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M A N U A L C a r n e g i e M e l lo n U n i v e r s i t y - C E NT E R O F B U I L D I N G P E R F O R M A N C E A N D D I A G N O ST I C S
National Environmental A s s e s s m e n t T o o l k i t
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EE0004261.
Azizan Aziz & Vivian Loftness
cenTER FOR BUILDING PERFORMANCE & DIAGNOSTICSCARNEGIE MELLON UNIVERSITY
N.E.A.T. manual
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TABLE OF CONTENTSection I ���: OVERVIEW1. INTRODUCTION
2. indoor environment quality standards for office
3. Post occupancy evaluation
4. PARAMETERS MEASURED
5. EQUIPMENT
1. OVERVIEW
2. N.E.A.T CART ASSEMBLY
1. ILLUMINANCE SENSOR
a.INTRODUCTION
b. INSTRUCTION GUIDE
2. AMBIENT LIGHT SENSOR
A. INTRODUCTION
b. INSTRUCTION GUIDE
3. THERMOGRAPHIC CAMERA
a. INTRODUCTION
b. INSTRUCTION GUIDE
4. SURFACE TEMPERATURE SENSOR
a. INTRODUCTION
b. INSTRUCTION GUIDE
Section II ���: CART
Section III ���: SENSORS
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TABLE OF CONTENT
1. User Satisfaction surveys [on-site]
2. user satsfaction questionnaires for i-pad [on-ste]
3. user satisfaction Survey [long-term perception]
1. technical attributes of building systems introduction
2. thermal & air quality tabs
3. lighting tabs
4. acoustic tabs
5. spatial/ergonomic tabs
1. N.E.A.T Online data display overview
2. N.E.A.T ONLINE DATA ACCESS
Section IV ���: surveys
Section V ���: TABS
Section VI ���: DATA
5. AIRCUITY STAND-ALONE UNIT
a. INTRODUCTION
b. INSTRUCTION GUIDE
6. DATA logger
a. data logger instructions
1. SPOT MEASUREMENT CHARTS results example
2. occupant satisfaction survey results example
Section VI ���: INDEX
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OVERVIEW
1. Introduction
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Air Temperature
Air Speed
OVERVIEW
2. indoor environment quality standards for office
categories sourcesstandard guidelinesthermal quality
2 at
2 at
2 at
2 at
Lighting quality
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OVERVIEW
2. indoor environment quality standards for office
categories sourcesstandard guidelines
2
INDOOR AIR QUALITY
Acoustic component
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Physical Measurements in the Sample Space
Physical indicators/Stressors
OVERVIEW
3. post occupancy evaluation
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OVERVIEW
4. parameters measured
indoor measurements
OUTDOOR measurements
Air Temperature
Air temperature
Air temperature
Outdoor Air Temperature in Shade
spot of measurement
spot of measurement
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OVERVIEW
5. EQUIPMENT
A. SENSORS
Description MANUFACTURER MODEL # QUANTITY
B. ELECTRONICS
C. MISCELLANEOUS
1. N.E.A.T CART EQUIPMENT
2 2004 111
Shinyei 1
1
6024E
11111
1111
Temp OmegaD10
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Description MANUFACTURER MODEL # QUANTITY
2. SENSORS & STAND-ALONE UNIT
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N.E.A.T CART1. oVERVIEW
Portable Laptop
WIND SPEEDsensor
THERMALCOUPLE
MOTHER BOARD
CAMERAMONOPOD
FOLDABLECART
sensor &data logger
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N.E.A.T CART
STEP 1:
2. N.E.A.T CART ASSEMBLY
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N.E.A.T CART
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STEP 4:
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N.E.A.T CART
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N.E.A.T CART
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Tips
>Clean the sensor head using a damp cloth only>Cover the sensor head when not in use to extend sensor life
.
1. introduction
2. instruction guide
ILLUMINANCE SENSOR OMEGA HHLM-1
SENSORShandheld
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1. Select Data Tab 2. Measure 3. Input Data
Sensor
Data Display
Hold Range
Red Switch
Max
SENSORShandheld
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sensors
1.INTRODUCTION : autometer vf
2. iNSTRUCTIONAL GUIDE
1. Set the power switch to the desired range (use range button to select x10; x100; x1,000; and x10,000 lux depending on the brightness of the space. 2. Hold the sensor head steady and make certain that no shadows from the observer are block-ing the light source. Detach the sensor block and place at a distance if necessary.
3. Read the illuminance value from the display and input the appropriate value into the NEAT cart software as desribed to the right. If the magnitude of the reading is unkown press the Range button until a satisfactory reading is obtained.
