Kanomax ANEMOMASTER Series User manual

ANEMOMASTER
MODEL 6113/6114/6115
Operation Manual
取扱説明書本文にでてくる警告事項は、ご使用いただく前に
注意深く読み、よく理解してください。
いつでもご使用いただけるように大切に保管してください。
Please read this operation manual carefully and understand the warnings
described in this manual before operating the instrument.
Keep this manual handy for ready reference.
05001
08.04

List of Components
MODEL 6113/6114/6115
●: Standard △: Optional ×: N/A
Item Model Qty Features 6113 6114 6115
Main Body
6113-0J 1 - ● － －
6114 1 - － ● －
6115 1 - － － ●
Probe 6113-01 1 Air Velocity/Temperature
Probe ● ● ●
Extension Rod 6112-03 1 960mm Probe Extension ● ● ●
Shoulder Strap - 1 - ● ● ●
Operation Manual - 1 - ● ● ●
C-size
Manganese
Batteries
- 6 - ● ● ●
Printer - 1 Built-in Thermal Printer ● × ×
Pressure Sensor 6113-07 1 Pos/Neg Static Pressure
Measurement Ports △ △ ●
Spare Probe 6113-01 1 Air Velocity/Temperature
Probe Spare △ △ △
Analog Output 6113-08 1 Analog Output Terminal △ △ △
AC Adapter 6113-02 1 Power Supply △ △ △
RS232C Cable 6000-02 1 RS232C Communication
Cable △ △ △
Portable
ANEMOMASTER
Measuring Software
S600-00 1 Data Collection Software △ △ △

Safety Precautions
PLEASE READ CAREFULLY BEFORE PROCEEDING
These precautions explain how to use the device correctly and safely, thereby preventing injury to
yourself or to others. This section has been sub-divided into a WARNING section and a CAUTION
section, according to the likelihood and nature of any potential injuries or damage inflicted. They
relate to your personal safety, and also help you minimize the risk of damaging the device. Please
read these sections carefully before proceeding.
WARNING
Always follow the basic precautions listed below to avoid the possibility of serious injury or
even death from electrical shock, short-circuiting, damages, fire or other hazards. These
precautions include, but are not limited to, the following:
Do not install the probe in an area where flammable gas is present.
Otherwise, there is an increased risk of fire or even explosion.
Do not open the device or attempt to disassemble or modify it.
Otherwise, there is an increased risk of electrical shock or fire. The device contains no
user-serviceable parts. If it appears to be malfunctioning, have it inspected by qualified service
personnel.
Do not insert fingers or foreign objects into the device.
Otherwise, there is an increased risk of personal injury (such as burning yourself),
electrical shock, and damage to the device or fire. Please take particular care if small
children are present.
Do not expose the device to rain, use it near water or in damp or wet conditions
or place containers on it that contain liquids which might spill into any openings.
Otherwise, there is an increased risk of electrical shock, fire or personal injury.
Safety Precautions i

Follow the Operation Manual carefully.
Otherwise, there is an increased risk of personal injury, electrical shock, fire or damage to the
unit. Follow the correct procedure when setting up the device.
If unusual smells, sounds or smoke emanate from the device or if liquids enter the device,
switch the device off immediately and take out the batteries and/or unplug it from the power
outlet.
Otherwise, there is an increased risk of electrical shock, fire or damage to the device. Return
the device immediately to the nearest KANOMAX authorized service center.
Safety Precautions ii

