KANOMAX CLIMOMASTER 6501-00 (01) PDF Document

The standard components and available accessories for the KANOMAX CLIMOMASTER 6501-00 are as follows:

Standard Components:

Available Accessories:

Danger – To Prevent Serious Injury or Death:

• Never bring the probe close to a flammable gas atmosphere. The heated sensor may cause a fire or explosion.

• Never touch the sensor. It is heated during operation and can cause burns or damage.

• Do not disassemble, heat, or put batteries into a fire, as they may burst and cause burns.

• If abnormal noises, smells, smoke, or liquid entry occurs, turn off the instrument immediately, remove batteries or unplug it, and contact your distributor for repair.

Caution – To Prevent Damage to the Product:

• Always unplug the instrument when not in use to avoid electrical shock or damage.

• Do not use the instrument in a water vapor atmosphere, as condensation can cause inaccurate measurements and sensor damage.

• Use the instrument in a clean air stream without dust or foreign materials, which can damage the sensor and impede accuracy.

• Do not apply force to the sensor, as deformation can affect accuracy.

• For uni-directional probes, ensure the direction mark faces into the airflow for accurate measurements.

• Do not use or store the instrument in high temperature, high humidity, dusty environments, or direct sunlight for prolonged periods.

• Do not subject the instrument or probe to strong impacts like dropping.

• Never disassemble, modify, or repair the product yourself.

• Do not carry the instrument by the probe cable, as this may cause a malfunction or break the wire.

• Remove batteries for long-term storage and ensure correct polarity when inserting them to prevent leakage.

• Do not wipe the instrument with volatile solvents like thinner or benzene. Use a soft dry cloth.

• Discharge any static electricity from your body before touching the instrument.

• Regularly check the probe head for contamination (dust) and clean it carefully as instructed.

• Avoid moving the unit from a cold to a warm place quickly to prevent condensation, which can cause inaccurate measurements and rusting.

• Do not touch the LCD screen with sharp objects or excessive pressure.

• When storing, keep the instrument in its carrying case in an ambient temperature of -10 to 50°C with no condensation.

• Dispose of the instrument and batteries in line with local or national legislation.

The keys on the touch panel have the following functions:

MENU Key:

• Enters the Main Menu to select a function (e.g., NORMAL, DUCT TYPE, CALCULATION).

• Acts as a CANCEL key to exit the current measurement or setting and return to the Main Menu.

START/HOLD Key:

• Starts and stops calculations and/or measurements.

• Functions as a hold key to freeze the current reading on the display.

▲ ▼ Navigation Keys:

• In Normal Mode, these keys select the time constant (1, 5, or 10 seconds).

• In the Main Menu, these keys scroll up and down through the menu options.

MODE Key:

• Selects the measurement mode being displayed. You can cycle through parameters such as Air Velocity, Air Temperature, Humidity, Air Flow, and Pressure (if available on your model).

SET Key:

• Executes or confirms the selected item or setting in a menu.

Follow these steps to install the batteries:

1. Turn the instrument over to view the backside.

2. Press down on the battery cover and slide it until it stops.

3. Lift the cover away from the body.

4. Insert six (6) AA size batteries according to the polarity chart inside the compartment. All batteries must be of the same type. Do not mix different types of batteries.

5. The following battery types can be used:

• Manganese AA size batteries

• Alkaline AA size batteries

• Ni-Cd AA size batteries

• Ni-MH AA size batteries

Note: Batteries CANNOT be recharged by the AC adapter.

6. Put the cover back on by reversing the removal procedure.

Always ensure the power is turned OFF before connecting or disconnecting the probe or probe cable.

Connecting the Probe/Probe Cable:

1. Align the connector of the probe or probe cable with the probe terminal on the main body. When connecting a probe directly, make sure the probe number faces the front side of the main unit.

2. Gently push the connector into the terminal until it clicks into place.

Important: DO NOT FORCE the connector in, and DO NOT ROTATE the probe/probe cable once it is connected, as this can cause serious damage.

