消费者 企业
Investigating the Utility of GPS to Mitigate Carbon Monoxide Hazard Associated with Portable Generators
NIST Report: Modeling and Measuring the Effects of Portable Gasoline Powered Generator Exhaust on Indoor Carbon Monoxide Level
Updated Review of In-Depth Investigations Associated with Carbon Monoxide Poisoning and "Modern" Gas Furnaces and Boilers
Technology Demonstration of a Prototype Low Carbon Monoxide Emission Portable Generator
Evaluation of the Durability and Longevity of Chemicals Sensors Used In-Situ for Carbon Monoxide Safety Shutdown of Gas Furnaces
Laboratory Exhaust Emission testing for a Prototype Generator Engine Designed for Low Carbon Monoxide (CO) Emission Rates and EPA Phase 2 Emission Standards for Nonroad Small Spark-Ignition (SI) Nonhandheld Engines for CPSC by Intertek Carnot Emission Ser
Portable Generator Vibration Measurements
Product Labels for Generators to Address Carbon Monoxide Poisonings
Technical Feasibility of a CO Shutdown System for Tank-Top Heaters (0389)
Portable Generators: CPSC Economics Staff Report
Results of the CPSC Staff's Combustion Sensor Testing (0712)
Combustion Sensor Test Results (0310)
Combustion Sensor Test Results, from the Directorate for Engineering Sciences (0310)
Staff Status Report on Carbon Monoxide Alarm Testing (0712)
Portable Generators (0606)
Revised Response to Residential Carbon Monoxide Incidents (0712)
Weatherproof Portable Engine-Generators, Directorate for Engineering Sciences (0606)
CO Emissions from a Portable Propane Catalytic Heater (0366)
CO Combustion Sensor Working Group Test Criteria to Gas Appliance Manufacturers Association (0712)
CO Emissions from Portable Propane Radiant Heaters (0389)
Results of the CPSC Staff's Furnace Combustion Sensor Testing (0712)
Carbon Monoxide (CO) emissions from a high-efficiency, induced-draft furnace (Furnace #4) (0310)
Carbon Monoxide (CO) Emissions from a High-Efficiency, Induced-Draft Furnace (Furnace #5) (0310)
Carbon Monoxide (CO) emissions from a mid-efficiency, induced-draft furnace (Furnace #2) (0310)
Indoor Air Modeling for Furnace #5 with Blocked or Disconnected Vents (0310)
Indoor Air Modeling for Furnace #3 with Blocked or Disconnected Vents (0310)
Indoor Air Modeling for Furnace #4 with Blocked or Disconnected Vents (0310)
Indoor Air Modeling for Furnace #2 with Blocked or Disconnected Vents (0310)
Carbon Monoxide (CO) emissions from a mid-efficiency, induced-draft furnace (Furnace #3) (0310)
Furnaces CO Emissions Under Normal and Compromised Vent Conditions, Furnace #4 (0310)
Furnaces CO Emissions Under Normal and Compromised Vent Conditions, Furnace #3 (0310)
Indoor Air Modeling for Furnace #1 with Blocked or Disconnected Vents (0310)
Furnaces CO Emissions Under Normal and Compromised Vent Conditions, Furnace #5 (0310)
Furnaces CO Emissions Under Normal and Compromised Vent Conditions, Furnace #2 (0310)
Carbon Monoxide (CO) emissions from a residential draft hood-equipped furnace (Furnace #1) (0310)
Review of Selected Investigation Reports Involving Gas-Fired Central Furnaces and Disconnected and Blocked Vents (0310)
Furnaces CO Emissions Under Normal and Compromised Vent Conditions, Furnace #1
CPSCs National Electronic Injury Surveillance System (NEISS) is a national probability sample of hospitals in the U.S. and its territories. From this data, product-related injuries treated in emergency rooms can be estimated.
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