitor has automatic data logging of STEL (short term exposure limit) values every 15 minutes throughout the operation of the monitor. It has inbuilt storage of 16GB that can store more than a million data records.

The data log stored in the device can be easily accessed from any Wi-Fi enabled device such as smartphone, pc, laptop etc. The data log has auto generated graph of dust particle concentration versus date & time.

The clean room monitor alerts the user of real time changes in dust particle concentration with safety alert message and three different colors green, orange and red indicating the range, for easy visual perception.The safety alert message is displayed as ‘safe’ and the display color is green when the dust particle concentration is in the range of 0 – 50 μg/, the display color and safety alert message changes automatically with change in dust particle concentration.