Disconnecting the Probe/Probe Cable:

1. Lightly lift the locking ring on the connector.

2. While holding the lock ring up, pull the probe/probe cable out vertically.

Important: Do not rotate the connector while it is connected to the main body.

The power switch is located on the side of the instrument. Slide the switch to “|” for Power ON and “O” for Power OFF.

When you turn the power on with the probe connected, a test screen will appear for a few seconds before switching to the Normal Mode screen.

If the probe is not connected properly, a “NO PROBE! CONNECT PROBE AND RESTART!” warning will be displayed. If this occurs, turn the power off and check the probe connection.

Battery Level Indicator:

The battery level is shown by an icon on the display. The consumption rate depends on the measured air velocity.

• A full icon indicates a full charge.

• The icon will show fewer bars as the battery drains.

• When the batteries need to be replaced or recharged, the indicator will start blinking.

• When a locked status icon [X] is displayed, all functions are locked, and the current measurement will not be saved. To release the lock, turn off the power and replace the batteries.

Air Velocity:

• For directional probes (MODEL 6531/6541/6561), ensure the direction mark on the probe is facing into the airflow. If unsure of the direction, rotate the probe slowly to find the maximum velocity reading.

• Omnidirectional probes (MODEL 6533/6542/6543/6551/6552) have a 360-degree horizontal characteristic.

• Ensure both the air velocity sensor and temperature compensation sensor are evenly exposed to the airflow under the same conditions for accurate measurement.

• In environments with rapid air temperature changes, wait for the reading to stabilize for at least 20 seconds before starting the measurement to allow the probe to acclimate.

Air Temperature:

• The response time for temperature is faster in higher wind speeds. Wait for the reading to become stable before taking a measurement (approx. 30 seconds at 1 m/s).

• In still air, the temperature reading may be slightly higher than the actual temperature due to heat from the velocity sensor. It is recommended to slowly wave the probe (to create approx. 0.1 m/s airflow) for an accurate reading.

Humidity:

• In high humidity environments or after rapid temperature changes, readings may be high due to condensation on the sensor. If this occurs, allow the probe to dry in an atmosphere with 40% RH or less for 24 hours.

Pressure (for applicable models):

• Do not expose the pressure sensor to more than 75kPa of pressure.

• The operating temperature for pressure measurement is between 5°C and 40°C.

• Perform a zero adjustment before measuring pressure. To do this, leave both pressure ports (+) and (-) open to the atmosphere.

To perform a zero adjustment for the pressure sensor, follow these steps:

1. With both pressure ports (+) and (-) open, press the MENU key to enter the Main Menu.

2. Use the ▲/▼ keys to scroll to “8. PRESSURE ZERO” and press SET.

3. Use the ▲/▼ keys to select “1. ZERO ADJUST” and press SET.

4. Use the ▲/▼ keys to select “YES” and press SET. The display should now show 0.00 kPa.

5. Use the ▲/▼ keys to select “2. SAVE INFO” and press SET. This will complete the zero adjustment and return you to the Main Menu.

Before measuring volumetric flow rate, you must enter the duct shape and size. Up to 25 different duct types can be registered.

1. Press MENU to enter the Main Menu.

2. Use the ▲/▼ keys to select “2. DUCT TYPE” and press SET.

3. Set Duct ENTRY No.: Select “1. ENTRY No.” and press SET. Use the ▲/▼ keys to choose a memory location (1 to 25) and press SET.

4. Set Duct SHAPE: Select “2. SHAPE” and press SET. Use the ▲/▼ keys to choose “RECTANGLE” or “CIRCLE” and press SET.

5. Set Duct Size:

• For a Rectangular Duct: Select “3. WIDTH” and press SET. Use the ▲/▼ keys to enter the width value and press SET. Then select “4. HEIGHT”, press SET, enter the height value, and press SET.

• For a Circular Duct: Select “3. DIAMETER” and press SET. Use the ▲/▼ keys to enter the diameter value and press SET.

