Real‑Time Respirable Dust Monitoring with PDM3700

A respirable, personal dust monitor created exclusively for mining operations in the United States allows users to monitor coal dust exposure in real-time. The Thermo Scientific™ PDM3700 Personal Dust Monitor has waterproof battery protection, PC-based software for data downloading and reporting, and an integrated charger with download and station for PC interface.

PDM3700 Personal Dust Monitor

PDM3700 Personal Dust Monitor. Image Credit: Thermo Fisher Scientific – Environmental and Process Monitoring Instruments

Product Overview

A real-time, respirable personal dust monitor (CPDM) was created exclusively for mining operations in the United States. It is the only CPDM that meets the most recent MSHA Dust Rule criteria.

  • PC-based software for downloading data, reviewing status flags, and reporting to MSHA
  • Integral charger with download station for PC interface
  • Ergonomic and lightweight
  • Industry standard sampling inlet
  • Waterproof battery protection

Reduce Exposure to Dust

The PDM3700 monitor is designed to provide fast, high-quality personal dust exposure information while also protecting miners' health by measuring shift-average respirable coal dust exposure when it approaches legal limits.

The PDM3700 real-time dust monitor, which provides mine workers and management with tools for personal coal dust monitoring and exposure reduction, is the first line of defense in preventing long-term health impacts.

Real-Time Measurement

The PDM3700 monitor measures three major parameters in real time: primary current mass concentration, primary cumulative mass concentration, and percent of the limit. Two secondary user-initiated measurements are also provided, which can be carried out without interfering with the original sample.

The battery-operated PDM3700 begins by obtaining a continuous sample of air from the breathing zone. It then eliminates any particles greater than respirable size and determines the mass of the dust, which is collected on an exchangeable filter.

Lower Per-Sample Cost

Dust exposure results are calculated automatically, avoiding the requirement for filter transportation and handling procedures associated with the manual gravimetric approach. This automated technology costs substantially less per sample than manual sampling and provides continuous information availability.

Designed for the Mine Environment

The PDM3700 personal dust monitor, which has been proven underground due to the success of the PDM3600 monitor, also provides accurate, continuous information on personal respirable dust exposure. The sturdy, belt-mounted casing, consisting of static dissipating housing, is capable of meeting the demands of the normal mining environment.

Videos

Video Credit: Thermo Fisher Scientific – Environmental and Process Monitoring Instruments

Specifications

Source: Thermo Fisher Scientific – Environmental and Process Monitoring Instruments

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Accuracy 25% of the reference method (for concentrations greater than 0.2 mg/m3)
Minimum dust loading: 0.1 mg (to achieve specification)
Maximum dust loading: 4.0 mg (to achieve specification)
Accuracy is only valid within the operating temperature of -4° to 104 °F (-20° to +40 °C) and with a relative humidity from 0% to 100%
Certifications/
Compliance
  • NIOSH approval number TC-74CPDM-01
  • Certified intrinsically safe by the Mine Safety Health Administration (MSHA) (19-A040002-0)
  • EN61326-1:2005 - Pending
  • FCC Part 15 subpart B - Pending
  • UN T1-T8 (shipment of lithium-ion batteries)
  • The PDM3700 Charger complies with the ANSI/UL 1012 standard for power units other than Class 2, 7th Edition (4/29/05) - Pending
Concentration Display Averaging Time 30 minutes
Concentration Measurement Range

0 - 200 mg/m3
3 primary displays:

  1. 30-minute average
  2. cumulative concentration average to the point of measurement
  3. shift concentration average
Data Points Minimum of 30 shifts
Depth (English) 3.25 in.
Depth (Metric) 8.26 cm
Description PDM3700 Personal Dust Monitor
Electrical Requirements 1 internal lithium-ion battery assembly
Height (English) 6.75 in.
Height (Metric) 17.15 cm
Particle Size Range less than 4.5 um
Resolution 0.01 mg/m3
Mass concentration sensitivity:
0.05 mg/m3 (1 sigma) 30-second averaging
Weight (English) 4.41 lb.
Weight (Metric) 2.0 kg
Width (English) 9.57 in.
Sampling tube: 36.0 in. ± 0.25 in.
Width (Metric) 24.31 cm Sampling tube: 91.44 cm ± 0.635 cm
Flow Rate 2.2 L/min.
Unit Size Each

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