SI-AQ PRO
USER MANUAL
MULTIFUNCTIONAL PORTABLE
www.kimo-instruments.com
INDOOR AIR QUALITY MONITOR
Page 2 of 40
TABLE OF CONTENTS
CHAPTER 1 - TECHNICAL SPECIFICATIONS & SAFETY GUIDELINES ........................................... 3
CHAPTER 2 - INTRODUCTION ..................................................................................................... 7
CHAPTER 3 - BASIC INSTRUMENT OPERATION .......................................................................... 9
CHAPTER 4 - POWER REQUIREMENTS ..................................................................................... 11
CHAPTER 5 - SENSORS - TECHNICAL ....................................................................................... 12
CHAPTER 6 - SI-AQ PRO SETUP ................................................................................................ 16
CHAPTER 7 - INTERNAL DATA STORAGE ................................................................................. 18
CHAPTER 8 - WIRELESS REMOTE PRINTER ............................................................................... 20
CHAPTER 9 - ZERO & SPAN CALIBRATION ............................................................................... 22
CHAPTER 10 - SI-AQ PCSOFT SOFTWARE ................................................................................. 29
CHAPTER 11 - MAINTENANCE ................................................................................................. 34
CHAPTER 12 - SI-AQ PRO OPTIONS ......................................................................................... 35
CHAPTER 13 - BASIC TROUBLESHOOTING ............................................................................... 37
CHAPTER 14 - REPLACEMENT PARTS ....................................................................................... 38
Page 3 of 40
TECHNICAL SPECIFICATIONS & SAFETY GUIDELINES
SI-AQ PRO - AIR QUALITY MONITOR
1. PHYSICAL
Material: White ABS plastic case with Rubber Magnetic Boot
Dimensions (monitor): 8.6 x 3.9 x 2 inches: 220 x 100 x 52 mm (H x W x D)
Weight: (monitor): 1.6 lbs. / 0.725 kg
Shipping Dimensions & Weight (monitor & all accessories): 8 lbs. / 3.6 kg
20” x 19” x 9” / 50.8 cm x 48.2 cm x 22.8 cm
2. POWER
12 Volt, 8 AH rechargeable Li-Ion battery pack
Operating time: 8 – 12 hours
110/240 VAC input, 12 V/2.5A fast charger
Charging time: 3 hours maximum
3. DISPLAY
2.6” x 1.4” 128 x 64 graphic, chip on glass (white backlit) LCD display.
Rotating display depending on monitor case orientation
Small and large fonts, plus inverted background color for help messages
Battery condition & charger operation indicator
4. WIRELESS REMOTE PRINTER (Optional)
2” high resolution, high speed, graphic thermal printer, with charger, prints:
A. current set of data
B. stored data
C. periodic data printouts
D. calibration history and external messages
5. INTERNAL INSTRUMENT PUMP
Continuous Air sample pump: high quality diaphragm pump with long life motor
6. MEMORY STORAGE
2000 Internal memory storage tags, each tag stores one complete set of data
7. COMMUNICATIONS
Bluetooth® wireless: Class 1 (100 m)
USB Cable
8. SOFTWARE
SI-AQ PCSOFT Windows PC Software
CHAPTER 1
Page 4 of 40
SENSORS
1. AIR QUALITY SENSORS – ELECTROCHEMICAL
SENSOR RANGE RESOLUTION ACCURACY*
CARBON MONOXIDE (CO)
OXYGEN (O2)
NITRIC OXIDE (NO)
NITROGEN DIOXIDE (NO2)
SULFUR DIOXIDE (SO2)
HYDROGEN SULPHIDE (H2S)
FORMALDEHYDE (CH2O)**
Std Range
Std Range
Std. Range
Std. Range
Std. Range
Std. Range
Std. Range
0 - 200 ppm 0.1 ppm ±4 % rdg ±0.5 ppm
0 - 25% 0.1% 0.1% vol. rdg
0 - 250 ppm 0.1 ppm ±4% rdg ±0.5 ppm
0 - 20 ppm 0.1 ppm ±4% rdg ±0.5 ppm
0 - 20 ppm 0.1 ppm ±4% rdg ±0.5 ppm
0 - 100 ppm 1 ppm ±4% rdg ±0.5 ppm
0 - 10 ppm
0 - 10 000 ppb
1 ppb 5% rdg ±50 ppb
2. AIR QUALITY SENSORS – NON-DISPERSIVE INFRARED (NDIR) SENSORS
SENSOR RANGE RESOLUTION ACCURACY*
CARBON DIOXIDE (CO2)
Std Range
0 - 5000 ppm 1 ppm 2 % rdg ±10 ppm
3. OTHER SENSORS
SENSOR RANGE RESOLUTION ACCURACY*
Temperature Type K (T1) 0 - 2000 ºF
0 - 1100 ºC
Ambient Temperature -40 – 257 ºF
-40 – 125 ºC
Barometric Pressure 260 - 1260 mbar 1 mbar ±2 mbar
Relative Humidity 5 - 95% 0.1 % ±2% RH
Pressure 0 - 80 mbar
0 - 32.0 inH
Air Velocity 0 - 300 ft/s
0 - 91 m/s
*Note: All Accuracies indicated above are under Laboratory Conditions
**This sensor may have interference from H2S, H2, CO, and other reducing gases such as alcohols
O
2
1 ºF
1 ºC
0.1 ºF
0.1 ºC
0.1 mbar
0.1 inH2O
1 ft/s
1 m/s
5 °F / 3 °C or 2% rdg
±0.4 °F (32 - 140 °F)
±0.4 °C (0 - 60 °C)
±1% rdg
Page 5 of 40
MODEL SI-AQ PRO – SAFETY GUIDELINES
NOTE: Please take special care when performing Span Calibration of the monitor.
You cannot revert back to the factory setting after any adjustments!
NOTE: CO2 should ALWAYS be Calibrated or Zeroed with a Cylinder of ZERO AIR. Do
Not Use Ambient Air for CO2 sensor calibration.
This section provides general rules which must be followed for product safety, avoiding personal injury,
damage to equipment and preserving the manufacturer’s warranty. Please take care to carefully
observe the following instructions.
A. PRODUCT SAFETY INSTRUCTIONS:
Do not operate the instrument outside of the parameters specified in the technical
specifications
Do not use or store the instrument together with any solvents
Do not block the two (2) exhaust ports in the back of the instrument
Do not expose the monitor to extreme hot or cold temperatures outside of the stated
range in this manual
Do not abuse the charger cord. Do not use power cord for carrying, pulling. Keep
cord away from heat, oil, sharp edges, or moving parts. Damaged or entangled cords
can increase risk of electric shock
Only use the supplied, appropriate AC Charger
If the monitor enclosure is ever unscrewed and taken apart, avoid over-tightening the
screws that hold the two main enclosure pieces together
Do not store or operate in dusty, dirty areas
Always use the monitor with care and use the instrument properly
Do not use force when disconnecting and reconnecting the Black external Temp, RH
and Pressure Sensor (see photo below)
Do not use instrument in the rain or high moisture areas to prevent water droplets on
the black external Temp, RH, and Pressure Sensor
Remember to have the monitor checked and calibrated
at least once a year to ensure sensor accuracy and
compliance with existing standards
DO NOT LIFT OR HANDLE THE INSTRUMENT BY
THE BLACK EXTERNAL TEMP, RH, PRESSURE
SENSOR HOUSING! See photo below
Page 6 of 40
B. ELECTROMAGNETIC COMPATIBLITY
Complies with EN61326-1, Portable Equipment
The Sauermann SI-AQ PRO Indoor Air Quality Monitor is a battery-operated Portable device
designed to be used by a qualified engineer/technician to make measurements in buildings and
residential facilities. For long-term testing, you may operate the unit connected to the supplied
charger by carefully following the product safety instructions in Section A above.