6. Set Units: Select “5. UNIT(mm/inch)” (or “4. UNIT” for circular) and press SET. Choose “mm” or “inch” and press SET.

7. Save the Setting: Select “6. SAVE INFO” and press SET. This will complete the setup and return you to the Main Menu.

NORMAL MODE is the default mode when you turn the instrument on. It displays readings that are updated every second. Data cannot be saved in this mode.

Selecting Measurement Parameters:

• While in NORMAL MODE, press the MODE key to cycle through the available measurement screens. The sequence is typically Pressure → Air Flow Rate → Air Velocity.

Viewing Flow Rate:

• To view the flow rate, you must first register a duct shape/size and select it. The selected duct type will appear at the lower left of the screen. To select a different registered duct, press and hold SET while using the ▲/▼ keys.

Holding a Reading:

• To freeze the current reading, press the START/HOLD key. “HOLD” will appear on the display. Press START/HOLD again to release.

Holding the Maximum Value:

• To hold the maximum value measured, press and hold the START/HOLD key. The display will show the maximum value for each parameter as long as the key is held down. When you release the key, the reading will be frozen. Press START/HOLD again to release.

The Time Constant (TC) determines the time span of the moving average, which helps stabilize readings. This function is only available in NORMAL MODE.

• Setting the Time Constant: In NORMAL MODE, press the ▲ or ▼ key to cycle through the options: TC1, TC5, and TC10.

• TC1: Displays the instantaneous value every 1 second.

• TC5: Displays the moving average of the past 5 seconds, updated every second.

• TC10: Displays the moving average of the past 10 seconds, updated every second.

Applying the Time Constant to All Parameters:

By default, the Time Constant only applies to AIR VELOCITY and AIR FLOW. To apply it to AIR TEMPERATURE, HUMIDITY, and PRESSURE as well, follow these steps:

1. Press MENU to enter the Main Menu.

2. Select “7. UTILITY” and press SET.

3. Select “4. TC(T,H,P) SET” and press SET.

4. Select “1. TC(T,H,P) SET” and press SET.

5. Use the ▲/▼ keys to select YES and press SET.

6. Select “2. SAVE INFO” and press SET to save the change.

Choosing NO will revert the Time Constant to applying only to air velocity and flow rate.

CALCULATION Mode automatically calculates the maximum, minimum, and mean of the measured data over a set period.

Setup:

1. Press MENU and select “3. CALCULATION”, then press SET.

2. MODE: Select “1. MODE”, press SET, choose AVERAGE (takes readings every second and averages them) or INSTANT (takes a single reading at the end of the time), and press SET.

3. SAMPLING TIME: Select “2. SAMPLING (TIME)”, press SET, enter the duration for each trial (1 to 999 sec), and press SET.

4. No. TRIAL (N): Select “3. SAMPLING(n)”, press SET, enter the number of trials (1 to 9999 times), and press SET.

5. DATA STORAGE: Select “4. DATA STORAGE?”, press SET, choose YES or NO, and press SET.

6. SET TO START: Select “5. SET TO START” and press SET. The instrument will now be in the “READY” state.

Measurement:

1. From the “READY” screen, press MODE to change the applied parameters if needed (e.g., Air Velocity, Flow Rate, etc.).

2. Press START/HOLD to begin the measurement. The screen will indicate “SMP.” (sampling).

3. Press START/HOLD again to stop. If you selected YES for data storage, the data will be saved.

4. After all trials are complete, the calculated results (MAX, AVG, MIN) will be displayed.

Viewing Results:

• On the result screen, press the ▲/▼ keys to cycle through results for each parameter: Air Velocity (or Air Flow) → Air Temp. → Humidity → Dew Point Temperature (DT) → Discomfort Index (DI).

This mode is used for performing a measurement like a duct traverse, calculating average, maximum, and minimum values from multiple points.

