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Scalding: Understanding Design Solutions for Risk Reduction. What Architects Need to Know about Reducing Scalding Risk with Point of Use Solutions >
Scalding: Understanding Design Solutions for Risk Reduction. What Architects Need to Know about Reducing Scalding Risk with Point of Use Solutions, 2024
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- Slide 2: Scalding: Understanding Design Solutions for Risk Reduction What Architects Need to Know about Reducing Scalding Risk with Point of Use Solutions
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- Slide 5: How to Use This Online Learning Course
- Slide 6: Purpose and Learning Objectives
- Slide 7: Contents
- Slide 8: Traditional Point of Use Dispensing for Hot, Tempered, and Cold Water
- Slide 9: Traditional Point of Use Dispensing
- Slide 10: Background Information
- Slide 11: Why Do We Need to Plan for Scald Protection in Our Designs?
- Slide 12: Why Do We Need to Plan for Scald Protection in Our Designs?
- Slide 13: Skin Burns by Degree
- Slide 14: Skin Burns by Degree
- Slide 15: Scalding Risks
- Slide 16: Scalding Risks
- Slide 17: Scalding Risks
- Slide 18: Scalding Risks
- Slide 19: Scalding Risks
- Slide 20: Managing Scalding Risks: PIEV
- Slide 21: Managing Scalding Risks: PIEV Diagram
- Slide 22: Managing Scalding Risks: Time vs. Temperature
- Slide 23: Temperature and Infection Control of Bacteria
- Slide 24: Water Temperature and Bacterial Growth: Infection Control
- Slide 25: Water Temperature and Infection Control
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- Slide 28: Designing the Hot Water Path
- Slide 29: Hot Water Path
- Slide 30: Hot Water Path
- Slide 31: Hot Water Path
- Slide 32: Hot Water Path
- Slide 33: Hot Water Nonrecirculating Systems
- Slide 34: Hot Water Recirculating Systems
- Slide 35: Controlling Water Temperature at the Point of Use
- Slide 36: Thermostatic (T) Mixing Valve Operation
- Slide 37: Types of Thermostatic Mixing Valves
- Slide 38: Pressure-Balancing Valves
- Slide 39: Pressure-Balancing Valves
- Slide 40: Thermostatic and Pressure-Balancing Valves
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- Slide 43: Plumbing Codes and Design Standards
- Slide 44: Plumbing Codes
- Slide 45: IPC and UPC Requirements
- Slide 46: Scald Protection in Building Codes and Standards
- Slide 47: Plumbing Code Requirements: UPC
- Slide 48: Plumbing Code Requirements: IPC
- Slide 49: Codes and Standards with Respect to Point of Use Scald Protection
- Slide 50: ASSE Standards
- Slide 51: ASSE Standard 1016
- Slide 52: ASSE Standard 1016
- Slide 53: ASSE Standard 1070
- Slide 54: ASSE Standard 1070
- Slide 55: ASSE Standard 1070
- Slide 56: ASSE Standard 1062
- Slide 57: ASSE Standard 1062
- Slide 58: ASSE Standard 1071
- Slide 59: ASSE Standard 1071
- Slide 60: ASSE Standard 1066
- Slide 61: ASSE Standard 1069
- Slide 62: ASSE Standard 1017
- Slide 63: Understanding Scald Protection Standards
- Slide 64: Monitoring Water Temperatures
- Slide 65: Point of Use Solutions and Assemblies
- Slide 66: Thermostatic Mixing Valve
- Slide 67: Thermostatic Mixing Valve
- Slide 68: Thermostatic Valve Applications
- Slide 69: Pressure-Balancing Valve
- Slide 70: Pressure-Balancing Valve
- Slide 71: Thermostatic/Pressure-Balancing (T/P) Combination Valve
- Slide 72: Thermostatic/Pressure-Balancing Valve for Tub and Shower
- Slide 73: Thermostatic/Pressure-Balancing Valve for Tub and Shower
- Slide 74: Manual and Electric Faucets and Showerheads
- Slide 75: Accessibility Issues for Exposed Mixing Devices
- Slide 76: Quick Tips
- Slide 77: Quick Tips
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- Slide 80: Summary, Glossary, and Resources
- Slide 81: Summary
- Slide 82: Glossary
- Slide 83: Glossary
- Slide 84: Glossary
- Slide 85: Resources
- Slide 86: Conclusion [Go to Page]