C. ESD Protection
In extreme cases or abnormal applications, Electrostatic Discharge can potentially cause serious
and immediate damage to the electronic circuits of the instrument.
D. BATTERY DISPOSAL & RECYCLING
Recycle all applicable material properly. Take faulty/depleted batteries to proper
collection/recycling centers
Dispose of batteries and the monitor according to statutory regulations. Do not
dispose of with regular household items. After the monitor’s useful life, please return
to your local authorized Sauermann’ distributor or send back to Sauermann directly.
We will ensure that it is disposed of in an environmentally friendly manner
Page 7 of 40
CHAPTER 2
INTRODUCTION
A. UNPACKING THE INSTRUMENT & PARTS IDENTIFICATION
SAUERMANN SI-AQ PRO kits include as standard equipment:
• IAQ Monitor Model SI-AQ PRO with Temp, %RH, Dew point Temp, WBT, Barometric
Pressure, Differential Pressure and Differential Temperature
• Internal Continuous Sampling Pump
• Battery charger / AC adaptor for the monitor
• USB Thumb Drive includes:
- SI-AQ PCSOFT Software for Windows
- Instruction Manual
• USB Cable for connecting to a PC
• Vinyl Carrying Case
• Internal Wireless Bluetooth®
• Calibration Certificate
B. PROPER SAFE USE
1. Follow all the instructions in the SI-AQ PRO manual.
2. Do not block the two (2) exhaust ports in the back of the instrument housing.
3. Do not expose the monitor to extreme temperatures outside the stated range
4. Do not store or operate in dusty, dirty areas
5. Do not use instruments in the rain or high moisture areas to prevent water droplets on the
external Temp, RH, and Pressure Sensor.
Page 8 of 40
LIST OF ABBREVIATIONS
PARAMETERS
CO2 Carbon Dioxide
CO Carbon Monoxide
Ta Ambient (room) Air Temperature
RH Percentage of Relative Humidity
DPt Dew Point Temperature
WBT Wet Bulb Temperature
O2 Oxygen
BP Barometric Pressure
H2S Hydrogen Sulfide
FMH Formaldehyde
NO Nitric Oxide
NO
Nitrogen Dioxide
2
Oxides of Nitrogen
NO
X
SO2 Sulfur Dioxide
VEL Air / Gas Velocity (measurement with optional pitot tube)
∆P Differential Pressure (with Velocity Probe turned OFF)
T1 Thermocouple Type K Temperature (T1 Input)
BAT Battery Life / Voltage
NA Parameter Not Available
UNITS
PPM Parts (of pollutant) per million
PPB Parts (of pollutant) per billion
mg/m3 Milligrams per Cubic meter
µg/m3 Micrograms per Cubic meter
°F Temperature Measurement in Fahrenheit
°C Temperature Measurement in Celsius
"WC Inches of water (pressure measurement)
mmHg Millimeters of Mercury (pressure measurement)
"Hg Inches of Mercury (pressure measurement)
PSI Pounds per Square Inch (pressure measurement)
mmWC Millimeters of water (pressure measurement)
kPa KiloPascals (pressure measurement)
mbar Millibars (pressure measurement)
FPS Feet per second (gas / air velocity measurement)
MPS Meters per second (gas / air velocity measurement)
CMM Cubic meters per minute (gas / air velocity measurement)
CFM Cubic feet per minute (gas / air velocity measurement)
V Voltage (battery)
NOTE: MGM (milligrams per cubic meter) units are calculated and displayed for 20°C and 1 atm conditions per US EPA standards.
Page 9 of 40
CHAPTER 3
Controls all customization parameters, such as measurement units, for the
BASIC INSTRUMENT OPERATION
The SI-AQ PRO is operated by the 9-button keyboard located on the front of the monitor.
• The POWER key turns the instrument on and off.
• The MEASURE key shows the currently measured parameters.
Displays the monitor’s currently measured data in either of two (2) fonts:
A. Small fonts (all data displayed simultaneously plus range indicated, battery
condition and time)
B. Large fonts (four data parameters displayed simultaneously)
Note: The SI-AQ PRO allows the user to ZOOM in and out of the screen by changing from Small
to Large Fonts using the MEASURE key. Press Measure key again to zoom back out.
• Four (4) keys will bring up separate Menus: SETUP, CALIB, STORE, & PRINT.
SETUP
CALIB
STORE
PRINT
• The menus are navigated with the UP, DOWN, LEFT, RIGHT, & OK keys.
monitor
Controls calibration settings and zeroing of the monitor’s sensors.
Controls operation of the monitor’s internal data storage
Executes print commands for the monitor’s optional remote Bluetooth®
printer
Page 10 of 40
CO2: 920
Sampling 12:45:00
NOTE: Depending on the options enabled for
your Si-AQ PRO some of the entries in one
or more of the displays shown above will be
blank if that option is not available.
APR 1 ‘14 12:45:00
115 kbps
Version: 1.02Li
Battery Charger Connected
Battery Empty
Battery Full
SI-AQ PRO STARTING INSTRUCTIONS
1. Turn the SI-AQ PRO on by pressing the POWER key. The instrument’s internal pump will
immediately turn on and the SAUERMANN logo will appear. The instrument will begin to draw
in air from the center SAMPLE IN inlet “A” at the bottom of the unit.
2. If applicable, attach the optional probe and sampling line to the monitor.
3. Press the MEASURE key to view the Main Measuring Screen including ambient
temperature, barometric pressure, relative humidity and dew point. The toxic gas readings you
selected in your kit are also displayed: CO, CO
4. At initial startup, allow the CO2 sensor up to 1 minute to warm up and stabilize.
PPM
CO: 0PPM
Ta: 79.1°F
RH: 46.9%
DPt:57.0°F ∆P: 0.0mb
BP: 1012mb
_____________________
5. If you are using the monitor for the first time, press the
SETUP key to set the appropriate parameters
(i.e.: measurement units) for your application. See
Chapter 5 for an explanation of each parameter.
6. All sensor readings shown on the screen indicate ambient measurements. To ZERO the gas
sensors, please see Calibration Chapter 9 of this manual.
7. To obtain a printout of the data displayed, press the PRINT key.
The cursor (reverse color) will point to:
Press the OK key to execute a printout on the SI-AQ PRO’s optional Bluetooth® remote printer.
8. Measured data can be stored in the monitor’s internal memory. Please refer to Chapter 7 for
more details about data storage.
INSTRUMENT OPERATION OVERVIEW
, NO, CH2O (FMH), NO2, O2, SO2, and/or H2S.
2
The MEASURE key allows the user to toggle/zoom between a
small font and a large font screen.
The battery icon is displayed in the middle of the bottom line of
the display. Its condition is marked by the shaded fraction of the
icon. If the unit is powered by the battery charger a small
“plug” icon will replace the battery icon.
NOTE: When connecting the battery charger to the monitor
make sure that the “plug” icon appears on the MEASURE
screen. This ensures a proper power connection and charging of
the batteries.
Temperature Units: F
Measure Units: PPM
Pressure Units: inWC
Pumps: AUTO 750cc/m
Velocity Probe: OFF
Velocity Units: FPS
Duct Size: 0 in2
Display Contrast: 24
Baudrate:
Print Test Record
Page 11 of 40
CHAPTER 4
Battery Charger Connected
Battery Full
Battery Empty
POWER REQUIREMENTS
The Sauermann SI-AQ PRO Indoor Air Quality Monitor is a battery-operated Portable device
designed to be operated by a qualified engineer/technician to make measurements in buildings and
residential facilities. For long-term testing please carefully follow the product safety instructions in
Chapter 1.
