RBML4L_P2_03077
2012-01-01 to 2012-12-31
11 months, 30 days
Main Library • Rare Books and Manuscript Library • Fourth Addition • Lower Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
OK
Generally OK, but fast decaying organic materials such as acidic paper,
color photographs and cellulosic plastics will be at elevated risk due to
the cumulative effects of temperature and humidity
TWPI = 61
OK
Mechanical Damage
Physical damage to
hygroscopic materials
Generally OK, but sensitive or fast responding hygroscopic materials such
as paintings, rare books, vellum manuscripts or musical instruments will be
at elevated risk of physical damage due to fluctuations of humidity.
% DC = 1.38
% EMC min = 5.4
% EMC max = 10.3
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 10.3
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
Feb
Apr
Jun
Aug
Oct
Dec
Feb
Apr
Jun
Aug
Oct
Dec
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
65
64.8
1.1
63.1
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
72.6
%RH Max
Dew Point
44
53
12
20
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
62
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
41.5
44.6
7.1
23.5
51.2
RBML4U_P2_02465
2012-01-01 to 2012-12-31
11 months, 30 days
Main Library • Rare Books and Manuscript Library • Fourth Addition • Upper Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
OK
Generally OK, but fast decaying organic materials such as acidic paper,
color photographs and cellulosic plastics will be at elevated risk due to
the cumulative effects of temperature and humidity
TWPI = 54
RISK
Mechanical Damage
Physical damage to
hygroscopic materials
Heightened risk of physical damage to any hygroscopic material, such as
paintings, rare books, furniture, paper, leather, film, or color photos, due
to extremely low or high levels of humidity, and / or excessive humidity
fluctuation.
% DC = 1.53
% EMC min = 4.1
% EMC max = 9.6
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 9.6
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
Feb
Apr
Jun
Aug
Oct
Dec
Feb
Apr
Jun
Aug
Oct
Dec
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
67.4
67.2
0.6
65.5
73
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
%RH Max
Dew Point
41
50
11
14
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
57
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
41.8
45.3
8.3
15.6
52.5
RBML5L_P2_01953
2012-01-01 to 2012-12-31
11 months, 30 days
Main Library • Rare Books and Manuscript Library • Fifth Addition • Lower Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
OK
Generally OK, but fast decaying organic materials such as acidic paper,
color photographs and cellulosic plastics will be at elevated risk due to
the cumulative effects of temperature and humidity
TWPI = 70
RISK
Mechanical Damage
Physical damage to
hygroscopic materials
Heightened risk of physical damage to any hygroscopic material, such as
paintings, rare books, furniture, paper, leather, film, or color photos, due
to extremely low or high levels of humidity, and / or excessive humidity
fluctuation.
% DC = 1.9
% EMC min = 4.5
% EMC max = 11.3
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
RISK
Heightened risk of metal corrosion due to extended periods of high levels
of humidity.
% EMC max = 11.3
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
Feb
Apr
Jun
Aug
Oct
Dec
Feb
Apr
Jun
Aug
Oct
Dec
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
63.6
64.2
1.6
58.6
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
70.1
%RH Max
Dew Point
43
57
14
14
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
67
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
39.1
42.4
8.7
13.5
52.9
RBML5U_P2_03126
2012-01-01 to 2012-07-09
6 months, 8 days
Main Library • Rare Books and Manuscript Library • Fifth Addition • Upper Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
OK
Generally OK, but fast decaying organic materials such as acidic paper,
color photographs and cellulosic plastics will be at elevated risk due to
the cumulative effects of temperature and humidity
TWPI = 72
OK
Mechanical Damage
Physical damage to
hygroscopic materials
Generally OK, but sensitive or fast responding hygroscopic materials such
as paintings, rare books, vellum manuscripts or musical instruments will be
at elevated risk of physical damage due to fluctuations of humidity.
% DC = 1.19
% EMC min = 5.1
% EMC max = 9.3
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 9.3
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
Jan
2012
Feb
M ar
Apr
M ay
Jun
Jul
0%
Jan
2012
Feb
M ar
Apr
M ay
Jun
Jul
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
66.8
66.9
0.8
64.7
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
70.7
%RH Max
Dew Point
37
21
11
14
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
56
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
38
41.2
8.7
16.2
50.3
RBMLExhib_1244900
2012-01-01 to 2012-12-31
11 months, 30 days
Main Library • Rare Books and Manuscript Library • Third Floor • 346
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
OK
Generally OK, but fast decaying organic materials such as acidic paper,
color photographs and cellulosic plastics will be at elevated risk due to
the cumulative effects of temperature and humidity
TWPI = 45
OK
Mechanical Damage
Physical damage to
hygroscopic materials
Generally OK, but sensitive or fast responding hygroscopic materials such
as paintings, rare books, vellum manuscripts or musical instruments will be
at elevated risk of physical damage due to fluctuations of humidity.
