Kanomax Anemomaster 6036, Anemomaster 6035 User Manual

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List of Components

■ Standard

Items

MODEL

QTY

Functions

ANEMOMASTER

Standard

Main Body

6035-00

One

these

Straight Probe To measure air velocity, air temp, and volumetric flow rate.

6035-A0

With analog output function

6035-B0

With pressure sensor

6035-C0

With analog output function and pressure sensor

ANEMOMASTER

Professional

Main Body

6036-00

Articulating Probe To measure air velocity, air temp, and volumetric flow rate.

6036-A0

With analog output function

6036-B0

With pressure sensor

6036-C0

With analog output function and pressure sensor

Operation

Manual

－

This manual

*USB Cable

－

To connect a printer to the main body

*Measurement

Software

CD-ROM

－

Data acquisition software (6036-41) PC-LINK software (6036-42)

Carrying Case

－

To store the main body and accessories

AA Batteries

－

Alkaline batteries, 1.5V

*Available on MODEL6036 only

■ Available Accessories

Items

MODEL

Functions

AC Adapter

6113-02

Power source

*Printer

DPUS245

To print out stored data

*Printer Cable

6000-31

To connect a printer to the main body

Hands-free Case

6000-61

For hands-free measurement

*Available on MODEL6036 only

Important Safety Information

The symbols for the warnings used in this manual are defined below.

Classifications

Danger: To Prevent Serious Injury or Death

Warnings in this classification indicate danger that may result in serious injury or death if not observed.

Caution: To Prevent Damage to the Product

Warnings in this classification indicate risks of damage to the product that may void the product warranty if not observed.

Description of Symbols

△This symbol indicates a condition that requires caution. The

subject of each caution (including danger) is illustrated inside the triangle (e.g. the high temperature caution symbol is shown on the left).

This symbol indicates a prohibition. Do not take the prohibited action shown inside or near this symbol (e.g. the disassembly prohibition symbol is shown on the left).

●This symbol indicates a mandatory action. A specific action is given near the symbol.

iii

Danger

Never bring the probe close to a flammable gas atmosphere.

The heated sensor may cause a fire or explosion.

Never touch the sensor.

The sensor is heated during operation. Touching the heated sensor may cause burns, and may also damage the sensor itself.

Do not disassemble or heat the batteries, or put them into a fire.

This may cause burns and the batteries may burst.

If abnormal noises, smells or smoke occur, or if liquid enters the instrument, turn off the instrument immediately, and remove the batteries or pull out the plug.

There is possibility of malfunction, electric shock, and/or fire. Please contact your local distributor or our service center for repair.

Caution

Always unplug the instrument from the electrical outlet when the instrument is not in use.

Failure to do so may cause an electrical shock, fire or circuit damage.

Do not use the instrument in a water vapor atmosphere.

Condensed steam on the sensor will change the heat dissipation rate, resulting in inaccurate measurements. It may also cause damage to the sensor.

This instrument is designed to be used in an environment with a clean air stream without any dust or foreign materials.

Foreign materials may cause damage to the sensor. Also dust or foreign materials on the sensor will impede accurate measurements.

Do not apply force to the sensor.

If the sensor is deformed, the accuracy of the sensor may be affected.

When measuring, ensure that the direction mark is facing into the airflow.

Otherwise, the measurement may be inaccurate, as some sensors (uni-directional probes) have a specific directivity.

Forbidden

Hot surface

Don’t touch

Explosive

Use properly

Forbidden

Set up properly

Caution

Use properly

Forbidden

Do not use or leave the instrument in a high temperature, high humidity or dusty environment. Do not leave this instrument under direct sunlight for a prolonged period.

The instrument may not function properly out of the specified operating conditions.

Do not subject the instrument or the probe to strong impacts.

Dropping the unit or placing heavy objects on it may cause damage or malfunction to the instrument.

Never disassemble, modify or repair the product.

Failure to observe the above may cause short circuit and/or other failure that will affect the performance.

Do not pick up or carry the instrument by the probe cable.

It may cause a malfunction or the wire may break.

Remove the batteries from the battery compartment when storing the instrument for a long period. Do not leave exhausted batteries in the battery compartment. When inserting batteries be sure to insert them with the polarity facing the correct direction.

Failure to do so may cause battery leakage.

Do not wipe the instrument with a volatile solvent.

The body may deform or deteriorate. Use a soft dry cloth to remove stains. If stains persist, soak the cloth in a neutral detergent and wipe the instrument with the soft cloth. Never use volatile solvents such as thinner or benzene.

Discharge any built-up static electricity from your body before touching the instrument.

The built-up static electricity may influence the readings and cause damage to the circuit.

Regularly check the head of the probe for contamination. Impurities (such as dust) on the sensor may affect the accuracy of the measurements.

To get rid of dust, use a blow blush for cameras to blow it off, or you can rinse it with water and allow it to air-dry completely. *Be sure to turn the power off before you clean it. *Never dry the probe with heat. (Heat may cause permanent damage to the sensor.)

Do not remodel/

disassemble

Electrified

Forbidden

Use properly

Do not move the main unit and the probe from a cold place to a warm place quickly. It will cause dew condensation.