Power is supplied by a Li-Ion rechargeable battery pack. The battery pack will supply power to the
monitor for about at least 8 hours of continuous operation.
A 110 – 240 Volt AC charger having a 12 Volt DC / 2.5A output is supplied with the instrument. The
battery charger will fully charge the battery pack in three hours.
You can check the condition of the batteries at any time:
1. By pressing the MEASURE key, (small font screen) and observing the battery icon, located at
the bottom of the display.
2. By pressing the MEASURE key, (large font screen), the user can scroll all the way to the
end using the DOWN arrow key to observe the battery life shown in Voltage. When the
unit is operating on its internal batteries, the voltage displayed will vary from an initial 8.0 to
8.4 volts (fully charged) dropping slowly to approximately 7 volts (batteries nearly empty).
When the battery voltage drops to 7.1 volts a “low battery” warning will appear on the
display. Within a few minutes later the instrument will automatically turn off, to preserve the
remaining battery power for the sensor bias voltages.
Page 12 of 40
CHAPTER 5
SENSOR LIST
:
SENSORS -TECHNICAL
The great versatility of the SI-AQ PRO Air Quality monitor is partly due to the large number of sensors
available within a single monitor.
These sensors are primarily gas sensors and can be grouped into four categories based on their
principle of operation:
1. Up to two (2) electrochemical gas sensors
2. One (1) NDIR (infrared gas sensors) – CO2
3. Non-gas sensors (Temperature, Humidity, Pressure, Velocity, and Barometric pressure)
sensors
The main section of the monitor houses all the electrochemical and NDIR gas sensors, battery pack,
and PC board. On the bottom of the unit, there is a black external sampling system for Ambient
Temperature, Relative Humidity, and Barometric Pressure.
The figure below shows the internal manifold of the gas sensors inside the unit:
CO
2
CO
CH
O
2
NO
NO
2
SO
2
H2S
O
2
Page 13 of 40
1. ELECTROCHEMICAL SENSORS
All electrochemical sensors are mounted on fitted socket fittings for easy installation and removal.
The electrochemical sensors are described below:
A. Nitrogen Dioxide sensor (NO2)
This is a three-electrode sensor that responds to nitrogen dioxide gas. Nitrogen dioxide is a “sticky”
gas and this sensor’s response is usually the slowest of all sensors.
B. Sulfur Dioxide sensor (SO2)
It is a three-electrode sensor that responds to sulfur dioxide gas. It is equipped with an inboard filter to
remove interference from H2S gas and other acidic gases.
C. Nitric Oxide sensor (NO sensor)
This is also a three-electrode sensor that responds to nitric oxide. It is equipped with an inboard filter
to remove any interference from other acidic gases.
The nitric oxide sensor requires a constant bias-voltage for proper operation. This is supplied by the
monitor’s battery. If the battery voltage drops below a certain value the monitor will turn off
automatically to maintain the sensor bias. If, however, the battery voltage further drops to near zero,
one must wait 24 hours after connecting the battery charger, for the sensor bias to recover.
D. Oxygen sensor (O2 sensor)
This sensor measures the oxygen concentration in the sample. It is a two-electrode electrochemical cell.
It has a silver cathode and a lead anode. Oxygen diffuses through a tiny hole and reacts with the lead
anode. The reaction produces an electric current. The unit software linearizes the current vs. oxygen
response. The cell becomes exhausted when all the lead is consumed.
E. Hydrogen Sulfide sensor. (H2S)
This is a 4-series three-electrode micro sensor with low methanol interference. It measures the
concentration of hydrogen sulfide, which is a highly toxic gas. Special precautions must be taken during
calibration.
Page 14 of 40
F. Carbon Monoxide sensor (CO)
This is also a three-electrode sensor that responds to carbon monoxide. It is equipped with an inboard
filter to remove any interference from other acidic gases.
The optional High Range CO sensor has four electrodes. One measures the concentration of carbon
monoxide gas and the other the concentration of any interfering hydrogen gas (It is hydrogen
compensated).
G. Formaldehyde (CH2O)
This is also a three-electrode sensor that responds to formaldehyde. It is equipped with an inboard filter
to remove any interference from other acidic gases.
This sensor may have interference from H2S, H2, CO, and other reducing gases such as alcohols
In applications where the user is measuring both H2S and Formaldehyde, the Formaldehyde readings
could be inaccurate as the levels of H2S increase. Relative measurements could be appropriate in these
situations.
2. NDIR (INFRARED) SENSOR (CO2)
A non-dispersive infrared (or NDIR) sensor is a simple spectroscopic device most commonly used to
measure CO2 in indoor air quality applications. The main components are an infrared source (lamp), a
sample chamber or light tube, a wavelength sample chamber, and the CO2 gas concentration is
measured electro-optically by its absorption of a specific wavelength in the infrared (IR).
The SI-AQ PRO Air Quality Monitor is equipped with one standard NDIR infrared sensor capable of CO2
measurement (standard range: 0 - 5000 ppm). This infrared sensor can be substituted for higher CO2
ranges upon special request.
The NDIR options have the following specifications:
GAS RANGE ACCURACY
CARBON DIOXIDE (CO2) 0 – 5000 ppm 2% of reading ±10 ppm
Page 15 of 40
3. NON-GAS SENSORS
a. Ambient Temperature sensor
This is a solid state sensor located on the front panel of the monitor. The ambient
temperature is displayed on the MEASURE screen in either °F or °C. The dew point is
calculated from the ambient temperature and relative humidity. The dew point is displayed
on the Small and Large Font MEASURE screens as DPt.
b. Humidity sensor
This is a solid state sensor located on the front panel of the monitor. The relative humidity is
displayed on the MEASURE screen in %RH (% Relative Humidity). The Wet Bulb is
calculated from the ambient temperature, relative humidity, and barometric pressure. The
wet bulb is displayed on the Large Font MEASURE screen only as WBT.
c. Barometric Pressure sensor
This is a solid state sensor located at the front panel of the monitor. The barometric pressure
is displayed on the Small and Large Font MEASURE screens as BP.
d. External temperature sensor (T1)
The thermocouple is located at the bottom right side of the monitor. It can be used with any
optional or separate Type K thermocouple probe and/or wire. The T1 temperature
measurements are displayed on the Large Font MEASURE screen only as T1.
e. Differential Pressure / Air Velocity sensor.
If the monitor comes with the Differential Pressure option and/or the air velocity option
(optional separate L-type Pitot tube and pressure tubing), the internal pressure sensor is a
very low range pressure sensor. The Velocity measurements are displayed on the MEASURE
screen only as VEL. Differential Pressure is displayed on the MEASURE screen only as ∆P.
Connecting Differential Pressure Hoses:
Connect Metal Hose Connections to either P+ or P- Connection as shown. P+ only will
give you Positive pressure; P- only will give you Negative pressure. Plug in both as shown
below for Differential Pressure. All single
& differential readings are shown on main MEASURE screen as ∆P.
SINGLE PRESSURE DIFFERENTIAL PRESSURE
Page 16 of 40
CHAPTER 6
APR 1 ‘14 12:45:00
: OFF
Display Contrast: 24
SI-AQ PRO SETUP
The SETUP MENU allows the operator to change the instrument’s parameters.
Temperature Units: F
Measure Units: PPM
Pressure Units: mbar
Pumps: AUTO 750cc/m
Velocity Probe
Velocity Units: FPS
Duct Size: 0 in
Baudrate: 115 kbps
Version: 1.02Li
2
Every parameter listed on the SETUP MENU screen can be changed as follows:
a. Use the UP / DOWN keys to move the highlighted line to the parameter you wish to
change.
b. Press OK to edit the value. The parameter you have chosen will become highlighted on the
right side of the screen. This indicates that you are in edit mode.
c. Use the UP / DOWN keys until the desired value of the selected parameter appears on the
display.
d. Press the OK key to execute the change.
