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Parts by Number Top

Part # Distributor Manufacturer Product Category Description
PIC18F2553 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided EUSART). Large amounts of RAM memory for buffering and Enhanced FLASH program memory make it ideal for embedded control and monitoring applications that require periodic connection with a (legacy free) Personal Computer via USB for data upload/download and/or firmware updates. While operating up...
PIC18F2550 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided and Enhanced FLASH program memory make it ideal for embedded control and monitoring applications that require periodic connection with a (legacy free) Personal Computer via USB for data upload/download and/or firmware updates. While operating up to 48 MHz, the PIC18F2550 is also mostly software and hardware...
PIC18F4458 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided EUSART). Large amounts of RAM memory for buffering and Enhanced FLASH program memory make it ideal for embedded control and monitoring applications that require periodic connection with a (legacy free) Personal Computer via USB for data upload/download and/or firmware updates. While operating up to 48...
4511354 Radwell Drager Safety Systems, Gas Monitoring System PERSONAL GAS MONITOR MULTI PAC
710466 Radwell Msa Data Control System, Monitor/Control PERSONAL ALARM LCD DISPLAY FIVESTAR

Conduct Research Top

  • Control Systems for Personal Monitoring Pumps
    When personal monitoring pumps first appeared in the 1950s, they were simple devices, designed for the rugged task of airborne dust monitoring in underground coal mines. By the mid 1970s the designs had become more complex, with flow control systems to maintain the flow rate more accurately
  • Understanding Air Flow Calibrations for Personal Monitoring Pumps
    Personal monitoring pumps have long been the standard for collecting air sampling data in occupational exposures to gases, vapors and particulates. They offer extreme application versatility in a portable package that allows a full work shift breathing zone sample, with minimal hindrance
  • Personal Monitoring Pump Bag Sampling
    An industrial hygienist faces many challenges in the routine task we call air sampling. The myriad of air borne contaminants seems never-ending, and every target substance does not readily collect on a conventional filter, sorbent tube, or impinger. Some substances, usually gases, require collection
  • Review of Sensor Technologies Used in Personal Safety Instruments
    The widespread use of personal safety instruments for the protection of hazardous gases has spurred much interest as well as confusion about the sensing technologies behind the scenes. Gas detection and monitoring systems are used as safety devices to alert workers of the potential danger
  • Exercise Machine Monitoring
    Exercise Machine Monitoring - using Personal Daq
  • Video Signal Alarm Monitoring
    Video Signal Alarm Monitoring - using Personal Daq/56.
  • A Paradigm Shift in Gas Monitoring
    The safety industry has seen the rise and fall of focused attention over the decades, with specific industry or personal protection matters escalating to the surface. Safety issues surrounding air monitoring have come to light at certain points of time, such as during the awareness of black lung
  • Understanding NiCad Batteries
    maintenance program will assure consistent reliable service from personal monitoring pumps like. the Gilian (R) HFS-513, LFS-113, BDX II, GilAir -3, GilAir 5, or GilAir II. NiCad batteries will per form best if completely charged and completely discharged with each use and if they do not see long periods

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