Setup:

1. Press MENU, select “4. FLOW RATE”, and press SET.

2. Select “1. SINGLE FLOW RATE” and press SET.

3. SAMPLING TIME: Set the interval time between each sampling (1 to 999 sec).

4. No. TRIAL (N): Set the number of samples to be taken at each point (1 to 9999 times).

5. MEAS. POINT: Set the total number of measuring points in the traverse (1 to 2000 points).

6. DATA STORAGE: Choose YES or NO to store the data.

7. DUCT ENTRY NO.: Select the registered duct number for the measurement. You cannot start without a selected duct.

8. SET TO START: Select this and press SET to save settings and enter the “Ready” screen.

Measurement:

1. On the “Ready” screen, position the probe at the first measurement point.

2. Press START/HOLD to begin measuring at Point 1.

3. During measurement, you can press START/HOLD to pause and resume. Press SET to complete the measurement for the current point.

4. After completing Point 1, the screen will show “NEXT 001/015” (if 15 points were set), indicating it’s ready for Point 2. Move the probe to the next point and repeat step 2.

5. After all points are measured, the final results screen (MAX, AVG, MIN flow rate) will be displayed.

Viewing Results:

• On the final results screen, press the ▲/▼ keys to cycle through the results for Air Flow → Air Temperature → Humidity → Air Velocity.

MULTI FLOW RATE Mode is similar to SINGLE FLOW RATE Mode but adds a “locations” parameter. This allows you to perform traverses in multiple ducts or locations and get an overall average flow rate from all of them.

Setup:

1. Press MENU, select “4. FLOW RATE”, and press SET.

2. Select “2. MULTI FLOW RATE” and press SET.

3. The setup is the same as SINGLE mode, but for step 3, you will set “3. MEAS./LOC.”. Here you set the number of measurement points per location, and the total number of locations.

4. Complete the rest of the setup (Data Storage, Duct Entry) and select “6. SET TO START”.

Measurement:

• The measurement process is the same as SINGLE mode. You will complete all points for the first location, then the instrument will prompt you to begin the traverse for the second location, and so on, until all locations are measured.

• After all measurements at all locations are completed, the final calculation results will be displayed.

If “DATA STORAGE” is set to YES, the average values of each location will be stored.

Follow these steps to recall and view data stored in the instrument’s memory:

1. Press MENU to enter the Main Menu.

2. Use the ▲/▼ keys to select “5. DATA OUTPUT” and press SET.

3. Select “1. DISPLAY” and press SET.

4. A list of stored data pages will be shown. Each entry shows the page number, mode (e.g., CALCULATION, FLOW RATE), date, and time. Use the ▲/▼ keys to select the page you want to view and press SET.

5. The recalled data for the selected page will be displayed. Use the ▲/▼ keys to scroll through the data points.

6. If viewing Flow Rate data, you can press the MODE key to toggle between viewing Flow Rate and Air Velocity.

Calculating Recalled Data:

1. While viewing recalled data, you can calculate statistics for a specific range.

2. If the range shown (START/END) is correct, press START/HOLD to calculate.

3. To change the range, press SET. A cursor will appear on “START”. Use the ▲/▼ keys to select the first data point for the calculation and press SET. The cursor will move to “END”. Select the last data point and press SET.

4. Press START/HOLD to calculate the results for the selected range.

Preparation:

1. Connect a compatible printer (e.g., Seiko DPU-S245) to the Serial Communication terminal on the instrument using an optional printer cable.

2. Ensure the baud rate and data transmission settings on both the CLIMOMASTER and the printer match. The factory setting for the CLIMOMASTER is typically 8 data bits, no parity, and 1 stop bit. The baud rate can be changed in the UTILITY menu.

3. Turn ON the CLIMOMASTER first, then turn ON the printer. Make sure the CLIMOMASTER is in NORMAL Mode.

Printing in NORMAL Mode:

1. In NORMAL Mode, press the START/HOLD key to freeze the display.

2. Press the MODE key to print the data shown on the screen.

Printing from CALCULATION and FLOW RATE Modes:

• After a measurement is complete and the results are displayed on the screen, press the MODE key to print out the results.