A more detailed explanation of each parameter follows:
1) DATE & TIME: The monitor’s internal clock is displayed in the format month-day-year, hour-minutesecond. Hours are always displayed using a 24-hour clock format.
2) TEMPERATURE UNITS: The UP / DOWN keys toggle between °F (Fahrenheit) and °C (Celsius). The
T1 temperature reading and ambient temperature will be displayed, printed, and saved in the
selected units.
3) GAS MEASURING UNITS: When the cursor is blinking on this line, you can select any of the
following units of measurement for the toxic gas sensors:
• PPM: Parts per million (volumetric)
• PPB: Parts per billion (volumetric)
• MGM: Milligrams per cubic meter (weight)
• µGM: Micrograms per cubic meter (weight)
Note: Formaldehyde is normally read in PPB (parts per billion)
Page 17 of 40
4) PRESSURE UNITS: Pressure measurements can be shown in millibar (mbar), inches of water (inWC),
millimeters of water (mmWC), millimeters of mercury (mmHG), inches of mercury (inHG), pounds
per square inch (psi) or kilopascal (kPa).
1 mbar = 0.10 kPa = 0.40 inWC = 10.2 mmWC = 12.95 inHg = 0.75 mmHg = 1.45 PSI
5) VELOCITY UNITS: (Velocity Option) Select between feet per second (FPS), meters per second (MPS),
cubic feet per minute (CFM), or cubic meter per minute (CMM).
AIR VELOCITY AND DIFFERENTIAL PRESSURE CAN NOT BE MEASURED SIMULTANEOUSLY.
USER MUST CHOOSE ONE OR THE OTHER.
To change the selection, hit the SETUP key. Using the DOWN arrow key, scroll Down to
VELOCITY PROBE and hit OK. The OFF/ON selection will be highlighted. Use the Up & Down arrow
keys to change the selection from OFF to ON or vice versa. With the Velocity Probe Selection OFF, the
SI-AQ PRO will measure Differential Pressure (∆P) automatically. With the Velocity Probe Selection
ON, the SI-AQ PRO will measure Air Velocity (VEL) automatically. When you have your selection
chosen, hit the OK button and the entire Velocity Probe will be highlighted again. Hit the MEASURE
Button to get back to the Main Measurement screen once you are complete.
6) DUCT SIZE: (Velocity Option). Estimate the cross-section area of your Ducts in square inches (in2)
and set this value to obtain automatic & accurate Air Flow measurements in m/s or m3/min.
NOTE: When using the Velocity Feature on the SI-AQ PRO it is recommended to ZERO the
readings BEFORE using the Pitot tube to ensure proper Velocity measurements. See Chapter
9 for instructions on Zeroing the SI-AQ PRO. (Zero Gas Sensors)
Connecting Pitot Tube: In air conditioning, heating and ventilating work, it is helpful to understand
the techniques used to determine air velocity. In this field,
air velocity
(distance traveled per unit of
time) is usually expressed in meters per second (m/s). By multiplying air velocity by the cross section
area of a duct, you can determine the air volume flowing past a point in the duct per unit of time.
Volume flow
measurements using the SI-AQ PRO, you will need to use the
is usually measured in cubic meters per minute (m3/min). To make Air Velocity
Optional
12” Pitot tube. Follow Steps #5
& #6 above to (1) turn the Velocity Probe option ON (VEL will appear on the unit’s main screen) and (2)
set up your Duct Size. Connect the supplied hoses from the Pitot tube to the (-) and/or (+) PRESSURE
connections on the bottom of the SI-AQ PRO.
7) PUMP: Pump status is displayed:
a) AUTO - Automatic sample mode is selected
b) OFF – The internal Pump is turned off.
8) DISPLAY CONTRAST: Select the best value for viewing the LCD screen.
9) BAUDRATE: The communication speed for both the USB port and the Bluetooth® connection is set
here. The default setting is 115 kbps.
Page 18 of 40
The STORE MENU allows the operator to store data and manage the internal storage tags.
Store Current Buffer
dic Store
Select Interval: 1m
00: TAG#00
The SI-AQ PRO has 2000 internal storage tags/memory spots. Each tag stores one complete set of air
quality data. There are two ways to store air quality data to the monitor’s buffer. You can either store
data by selecting the option STORE CURRENT DATA after pressing the STORE key, or alternatively you
can make use of the monitor’s capability of storing data automatically on a periodic basis. You can set
the time period between data storage. The STORAGE MENU shows the relevant display lines for the
storage options.
1. STORE CURRENT BUFFER: The monitor will store one set of data into the tag currently
selected. The index number and the name of this tag appear at the bottom of the screen.
2. SELECT BUFFER: Selecting this item will display an index of the monitor’s 2000 internal storage
tags. Tags that are used have an icon next to their index number. The selected storage tag is
indicated by the reverse color line. When data is stored, this pointer will automatically advance
to the next available tag. If you want to store data in a different location, use the UP, DOWN,
& OK keys to select a new tag. As you scroll up and down, tags containing data show their
date and time at the bottom of the display. Empty tags show the word empty.
3. START AVERAGE TEST: This will begin a period of data averaging, with the average values
stored periodically in successive memory tags. The interval between each storage cycle is
displayed below and can be set by the user. Once enabled, this line will read: STOP AVERAGE
TEST.
4. START PERIODIC: This will turn on the periodic store function. In this mode, the unit will
continuously store data at an interval displayed on the next line. Once enabled, this line will
read: STOP PERIODIC.
5. SELECT INTERVAL: The time between each store is set here. This can range from 10 seconds to
60 minutes.
6. REVIEW BUFFER: This choice allows you to view previously saved data. Press OK. The display
will switch to the data screen, with the data in the first tag displayed. The time and date when
the data was saved will appear at the bottom of the display. Use the UP / DOWN keys to
scroll through the tags.
CHAPTER 7
INTERNAL DATA STORAGE
Select Buffer
Start Average Test
Start Perio
Review Buffer
Name Buffers
Erase Buffers
Page 19 of 40
7. NAME BUFFERS: This choice will take you to another screen
*** NAME BUFFERS ***
I J K L M N O P shift
Q R S T U V W X Y Z
where you can rename one or more tags. This is useful if
you use several tags together to form a test series. Select
the starting test index with the UP / DOWN / LEFT /
RIGHT keys and press OK. Next, select the ending test
index. The cursor will move to the first character of the first
Starting Tag: 00
Ending Tag: 00
Name:xxxxxxxxxxxxxxxx
1 2 3 4 5 6 7 8 9 0 ◄
A B C D E F G H sym ►
tag’s name, and the alphanumeric keyboard will appear.
Use the UP / DOWN / LEFT / RIGHT keys to navigate
around the keyboard and press OK to select the letter or
number. For lower-case letters, highlight shift and press OK, for symbols, highlight sym
and press OK. The arrows in the corner will move the cursor forward or backward through the
tag’s name.
8. ERASE BUFFER: This option is used to erase stored data. Data that has been stored in the
monitor’s memory will be retained even after the instrument has been shut off and its batteries
removed. To erase the contents of a specific tag, use the UP / DOWN keys to move the arrow
to the desired tag. As you scroll up and down, tags containing data show their date and time
at the bottom of the display. Empty tags show the word empty. If you wish to erase all 1000 of
the monitor’s stored data, move the arrow to the entry ALL TAGS and press OK.
Page 20 of 40
CHAPTER 8
Print Test Record
Log Interval: 60s
Mobile Printer...
