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DwyerOmega PMT2

DwyerOmega PMT2 Particulate Transmitter

The DwyerOmega PMT2 Particulate Transmitter measures particulate emissions levels from dust collector discharge. DC-coupled electrostatic induction sensing tech provides accurate results. Applications: Emissions monitoring, Broken bag detection in dust collectors, Filter leak or wear detection, Bin vent monitoring.

The DwyerOmega PMT2 Particulate Transmitter, available from Hinco Instruments, measures particulate emission levels from dust collector discharge systems. It uses DC-coupled electrostatic induction sensing technology to detect particulate passing near the probe.

As particles pass the probe, the transmitter measures a picoamp (pA) current and converts it into a 4–20 mA output signal. The signal level changes in proportion to the particulate concentration. The PMT2 offers six sensitivity ranges, allowing users to select the best range for each application.

A range and test selector switch allows the transmitter to output a fixed 4 mA or 20 mA signal. This feature helps with setup and troubleshooting. Users can also apply an averaging time setting to smooth the signal when required. For more details please see the PDF attachment.

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Description

The DwyerOmega PMT2 Particulate Transmitter, available from Hinco Instruments, measures particulate emission levels from dust collector discharge systems. It uses DC-coupled electrostatic induction sensing technology to detect particulate passing near the probe.

As particles pass the probe, the transmitter measures a picoamp (pA) current and converts it into a 4–20 mA output signal. The signal level changes in proportion to the particulate concentration. The PMT2 offers six sensitivity ranges, allowing users to select the best range for each application.

A range and test selector switch allows the transmitter to output a fixed 4 mA or 20 mA signal. This feature helps with setup and troubleshooting. Users can also apply an averaging time setting to smooth the signal when required. For more details please see the PDF attachment.