Even when used in an environment within the specified operating temperature and humidity, a sudden temperature change may cause condensation. Condensation generated on the sensor may cause inaccurate measurements. Condensation on metal parts may cause rusting and lead to a malfunction.

Do not touch the LCD screen with a sharp-pointed object or with excessive pressure.

It may cause distortion of the screen or a malfunction. Also a rapid temperature change may cause a malfunction of the screen.

When storing the instrument, put the instrument in the carrying case and keep it in a place with an ambient temperature of -10 to 50°C and no condensation.

Do not dispose of the instrument as a household waste.

Please note that the disposal of the instrument and the batteries should be in line with your local or national legislation. For details, please contact your local distributor.

Use properly

Forbidden

Table of Contents

§ 1 Part Names and Functions .................................................... 7

Overview ........................................................................................ 7

Main Body ...................................................................................... 8

Touch Panel .................................................................................... 9

Probe ........................................................................................... 10

§ 2 Getting Started .................................................................. 11

Installing Batteries ........................................................................ 11

Turning ON/OFF the Power ............................................................. 12

Precautions for Measurements ........................................................ 14

Duct Shape / Size Input ................................................................. 14

§ 3 Measurement ..................................................................... 16

Setting the Time Constant .............................................................. 17

§ 4 Data Storage and Statistical Calculation .............................. 18

Storing Measured Data ................................................................... 18

Data Storage and Statistical Calculation Procedure ............................ 18

Viewing and Deleting Stored Data ................................................... 20

§ 5 Setting the Measurement Unit and Baud Rate ..................... 21

§ 6 Data Output ....................................................................... 22

Printing Out the Measurement Data (MODEL6036) ............................ 22

Analog Output .............................................................................. 25

USB Serial Communication ............................................................. 25

§ 7 Cleaning the Probe ............................................................. 26

Method of Cleaning ........................................................................ 26

§ 8 Specifications ..................................................................... 27

§ 9 Measurement Principles...................................................... 28

§ 10 Air Velocity Compensation .................................................. 30

Influence of Air Temperature .......................................................... 30

Influence of Atmospheric Pressure ................................................... 30

Influence of Air Composition ........................................................... 30

§ 11 Probe Directivity (Air Velocity) ............................................ 31

§ 12 Troubleshooting ................................................................. 32

Various Status Displays .................................................................. 33

§ 13 Warranty and After Service ................................................. 34

Kanomax Limited Warranty ............................................................. 34

§ 14 Contact Information ........................................................... 35

§ 1 Part Names and Functions

Overview

Unit: mm

Main Body

Probe

Approx.Φ6

Approx.Φ14

Approx.294 to 1060

8 Part Names and Functions

Main Body

Unit: mm

Approx.188

LCD Display

Touch Panel

Power Switch

I: ON

O: OFF

Serial Communication

Terminal

Analog Output

Terminal

Approx.51

Approx.88

Battery Compartment DC Input Terminal

Probe Socket

■ Analog output is

available on MODEL6535-A0 /-C0 and MODEL6536-A0

/-C0

Touch Panel

CLEAR Key:

To clear stored data.

CALC Key:

To obtain

average, max,

and min.

STORE Key:

To store current

measurement

MODE Key:

To change

measurement mode.

SHAPE Key:

To select duct type and size for

measuring volumetric flow rate.

ENTER/HOLD Key:

1. To put the current display on hold during a measurement.

Press the key again

to release hold.

2. To confirm current

setting.

UNIT Key:

To select the unit

of each parameter

and to set the communication baud rate.

▲▼ Key:

1. To move the cursor for

selecting an item

and setting values.

2. To scroll through

the stored data.

TIME CONS. Key: To select the time

constant for measurements.

MR/PRINT Key:

1. To view stored

data.

2. To printout stored data.

*ZERO Key:

To provide zero adjustment in pressure

measurement mode

*MODEL 6035-00/

6035-A0/ 6036-00/

6036-A0

is not equipped with ZERO Key

10 Part Names and Functions

Probe

-How to extend the Articulating Probe-

1. Hold the upper part

1 of the probe, and unscrew 2.

2. Pull out the

flex-neck 3. Fix the probe in its extended position by holding 1 and turning 4.

3. Slowly bend the

flex-neck. (5&6).

Approx.Φ6mm

温度素子・温度補償素子

風速素子

風向点

Direction Mark Air Velocity Sensor

Temp. Sensor and

Temp. Compensation Sensor

Caution: Do not excessively bend the flex-neck or apply excessive force. When the instrument is not in use, the probe must be returned to the original position and stored.

1 2 3

§ 2 Getting Started

Installing Batteries

Backside of the body

1. Press down on the battery cover

with your finger as shown left.

2. Slide the cover toward the

bottom of the instrument until it stops,

3. Lift the cover away from the

body.

4. Insert the batteries according to

the indicated polarity chart. The instrument requires six (6) AA size batteries. Types of batteries that can be used are: Manganese, Alkaline, Ni-Cd batteries, or Ni-MH batteries. The six (6) batteries must be of the same type. DO NOT mix different types of batteries. Failure to observe this may cause battery leakage or damage to the instrument.

*Batteries CANNOT be recharged

by the AC adapter.

*When using charging batteries,

please recharge them with the special charger for those batteries.

5. Put the cover back on by

reversing the above procedures.

Types of Batteries that can be Used.