* WIRELESS PRINTERS *
* WIRELESS PRINTERS *
Device 1:001122334455
* WIRELESS PRINTERS *
Device 1:001122334455
WIRELESS REMOTE PRINTER
The SI-AQ PRO uses an optional wireless Bluetooth® remote printer. The printer
is powered by a rechargeable battery. An AC charger is supplied with the printer.
First you must turn the printer on. Then press PRINT to scan and connect with
your wireless printer to establish communications between the monitor and the
printer.
Scan for printers
Press OK to search
When you have connected successfully the printer’s green status light will turn on. Pressing the PRINT
key will now display the PRINT MENU.
The PRINT MENU allows the user to print test records.
PRINT TEST RECORD: This option will print a test record of the current air
quality parameters.
PRINT TEST LOG: This option begins a log of the following air quality
parameters: CO2, Temperature, %RH, Wet Bulb, Dew Point, Barometric
Pressure, Carbon Monoxide, etc.
LOG INTERVAL: This selects the interval between each log entry. The interval can be set between 1
and 60 seconds.
PRINT BUFFER: This option is used to print data stored in the monitor’s memory. Each line corresponds
to one storage tag. Tags containing data show an icon next to the index number. When you scroll up
and down, the date (mm/dd) and time (hh/mm) when the data was stored appear at the bottom;
empty tags show the word “empty”. To print the contents of a specific tag, use the UP / DOWN keys
Device Found
Press OK to Connect
Start Test Log
Print Buffer
Configure Record
Edit Customer Name
Calibration Record
Paper Feed On/Off
Device Connected
Press OK to Continue
Serial #: 000000
Company Name
TEST RECORD
AUG 1 ‘14 12:45:00
CO2: XX.X %
CO: XXXX PPM
T ambient: XXX ºF
RH: XX.X %
DPt: XXX ºF
WBT: XXXX ºF
BP: XXXX psi
Page 21 of 40
to move the arrow to the desired tag and press OK. If you wish to print the entire monitor’s stored
** EDIT HEADER INFO *
Q R S T U V W X Y Z
data in sequence, move the arrow to the entry ALL TAGS and press OK.
CONFIGURE RECORD: This option allows the user to add, delete, or change the order of the
parameters that appear on the paper print out.
EDIT CUSTOMER NAME: This will display a screen where you can
change the information printed at the top of each printout. Usually the
customer’s name or the operator’s name appears here. To edit this
information, use the UP / DOWN / LEFT / RIGHT keys to navigate
around the keyboard, and press OK to select the letter or number. For
lower-case letters, highlight shift and press OK, for symbols, highlight
sym and press OK. The arrows in the corner will move the cursor
SAUERMANN SI-AQ PRO
1 2 3 4 5 6 7 8 9 0 ◄
A B C D E F G H sym ►
I J K L M N O P shift
forward or backward through the name.
CALIBRATION RECORD: This option will print a record of each sensor’s last calibration, including the
date of calibration and span gas value used.
PAPER FEED: This toggles the printer’s motor on and off, advancing the paper out the top of the printer
as needed. The motor will not turn on if there is no paper present.
MOBILE PRINTER: The WIRELESS PRINTERS screen will appear. You can disconnect your current
Bluetooth® connection and connect to another printer in range.
Page 22 of 40
CHAPTER 9
**** CALIBRATION ****
xxxx PPM
NOTE: Please take special care when performing Calibration of the monitor. You cannot
revert back to the factory setting after any adjustments!
NOTE: CO2 should ALWAYS be Span Calibrated or Zeroed with a Cylinder of ZERO AIR. Do
Not Use Ambient Air for CO2 sensor calibration.
ZERO & SPAN CALIBRATION
Every instrument must occasionally be tested against some known value or standard in order to make sure that
its accuracy has not deteriorated. If the instrument is reading outside of the stated accuracies in this manual,
the unit should be calibrated by following the procedures described in this chapter.
This chapter will contain all of the information on calibrating and adjusting the SI-AQ PRO IAQ Monitor. The
term Span Calibration means comparing the SI-AQ PRO’s readings to a standard concentration (i.e.: calibrated
gas bottles) and adjusting/changing the SI-AQ PRO’s individual sensor’s readings to match the standard
concentration for the most accurate measurements. The term ZERO calibration refers to the user’s ability to
calibrate each sensor with zero concentration of the targeted gas. See Chapter 11, Maintenance, for
recommended frequencies of each procedure.
If the unit is returned to Sauermann for Span Calibration, the unit will be shipped back after Calibration with a
new Calibration Certificate valid for one (1) year. If the unit is Span Calibrated in the field, the original
calibration certificate is no longer valid.
Zero Gas Sensors
Zero CO2 Sensor
Zero Thermocouples
Zero Errors
Zero Time: 60sec
Span Time: 120sec
** Span Lockout **
Sensor History
Span CO: xxxx PPM
Span H2: xxxx PPM
Span CO2:
Span NO: xxxx PPM
Span NO2: xxxx PPM
Span SO2: xxxx PPM
Span H2S: xxxx PPM
Span FMH: xxxx PPB
Span Velocity: xx "
Span ∆P: xx "
Span AmbT: xx.x C
Span BP: xxxx mbar
Span RH: xx.x %
Cal Thermcple :xxxF
The CALIBRATION MENU lets you set span calibration values for
each sensor and performs all sensor calibrations. The
CALIBRATION MENU is shown below.
A brief explanation of the parameters shown follows below:
ZERO GAS SENSORS: This will set the zero point of CO, NO,
NO2, SO2, H2S, CH2O, O2, Pressure & Velocity values.
ZERO CO2 SENSOR: This will set the zero point of CO2.
ZERO THERMOCOUPLE: This calibrates the external
thermocouple input (T1) to ambient temperature.
ZERO ERRORS: This will display a list of sensors that were out of
the monitor’s acceptable range during the last zero countdown.
ZERO TIME: This is the countdown time for the zero procedure.
The zero cycle time should set at 20-60 seconds.
SPAN TIME: When carrying out a span calibration, you must
introduce the span gas for an appropriate amount of time before
the monitor executes the span calibration. This setting, which is
the same for all sensors, controls this time interval. The span time
is indicated in seconds.
Page 23 of 40
SPAN LOCKOUT: This controls access to the remaining span calibration menu options. Span lockout
Zero Gas Calibration Diagram
Air Quality Ins trument
Center Port on other models
Optional
(Part# Si-AQ Calibration Kit)
prevents accidental or mistaken calibrations. Span lockout is enabled and disabled by entering a 4digit code. See section D below for the code.
SENSOR HISTORY: The date that each sensor was installed is displayed, along with the date the
sensor was last calibrated and the span gas concentration used.
SPAN XXXX: The remaining lines of the CALIBRATION MENU are used for carrying out span
calibrations of the CO, CO2, NO, NO2, SO2, O
S, and FMH sensors. For detailed use of these settings,
2, H2
please refer below.
A. ZEROING THE SI-AQ PRO
Select CALIB key to go into Calibration Mode
There are two (2) methods to Field-Calibrate the GAS & CO2 Sensors on the SI-AQ PRO.
1) ZERO Gas Sensors using the ZERO AIR Cylinder (to zero all gas sensors)
2) Using Outside fresh Air to Calibrate the gas sensors (except the CO2 sensor)
1. ZEROing ALL GAS Sensors using a certified Cylinder of ZERO AIR
For Si-AQ Expert, Pro, VOC & Comfort Models
(Part# Si-AQ Moisture Exchange
• Moisture Exchange Tube connects to
‘’Sample In’’ on Si-AQ Expert
• Moisture Exchange Tube connects to
If you have a gas cylinder/bottle of ZERO AIR you can use this for Zeroing ALL of the gas sensors in the
SI-AQ PRO. If you do not have this cylinder, please contact Sauermann to purchase our optional
Calibration Kit consisting of ZERO AIR & regulator for proper calibration of the SI-AQ PRO (part #: SiAQ Calibration Kit).