For more information visit:http://www.omega.com/pptst/HHLM-1_HHLM-1.html
END OF SECTION
Ambient Light Sensor
AUTOMETER VFauto meter vf
SENSORS
1. introduction
2. instruction guide
handheld
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Diffuser
Receptor
Accessory - receptor jack
Power Button
ISO button
Sync terminal
Display selector button
Digital readout
Mode button
Shutter speed/frame rate display
Metering Button
Measuring Button
S/A/HButton
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Tips
>Make sure to Autofocus the camera before each photo you take.>Make sure the battery is charged before use!
1. introduction
power button.
between the rainbow to
mode buttonmode
down the AF button .
2. instruction guide
THERMOGRAPHIC FLIR B300
SENSORShandheld
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.
PowerTu
off.
Setup
Joystick
MeasureMode
USB Port
Lens
AF
Camera TriggerT
Lens Cap
SENSORShandheld
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Surface Temperature Sensor OMEGA OS6431. introduction
2. instruction guide
SENSORStip
s >Clean the sensor head using a damp cloth only>If readings seem incorrect clean the surface of the sensor area
handheld
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SENSORS SENSORS
1. INTRODUCTION
1. Press the red “MEAS” button to turn the sensor on.
2. Wait a few moments for it to calibrate itself.
3. Move within 2m and point the sensor at the desired surface.
4. Press and hold the red “MEAS” button to measure the temperature of the surface.
5. Press the F/C button to switch from imperial to SI units or vice versa.
5. Press the light button to turn on the display area back-lights.
6. The device will turn itself off after about 30 seconds of inactivity.
*Note that the diameter of the measuring area will decrease the closer the sensor is to the subject surface
For more information visit:http://www.manualslib.com/manual/114643/Omega-Os643.html#manual
>Clean the sensor head using a damp cloth only>If readings seem incorrect clean the surface of the sensor area
Measurement Area
2m maximum distance
Operation Diagram
>Turns the device on.>After initial calibration, press and hold to take temperature measure-ments.
F/C BUTTONThis will change the units the surface temperature will be displayed in (Imperial/SI)
O LIGHT BUTTONTurns the display backlight on
MEAS BUTTON
Surface temperature sensor omega os643
This device measures the surface temperature of objects within 2m.
2. INSTRUCTIONAL GUIDE
SENSORShandheld
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facility performance monitor aircuity
SENSORS
1. introduction
2. instruction guide
measurement protocol
continuousmeasurement
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brief
1. Plug in and turn on the Aircuity monitor with the power button.
All the following instructions are completed on the device’s touch screen.
2. Enter the PIN number (1234).
3. Press test then select the appropriate location. For example, Carnegie Mellon University : Intelligent Workplace : NEAT Cart Test 1.
4. Press test and the monitor will start monitoring the indoor air quality parameters of the space.
5. Press stop when the measurement period has elapsed.
6. The gathered data can then be transfered wirelessly to the CMU database.
Facility Performance Monitor Aircuity
This device monitors air quality paramters from temperature and humidity to VOC and CO2 concentrations. It is meant to serve as a calibration tool for the NEAT Cart.
2. Operation instructions Turns the aircuity monitor on once it has been plugged in.
Perform all necessary operations with the touch screen
24 hour continuous measures are taken in several locations within the work group with the Aircuity facility performance monitor. This will measure temperature, relative humidity, CO2 and CO, large and small particulates, TVOC, radon and ozone present in the space. Typically, these continuous measurement instruments are set in the most typical workstation configura-tion, usually interior rather than perimeter or core, and in an unoccupied workstation within an occupied work area.
Measurement protocol
Power
TOUCHSCREEN
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SENSORS
1. INTRODUCTION
SENSORS
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SENSORScontinuousmeasurement
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SENSORS
DATA LOGGER
a. DATA LOGGER INSTRUCTIONS
data logger
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SENSORSdata logger
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SURVEYS1. User Satisfaction surveys [on-site]
USER NAMEPASSWORD
neat
neat2011
website
STEP 1:
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SURVEYS
Step 2:
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SURVEYS
STEP 3:
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SURVEYS
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SURVEYS
STEP 5:
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SURVEYSonsite web based
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SURVEYSonsite i-pad
tips:
2. 1. On-site User Satisfaction Questionnaires for I Pad
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SURVEYSonsite i-pad
tips:
2. 1. On-site User Satisfaction Questionnaires for I Pad
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3. CBE user satisfaction Survey [long-term perception]
control codewebsite
STEP 1:
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SURVEYSlong-term
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SURVEYSlong-term
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a. Technical attributes of building systems Introduction
B. Thermal & Air Quality TABS
Size of Zone in core (#people/thermostat)
Core System Type: Yr major maintenance
Core: Level of Control for open workstations
Core: Level of Control for closed
Diffuser density
Diffuser alignment UFA
Perimeter System Type: Yr major maintenance
Seasonal switchover
IAQ/OA mgmnt
22
Return air density
Dedicated exhausts
Level of maintenance HVAC system rate maint. toring
Pollution Source mgmt1 2 6 7
Window quality (Cold, heat, air & sun)
1 pane
tight
Windows controls % of workstation
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UFA
needed
22
toring
4 6 7
mod tight tight
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C. Lighting tabs
Ceiling Fixture Type & ShapeCeiling height: ______
Ceiling Light Lens Type
Ceiling Light Lamps
(CRI______________)
Ceiling Light Ballast Type hybrid
Alignment w/workstations
Level of ceileing light control
Select level of control:
Select all types of control available:
Furniture/light distribution
Identify panel heights:
Identify panel color:
Identify level of clutter for ceiling light distribution
and misalignment:
Type of computer screens
Task Lights
Identify number per workstation:
Identify mobility:
Identify ballast/lamp type:
Daylight effectiveness
percent with seated view of windowaverage maximum distance to windowwindow dimensions:
glass light transmission:
Window controls___ # of occupants share?