Manganese (R6), AA batteries



Alkaline (LR6), AA batteries



Ni-Cd, AA batteries

 Ni-MH, AA batteries

12 Getting Started

Turning ON/OFF the Power

The power switch to turn the power ON/OFF is located at the side of the instrument. When powered up, the LCD test screen will be displayed before it switches to the Air Velocity / Air Temperature measurement screen in approx. 2 seconds.

Power Switch

Calibration Reminder

One year after the last calibration, the Annual Calibration Reminder will display on the screen.

Press any key or wait for 10 seconds to return to the Normal Measurement Screen.

|: Power on

Ｏ: Power off

Air Velocity / Air

Temperature Measurement

LCD Test Screen

Power On

Calibration Reminder Screen

Battery Level Indicator

Check the “Battery Level Indicator” to confirm the remaining battery level. The battery consumption rate largely depends on the measured air velocity. When the batteries need to be replaced (or recharged), the indicator will start blinking.

 When using a charging battery, the battery level may be

indicated as low even right after recharging because of its low nominal voltage (1.2V).

 The screen may freeze if high velocity is measured when the

battery level indicator is blinking.

The indicator changes as indicated below according to the remaining battery level:

Locked Status When is displayed, all functions of the

instrument will be locked. The current measurement

will be cancelled and data will NOT be saved. To release

the lock, turn off the power and replace the batteries.

Blinks

Batteries must

be replaced

14 Getting Started

Precautions for Measurements

Air Velocity Measurement Precautions

● The probe has its own directivity

characteristics. Make sure that the direction mark is facing into the airflow (for details of the directivity characteristics, refer to “Probe Directivity (Air Velocity)” on P.31). If you are not sure of the airflow direction, slowly rotate the probe and select the point where you get the maximum velocity reading,

●The probe compensates air velocity change due

to temperature change by using the air velocity sensor with the temperature compensation sensor. In order to obtain this compensation effect, it is required that both sensors are evenly exposed to the airflow under the same temperature conditions.

●For measurements in an environment with rapid air temperature

changes, measure for at least 20 seconds and wait for the reading to stabilize before starting the actual measurement (i.e. the data will not be accurate until the probe has time to acclimate to the environment.).

Air Temperature Measurement Precautions

●The response time for temperature measurement improves as the

air velocity increases. Wait for the reading to become stable before taking a measurement.

●When no airflow is present, the air temperature reading may be

higher than the actual temperature due to the heat generated by the air velocity sensor. It is recommended that you SLOWLY wave the probe to create an environment with approx. 0.1m/s airflow to obtain accurate temperature readings.

Duct Shape / Size Input

Before measuring the volumetric flow rate, duct shape and size settings must be entered.

Duct Shape: There are two duct shapes – Rectangular and

Circular, which are indicated as

and at the lower right

corner of the LCD screen.

Size of Duct: For a rectangular duct, set the width (W) and height (H). For a circular duct, set the diameter (D). Size Range: Maximum dimension of a side: 2550mm Input Increment: Range of 0 to 1000mm: 1mm Range of 1000 to2550mm: 10mm *When inch is selected for the input unit, the maximum dimension will be 255 inch.

Input Increment: Range of 0 to 100inch: 0.1inch

Range of 100 to 255inch: 1inch

Direction Mark

Air Flow

Press key to enter the setting

screen.

Select with the keys,

and press the key.

Select with keys, and press the key.

Set the height (H) with

keys and press the

key.

Set the width (W) with

keys and press the

key.

*Press and hold either of the

keys over 2 seconds, and the

increment speed will accelerate.

<Entering the Dimension of a

Circular Duct>

Set the diameter (D) with

keys and press

the key.

16 Measurement

§ 3 Measurement

When the instrument is turned on, the LCD test screen will be displayed for approx. 2 seconds. The test screen will then switch to the Air Velocity / Air Temperature measurement screen. The display is updated every 1 second.

Changing the Measurement Mode To change the measurement mode, press the key while each measurement screen is displayed. The screen changes as shown

below.

Hold the Reading

While measuring, press the key to

hold the current reading.

mark will be displayed at the

、

upper right of the reading while the

reading is held.

To recover from the hold mode, press

the key again.

By pressing the key while the

reading is held, the displayed reading

will be saved temporarily in the

memory, and hold mode will be

released to resume measurement.

*If the duct dimension is not

set, the screen will switch to the duct dimension setting screen

Air Velocity/ Temperature

Volumetric flow/

Temperature*

Displayed when volumetric flow rate exceeds 99,999. Volumetric Flow rate = Reading × 100

Air Velocity

Reading

Air

Temperature

Volumetric Flow

Number of Data Records Stored

Duct Shape

* For data

storage, refer to “Data Storage and Statistical Calculation

Procedure”

(P.18).

Setting the Time Constant

When there is rapid change in the measurement data, the readings may become difficult to read. In such case, the speed of updating the readings can be reduced by changing the time constant setting.

Time Constant determines the time span of the moving average. When a larger (longer) time constant is selected, the readings will be rather stable, and when a smaller (shorter) time constant is selected, the readings will be more responsive and sensitive to the change.

The time constant can be selected from 1, 5, 10 or 20 seconds.

< Time Constant Setting Screen >

By pressing the key in a

measurement mode, the display

switches to the time constant setting

screen.