Page 24 of 40
ZERO GAS SENSORS: This will set the zero point of CO, NO, CH2O, NO2, SO2, H2S, and O2 values.
Connect Cylinder to the “A” inlet connection on the bottom of the SI-AQ PRO using the optional
accessories included in the CALIBATION KIT (Part #: Si-AQ Calibration Kit). See CALIBRATION
APPARATUS section below for how to connect.
Have the cursor (reverse color) point to the line:
Zero Gas Sensors
Press the OK key to execute a zero cycle of all the gas sensors. This procedure should last 60 seconds.
At the end of the zero period, the SI-AQ PRO reads the output of all gas sensors (with the exception of
the CO2 sensor) and sets them all to zero, and the Oxygen (O2) that it sets to 20.9%.
If no error messages appear at the end of the countdown, proceed with your measurements.
ZERO CO2: This will set the zero point of CO2. You must use cylinder of ZERO AIR for CO2 ZERO
CALIBRATION. Connect Cylinder to the “A” inlet connection on the bottom of the SI-AQ PRO using
the optional accessories included in the CALIBATION KIT (Part #: Si-AQ Calibration Kit). See
CALIBRATION APPARATUS section below for how to connect.
Scroll down using down arrow key and have the cursor (reverse color) point to the line
Zero CO2 Sensors
Press the OK key to execute a zero cycle of the CO2 Sensor. The monitor will count down from the
Zero Time setting as explained above. The recommended Zero Time for the CO2 sensor is 60 seconds.
If no error messages appear at the end of the countdown, proceed with your measurements.
2. ZEROing Sensors using OUTDOOR FRESH AIR (with the exception of CO2)
If you are
not
using bottled ZERO AIR, it is important to select a location where the ambient
environment of the monitor is clean from traces of carbon monoxide or other toxic gases. The user
should be at least 20-30 feet (6-10 meters) away from any buildings, parking lots, highways, and any
other possible exhaust sources. If in doubt of the ambient air, please use the ZERO AIR cylinder.
When you turn the instrument on in clean ambient air, wait at least one (1) minute to allow the
monitor to warm up before carrying out the zero calibration.
ZERO GAS SENSORS: This will set the zero point of CO, NO, CH2O, NO2, SO2, O2, and H2S values
based on the clean ambient conditions.
Have the cursor (reverse color) point to the line:
Zero Gas Sensors
Press the OK key to execute a zero cycle of all the gas sensors. This procedure should last 60 seconds.
Page 25 of 40
At the end of the zero period the SI-AQ PRO reads the output of all gas sensors (with the exception of
NOTE: You must always span calibrate the instrument when a sensor is replaced.
Span Gas Calibration Diagram
Air Quality Ins trument
Center Port on other models
Optional
the CO2 sensor) and sets them all to zero, with the exception of the Oxygen (O2) that it sets to 20.9%.
If no error messages appear at the end of the countdown, proceed with your measurements.
ZERO THERMOCOUPLE: This calibrates the one external thermocouple input (T1) to ambient
temperature.
Be sure the Thermocouples being testing are at room temperature before Calibrating
To start the zero procedure, press the CALIB key and select ZERO Thermocouples.
B. SPAN CALIBRATION
For Si-AQ Expert, Pro, VOC & Comfort Models
• Moisture Exchange Tube connects to
‘’Sample In’’ on Si-AQ Expert
(Part# Si-AQ Moisture Exchange)
• Moisture Exchange Tube connects to
Sauermann recommends performing a span calibration of the instrument once every 6 months for
maximum accuracy, or at a minimum of once per year. The parameters that require a span calibration
are: carbon monoxide, carbon dioxide, nitric oxide, nitrogen dioxide, sulfur dioxide, hydrogen sulfide,
oxygen, and formaldehyde. You can carry out all span calibrations in sequence.
Span calibration using your own gas
If you wish to use your own span gas to perform span calibrations you must take certain precautions
and follow the instructions below carefully in order to calibrate the sensors properly.
Page 26 of 40
Notice that you will need a number of certified gas cylinders. Make sure that you use a bypass flow
meter as shown below in the CALIBRATION APPARATUS section, in order to supply an adequate flow
of span gas without developing excessive or insufficient pressure on the sensors.
Make sure the concentration of the calibration gas is within the range of each sensor. Do not use gas
that will over-range the sensor.
The CO span gas can be in the range of 30 - 200 PPM, 2% accuracy with balanced nitrogen,
preferably.
The NO span gas can be in the range of 10 - 200 PPM, 2% accuracy with balanced nitrogen, required.
The NO2 span gas can be in the range of 10 - 20 PPM, 2% accuracy with balanced nitrogen or air.
The SO2 span gas can be in the range of 10 - 20 PPM, 2% accuracy, with balanced nitrogen,
preferably.
The CH2O (Formaldehyde) span gas can be in the range of 0 - 2 PPM, with balance nitrogen,
preferably.
The H2S span gas can be in the range of 10 - 20 PPM, 2% accuracy, with balance nitrogen, preferably.
The CO2 span gas can be in the range of 2500 PPM, 2% accuracy, with balance air
Make sure the concentration of the calibration gas is within the range of each sensor. Do
not use gas that could over-range the sensor.
For greatest accuracy, it is recommended that you use a span gas value close to the gas
concentration you expect to measure.
C. CALIBRATION APPARATUS
During calibration an adequate flow of span gas must be supplied without developing excessive
pressure on the sensors. A compressed cylinder of span gas must be equipped with a primary pressure
regulator. Connect the regulator of the bottled gas to the SI-AQ PRO “A” inlet in the center port on the
bottom of the unit. A simple way to feed the span gas to your monitor is by an open T-connection that
will ensure that gas is fed at ambient pressure. The regulator valve is used to control the flow of gas to
the monitor. To ensure that the span gas is fed properly and as efficiently as possible, connect a bypass
flow-meter at the outlet. Adjust the regulator to maintain approximately 750 cc/min of flow at the
outlet.
You must not feed gas to the SI-AQ PRO under pressure and you must not starve the SI-AQ PRO's
pump for gas. When feeding the gas, you must maintain a reasonably constant pressure, near ambient
pressure.
Page 27 of 40
Gas Hose from Cylinder connects to
for Span Calibration
T – for
flow
ZERO AIR Gas Bottle Calibration:
proper
air/pressure
Center “A” Inlet on Bottom of Si-AQ Pro
Page 28 of 40
D. CALIBRATION PROCEDURE
NOTE: Please take special care when performing Calibration of the monitor. You
cannot revert back to the factory setting after making any adjustments!
The following page illustrates the sequence of key strokes to carry out a span calibration of the SI-AQ
PRO. It is assumed that the instrument has been zeroed and there have been no error messages.
Electrochemical Gas Sensors
1. Turn the SI-AQ PRO on and press Measure. Allow the instrument to warm up for 15 minutes
before beginning the calibration procedure.
2. Connect the outlet from the tee fitting of the gas calibration fixture to the “A” inlet connector
on the bottom of the monitor using the set up shown in the above calibration apparatus
photo:
3. Turn on the gas flow and observe the gas readings on the instrument. If the gas reading for
the sensor being calibrated does not increase after a few seconds, turn off the gas flow until
the problem is found. Otherwise, press OK.
4. Press the key labeled “CALIB” to enter the calibration menu.
5. Scroll down to SPAN TIME and set the value to
6. Scroll down to the sensor to be calibrated first. If the calibration lock is on, enter the password
1315.
