// CODE SNIPPET
1309.8.2 Flow Rate Control
Related Code Sections
1309.8.2 Health Care Facilities and Medical Gas and Medical Vacuum Systems, Flow Rate Control
The purge gas flow rate shall be controlled by the use of a pressure regulator and flowmeter, or combination thereof. Pressure regulators alone ...
Uniform Plumbing Code 2018 of Nevada > 13 Health Care Facilities and Medical Gas and Medical Vacuum Systems > 1309.0 Joints and Connections > 1309.8 Nitrogen Purge > 1309.8.2 Flow Rate Control
416.2 Plumbing Fixtures and Fixture Fittings, Water Supply
Emergency eyewash and shower equipment shall not be limited in the water supply flow rates. Where hot and cold water is supplied to an emergency ...
Uniform Plumbing Code 2018 of Nevada > 4 Plumbing Fixtures and Fixture Fittings > 416.0 Emergency Eyewash and Shower Equipment > 416.2 Water Supply
1014.2 Traps and Interceptors, Hydromechanical Grease Interceptors
such device or devices shall at no time be greater than the rated flow of the connected grease interceptor. No flow control device having adjustable ...
Uniform Plumbing Code 2018 of Nevada > 10 Traps and Interceptors > 1014.0 Grease Interceptors > 1014.2 Hydromechanical Grease Interceptors
1319.2 Health Care Facilities and Medical Gas and Medical Vacuum Systems, Certification Tests
of pipelines, station outlets, and control valves.
Testing for cross-connection, flow rate, system pressure drop, and system performance ...
Uniform Plumbing Code 2018 of Nevada > 13 Health Care Facilities and Medical Gas and Medical Vacuum Systems > 1319.0 System Certification > 1319.2 Certification Tests
C403.6.6 [CE] Commercial Energy Efficiency, Multiple-Zone VAV System Ventilation Optimization Control
configured to reduce outdoor air intake flow below design rates in response to changes in system ventilation efficiency ( E v ) as defined ...
Energy Conservation Code 2018 of Nevada > 4 [CE] Commercial Energy Efficiency > C403 Building Mechanical Systems > C403.6 Requirements for Mechanical Systems Serving Multiple Zones > C403.6.6 Multiple-Zone VAV System Ventilation Optimization Control