EXAMPLE: when setting the time constant to 20 seconds:

Select the time constant “20.0” by pressing keys, and

press the key.

Time Constant

Time cons. unit

*Time constant can

be set only for Air Velocity and Volumetric Flow measurements.

The time constant

selected from 1, 5, 10 and 20 seconds will be initialized once the power is turned off, and will return to the default setting of 1

second.

18 Data Storage and Statistical Calculation

§ 4 Data Storage and Statistical Calculation

Storing Measured Data

Measured data can be stored in the built-in memory of the instrument. The instrument can hold up to 1500 data records. When storing the measured data, average, maximum and minimum values will be calculated for the data group to be stored. Each data group is stored with a storage number (shown as DNo xxx) which starts from 001 for each mode. Contents of the data stored in each measurement mode are shown in the following table.

Measurement Mode

Stored Data

Air Velocity /

Air Temperature

Air Velocity, Air Temperature and Data Storage No.

Volumetric Flow Rate /

Air Temperature

Volumetric Flow Rate, Air Temperature,

Data Storage No., and Duct Shape/Size

*Pressure /

Air Temperature

Pressure, Air Temperature, and Data Storage No.

You can print out the measured data by using the supplied software “PC-LINK Software” or the optional printer.

Data Storage and Statistical Calculation Procedure

Data storage procedure is described below by taking an example of an operation in the “Air Velocity / Air Temperature Measurement

Mode”. Data storage procedure is same in other mode as well.

●Temporary Memory

By pressing the key while

measuring, the current reading will be

stored in the temporary memory.

●Number of Stored Data Records

Indicates the number of data records stored in the temporary memory.

●Temporary Data Storage

The displayed reading will be stored

in the temporary memory each time

the key is pressed, and the

number of stored data records will

increase by one. *A maximum of 1500

data records can be stored.

Number stored data records

Temporary Memory – Data will be cleared once measurement

mode is changed, the power is turned off or calculation is executed.

*[No. of data records stored] + [No. of data records that can

temporarily be stored] = 1500

■ Pressure mode is

available on

MODEL6035-B0/

6035-C0/ 6036-B0/

6036-C0

■ Data storage

function is only available on MODEL6036

●Data Storage and Statistical

Calculation

Press the key to execute the

statistical calculation (Average,

Maximum and Minimum) for the group

of data records stored in the

temporary memory.

Display will switch in the sequence

shown as follows (AVG MAXMIN)

as you press the key.

●Storing the Calculated Results

To store the calculated results, press

the key while average, maximum

or minimum value is displayed. The

display will then return to the original

measurement mode and the

temporary memory will be cleared.

●To Clear the Data Group

To clear the data group without saving,

press and hold the key while

average, maximum or minimum value

is displayed. The display will return to

the original measurement mode.

*Data records stored in the temporary

memory and the calculation results will

be cleared.

■ On

MODEL6035,

the screen will

return to the measurement mode you were in by pressing key after calculation

20 Data Storage and Statistical Calculation

Viewing and Deleting Stored Data

The average, maximum and minimum value of the stored data can be viewed on the display and deleted. Data viewing and deleting procedure will be described below by taking an example of an operation in the “Air Velocity / Air Temperature Measurement Mode”.

●Viewing the Stored Data

Press the key when the

instrument is in the measurement

mode in which the data is stored.

The most recently stored average

value (AVG) will be displayed.

●Viewing Other Data

By pressing the key, maximum,

minimum and average value of the

data group can viewed. To move to the

previous/next data group, press

keys.

●Exit from Data Viewing

Press the key to exit (cancel)

data viewing. When cancelled, the

screen will return to the measurement

mode.

●Deleting the Stored Data Group

Select the data group to be deleted,

and press the key. The air

velocity value will start blinking.

To delete the selected data, press the

key again. When pressed,

will be displayed. After displaying

, the screen will return to the

original measurement mode.

To delete ALL data groups stored in the

relevant measurement mode, press

and hold the key for approx. 5

seconds until

is displayed. All Data Groups stored under this mode will be cleared. After is displayed, the screen will return to the measurement mode.

■ The function

of viewing and

deleting stored data

is available on

MODEL6036

§ 5 Setting the Measurement Unit and Baud Rate

List of Measurement Units:

●Air velocity: m/s, FPM

●Volumetric flow rate:

m3/h, ft3/min, m3/min

●Air temperature: °C, °F

●Length: mm, inch

●Measurement Mode

Press the key to enter the unit

setting mode.

●Length Unit

The unit to be set will blink.

Use keys to select the unit.

Press the key to save the setting

and to proceed to the next unit setting.

●Air Velocity Unit

Repeat the above procedure for each

unit.

●Volumetric Flow Unit

●Air Temperature Unit

●Baud Rate

Serial communication baud rate used in this instrument is shown on the right.

4800bps

9600bps

19200bps 38400bps

Air Velocity: 1m/s=196FPM Air Temp: T (OF)=1.8×T(

°C)+32

Volumetric Flow: 1 m3/h=35.32 ft3/h Length: 1inch=25.4 mm

■

Serial

communication is only available on MODEL6036

22 Data Output

§ 6 Data Output

Printing Out the Measurement Data (MODEL6036)

To print out the stored measurement data, an optional printer and printer cable are required. The printer cable must be connected to the serial communication terminal located on the side of the instrument.

