Related Manuals for Kanomax 6815
Summary of Contents for Kanomax 6815
- Page 1 Model 6815 ™ HYGRO-THERMOMETER ANEMOMETER User Manual 0.561.8187 information@itm. www. .com...
- Page 2 Anemometer! You now own one of the most accurate, reliable, and highly regarded airflow, temperature, and humidity measurement instruments available today. Kanomax’ s model 6815 digital hygro-thermometer anemometer is a versatile instrument for measuring air velocity, temperature, and humidity in various applications such as HVAC, aerospace development, industrial process airflow, and fluids research.
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Page 3: Important Safety Information
IMPORTANT SAFETY INFORMATION 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 and/or calibration. - Page 4 WEEE – Waste Electrical and Electronic Equipment 2002/96/EC Kanomax asks that all our products to be recycled at the end of their current use, to comply with local waste requirements. Kanomax supports local Waste Electrical and Electronic Equipment (WEEE) directives where they are in operation.
- Page 5 DANGER Never touch the vane assembly blades and/or thermal sensors. The vane assembly blades may contain sharp edges which may cause minor cuts. The assembly contains precision bearings which are sensitive and the blades are finely adjusted to specific pitches. Touching this assembly or its parts may cause damage which can affect its operation and the calibration.
- Page 6 CAUTION (continued) Never disassemble, modify or repair the product. Failure to observe the above may cause damage to the instrument or the probe. It may also void the manufacturer’s warranty and calibration certificate. Do not pick up or carry the instrument by the cable. It may cause a malfunction or damage to the wiring of the cable.
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Page 7: Section 1 - Specifications
SECTION 1 - SPECIFICATIONS Ranges: Air Probe AP275: 50 to 7800 ft/min (feet per minute) 0.2 to 40.00 m/sec (meters per second) Air Probe AP100: 300 to 6890 ft/min (1.5 to 35.00 m/sec) Relative Humidity (%RH): 5.0 to 95.0 %RH Temperature (using combination HTP202 probe): -4°... - Page 8 (1) Flexible extension rod (1) Probe connection cable, 5 ft. (3) Size AA 1.5V alkaline batteries (installed in instrument) (1) Hard-shell carrying case with foam liner (1) 6815 operation manual Dimensions INSTRUMENT 0.561.8187 information@itm. www. .com...
- Page 9 AP275 PROBE AP100 PROBE HTP202 PROBE 6815 ™ User Manual, PN 10284 Kanomax USA, Inc Rev 3.0, 20-May-2016 www.kanomax-usa.com Page 10 of 28 Copyright © 2016, Kanomax USA, Inc. 0.561.8187 information@itm. www. .com...
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Page 10: Section 2 - Switch Functions
SECTION 2 – SWITCH FUNCTIONS Pressing the ON/OFF key switches the instrument ON. Hold down the key for 2 seconds to switch the unit OFF. The unit will automatically power off after 30 minutes without any key presses. To disable auto power-off, hold down the power button during turn-on. - Page 11 Press the TEMPERATURE key to display the current air temperature as measured by the HTP202 Combination Probe. To switch the units between degrees Fahrenheit (°F) and degrees Celsius (°C), press the TEMPERATURE key again. Either °C or °F will be displayed along with the reading.
- Page 12 Press the MAX/MIN key to record and display the maximum reading for either temperature, humidity, or air velocity. The maximum reading display will alternate with the letter “H” displayed with the sample rate. Press the MAX/MIN key again to record and hold the minimum reading. The minimum reading display will alternate with the letter “L”...
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Page 13: Section 3 - Operational Notes
SECTION 3 – OPERATIONAL NOTES - Out of Range Error: If the HTP202 probe is exposed to temperatures or humidity levels outside of its range (see Section 1 – Specifications), the instrument will display when the instrument is displaying either temperature or relative humidity. -
Page 14: Appendix A - Lcd Display Symbols
APPENDIX A – LCD DISPLAY SYMBOLS APPENDIX B – BATTERY REPLACEMENT 0.561.8187 information@itm. www. .com... -
Page 15: Appendix C - Airflow Volume Calculations
APPENDIX C – AIRFLOW VOLUME CALCULATIONS To calculate cubic feet per minute (CFM) from a measured air velocity (FPM), you need the calculated cross-sectional area of the air flow stream: Volume Flow (CFM) = Velocity (FPM) X Area (sq ft). In a rectangular duct this cross sectional area equals the Width times the Height. -
Page 16: Appendix D - Analog Outputs (If Equipped)
APPENDIX D – ANALOG OUTPUTS (IF EQUIPPED) If the instrument is equipped with the analog output option, there will be a five- pin connector on the bottom of the instrument. Also, an analog output cable will be included with the instrument. This cable will have a five-pin connector on one end and four tinned wires on the other end. - Page 17 ±2% of reading ±1 digit (±11 FPM). Custom Analog Voltage Outputs are also available – contact Kanomax for details. Analog Output circuit block diagram and connector pin assignment Mating Cable Connector: Binder Part No.
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Page 18: Appendix E - Usb Data Output (If Equipped)
APPENDIX E - USB DATA OUTPUT (IF EQUIPPED) If the instrument is equipped with the USB Communications option, there will be a four pin male connector on the bottom of the instrument. Also, a USB cable will be included with the instrument. This cable will have a four pin female connector on one end and a USB Type-A connector on the other end. - Page 19 You are now ready to capture the data being measured by your instrument. Please refer to Appendix G – Viewing and Capturing Data for further instructions. NOTE: Units with USB or RS232 communications, output only Air data at this time. Temperature data is not available on the output. 0.561.8187 information@itm.
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Page 20: Appendix F - Rs232 Communications (If Equipped)
APPENDIX F – RS232 COMMUNICATIONS (IF EQUIPPED) If the instrument is equipped with the RS232 Communications option, there will be a three pin male connector on the bottom of the instrument. Also, an RS232 cable will be included with the instrument. This cable will have a three pin female connector on one end and a DB9 Female connector on the other end. -
Page 21: Appendix G - Viewing And Capturing Data
There are many terminal emulator programs available on the market. It is up to the end-user to determine which program is compatible with his/her system, what settings it may require and the Kanomax product being used. Kanomax does not endorse or recommend any of these programs and assumes no liability for their use. - Page 22 Set the ‘Baud Rate:’ to 9600 You will now receive data from your instrument. The graphic below shows the serial port output data from Parallax Serial Terminal when connected to a Kanomax 6815 Instrument. CFM was selected part way through. Graphics may vary. 0.561.8187 information@itm.
- Page 23 Measurement Units Same as Units shown on LCD Display Below are examples of the formatted output data for Kanomax 681x Instruments (units may be different depending on the units selected on the LCD display): Model 6812 displaying in Air Velocity Mode:...
- Page 24 Exporting and Graphing Data Exporting serial port instrument data from the Kanomax instrument to a spreadsheet application such as Microsoft Excel or OpenOffice Calc allows the data to graphed or recorded. The simplest way to export the instrument data is to use a terminal emulator...
- Page 25 CALIBRATION To maintain your instrument in top working order, we recommend that you send it back to us for calibration each year, beginning one year after purchase. Our calibration services include ensuring the instrument performs within its accuracy tolerance, making any necessary adjustments, and inspecting all aspects of the instrument’s functionality so that you’ll have another year of dependable service.