CAUTION
Always follow the basic precautions listed below to avoid the possibility of physical injury to
yourself or others, or damage to the instrument or other property. These precautions include,
but are not limited to, the following:
Always unplug the anemometer from the electrical outlet if it will not be used for a prolonged
period of time if there is a risk of lightning.
Otherwise, there is an increased risk of electrical shock, short-circuiting or fire.
Always take out the batteries before storing.
Otherwise, there is an increased risk of damage from battery leakage.
Do not leave exhausted batteries in the unit.
Otherwise, there is an increased risk of damage from battery leakage.
Do not expose the device to excessive heat or vibrations or
extreme cold or heat (such as in direct sun light or near heater).
Otherwise, the main body may become disfigured or the internal
components may be damaged and no longer function properly.
When cleaning the device, never use benzene, paint thinners,
detergents or chemical-impregnated wiping cloths. Do not place vinyl, plastic or rubber objects
on the device or the device may be damaged or its main body may become discolored or
disfigured. Use a soft dry cloth to wipe the device.
Do not impact the device by resting your weight on or placing heavy objects on the device; do
not use excessive force on the buttons, switches or connectors.
Otherwise, there is an increased risk of damage to the device or personal injury.
Have the device serviced regularly to ensure proper operation and accuracy. For information
regarding service, contact your nearest KANOMAX Office or KANOMAX authorized service
center. It is recommended the device be calibrated once a year.
The sensor is very sensitive to static electricity. Please handle with care.
Safety Precautions iii

Table of Contents
1. Part Names and Functions........................................................................................1
1.1 Main Body ................................................................................................................. 1
1.2 Operation Panel.......................................................................................................... 3
1.3 Probe .......................................................................................................................... 4
1.4 Extension Rod............................................................................................................ 5
2. Getting Started...........................................................................................................6
2.1 Installing Batteries ..................................................................................................... 6
2.2 Confirming Probe Number ........................................................................................ 7
2.3 Connecting Probe....................................................................................................... 7
2.4 Turning ON/OFF the Power ...................................................................................... 8
2.5 Precautions for Measurement .................................................................................... 9
2.5.1 Air Velocity Measurement Precautions ..................................................................9
2.5.2 Air Temperature Measurement Precautions............................................................9
2.5.3 Pressure Measurement Precautions.........................................................................9
3. Normal Measurement ***Measurement Mode*** ..............................................11
3.1 Changing Measurement Mode................................................................................. 11
3.2 Holding the Reading ................................................................................................ 12
3.3 Changing the Display Range of the Bar Graph ....................................................... 12
3.4 Changing Time Constant ......................................................................................... 13
4. Saving and Deleting Measurement Data ...............................................................14
4.1 Saving Measurement Data ....................................................................................... 14
4.2 Deleting Measurement Data .................................................................................... 15
4.2.1 Deleting All: Deleting All Stored Measurement Data ..........................................15
4.2.2 Deleting the Last Data: Deleting a Single Measurement Data Last Stored ..........15
4.2.3 Deleting Selected Data: Deleting Single Specified Stored Data ...........................16
5. Measuring AVG, Max and Min Value ***Calculation Mode*** .......................17
6. Data Output .............................................................................................................19
6.1 Printing Out Measurement Data .............................................................................. 19
6.1.1 Setting Printer Paper (Roll Paper).........................................................................19
6.1.2 Printing Out Instantaneous Value .........................................................................21
6.1.3 Printing Out Calculation Result ............................................................................21
6.1.4 Printing Out Stored Data.......................................................................................22
6.1.5 Printing Out the Function Settings (Printing Test)................................................22
6.1.6 Printing Precautions ..............................................................................................23
6.2 Digital Output .......................................................................................................... 24
6.2.1 Preparation for Digital Output ..............................................................................24
6.3 Entering Command from PC to Output Data........................................................... 25
6.3.1 Transmission of Raw Data (data measured every 1sec) .......................................25
6.3.2 Transmission of Stored Data (Data stored in memory).........................................26
6.4 Setting to Output Single Parameter of Measurement Data ...................................... 26