Watts/sq.ft % of workstations
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Ceiling Fixture Type & ShapeCeiling height: ______
Ceiling Light Lens Type
Ceiling Light Lamps
(CRI______________)
Ceiling Light Ballast Type hybrid
Alignment w/workstations
Level of ceileing light control
Select level of control:
Select all types of control available:
Furniture/light distribution
Identify panel heights:
Identify panel color:
Identify level of clutter for ceiling light distribution
and misalignment:
Type of computer screens
Task Lights
Identify number per workstation:
Identify mobility:
Identify ballast/lamp type:
Daylight effectiveness
percent with seated view of windowaverage maximum distance to windowwindow dimensions:
glass light transmission:
Window controls___ # of occupants share?
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tabstabs
D. Acoustic tabs
Ceiling Height _______ft& Ceiling Quality
Floor quality
Open plan partitionn thick-ness & quality
Partition height inches & number of sides/workstation(note % of each)
Overhead bins(# of each) 0 1
wall quality above
Side/density of open work-stations(Gross sqft/wkst_________)
tone
Identify those in practice:
#___________ open workstations #__________ closed workstations#___________ open meeting spaces #__________ closed meeting
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Ceiling Height _______ft& Ceiling Quality
Floor quality
Open plan partitionn thick-ness & quality
Partition height inches & number of sides/workstation(note % of each)
Overhead bins(# of each) 0 1
wall quality above
Side/density of open work-stations(Gross sqft/wkst_________)
tone
Identify those in practice:
#___________open copy #__________ open kitchen#___________closed copy #___________closed kitchen
2
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tabstabs
E. Spatial ergonomic tabs
#___________ open workstations #__________ closed workstations#___________ open meeting spaces #__________ closed meetinggross sqft per person ____________
Typical open workst. sizesgive actual size and % of eachTypical closed workst. sizesgive actual size and % of eachPartition height (inches)& number of sides(note % of each)
Worksurface and 15-20 ft >20 feet
give % of workstations
>20 ft
Storage per workstation(linear feet of shelf, drawer)
Ergonomic support (>90% of workstations)
Circle # of adjustments:
1 2 6 7
Connectivity/ mobility
Seated Views
Disruption from
Group Meeting space
Individual Meeting Space
LocalCopy/printing areas
Quality of Finishes andFurnishings
Buildingamenities
6
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Typical open workst. sizesgive actual size and % of eachTypical closed workst. sizesgive actual size and % of eachPartition height (inches)& number of sides(note % of each)
Worksurface and 15-20 ft >20 feet
give % of workstations
>20 ft
Storage per workstation(linear feet of shelf, drawer)
Ergonomic support (>90% of workstations)
Circle # of adjustments:
1 2 6 7
Connectivity/ mobility
Seated Views
Disruption from
Group Meeting space
Individual Meeting Space
LocalCopy/printing areas
Quality of Finishes andFurnishings
Buildingamenities
6
>20 ft
4 6 7
4 6
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tabsDATA
PART I: Cross-sectional measurement results displayGoal:
PART II: ComparisonGoal:
according to:
PART III: Correlation between objective and subjective parametersGoal:
.
1. N.E.A.T Online data display overview
2. N.E.A.T ONLINE DATA ACCESS
STEP 3:
For STEP 2:
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DATA
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STEP 6:
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DATA
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tabsINDEX
1. SPOT MEASUREMENT CHARTS
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INDEX1. SPOT MEASUREMENT CHARTS
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tabsINDEX
2. SUrvey results
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INDEX2. survey results