% DC = 0.99
% EMC min = 5.7
% EMC max = 9.2
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 9.2
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
Feb
Apr
Jun
Aug
Oct
Dec
Feb
Apr
Jun
Aug
Oct
Dec
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
71.8
71.8
1.1
66.9
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
75.9
%RH Max
Dew Point
38
37
9
23
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
59
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
44.2
39.4
6.4
29.6
58.7
RBMLN6L_P2_03111
2012-01-01 to 2012-12-31
11 months, 30 days
Main Library • Rare Books and Manuscript Library • North Sixth Addition • Lower Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
GOOD
Slow rate of chemical decay in organic materials such as paper, leather,
textiles, plastics and dyes
TWPI = 89
OK
Mechanical Damage
Physical damage to
hygroscopic materials
Generally OK, but sensitive or fast responding hygroscopic materials such
as paintings, rare books, vellum manuscripts or musical instruments will be
at elevated risk of physical damage due to fluctuations of humidity.
% DC = 0.76
% EMC min = 7.4
% EMC max = 10.1
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 10.1
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
Feb
Apr
Jun
Aug
Oct
Dec
Feb
Apr
Jun
Aug
Oct
Dec
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
58.5
58.2
0.8
56.6
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
63.7
%RH Max
Dew Point
48
49
4
30
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
56
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
38.7
38.7
2
27.3
42
RBMLN6L_P2_06245
2012-04-05 to 2012-12-31
8 months, 26 days
Main Library • Rare Books and Manuscript Library • North Sixth Addition • Lower Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
GOOD
Slow rate of chemical decay in organic materials such as paper, leather,
textiles, plastics and dyes
TWPI = 90
GOOD
Mechanical Damage
Physical damage to
hygroscopic materials
M inimal risk of physical damage to most hygroscopic materials such as
paintings, rare books and furniture.
% DC = 0.47
% EMC min = 8.6
% EMC max = 10.2
Mold Risk
M old growth in area or
on collection objects
Metal Corrosion
Corrosion of metal
components or objects
GOOD
M inimal risk of mold growth.
MRF = 0
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 10.2
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
M ay
Jul
Sep
Nov
Jan 2013
M ay
Jul
Sep
Nov
Jan 2013
Statistics
Temperature
T°F
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
Max
Relative Humidity
58.2
58.1
0.8
56.6
73
%RH
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
Max
Dew Point
49
49
3
37
56
DP°F
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
39
38.7
1.1
37.2
45.2
RBMLN6U_P2_03106
2012-01-01 to 2012-12-31
11 months, 30 days
Main Library • Rare Books and Manuscript Library • North Sixth Addition • Upper Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
GOOD
Slow rate of chemical decay in organic materials such as paper, leather,
textiles, plastics and dyes
TWPI = 86
OK
Mechanical Damage
Physical damage to
hygroscopic materials
Generally OK, but sensitive or fast responding hygroscopic materials such
as paintings, rare books, vellum manuscripts or musical instruments will be
at elevated risk of physical damage due to fluctuations of humidity.
% DC = 0.68
% EMC min = 7.3
% EMC max = 9.7
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 9.7
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
Feb
Apr
Jun
Aug
Oct
Dec
Feb
Apr
Jun
Aug
Oct
Dec
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
58.9
58.6
0.8
57.3
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
72.3
%RH Max
Dew Point
47
48
4
21
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
55
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
38.8
38.8
1.9
27.3
42.3
RBMLN6U_P2_06242
2012-04-05 to 2012-12-31
8 months, 26 days
Main Library • Rare Books and Manuscript Library • North Sixth Addition • Upper Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
GOOD
Slow rate of chemical decay in organic materials such as paper, leather,
textiles, plastics and dyes
TWPI = 87
GOOD
Mechanical Damage
Physical damage to
hygroscopic materials
M inimal risk of physical damage to most hygroscopic materials such as
paintings, rare books and furniture.
% DC = 0.38
% EMC min = 8.9
% EMC max = 10.2
Mold Risk
M old growth in area or
on collection objects
Metal Corrosion
Corrosion of metal
components or objects
GOOD
M inimal risk of mold growth.