6.4.1 Printing with Single Parameter Output Setting .....................................................26
6.4.2 Digital Output with Single Parameter Output Setting...........................................26
6.5 Analog Output (Optional)........................................................................................ 27
7. Function Settings .....................................................................................................28
7.1 Changing Date and Time ......................................................................................... 28
7.2 Other Function Settings ........................................................................................... 29
7.2.1 Setting Procedure ..................................................................................................29
7.2.2 Dip Switch Setup Chart.........................................................................................30
8. Cleaning Probe.........................................................................................................31
9. Specifications............................................................................................................32
10. Measurement Principles .......................................................................................33
10.1 Hot-wire Anemomaster Principle .......................................................................... 33
10.2 Air Volume Calculation......................................................................................... 34
11. Air Velocity Compensation...................................................................................35
11.1 Influence of Air Temperature ................................................................................ 35
11.2 Influence of Atmospheric Pressure........................................................................ 35
11.3 Influence of Air Composition................................................................................ 35
12. Probe Directivity (Air Velocity) ...........................................................................36
12.1 Horizontal Directivity ............................................................................................ 36
12.2 Vertical Directivity ................................................................................................ 36
13. Troubleshooting.....................................................................................................37
13.1 Batteries ................................................................................................................. 37
13.2 Initial Operation..................................................................................................... 37
13.3 During Operation ................................................................................................... 37
13.4 Printing .................................................................................................................. 38
13.5 Digital Output ........................................................................................................ 38
13.6 Analog Output........................................................................................................ 38
14. Warranty and After-sales Service........................................................................39

1. Part Names and Functions
1.1 Main Body
Unit: mm
1. Part Names and Functions 1
RS232C Terminal Analog Output Terminal
(Optional)
(Approx. 107)
Approx. 133
Power Input Terminal
Power Switch
I : ON
Ｏ: OFF
Probe Connection Terminal
Pressure Sensor Port
(Optional)
Approx. 210
Extension Rod
Approx. 120
Operation Panel
Cable
LCD Display
Lid (Probe storage area)
<Rotate>
Probe
Probe Rest
(To be used only when measuring*)
* Caution
When you close the lid, make sure
to disconnect the probe from the
probe connection terminal and store
it in the probe storage area. Closing
the lid while the probe is still placed
on the probe rest may cause damage
to the probe cable.

<Bottom View>
<Left Side View>
1. Part names and Functions 2
Battery Compartment
ROM Cassette Storage Area
Built-in Printer
0001
ROM Cassette
Probe Number Display Window
Printer Paper Cutter

1.2 Operation Panel
When a key is pressed, you will hear a confirmation beep. You can turn the beep off in the function setting.
1. Part Names and Functions 3
Hold/Set Key:
Press this key to hold/release the displayed value of the measurement mode.
Also use this key to save the selected item in time/date setting mode and function setting mode.
Air Velocity
Pressure
Air Temp.
(Optional)
Samp. Key
Press this key briefly to store the displayed value. (All measurement parameters will be stored.)
The maximum number of memory is 100.
Hold key down to store the average value over the duration of time the key is held.
Sampling is done every 1 second and average value over up to 60 seconds can be
obtained. (Measurement values beyond 60 seconds will not be acknowledged.)
Power Switch
Turn ON/OFF the power
I :ON
Ｏ:OFF
Feed Key (6113 only)
Each time you press this key, the printing paper
is
fed by 1 line.
Clear Key
-When the stored data is displayed:
Press this key for one second or longer to delete
the last piece of data stored in the memory.
-In the function setting mode:
Use this key to exit setting
-While printing:
Use this key to stop printing.
(Note that you cannot stop printing the
data that
has already been transmitted to the printer.)
▲Key
Press this key in the measurement mode to
select a time
constant from 1, 5, or 10 seconds
for moving average
deviations.
▼Key
Press this key to select the range of the bar graph
from 1, 5, 10, 25, or 50m/s
when you are in the
measurement mode.
* You can also use ▲and ▼keys to select parameter
or
to move numeric value up or down.
Print Key (6113 only)
Press this key in the measurement mode
to print out the
displayed value.
(All measurement parameters will be
printed out.)
In the calculation mode, the calculation results (Ave.,
Max. and Min.) of the data stored in the memory will be
printed out.
SP. Zero Key (Optional for 6113/6114)
To adjust the zero point, hold down this key
for
over 2 seconds when the pressure value
is
displayed in the measurement mode.
Mode Key:
Use this key to change
the
measurement parameters in the
measurement mode and
the
calculation mode.
Calc. Key:
Use this key to switch to the
calculation mode and
change
the calculation items.
Measurement Mode
Avg. Value
Max. Value
Min. Value
Stored Data Display
<Calculation Mode>

