IES RP 28 2016
$65.00
ANSI/IES RP-28-16 Lighting and the Visual Environment for Seniors and the Low Vision Population
Published By | Publication Date | Number of Pages |
IES | 2016 | 128 |
RP-28-16 is intended to increase the designers’ understanding of age-related vision loss and the importance of their design decisions that could impact the safety and independence of this growing sector of the population. In the 2007 edition, applications were primarily directed at housing and senior care facilities but in the 2016 edition, coverage has been expanded to new areas of interest including offices, hospitality, healthcare, commercial and places of assembly. RP-28-16 has also been revised to serve a wider range of users, including individuals, design professionals, owners/managers of commercial buildings, code and regulatory agencies and legislative bodies. It is well understood that healthcare costs will increase as our elderly population ages. As the United States braces for this huge economic impact, appropriate lighting and a supportive visual environment should be considered as a preventive measure to reduce the risk of falls, sleep disorders and long-term care, and therefore given a top priority by all code officials, governmental agencies and the tax-paying public.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Cover |
3 | Copyright |
4 | Prepared by the IES Lighting for the Elderly and Partially Sighted Committee |
6 | Contents |
10 | 1.0 INTRODUCTION |
13 | 2.0 QUALITY AND QUANTITY OF LIGHTING FOR VISION |
14 | 2.1 Source-Dependent Factors |
18 | 2.2 Viewer-Dependent Factors |
21 | 2.3 Considerations to Improve Visibility |
24 | 3.0 DESIGN GUIDE 3.1. Design Issues Common to all Space Types |
29 | 3.2 Considerations By Area |
34 | 3.3 Transition Spaces between Exterior and Interior Spaces |
37 | 3.4 Interior Common Spaces |
43 | 3.5 Commercial Spaces |
49 | 3.6 Lodging and Residential Spaces |
61 | 3.7 Senior Care Facilities |
62 | 3.8 Visually Based Work and ClassroomAccommodations for Those with Traumatic Brain Injury and Photosensitivity |
63 | 4.0 LIGHT SOURCES 4.1 Introduction 4.2 Qualitative and Quantitative Characteristics |
67 | 4.3 Choosing light source color |
68 | 4.4 Light Sources |
75 | 4.5 Labeling |
77 | 5.0 Daylight (direct and reflected) 5.1 Advantages of Daylighting |
79 | 5.2 Daylight Availability 5.3 Understanding Daylight Distribution |
82 | 5.4 Daylighting Analysis Methods 5.5 Guidelines for Good Daylighting Design |
84 | 6.0 LIGHT FOR HEALTH |
85 | 6.1 Circadian System |
86 | 6.2 Sleep Disturbances in the Aging Population 6.3 Seasonal Depression or Seasonal Affective Disorders (SAD) |
87 | 6.4 Hazards of Light Therapy 6.5 The Role of Daylight and Vitamin D3 |
89 | 7.0 LIGHTING CONTROLS 7.1 Introduction 7.2 Code Requirements |
90 | 7.3 Lighting Control Technologies and Considerations |
94 | 7.4 Area-Specific Control Strategies forSenior Care Facilities |
96 | 7.5 Notes and Considerations REFERENCES |
103 | GENERAL REFERENCES/ADDITIONAL READING |
104 | INFORMATIVE ANNEX ACONTRAST CALCULATION REFERENCES FOR ANNEX A |
105 | INFORMATIVE ANNEX BGLARE METRICS REFERENCES FOR ANNEX B |
106 | INFORMATIVE ANNEX C SCATTER |
108 | REFERENCES FOR ANNEX C |
109 | INFORMATIVE ANNEX DCOMMON TERMS |
127 | KEY SOURCES OF CODES AND GUIDELINES: ADDITIONAL RESOURCES: |