Printing Stored Data (Single Page):

1. Press MENU, select “5. DATA OUTPUT”, and press SET.

2. Select “2. PRINTER(SINGLE)” and press SET.

3. Select the data page you wish to print and press SET.

4. The data will be displayed. You can scroll through it or set a calculation range.

5. Press START/HOLD to bring up the print options menu (RESULT, DATA, ALL).

6. Use the ▲/▼ keys to select what you want to print (e.g., calculation results only, raw data only, or both) and press SET.

You can download stored data to a PC using the supplied USB cable and communication software like Hyper Terminal.

Connecting to PC:

1. Connect the PC to the CLIMOMASTER using the USB cable.

2. Turn ON the CLIMOMASTER.

3. Make sure the CLIMOMASTER is displaying NORMAL Mode.

Communication Commands:

Once connected, you can send commands from your PC’s terminal software to the instrument. All inputs are capital letters.

(Note: **** represents a 4-digit number, ↵ represents pressing Enter)

To configure the analog output (available on models 6501-A0/-C0):

1. Press MENU to enter the Main Menu.

2. Select “7. UTILITY” and press SET.

3. Select “3. ANALOG OUTPUT” and press SET.

4. Select Data Type: Select “1. OUTPUT SELECT” and press SET. Use the ▲/▼ keys to choose VEL (Velocity), PRS (Pressure), HUM (Humidity), or TMP (Temperature), then press SET.

5. Set Output Range: Select “2. [Selected Parameter]” (e.g., 2. VELOCITY) and press SET. Use the ▲/▼ keys to select the desired output range (e.g., 0-10 m/s) and press SET.

6. Save Settings: Select “3. SAVE INFO” and press SET to save the configuration.

The instrument will output a linear DC 0 to 1V signal corresponding to the selected range. For example, for a 0-10 m/s range, 0V corresponds to 0 m/s and 1V corresponds to 10 m/s.

Changing Date and Time:

1. Press MENU, select “7. UTILITY”, and press SET.

2. Select “1. TIME ADJUST” and press SET.

3. To change the date format, select “1. STYLE”, press SET, choose JP (YYYY/MM/DD), US (MM/DD/YYYY), or EU (DD/MM/YYYY), and press SET.

4. To change the date, select “2. DATE”, press SET, and use the keys to input the correct date.

5. To change the time, select “3. TIME”, press SET, and input the correct time.

6. Select “4. SAVE INFO” and press SET to save the changes.

Changing Units and Baud Rate:

1. Press MENU, select “7. UTILITY”, and press SET.

2. Select “2. UNIT SELECT” and press SET.

3. A list of parameters will be displayed (VELOCITY, TEMPERATURE, etc.). Use the ▲/▼ keys to highlight the parameter you want to change and press SET.

4. Use the ▲/▼ keys again to select the desired unit (e.g., m/s or FPM for velocity) and press SET.

5. Repeat for any other units you wish to change.

6. When finished, select “6. SAVE INFO” and press SET.

You can delete a specific range of data or all data at once.

To Delete a Range of Data:

1. Press MENU and select “6. DATA CLEAR”, then press SET.

2. Select “1. CLEAR” and press SET.

3. The cursor will be on the START page number. Use the ▲/▼ keys to select the first page to delete and press SET.

4. The cursor will move to the END page number. Select the last page to delete and press SET.

5. The cursor will move to SET. Select YES and press SET to confirm the deletion.

To Delete All Data:

1. Press MENU and select “6. DATA CLEAR”, then press SET.

2. Select “2. ALL CLEAR” and press SET.

3. Use the ▲/▼ keys to select YES to confirm you want to delete all data, then press SET.

All stored data will be erased, and the remaining memory will be reset.

Regular cleaning of the probe is encouraged to maintain measurement accuracy. Dust or particles on the velocity sensor can alter heat diffusion and lead to inaccurate readings.