1.3 Probe
Unit: mm
1. Part Names and Functions 4
Approx. φ10
本体側
Wind Direction Mark
Approx. 33
Approx. 150
Probe Number
001
Air Velocity Sensor
Temp. Compensation Sensor
Temperature Sensor
Approx. φ13
Approx. 23
Approx. φ5
Cable Length: Approx. 2000

1.4 Extension Rod
Unit: mm
1. Part Names and Functions 5
Approx. 167 (Max. extended length: 960)
Approx. 68
Approx.φ12
Approx. φ15
Connecting Probe
Probe
Extension Rod
(1)
(2)

2. Getting Started
2.1 Installing Batteries
<Bottom View of the Instrument>
2. Getting Started 6
2) Insert batteries in the order shown in the
picture (1-6) making sure the polarity of the
batteries. This instrument requires six (6)
C-size batteries. Types of batteries that can
be used are: Manganese, Alkaline or Ni-Cd
batteries. Do NOT mix different types of
batteries. Mixing different types of batteries
may cause battery leakage or damage to the
instrument.
*Batteries CANNOT be recharged by the
(optional) AC adaptor.
1) Press lightly with your fingers at points
indicated and pull to open the battery
cover.
Types of batteries that can be used
- C-size Manganese Batteries
- C-size Alkaline Batteries
- C-size Ni-Cd Batteries
3) Put the battery cover back on by reversing the
above procedure.

2.2 Confirming Probe Number
Confirm that the number on the probe and the number on the instrument (indicated on the ROM cassette in the
bottom of the instrument) are same.
* You need to confirm the probe number if you purchase multiple units or if you own a spare probe.
(The probe number on the instrument
is also displayed on the LCD when you
turn the power on. See “2.4 Turning
ON/OFF the Power” for details.)
2.3 Connecting Probe
Connect the probe to the probe connecting terminal located at the instrument ensuring the connector’s angle as
shown in the illustration below.
* Make sure that the power is OFF when connecting or disconnecting the probe.
* Do not squeeze the connector into the terminal ignoring the connector’s angle or do not twist the connector after
the probe is connected as they will cause damages.
* When you close the lid, make sure to disconnect the probe connector as it may cause damages to the probe cable.
2. Getting Started 7
Each probe’s property data is
written in the ROM cassette
installed underneath the
instrument.
Each Probe has different
characteristic. Therefore, in order
to make a measurement properly,
make sure to confirm the
numbers on the instrument and
on the probe are same.
Bottom view of the instrument
Probe
0０1
Confirm that the
numbers are same.
０００１
Probe Cable
Connector
Probe Connecting Terminal