MRF = 0
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 10.2
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
M ay
Jul
Sep
Nov
Jan 2013
M ay
Jul
Sep
Nov
Jan 2013
Statistics
Temperature
T°F
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
Max
Relative Humidity
58.5
57.9
1
56.6
65.1
%RH
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
Max
Dew Point
50
50
3
39
57
DP°F
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
39.9
39.5
0.8
38.2
42.9
RBMLS6LP2_06224
2012-04-05 to 2012-12-31
8 months, 26 days
Main Library • Rare Books and Manuscript Library • South Sixth Addition • Lower Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
GOOD
Slow rate of chemical decay in organic materials such as paper, leather,
textiles, plastics and dyes
TWPI = 88
GOOD
Mechanical Damage
Physical damage to
hygroscopic materials
M inimal risk of physical damage to most hygroscopic materials such as
paintings, rare books and furniture.
% DC = 0.19
% EMC min = 9.2
% EMC max = 9.9
Mold Risk
M old growth in area or
on collection objects
Metal Corrosion
Corrosion of metal
components or objects
GOOD
M inimal risk of mold growth.
MRF = 0
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 9.9
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
M ay
Jul
Sep
Nov
Jan 2013
M ay
Jul
Sep
Nov
Jan 2013
Statistics
Temperature
T°F
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
Max
Relative Humidity
57.9
57.9
0.4
57
66.2
%RH
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
Max
Dew Point
50
50
1
41
54
DP°F
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
39.5
39.3
0.7
38.3
41.8
RBMLS6L_P2_00485
2012-01-01 to 2012-12-31
11 months, 30 days
Main Library • Rare Books and Manuscript Library • South Sixth Addition • Lower Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
GOOD
Slow rate of chemical decay in organic materials such as paper, leather,
textiles, plastics and dyes
TWPI = 89
GOOD
Mechanical Damage
Physical damage to
hygroscopic materials
M inimal risk of physical damage to most hygroscopic materials such as
paintings, rare books and furniture.
% DC = 0.49
% EMC min = 7.5
% EMC max = 9.2
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 9.2
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
Feb
Apr
Jun
Aug
Oct
Dec
Feb
Apr
Jun
Aug
Oct
Dec
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
59.4
59.3
0.8
57.9
64
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
%RH Max
Dew Point
46
48
3
34
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
50
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
38.5
38.9
1.6
31.9
41.4
RBMLS6U_P2_00439
2012-01-12 to 2012-12-31
11 months, 19 days
Main Library • Rare Books and Manuscript Library • South Sixth Addition • Upper Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
GOOD
Slow rate of chemical decay in organic materials such as paper, leather,
textiles, plastics and dyes
TWPI = 90
GOOD
Mechanical Damage
Physical damage to
hygroscopic materials
M inimal risk of physical damage to most hygroscopic materials such as
paintings, rare books and furniture.
% DC = 0.5
% EMC min = 8.1
% EMC max = 9.9
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 9.9
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
M ar
M ay
Jul
Sep
Nov
Jan 2013
M ar
M ay
Jul
Sep
Nov
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
58
57.9
0.8
54.7
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
72.3
%RH Max
Dew Point
49
51
4
21
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
58
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
39.1
39.5
1.7
30
43.7
Jan 2013
RBMLS6U_P2_06230
2012-04-05 to 2012-12-31
8 months, 26 days
Main Library • Rare Books and Manuscript Library • South Sixth Addition • Upper Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
GOOD
Slow rate of chemical decay in organic materials such as paper, leather,
textiles, plastics and dyes
TWPI = 83
GOOD
Mechanical Damage
Physical damage to
hygroscopic materials
M inimal risk of physical damage to most hygroscopic materials such as
paintings, rare books and furniture.
% DC = 0.18
% EMC min = 9.1
% EMC max = 9.7
Mold Risk
M old growth in area or
on collection objects
Metal Corrosion
Corrosion of metal
components or objects
GOOD
M inimal risk of mold growth.
MRF = 0
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 9.7
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
M ay
Jul
Sep
Nov
Jan 2013
M ay
Jul
Sep
Nov
Jan 2013
Statistics
Temperature
T°F
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
Max
Relative Humidity
58.6
58.6
0.3
57.5
62.2
%RH
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
Max
Dew Point
50
49
1
43
53
DP°F
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
39.8
39.7
0.6
38.2
41.5
RBMLS6L_TEMP_A23
2012-06-04 to 2012-09-04
3 months
Main Library • Rare Books and Manuscript Library • South Sixth Addition • Lower Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
GOOD
Slow rate of chemical decay in organic materials such as paper, leather,
textiles, plastics and dyes
TWPI = 86
GOOD
Mechanical Damage
Physical damage to
hygroscopic materials
M inimal risk of physical damage to most hygroscopic materials such as
paintings, rare books and furniture.