Procedure:

1. Clean the sensor by soaking it in water in an ultrasonic cleaner for 10 to 20 seconds. Do not soak it for too long, as this increases the risk of damaging the coating.

2. Use only water for cleaning the probe.

3. After cleaning, dry the probe with cool air.

CAUTION:

• Make sure the power is turned OFF before cleaning.

• Ensure the sensor is completely dry before turning the power ON.

• For probes with a humidity sensor (MODEL 6531/6533), DO NOT let the humidity sensor come into contact with water. If it gets wet, let it air dry in an environment with less than 40% RH for more than 24 hours.

• NEVER USE alcohol or any other organic fluid, as it will cause permanent damage to the humidity sensor.

• DO NOT place the sensor in an upward position until it is completely dry, as residual water could flow down and damage the sensor.

*1: Air temperature is only available on MODEL6531/6541/6542/6533/6543/6561

*2: Pressure is only available on MODEL6501-B0/-C0

*3: Analog Output is only available on MODEL6501-A0/-C0

The most likely cause is that the batteries are inserted with the wrong polarity. Turn off the power, remove the battery cover, and re-insert the batteries, making sure they are oriented correctly according to the diagram in the battery compartment.

The display contrast is not set up properly. You need to adjust the contrast volume switch. Open the battery cover on the back of the unit. Inside, at the bottom, there is a small contrast adjusting dial. Use a precision screwdriver to turn the dial clockwise to darken the LCD or counterclockwise to lighten it.

A flashing battery level indicator means the battery power is low. You should turn off the instrument and replace the batteries with a fresh set.

This message indicates that the probe is not connected to the main unit. Turn off the instrument and ensure the probe or probe cable is securely connected to the probe terminal on the main body.

This indicates that the measurement is outside the instrument’s measuring range. The instrument must be used within the range stated in the specifications for an accurate reading.

This display can have two causes:

1. The probe or the probe cable is not connected properly. Check the connection between the probe and the probe cable, and between the cable and the main unit.

2. The probe or the probe cable may be damaged. If you have confirmed the connections are secure, you may need to contact your local Kanomax representative for repair or replacement.

If you are using a uni-directional probe, it might not be facing directly into the wind. Ensure the wind direction indicator mark on the probe is facing into the airflow for an accurate reading.

Yes, this can be normal. The CLIMOMASTER cannot measure the correct temperature with no wind (less than 0.1m/s) because of heat generated by the velocity sensor itself. For an accurate temperature reading in still air, wave the probe gently to create slight airflow.

The response time may seem slow if you have set a long time constant (TC). The TC averages readings over a period, which stabilizes the display but slows the response to changes. You can set the time constant to a shorter value (e.g., TC1 for a 1-second response) in NORMAL mode for a faster response.

If the printer is not working, check the following:

• Printer Connection: Confirm the printer is properly connected to the instrument.

• Baud Rate: Check that the baud rate settings on both the instrument and the printer are identical.

• Correct Equipment: Make sure you are using the recommended optional printer (Model DPU-S245) and printer cable (Model 6000-31).

• Connection Procedure: Ensure you connected the printer to the port, then turned on the instrument first, and then the printer.

To print, the display must first be frozen. Press the START/HOLD key to hold the display, then press the MODE key to print out the data.

Please check the following potential issues:

• Confirm the USB connection is secure. Note that this is different from the printer connection.

• The Baud Rate might not be set properly. Check that the settings on both the instrument and your PC’s communication software match.

• Confirm you are using the correct communication command (e.g., in Hyper Terminal) to request the data from the instrument.

There are two common reasons for this:

1. Check the physical connection and confirm the polarity is correct.

2. The HOLD function might be active. Press the START/HOLD key to cancel the HOLD function.

• Tiered Data: The data is outputted every one second. This stepped output is normal behavior.

• Incorrect Data:

• Confirm the setting for the analog output (parameter and range) is correct for your application.

• Confirm the selected output range matches your expectations.

• The load impedance of your data logger or receiving instrument might not be optimum. Set the load impedance to be larger than 5k Ω.