2.4 Turning ON/OFF the Power
After you connect the probe to the instrument and turn the power ON, the software version followed by the probe
number will be displayed. Then the Normal Measurement screen will show up.
§ Battery Level Indicator
The below shows how the indicator changes as the batteries are running low:
2. Getting Started 8
When the ROM Cassette is not properly installed, the error
code, “E--9”, shown above will be displayed and the
instrument will make an error sound.
(Refer to page 37 for Error Code.)
Turn off the instrument and check if the ROM Cassette is
properly installed.
(blinking)
Time to replace batteries
--Operation Halt State--
When the error code, “E--0”, shows up, the instrument will become
inoperable even when a measurement is being performed. Also please note
that the data will NOT be saved in this situation.
Display Icons
(Normal Mode: Refer to “3. Normal Measurement” in page 11 for details.)
1) Reading or Setting Value 4) Unit
2) Bar Graph 5) Battery Level Indicator
3) Bar Graph Max Value
Normal Measurement Mode
Power ON
Connect the probe to the instrument
I ON (Turn the power ON)
Ｏ OFF (Turn the power OFF)
Power Switch
m/s
1)
2) 3)
4)
5)
Software
version is
displayed.
Probe
number is
d
isplay
ed
(Operation Halt)
m/s
See the Battery Level Indicator in the upper right corner to
check the remaining battery level. The battery consumption
depends on the air velocity to be measured. When the battery
level drops to a level requiring replacement, the indicator starts
blinking. Note that it may stop measuring if the indicator starts
flashing.

2.5 Precautions for Measurement
2.5.1 Air Velocity Measurement Precautions
Probe has its own directivity characteristics. Make sure that the wind
direction mark is facing against the airflow. (For details on the directivity
characteristics, refer to “12 Probe Directivity” in page 36.) If you are not sure
of the wind direction, slowly rotate the probe and make a measurement at the
point where you get the maximum air velocity reading.
The probe uses the air velocity sensor with the temperature compensation
sensor to compensate air velocity change caused by temperature change. In
order to obtain this compensation effect, both of the sensors must be evenly
exposed to the airflow under the same temperature condition.
For measurement in the environment with rapid temperature change, you
must wait for the reading to become stable after measuring for 20 seconds or
longer.
2.5.2 Air Temperature Measurement Precautions
The response time for temperature measurement improves as the air velocity becomes faster. When the air
velocity is 1m/s, the response time is approximately 30 seconds. Wait for the reading to become stable before
taking the data.
When a measurement is performed in a no-airflow condition, the air temperature reading may become higher
than the actual due to the heat generated by the air velocity sensor. It is recommended that the measurement
is performed in an environment with at least 0.1m/s airflow to obtain accurate reading.
2.5.3 Pressure Measurement Precautions
Only the model 6115 has the pressure measurement function. If you are using the model 6113 or 6114, you
can add this function as an optional extra.
Do not apply pressure of more than 75kPa to the pressure sensor. Excess pressure may cause serious damage
to the sensor.
The operating temperature is 5-40℃, when measuring pressure. The instrument may not operate properly
outside this temperature range.
Be sure to perform a zero adjustment before measuring pressure. When performing a zero adjustment, leave
both pressure ports, (+) and (-), open.
2. Getting Started 9
Wind
Wind Direction Mark

<Zero Adjustment Procedure>
DISPLAY PROCEDURE
Press key in the Measurement Mode to select pressure
measurement.
Each time you press the key, the measurement item changes
in the order of Air Velocity -> Air Temperature -> Pressure.
If you hold down key for over 2 seconds, you will hear a
long beep sound, and the pressure will be indicated as “0.00”.
<Connecting Pressure Tube>
Connect the pressure tube to the (+) or (-) port.
Connect the other end of the tube to the port (e.g. duct) where the pressure is to be measured.
When the pressure to be measured is positive, connect the tube to the positive (+) port. And when it is negative,
connect the tube to the negative (-) port.
2. Getting Started 10
In order to make an accurate measurement, make
sure that the tube does not have any holes, which
could cause air leakage. Also if the tube is bent, the
measurement will not be accurate.
kPa
kPa
Positive (+) Port
Negative (-) Port Pressure Port

