Use only the type of battery specified on the safety approval label, and replace batteries in a nonhazardous area.
#Minicad manual portable
Never bring portable monitoring instruments into a hazardous location without first confirming that the instrument is approved for use in that environment. 7) Approved equipment, sometimes referred to as intrinsically safe, must be marked with the Class and Division number for which it is approved. Nationally Recognized Testing Labs test and approve electrical equipment for use in hazardous locations (see. Sparks from ordinary battery-powered portable equipment commonly used by CSHOs, including cameras, cell phones, tablets and laptop computers, may serve as an ignition source, and must never be brought into a hazardous location. NOTE: Any discussion regarding a specific manufacturer’s product is not meant to imply an endorsement or approval by OSHA, but merely reflects the need to convey specific information which is pertinent to the particular type and brand of instrumentation available for OSHA personnel.Ĭertain workspaces may contain a flammable or explosive atmosphere due to the accumulation of flammable gases or vapors, or combustible dusts or fibers, and are termed "Hazardous locations." Hazardous locations are classified into Class and division based on the type and severity of the explosion hazard as described in. Active and passive (diffusive) personal air sampling methods for air contaminants are discussed in Chapter 1. Also, this chapter does NOT discuss air sampling methods for collection of samples for off-site laboratory analysis. Chapter 10 contains the discussion of noise monitoring equipment. Note that noise monitoring equipment is NOT discussed in this chapter.
Appendix D describes equipment used for detection of ionizing radiation, which is also overseen by the HRT. Use of these tools is overseen by the Salt Lake Technical Center (SLTC) Health Response Team (HRT) and OSHA’s Specialized Response Teams (SRTs). Appendices B and C describe specialized tools used to evaluate chemical and biological warfare agents, respectively. Section VII describes instrumentation for detecting nonionizing (e.g., radiofrequency) radiation.Īppendix A provides a useful reference chart which summarizes the various types of instrumentation available and typical applications.
Sections V and VI describe vibration monitors and heat stress monitoring equipment, respectively. Section IV reviews equipment used to support ventilation and indoor air quality (IAQ) assessments. Section III discusses direct-reading instruments used for assessing chemical and particulate-type air contaminants.
Calibration and battery maintenance are discussed in Section II. The sections which follow discuss various types of instrumentation.
#Minicad manual manual
End users should always follow the owner's manual and manufacturer recommendations regarding the specific operation and maintenance of the equipment being used. Rather, its purpose is to provide a broad understanding of the principle of operation for the particular type of equipment and an understanding of the capabilities and limitations of the equipment. This information is not a comprehensive resource for specific types of instrumentation, nor is it intended to replace the owner’s manual.
The purpose of this chapter is to provide a broad overview of the types of equipment and instrumentation available for use by OSHA personnel. Appendix D Ionizing Radiation Monitors and Meters.Appendix B Chemical Warfare Agent Detection.Industrial Robots and Robot System SafetyĮxcavations: Hazard Recognition in Trenching and ShoringĬontrolling Lead Exposures in the Construction Industry: Engineering and Work Practice Controls Oil Well Derrick Stability: Guywire Anchor Systems Legionnaire's Disease, see OSHA's Safety and Health Topics Page for updated information.Ĭontrolling Exposure to Hazardous Drugs, see OSHA's Safety and Health Topics Page for updated information. Polymer Matrix Materials: Advanced Composites Technical Equipment: On-site Measurements
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