● Printer (optional)

● Printer Cable (optional)

You need to enter the same baud rate and data transmission conditions on both the Main Body and the printer.

 For how to set the baud rate

of the instrument, refer to “Setting the Measurement Unit and Baud Rate”. (P.21)

 For settings of the printer, please refer to the operational manual of

the printer.

1. Connect the printer and the instrument with the printer cable by

inserting the printer cable in the serial communication terminal located at the side of the instrument.

2. Turn on the power of the instrument first, and then turn on the

printer.

3. Confirm that the instrument is in the measurement mode.

Printing Directly from the Measurement Mode Procedure for printing directly from the measurement mode is described below, taking an example of an operation in the “Air Velocity/Air Temperature Measurement Mode”.

Hold the reading by pressing the

key.

sign will be displayed in the

upper right part of the LCD screen.

Press the key to execute printing.

While printing, will be displayed on the screen.

When printing is complete, the screen

will return to the measurement screen

with the reading held. Measurement

can be resumed by releasing the hold

mode.

Data Bit Length

8 bit

Parity

None

Baud Rate

Set Value

Stop Bit

Serial Communication Terminal

■ Print function is

only available on MODEL6036

Printout Examples (Measurement Mode)

Measurement Mode

Air Velocity /

Air Temperature

Volumetric Flow /

Air Temperature

Pressure/Air Temperature

●EXAMPLE

Vel 0.15m/s Temp 21.8°C

●EXAMPLE

(Rectangular duct)

Duct Shape R Size 2550*2550mm FlowRate 407.3 m3/h

Temp 22.5oC

●EXAMPLE

Press 1.03kPa Temp 20.1°C

●EXAMPLE

(Circular duct)

Duct Shape C Size 2550mm FlowRate 407.3m3/h

Temp 23.6oC

Printing Out Stored Data Procedure of printing the stored data is described below by taking an

example of printing the sixth data group stored in the “Air Velocity /

Air Temperature Measurement Mode”.

Press the key in the measurement

mode. The most recently stored average

value will be displayed.

Select the Data group to be printed by

using the keys. When selected,

press the key and the reading will

start blinking. Connect the printer.

Press the key again to execute

printing. On the screen, will be

displayed.

To print all data group stored in this mode,

press and hold the key for approx. 5 seconds until appears on the

screen. All data stored under the relevant mode will be printed out continuously.

When printing is complete, the display

will return to the measurement mode.

24 Data Output

Printout Examples (Stored Data)

Measurement Mode

Air Velocity / Air Temperature

Volumetric Flow / Air Temperature

Pressure/ Air Temperature

●EXAMPLE for group DNo006

DNo.006

001 Vel 0.15m/s Temp 21.8°C

002 Vel 0.16m/s

Temp 21.8oC

003 Vel 0.14m/s

Temp 21.8oC

004 Vel 0.13m/s

Temp 21.8oC

AVG Vel 0.15m/s

Temp 21.8oC

●EXAMPLE for group DNo006 (When the duct shape is Rectangular.)

DNo.006 Duct Shape R Size 2550*2550mm

001 FlowRate 407.3 m3/h Temp 22.5oC

002 FlowRate 405.6 m3/h Temp 22.5oC

003 FlowRate 400.9 m3/h Temp 22.5oC

004 FlowRate 401.4 m3/h Temp 22.5oC

AVG FlowRate 403.8 m3/h Temp 22.5oC

●EXAMPLE

for group DNo006

DNo.006

001 Press 1.03 kPa Temp 20.1°C

002 Press 1.02 kPa

Temp 20.1oC

003 Press 1.01 kPa Temp 20.1°C 004 Press 1.00 kPa Temp 20.1°C AVG Press 1.02 kPa Temp 20.1°C

●EXAMPLE for group DNo005 (When the duct shape is Circular.)

DNo.005 Duct Shape C Size 2550mm

001 FlowRate 407.3m3/h Temp 23.6oC

002 FlowRate 405.6m3/h Temp 23.6oC

003 FlowRate 400.9m3/h Temp 23.6oC

004 FlowRate 401.4m3/h Temp 23.6oC

AVG FlowRate 403.8m3/h Temp 23.6oC

Analog Output

Analog output is limited to the output of air velocity in the Air Velocity / Air Temperature Mode.

1. Data update interval ……0.1sec

2. Load impedance………..…5KΩ and above

3. Output voltage………….DC 0~3V (0~30m/s)

4. Polarity of output voltage…

USB Serial Communication

For serial communication, the USB cable must be connected to the serial communication terminal located at the side of the instrument.

●Computer

●USB Cable

●Measurement Software

1.PC-LINK Software: For transferring stored data to the PC.

2.Data Acquisition Software:

For transferring real time data to the PC.

1. Turn off the instrument.

2. Connect the instrument to a computer with the USB communication cable.

3. Turn the instrument on.

4. Confirm that the instrument is in normal measurement mode.

*Refer to the digital operation manual provided with the software CD-ROM

for operation procedures.

Analog Output Terminal

Serial Communication

■

Serial

communication is only available on MODEL6036

■

Analog output is available on

MODEL 6035-A0/ 6035-C0/6036-A0/

6036-C0.