% DC = 0
% EMC min = 8.9
% EMC max = 8.9
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 8.9
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
16 Sat
1 Sun
16 M on
1 Wed
16 Thu
1 Sat
16 Sat
1 Sun
16 M on
1 Wed
16 Thu
1 Sat
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
59.7
59.7
0.4
59.2
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
76.3
%RH Max
Dew Point
47
47
1
41
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
48
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
39.6
39.5
0.3
38.4
51.5
RBMLS6L_TEMP2_B28
2012-06-04 to 2012-08-02
1 month, 28 days
Main Library • Rare Books and Manuscript Library • South Sixth Addition • Lower Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
GOOD
Slow rate of chemical decay in organic materials such as paper, leather,
textiles, plastics and dyes
TWPI = 89
GOOD
Mechanical Damage
Physical damage to
hygroscopic materials
M inimal risk of physical damage to most hygroscopic materials such as
paintings, rare books and furniture.
% DC = 0.05
% EMC min = 9.6
% EMC max = 9.7
Mold Risk
M old growth in area or
on collection objects
Metal Corrosion
Corrosion of metal
components or objects
GOOD
M inimal risk of mold growth.
MRF = 0
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 9.7
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
0%
8 Fri
16 Sat 23 Sat
1 Sun 8 Sun
16
M on
24 Tue
1 Wed
8 Fri
16 Sat 23 Sat
1 Sun 8 Sun
16
M on
24 Tue 1 Wed
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
57.4
57.4
0.5
56.1
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
76.5
%RH Max
Dew Point
52
52
1
40
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
53
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
39.7
39.7
0.3
38
51.6
RBML5U_P2_06244
2012-09-13 to 2012-12-31
3 months, 18 days
Main Library • Rare Books and Manuscript Library • Fifth Addition • Upper Floor
UIUC Library PresCons
Preservation Environment Evaluation
Type of Decay
Risks & M etrics
Natural Aging
Chemical decay of
organic materials
Evaluation & General Comments
OK
Generally OK, but fast decaying organic materials such as acidic paper,
color photographs and cellulosic plastics will be at elevated risk due to
the cumulative effects of temperature and humidity
TWPI = 69
OK
Mechanical Damage
Physical damage to
hygroscopic materials
Generally OK, but sensitive or fast responding hygroscopic materials such
as paintings, rare books, vellum manuscripts or musical instruments will be
at elevated risk of physical damage due to fluctuations of humidity.
% DC = 0.56
% EMC min = 6
% EMC max = 8
Mold Risk
M old growth in area or
on collection objects
GOOD
M inimal risk of mold growth.
MRF = 0
Metal Corrosion
Corrosion of metal
components or objects
OK
Generally OK, but archeological or salt-encrusted metals may corrode due
to extended periods of moderately high levels of humidity.
% EMC max = 8
Graphs
Temperature °F
Relative Humidity % RH
100°F
100%
90°F
80%
80°F
60%
70°F
60°F
40%
50°F
20%
40°F
30°F
16 Sun 1 M on 16 Tue
1 Thu
16 Fri
1 Sat
16 Sun
1 Tue
0%
16 Sun
1 M on 16 Tue
1 Thu
16 Fri
1 Sat
16 Sun
Statistics
Temperature
T°F
T°F
T°F
T°F
Mean
Median
Stdev
Min
T°F Max
Relative Humidity
66.5
66.5
0.5
64.9
%RH
%RH
%RH
%RH
Mean
Median
Stdev
Min
73.5
%RH Max
Dew Point
35
33
10
18
DP°F
DP°F
DP°F
DP°F
Mean
Median
Stdev
Min
53
DP°F Max
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
36.8
36.7
7.3
21.5
51.8
1 Tue
RBML_Lilly_P2_03126
Main Library • Rare Books and Manuscript Library • Third Floor • Exhibition
UIUC Library PresCons
to
NaN years, NaN months, NaN
days
No data found for given time frame.
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01
RBMLExhib_P2_00437
Main Library • Rare Books and Manuscript Library • Third Floor • 346
UIUC Library PresCons
to
NaN years, NaN months, NaN
days
No data found for given time frame.
eClimateNotebook™ - Image Permanence Institute - Rochester Institute of Technology - © 2013
Overview Report - Created: 2013-07-01