3. Normal Measurement *** Measurement Mode ***
When the instrument is turned ON, the air velocity measurement screen
will display automatically.
The displayed measurement data is updated every 1 second.
<Air Velocity Measurement Display>
3.1 Changing Measurement Mode
DISPLAY PROCEDURE
(1) When the Normal Measurement screen in the left shows up, p
ress
key.
In the measurement mode, press key to change the screen in
the order of;
(2) Air Temperature Measurement Screen -> (3) Pressure Measurement
Screen (optional for 6113 and 6114) -> (1) Air Velocity Measurement
Screen.
(2)
<Air Temperature Measurement Screen>
* When measuring air temperature, there will be no bar graph
displayed under the measurement value.
(3)
<Pressure Measurement Screen>
* When measuring pressure, there will be no bar graph displayed
under the measurement value.
* The pressure measurement screen does not display if the
instrument does not have the pressure measurement function.
3. Normal Measurement 11
m/s
℃
kPa
m/s

3.2 Holding the Reading
DISPLAY PROCEDURE
While the Normal Measurement screen (Measurement Mode) is on the
screen, press key.
(You can also use this function in the Air Temperature Measurement
Mode and Pressure Measurement Mode.)
mark will appear at the upper right of the display while the
reading is held.
Press key again to release the hold mode.
3.3 Changing the Display Range of the Bar Graph
Bar graph shows up only when measuring air velocity.
DISPLAY PROCEDURE
Press key when the Normal Measurement mode screen (Air
Velocity Measurement Mode) is displayed.
*In the default setting the range is
0~10m/s and each scale is equivalent
to 2m/s.
The value on the right end of the bar graph changes. Now the range is
0~25m/s.
(Each scale is equivalent to 5m/s.)
Each time you press key, the value on the right end of the bar
graph changes. The range changes in the following order:
<Default Setting> 0~10m/s (1scale: 2m/s, 1bar: 0.4m/s)
→0~25m/s (1scale: 5m/s, 1bar: 1m/s)
→0~50m/s (1scale: 10m/s, 1bar: 2m/s)
→0~1m/s (1scale: 0.2m/s, 1bar: 0.04m/s)
→0~5m/s (1scale: 1m/s, 1bar: 0.2m/s)
→0~10m/s
* Once you turn the power OFF, the setting will return to the default
setting (0~10m/s).
3. Normal Measurement 12
m/s
m/s
m/s
m/s
m/s
1
scale
:
2m/s
1bar: 0.4m/s

3. Normal Measurement 13
3.4 Changing Time Constant
You can change the Time Constant only when measuring air velocity. The Time Constant for air temperature and
pressure (optional for 6113/6114) is fixed at 1 second.
DISPLAY PROCEDURE
As you press key when the Normal Measurement screen (Air
Velocity Measurement Mode) is displayed, the configured time
constant shows up for a moment as shown in the left and then the time
constant for measurement value will be changed.
* The default setting is 1 second.
Every time you press key, the time constant changes to 1sec,
5sec and 10sec.
You can select Time Constant from 1sec, 5sec and 10sec.
00:01-----Moving average deviation over 1sec will be displayed.
00:05-----Moving average deviation over 5sec will be displayed.
00:10-----Moving average deviation over 10sec will be displayed.
* Once you turn the power off, the time constant will revert to the
default setting of 1 second.
* * * What is Time Constant? * * *
Time Constant is moving average deviations over a certain period of time. If you set the larger value for time
constant, the reading will be stable. On the other hand, if you set the smaller value for time constant, the
reading will be more responsive to the change in air velocity.
This function cannot be used in the Air Temperature Mode and Pressure Measurement Mode.
MODE How to Take In Measurement Data EXPLANATION
00:01
(1sec)
Take data 10 times in 1
second and display its
average as an instantaneous
value every 1 second.
00:05
(5sec)
Displays average value over
5 seconds every 1 second.
Data shifts by every 1
second.
00:10
(10sec)
Displays average value over
10 seconds every 1 second.
Data shifts by 1 second.
Time Constant
m/s
0 5 10 15 20sec. (Measuring Time)
Average over 1 sec
0 5 10 15 20sec. (Measuring Time)
Average over 5 sec
0 5 10 15 20sec. (Measuring Time)
Average over 10 sec