Terminal

26 Cleaning the Probe

§ 7 Cleaning the Probe

When the sensor is contaminated with impurities such as dust, particles, soot or machine oil, the heat dissipation rate will change. In most cases, heat dissipation will decrease, resulting in lower air velocity readings. This is same for the probes which are equipped with a mesh cover. The same problem will occur if the mesh is deformed, or clogged with impurities. If impurities are attached to the sensor or the mesh from using the instrument in an unclean environment, it is recommended that the sensor is cleaned right after use.

Method of Cleaning

Clean the sensor of the probe in an ultrasonic cleaner for approx. 10-20 sec. Do not clean the sensor longer than required as excess cleaning will lead to sensor coating damage. Use water for cleaning. The sensor can also be cleaned in a vessel filled with neutral detergent diluted by water, and by gently stirring it in the vessel.

Caution

● Make sure to TURN OFF the power before cleaning.

● Dry the probe completely after cleaning. Do not turn on the power

before completely dried.

● Never dry the probe with heat. (Heat may cause permanent

damage to the sensor.)

§ 8 Specifications

Product

ANEMOMASTER Standard

ANEMOMASTER Professional

Model

6035

6036

Measuring Object

Clean Air Flow

Measuring Range (Resolution)

Air Velocity

0.01 to 30.0 m/s

(0.00 to 9.99m/s: 0.01m/s, 10.0 to 30.0m/s: 0.1m/s）

Air Temperature

-20.0 to 70.0 °C

(0.1oC）

Pressure*2

-5.00 to 5.00 kPa (0,01 kPa)

Duct Size Range

0 to 2550 mm 0 to 255 inch

Accuracy

Air Velocity

±3％ of reading or ±0.015 m/s (±3 FPM), whichever is greater

Air Temperature

± 0.5 °C

Pressure*2

±3% of reading or ±0.01 kPa

Response Time

Air Velocity

Approx.1sec. (at Air Velocity: 1m/s, 90% Response）

Air Temperature

Approx.30sec.(at Air Velocity: 1m/s, 90％ Response)

Pressure*2

Approx. 1 sec.

Sampling Functions

- Hold the reading

- Statistical calculation (Average, Maximum, Minimum)

- Time constant setting (1, 5, 10, 20 sec.）

- Remaining battery level indicator (4 levels）

- Selection of sampling units (Air velocity: m/s; Flow rate: m3/h, m3/min, ft3/min; Air Temperature: °C or oF)

- Duct shape setting: Rectangular or Circular / Duct size unit: mm or inch)

Data Storage

－

Max. 1500 data records.

External Dimensions

Probe: approx.Φ6(Φ14)x 294 to 1060ｍｍ Cable length: approx.2000 ｍｍ Main body: approx. 88(W) x 188(L) x 51(H) mm

Output

Analog output*1: DC 0 to 3V (Only for air velocity output)

Digital output：USB (automatically

switched to RS-232C when connected to printer: Baud rate:

4800, 9600. 19200, 38400bps) Analog output*1: DC 0 to 3V (Only for air velocity output)

Power Source

Alkaline AA Batteries×6 (Manganese, Ni-Cd, and Ni-MH batteries can be used as well), AC Adapter*3: AC 100 to 240V (50/60Hz)

Battery Life

Approx.10 hours (when Air velocity: 5 m/s, Air temp: 20°C, and using Alkaline batteries)

Operating Environment

Main Body: 5 to 40°C (41 to 104 oF) with no visible condensation

Probe: -20 to 70°C (-4 to 158 oF) with no visible condensation

Storage Temperature Range

-10 to 50°C (14 to 122 oF) with no visible condensation

Weight

Approximately 500 g (batteries included)

Standard Accessories Carrying case×1, Operation manualx1, Alkaline AA Batteries×6

USB cable×1, Measurement software CDROM(for Windows) x 1

Optional Accessories

AC Adapter, Printer, Printer cable, ,Hands-free Case

*1: Analog Output is available on MODEL6035-A0, 6035-C0, 6036-A0, and 6036-C0. *2: Pressure is available on MODEL6035-B0, 6035-C0, 6036-B0, and 6036-C0 *3: Optional

28 Measurement Principles

UbaRI 

§ 9 Measurement Principles

Hot-wire Anemometer Principle When the heated air velocity sensor is exposed to airflow, the sensor

temperature will change by the heat drawn by the airflow. Accordingly, the sensor resistance value will change. This change in the resistance value will vary largely as the air velocity increases. Therefore, if the relationship between the air velocity and the resistance value is known, the air velocity can be obtained by measuring the resistance value (or current).

The Anemomaster anemometer is based on the above principle. Generally, a hot-wire anemometer employs a feedback circuit to control the sensor to maintain constant temperature. (Constant Temperature Type) When there is a change in the air velocity, the heat drawn from the sensor (heat dissipation) will change accordingly. In order to maintain constant temperature, current is applied to the sensor to compensate this change. Thus, the air velocity value can be obtained from the amount of the applied current (i).

The amount of heat [H] drawn from the air velocity sensor can be expressed by the following formula.

Where; H: Heat Dissipation

T: Sensor Temperature Ta: Air Temperature

U: Air velocity

a, b: Constant

The Heat Dissipation [H] can also be expressed by the following form sensor

resistance (R) and current (i).