7. Use the arrow keys to enter the span value printed on the calibration cylinder being used. Press
OK.
8. When the countdown reaches 3 seconds, there will be a series of beeps indicating that the
calibration has been preformed.
9. Verify that the reading for the sensor being calibrated matches the value entered in the
calibration menu, and that the reading for all of the other sensors is zero.
10. Turn off the gas flow.
11. Repeat this procedure for each electrochemical sensor to be calibrated.
Temperature, Humidity and Barometric Pressure
Please contact Sauermann for proper Calibration Procedure
Pressure and Air Velocity Calibration Procedure
1. Connect a pressure calibration standard to the pressure (+) connector on the bottom of the
instrument.
2. In the SETUP menu, make sure the velocity sensor is off.
3. Press the “CALIB” key to enter the calibration menu.
4. Scroll down to SPAN ∆P and press OK.
5. Using the calibration standard, generate a pressure value near the maximum stated value for
the scale being used, for instance 80 mbar if using the mbar range.
6. Enter the value generated as the span value using the arrow keys and press the enter key.
7. Verify that the reading on the instrument matches the reading on the calibration standard.
20 seconds
.
Page 29 of 40
CHAPTER 10
SI-AQ PCSOFT SOFTWARE
1. COMMUNICATIONS
The SI-AQ PRO Monitor communicates with a PC either using the USB cable or wirelessly using its
internal Bluetooth® (BT) module. If your computer does not have internal BT capabilities, use the
external BT module that is supplied with the SI-AQ PRO
The communication protocol is as follows:
BAUD RATE: 115000 baud
FORMAT: 8 bits, 1 stop bit, no parity
HANDSHAKE: None
USB CONNECTION
For USB connections, use the A-to-B type USB cable supplied with the instrument. To establish a USB
connection, the FTDI USB driver must first be installed on your computer. The USB drivers for Windows
computers are located on the SAUERMANN USB Thumb Drive:
• When you plug the USB cable from the computer to the monitor, you should hear a small “da-
ding” sound indicating that the USB connection has been made.
• If you have the FTDI USB driver already installed in your computer, the computer will know and
will NOT initialize the “New Hardware Wizard”.
• If the New Hardware Wizard appears you need to install the FTDI USB driver. To install this
driver:
1. Locate the FTDI USB driver on the CD and save it to your desktop.
2. Follow the instructions in the New Hardware Wizard
3. You will have to go through the wizard twice, once to install the ftdiport.inf file and once
for the ftdibus.inf file.
BLUETOOTH® CONNECTION
For Bluetooth® connections, the connection process varies with different Bluetooth® devices. Follow
your manufacturer’s instructions for adding a device. The SAUERMANN’ Bluetooth® modem is a Class
1 device, with a maximum range of 100 m. Obstacles such as walls and equipment will reduce the
effective range.
1. Turn your instrument on, and it will appear on the screen after a few moments. Select it from the
list and click Next.
Page 30 of 40
2. On the next screen, select “Enter the device’s pairing code” and click Next.
3. Enter the pairing code “1234” or “0000” (four zeros) into the empty field & click Next.
Page 31 of 40
4. Paring will complete and the PC to instrument communication drivers will be automatically installed.
ALL CONNECTIONS
When you connect your SI-AQ PRO to
your computer for the first time, the
connection will be assigned a unique
comport number. Remember the
c
omport
open an SI-AQ PCSOFT session.
You can find the
with your
SAUERMANN in the Windows Device
Manager.
number as it will be needed to
comport
To open the Device Manager:
• Go to the Windows “START”
menu, click “RUN” and type
devmgmt.msc (Or go to the
Control Panel, choose the
System icon, then the Hardware
tab, and click the Device
Manager Key).
• A window will open that will list “PORTS” among other items. Click on “PORTS”.
• The comport will be listed as:
o USB Serial Port (USB)
o Standard Serial over Bluetooth® link (Bluetooth®)
associated
Page 32 of 40
2. USING SI-AQ PCSOFT SOFTWARE
You can enhance the performance and versatility of the SAUERMANN SI-AQ PRO by using the SI-AQ
PCSOFT software program. SI-AQ PCSOFT is available for most Windows operating systems.
The SI-AQ PCSOFT software is a robust package that allows you to:
1. Monitor all Air Quality
parameters.
2. Record maximum,
minimum, average for all
Air Quality parameters.
3. Select a variety of saving
and printing options.
4. Retrieve stored data.
5. Set alarms for every air
quality parameter
including recording the
time duration that alarms
have been exceeded.
6. Plot bar graphs and time plots of all air quality parameters.
The SI-AQ PCSOFT software can be downloaded from the included USB Thumb Drive.
Windows 8 users may have to load drivers from the following link:
http://www.makeuseof.com/tag/how-can-i-install-hardware-with-unsigned-drivers-in-windows-8/
Consult the SI-AQ PCSOFT manual for details on installing and operating the program. The manual
can be accessed by clicking on “Help” and then “How Do I…” in the SI-AQ PCSOFT software
program.
Page 33 of 40
STARTING SI-AQ PCSOFT
1 Before starting SI-AQ PCSOFT, have your SI-AQ PRO turned on and connected via USB or
Bluetooth®.
2 Start the SI-AQ PCSOFT Software program. If you have connected before, the monitor icon
will automatically appear. If this is the first time you are connecting, you will need to add
a new port.
3 On the SI-AQ PCSOFT window click on “Connections”, then click on “Add Port”.
4 Enter the COM port number which appeared in the Device Manager, and click “OK”.
5 The COM port with its number should appear on the left side of the SI-AQ PCSOFT
window. SI-AQ PCSOFT will look for a monitor on this port. After a moment the
SAUERMANN monitor icon should appear. You are now connected to your monitor.
6 Click on the SAUERMANN icon. A menu will appear. Choose “Monitor” from the menu.
(Follow the SI-AQ PCSOFT manual for further instructions).
Page 34 of 40
CHAPTER 11
NOTE: You must always span calibrate the instrument every time
you replace a sensor.
NOTE: CO2 should ALWAYS be Calibrated or Zeroed with a Cylinder of ZERO AIR. Do
Not Use Ambient Air for CO2 sensor calibration.
MAINTENANCE
The SI-AQ PRO Indoor Air Quality Monitor is a sophisticated analytical instrument designed to perform
accurate air quality measurements. However, because the monitor is a portable, field/lab used
instrument that can be used in many environments, care must be taken to prevent physical and
environmental abuse to help maintain trouble-free operation.
There are some components that will require periodic inspection and/or replacement.
INTERVAL ITEM PROCEDURE
Weekly ZERO Check of ALL Gas Sensors Perform using ZERO AIR
Weekly ZERO Check of the CO2 Sensor Perform using ZERO AIR
Annually SPAN Calibration of ALL Gas Sensors Perform Span or Send to Factory
*Note: These stated intervals are dependent on the unit’s usage and applications
A. Sensor Replacement
This should be an infrequent operation, since the sensors have a typical life of a few years.
If you receive an error message for one of the sensors during instrument operation you may have to
replace the sensor. Please contact Sauermann for replacement sensors. The user can send the unit
back to the factory for sensor installation and re-calibration of the instrument or the sensors can be
replaced in the field. The replacement sensors will be supplied with installation instructions.
B. Printer Paper Replacement
The external printer uses a high quality 2" thermal paper. Keep any spare paper
rolls in a cool dark place to prevent paper discoloration.
1) Press the open key on the printer to open the paper cover
2) Insert the paper as shown in the image. Remove any remaining core of a
used paper roll.
3) Make sure to align the paper roll properly.