RIH 

(R is kept constant regardless of the air velocity change)

Thus: As shown by this formula, the change in the air velocity “U” can be interpreted as the change in the current “i”.

Current (i)

Air Velocity Sensor Element

Velocity m/s

Current

Wind

Cooling

-off

Sensor (Platinum Coil）

Heat Dissipation [H]

Air Velocity [U]

Temperature Compensation

Ta1< Ta2

Ｋｉｎｇの式

・・・・・・・・

)

)( ( Ta T U b a

  

))(( TaTUba 

Ta1 Ta2

……………King’s Formula

- Temperature Compensation -

When the air temperature changes, the amount of heat dissipation will change accordingly even the air velocity is constant. Thus, Anemomaster employs a temperature compensation circuit to enable accurate air velocity measurement by eliminating the influence to the temperature change. For this purpose, a temperature measurement sensor Rc having the same temperature coefficient as the air velocity is provided at the opposite side of the bridge, and the bridge is adjusted so that the difference with the air temperature (T-Ta) is kept constant.

- Air Temperature Measurement -

An air temperature element (platinum resistor) which its resistance value changes by the air temperature is incorporate din on side of the bridge. The air temperature can be obtained by measuring the variance in the resistance value.

Air temperature element (Platinum resistor)

Wind

30 Air Velocity Compensation

§ 10 Air Velocity Compensation

When the heated air velocity sensor of the instrument is exposed to airflow, the heat is drawn from the sensor. The instrument obtains air velocity readings by using this relationship between the amount of heat removed (heat dissipation) and air velocity. Since the instrument is calibrated with clean airflow with normal temperature and pressure, when the condition of air to be measured is different is from that of the air used for calibration, the heat dissipation amount will differ even when the velocity is consistent (i.e. velocity reading is influenced by the condition of air).

Influence of Air Temperature

The instrument is a hot-wire anemometer, which measures the air velocity by using heat dissipation amount. Thus if temperature compensation is not provided, air velocity readings will be affected by the ambient air temperature change even the air velocity is consistent. In order to prevent such influence, the instrument is equipped with a temperature compensation circuit for measuring and compensating the air temperature in the range of 5°C to 60°C

Influence of Atmospheric Pressure

The instrument is calibrated under atmospheric pressure of 1013 hPa. Since change in the atmospheric pressure will influence the heat dissipation amount, compensation of the atmospheric pressure is required. Compensation can be provided by using the following formula.

Um 

1013

Where; Um: Actual Air Velocity [m/s]

Uc: Indicating Value Pm: Atmospheric Pressure at the Measuring Point [hPa]

Influence of Air Composition

Compensation if required if the measurement is to be performed in an environment including any gas other than air. Compensation shall be performed by calculating the heat dissipation amount from the physical properties of the gas, and comparing it with the heat dissipation amount of the air.

§ 11 Probe Directivity (Air Velocity)

Horizontal Directivity

Vertical Directivity

Direction Mark

90°

0°

-90°

-180°

+90°

-90°

０°

-180°

Direction Mark

At 5m/s

32 Troubleshooting

§ 12 Troubleshooting

Problems

Possible Cause / Solution

Refer To

Display does not appear when power is turned ON.

Battery is inserted in wrong polarity. Turn off the power and insert the battery correctly.

Page 11 & 12

The battery is low. Turn off the power and replace the batteries.

Page 11 & 12

blinks

The battery is low. Turn off the power and replace the batteries.

Page 11 & 12

Reading is displayed as ”-----”

Measurable range is exceeded. The instrument must be used in the specified measurement range.

Page 27

Probe wire disconnection or sensor damage. Contact your local distributor for repair.

Page 34

Incorrect air velocity reading.

Confirm that the direction mark of the probe is facing against the airflow direction.

Page 14

Sensor of the probe is dirty. Turn off the power, and clean the sensor.

Page 26

High air temperature readings.

Correct reading cannot be obtained when there is no airflow. Minimum 0.1 m/s velocity is required for measurement.

Page 14

Air velocity reading does not change from

“0.0” when sampling in

Volumetric Flow / Air Temperature measurement mode.

Duct shape and dimension settings are not made properly (setting is zero). Provide correct duct shape/dimension settings.

Page 14

Printing Failure

Confirm that the printer cable is connected properly.

Page 22

Printer is not connected in the right order. After connecting the printer, turn on the instrument first, and then turn on the printer.

Page 22

Baud rate is not set properly. Confirm the instrument and printer settings.

Page 22

Data Transfer Failure

Confirm that the USB cable is connected properly. Make sure that it is not confused with the printer cable.

Page 25

Analog Output Failure

Confirm that the polarity of the output terminal is correct.

Page 25

The reading is in “hold” mode. Press the key to release the hold mode.

Page 16

Incorrect Output Value

Load impedance is set lower than the specified value. Load impedance must be set to 5kΩ and over.

Page 25

Various Status Displays

The number of stored data records has

exceeded the maximum limit of 1500

data records. Stored data must be

deleted to enable further data storage.

The screen on the right is displayed

during printing.

When you want to cancel printing, press

and hold the key.