4) Pull the paper out as shown in the image and close the cover.
5) Tear off any excess paper in the direction of the side of the printer.
Page 35 of 40
CHAPTER 12
SI-AQ PRO OPTIONS
The SAUERMANN’ SI-AQ PRO is an extremely versatile Indoor Air Quality (IAQ) measurement system
that meets many Air Quality measurement requirements. It has been designed as a modular system,
permitting the installation of most of the various available options. This manual describes the complete
instrument equipped with all the options.
The SI-AQ PRO’s standard capabilities include (1) NDIR CO2 sensor (0-5,000 ppm), Ambient
Temperature, Relative Humidity, Wet Bulb, Dew Point, Barometric Pressure, one (1) separate Type K
(TcK) thermocouple temperature measurement input, Air Velocity measurements, differential pressure
measurements, 1000 internal storage tags, Bluetooth® wireless PC communications, REAL-TIME Data
Logging capabilities using SI-AQ PCSOFT Windows software, USB Cable, and extensive user-friendly
help screens. The available additional gas sensor options and accessories are:
1. AIR QUALITY MONITOR SENSORS
• Carbon Dioxide (CO2) – non-dispersive infrared (NDIR) sensor (0-5000 ppm)
• Carbon Monoxide (CO) – electrochemical sensor (0-200 ppm)
• Oxygen (O2) - electrochemical sensor (0-25%)
• Nitrogen Dioxide (NO2) - electrochemical sensor (0-20 ppm)
• Nitrogen Oxide (NO) - electrochemical sensor (0-250 ppm)
• Sulfur Dioxide (SO2) – electrochemical sensor (0-20 ppm)
• Hydrogen Sulfide (H2S) – electrochemical sensor (0-100 ppm)
• Formaldehyde (FMH-CH2O) – electrochemical sensor (0-10 ppm)
2. OPTIONAL EXTERNAL MEASURING PROBE
(Part #: Si-AQ Probe with Hose)
Certain applications might have the need for the optional probe (12” long
stainless steel probe with 10’ ft long hose) for hard to reach places,
separate areas, etc. The probe consists of the stainless steel extraction
probe, the sampling line and a Type K thermocouple for external
temperature measurements with the probe.
This standard probe (Part # Si-AQ Probe with Hose) is suitable for temperatures up to 800ºC/1470ºF.
The end of the probe’s sampling line connects to the “A” inlet connector on the bottom of the SI-AQ
PRO and the thermocouple connector connects to the TcK TEMPERATURE 1 input on the bottom of the
SI-AQ PRO.
Page 36 of 40
3. OPTIONAL L-SHAPED PITOT TUBE (Part #: Si-AQ Pitot Tube)
Pitot tube – This optional L-shaped pitot tube consists of stainless steel tubing with the tips open and
bent at a certain angle to properly measure air and/or gas velocities. The Pitot tube must always be
oriented with the open tips parallel to the direction of the air flow. The end of the Pitot tube assembly
is connected by means of two flexible hoses to a very accurate pressure transducer located inside the
monitor.
4. OPTIONAL DIFFERENTRIAL PRESSURE HOSES
(Part #: Si-AQ Diff. Press. Kit)
This optional PRESSURE HOSES consist of two (2) clear hoses for either (1)
single positive pressure connection, one (1) single negative pressure
connection, or (2) hoses for differential pressure using both connections
simultaneously. The hoses connect to the (-) and/or (+) PRESSURE
connections on the Bottom of the SI-AQ PRO.
5. OPTIONAL WIRELESS REMOTE PRINTER
(Part #: Si-AQ Bluetooth
®
Printer)
The SI-AQ PRO uses a wireless Bluetooth® remote printer. The printer is powered
by a rechargeable battery. An AC charger is supplied with the printer. The printer
is optional with the SI-AQ PRO. See Chapter 7 for more information
6. OPTIONAL CALIBRATION KIT (ZERO AIR)
(Part #: Si-AQ Calibration Kit)
The SI-AQ PRO uses a bottled Cylinder of ZERO AIR for ZERO
Calibration.
Part #: Si-AQ Calibration Kit comes with (1) 17L ZERO AIR
Cylinder & (1) Regulator
Part #: Si-AQ Air is replacement (1) 17L ZERO AIR Cylinder only
Page 37 of 40
CHAPTER 13
BASIC TROUBLESHOOTING
ZERO ERRORS
Channel Possible Causes Resolution
(Electrochemical sensors)
CO
NO
NO2
SO2
H2S
O
2
CH2O
Temperature Thermocouple Thermocouple is not connected Check electrical connections
Infrared CO2 No response from infrared
Sensor has been recently
exposed to gas and has not yet
returned to zero.
Insufficient Warm Up Allow the sensors to warm up after
Incorrect ZERO calibration Repeat ZERO cal in fresh air or
Pump Failed Check pump flow, if pump failed
Battery was dead, sensor has
destabilized.
Sensor cell life has expired. Call SAUERMANN replacement.
system
Purge for 10 minutes with fresh
air, monitor sensor voltage, and rezero.
10 minutes
with ZERO AIR cylinder
replace
Charge battery, wait up to 24
hours for sensors to stabilize, and
re-zero.
running to the probe
Zero period must be at least 45
seconds. Zero the instrument
again with a cylinder ZERO
AIR.
Infrared system is reporting
error code
Velocity Velocity probe/Pitot Tube is not
connected
Bluetooth® connection failure Connection Failed Redo connection process
Monitor will not turn on.
(Screen is off)
Monitor turns on but screen is
blue or faded.
Battery is discharged.
Battery is not charging. Check the charger and jack. Check
Internal initialization problem. Reset the monitor.
Internal initialization problem. Reset the monitor.
Monitor is overheating. Unplug charger.
Infrared system may need
maintenance.
Check probe and connections.
Plug in the charger. Monitor
should turn on.
the case for excessive heat.
Turn on & off to reinitialize.
Page 38 of 40
CHAPTER 14
REPLACEMENT PARTS
PART NUMBER DESCRIPTION
Si-AQ O2 Cell (0-25%) O2 Sensor (0-25%)
Si-AQ CO Cell (0-200 ppm) CO Sensor (0-200 ppm)
Si-AQ NO Cell (0-250 ppm) NO Sensor (0-250 ppm)
Si-AQ NO2 Cell (0-20 ppm) NO2 Sensor (0-20 ppm)
Si-AQ SO2 Cell (0-20 ppm) SO2 Sensor (0-20 ppm)
Si-AQ H2S Cell (0-100 ppm) H2S Sensor (0-100 ppm)
Si-AQ CH2O Cell (0-10 ppm) Formaldehyde Sensor (0-10 ppm)
Si-AQ CO2 Sensor (0-5000 ppm) NDIR CO2 Sensor (0-5000 ppm)
Si-AQ Calibration Kit Calibration KIT – ZERO AIR Cylinder w/ Regulator
Si-AQ Air Replacement ZERO AIR Cylinder ONLY
Si-AQ Vinyl case Vinyl Carrying Case with Shoulder Strap
Si-AQ Bluetooth® Printer Remote Bluetooth® Wireless Printer
Si-AQ Probe with Hose 12” Probe and 10’ hose
Si-AQ Diff. Press. Kit Differential Pressure Hoses
Page 39 of 40
Page 40 of 40
www.kimo-instruments.com
BE CAREFUL! Material damages can happen, so please apply the precautionary measures indicated.
NTang – Si-AQ Pro – 24/06/19 – RCS (24) Périgueux 349 282 095 Non-contractual document – We reserve the right to modify the characteristics of our products without prior notice.
Once returned, required waste collection will be assured in the respect of the environment in accordance to guidelines relating to
WEEE.
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