34 Warranty and After Service

§ 13 Warranty and After Service

Kanomax Limited Warranty

The limited warranty set forth below is given by KANOMAX JAPAN, Inc. (hereafter referred to as “KJI”) with respect to the KANOMAX brand anemometer, and its attachment parts including probe and other accessories (hereafter referred to as “PRODUCT”) purchased directly from KJI or from and authorized distributor.

Your PRODUCT, when delivered to you in new condition in its original container, is warranted against defects in materials or workmanship as follows: for a period of two (2) years from the date of original purchase, defective parts or a defective PRODUCT returned to KJI, as applicable, and proven to be defective upon inspection, will be exchanged for a new or comparable rebuilt parts, or a refurbished PRODUCT as determined by KJI. Warranty for such replacements shall not extend the original warranty period of the defective PRODUCT.

This limited warranty covers all defects encountered in normal use of the PRODUCT, and does not apply in the following cases:

(1) Use of parts or supplies other than the PRODUCT sold by KJI, which cause

damage to the PRODUCT or cause abnormally frequent service calls or service problems.

(2) If any PRODUCT has its serial number or date altered or removed. (3) Loss of damage to the PRODUCT due to abuse, mishandling, alternation,

improper packaging by the owner, accident, natural disaster, electrical current fluctuations, failure to follow operation, maintenance or

environmental instructions prescribed in the PRODUCT’s operation manual

provided by KJI, or service performed by other than KJI.

NO IMPLIED WARRANTY, INCLUDING ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, APPLIES TO THE PRODUCT AFTER THE APPLICABLE PERIOD OF THE EXPRESS LIMITED WARRANTY STATED ABOVE, AND NO OTHER EXPRESS WARRANTY OR GUARANTY, EXCEPT AS MENTIONED ABOVE, GIVEN BY ANY PERSON OR ENTITY WITH RESPECT TO THE PRODUCT SHALL BIND KJI. KJI SHALL NOT BE LIABLE FOR LOSS OF STORAGE CHARGES, LOSS OR CORRUPTION OF DATA OR ANY OTHER SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES CAUSED BY THE USE OR MISUSE OF, OR INABILITY TO USE OR CONSEQUENTIAL DAMAGES CAUSED BY THE USE OR MISUSE OF, OR INABILITY TO USE, THE PRODUCT, REGARDLESS OF THE LEGAL THEORY ON WHICH THE CLAIMS IS BASED, AND EVEN IF KJI HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. IN NO EVENT SHALL RECOVERY OF ANY KIND AGAINST KJI BE GREATER IN AMOUNT THAN THE PURCHASE PRICE OF THE PRODUCT SOLD BY KJI AND CAUSING THE ALLEGED DAMAGE. WITHOUT LIMITING THE FOREGOING, THE OWNER ASSUMES ALL RISK AND LIABILITY FOR LOSS, DAMAGE OF, OR INJURY TO THE OWNER AND THE OWNER'S PROPERTY AND TO OTHERS AND THEIR PROPERTY ARISING OUT OF USE OR MISUSE OF, OR INABILITY TO USE, THE PRODUCT NOT CAUSED DIRECTLY BY THE NEGLIGENCE OF KJI. THIS LIMITED WARRANTY SHALL NOT EXTEND TO ANYONE OTHER THAN THE ORIGINAL PURCHASER OF THE PRODUCT, OR THE PERSON FOR WHOM IT WAS PURCHASED AS A GIFT, AND STATES THE PURCHASER'S EXCLUSIVE REMEDY.

After Service

●When you have a problem with your instrument, please check out Section 12

“Troubleshooting” first.

●If that does not solve the problem, please contact your local distributor or call our

service center. (See last page for contact information.)

●During the warranty period, we will repair at no charge a product that proves to be

defective due to material or workmanship under normal use. (See Section 13 Kanomax Limited Warranty.)

●Repair after warranty expiration:

Upon request, we will repair the instrument at the customer’s expense, if the instrument’s performance is found to be recoverable by providing the repair.

●Replacement parts are available for minimum period of five (5) years after

termination of production. This storage period of replacement parts is considered as the period during which we can provide repair service. For further information, please contact your local distributor or our service center.

§ 14 Contact Information

U.S.A.

KANOMAX USA, INC. PO Box 372, 219 Route 206, Andover, NJ 07821 U.S.A. TEL: (800)-247-8887 / (973)-786-6386 FAX: (973)-786-7586 URL: http://www.kanomax-usa.com/

E-Mail: info@kanomax-usa.com

JAPAN

KANOMAX JAPAN, INC. 2-1 Shimizu, Suita City, Osaka 565-0805, Japan TEL: 81-6-6877-0183 FAX: 81-6-6879-5570 URL: http://www.kanomax.co.jp E-Mail: sales@kanomax.co.jp

CHINA

Shenyang Kano Scientific Instrument Co., Ltd. #2610, 51 Wulihe Street Heping District Shenyang P.R.C. TEL: 86-24-23846440 FAX: 86-24-23898417 URL: http://www.kanomax.com.cn/ E-Mail: sales@kanomax.com.cn

No copying, distribution, publication, modification, or incorporation of this document, in whole or part, is permitted for commercial purposes without the express written permission of Kanomax.

The contents of this document may be changed without prior notice.

01002/12.04

Kanomax Anemomaster 6036, Anemomaster 6035 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual