user`s manual - MeterMall.com
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1. 39 SS27 Wo Delete A Data 40 8 4 Contrast Adj stment saa aha 41 ERG i pc 42 TO Specification 43 11 Principle of Measurement sess 44 11 1 Principle of CLIMOMASTER 44 11 2 What is Discomfort Index DI and Dew Point Temperature 46 12 About Compensation 47 12 1 Influence of Measuring Temperature 47 12 2 Influence of Pressure at Measuring 47 12 3 Measuring Gas Components 47 13 Probe Directivity Air 1 48 Tents MODEL ASS ASA dedo Decir ee cute 48 19 2 atouts Qu pd 49 13 3 MODELA333 a 50 134 MODELAS aes onesie de oe rotes 51 14 Troubleshooting u 52 15 Warranty and After 5 22222221 53 1 CLIMOMASTER Anatomy 1 CLIMOMASTER Anatomy 1 1 Main Body Approx 88 Unit mm Approx 51 Pressure Port Probe Terminal Optional Analog Output Terminal Optional 552320 Terminal DC Input Terminal Power Switch ON OFF gt 9 lt Operation Panel Battery Box Approx 66 1 CLIMOMASTER Anatomy 1 2 Operation Panel Keys and Function2. Do not apply more than 75kPa of pressure to the pressure sensor optional This may cause serious damage to the sensor When you make a measurement make sure that the temperature is somewhere in between 5 to 40 or 41 to 10492 Before you make a pressure measurement make sure you execute the zero adjustment When you make the adjustment leave the both pressure ports and open 2 Getting Started 11 Zero adjustable range is within 0 5 If the reading is out of the range the error massage will appear the display gt Zero Adjustment Procedure DISPLAY PROCEDURE HORMAL dg Press to select 8 PRESSURE ZERO B a1 kPa gt INFO Use 3 to select 1 ZERO ADJUST P INFO Use wA to select YES P ress sure that 0 00 kPa is displayed ADJUST YES a 40 SQUE INFO E Use 7 to select 2 SAVE INFO 1 Press 11 url This will complete the zero adjustment and you are back in Main Menu os If you press before you save you will go back to the Main Menu without completion of zero adjustment Connecting Pressure Tube gt Connect the pressure tube to the or port as you see on the right Connect insert the other end of the tube to th
3. Use to select 7 UTILITY r Press s fen Use to select 2 UNIT SELECT 3 Press k Use to select the desired item 1 thru 5 UHIT SELECT Press ser W VELOCITY M S fems or FPM 2 TEMPERATURE P C or F a 3 FLOM RATE 1 m h m min ft min or ft h PRESSIIRE kPa or Pa Optional BAUD RATE 19288 4800 9600 19200 or 38400 y SAVE IMFO Use to change the setting Press A set To Save the gt Use wA to select 6 SAVE INFO Press ser X If you press before you save you will return to Main Menu and the setting will not be saved 8 Other Settings 39 8 3 To Delete Data 8 3 1 To Delete a Page of Data DISPLAY PROCEDURE L 5 CALCULATION Press end FLOW Use to select 6 DATA CLEAR a CLEAR 5 PRESSURE ZERO f Press 1 zu Use M to select 1 CLEAR rm CLEAR Press N CLEAR START AR Starting Page Number SET 2 ALL CLEAR Ending Page Number Partial Delete YES or NO All Delete YES or NO Jt Remaining Memory Total Memory AN Use 7 to select the starting page SET r 2 BLL CLEAR Press 145
4. START Press 6 Flow Rate Mode 23 DISPLAY PROCEDURE FLOW KATECR1SG8B 158065 921 amp SET TO START lt To Set MEAS POINT gt w Use select 3 MEAS POINT Press rJ Use 27 and select the number of MEAS POINT 1 to 999 f Press T lt DATA STORAGE Usel and select 4 DATA STORAGE Press n and select YES NO Press ET 1 SAMPLING TIME a TRIBL CH 5 MEAS JINT lt Select DUCT ENTRY NO gt and select 5 DUCT ENTRY NO Press X If you select an open ENTRY NO you cannot start the Flow Rate measurement B RECTANGL mm inch m HEC SK IPM Here you can input the dimension of the duct Refer Chapter 3 Duct Shape Size Input p 12 for detail lt Save the Use wA and select 6 SET TO START Press Lu X Ifyou press before saving settings will return you back to Main Menu DISPLAY ICONS READY Press fu to start lt How to Select Duct Type gt EBD uu 8222 L l Use while pressing ser CD RDY Current Status READY SAMPLING 2 P001 Current Number of Points 3 01 Current Number of Trial D3 Selected Duct Entry Number 5 C300 Duct Shape and Size In this case th
5. 39 CRCRICD 420 1 cT Parr Er Imm fs Cha asa Fo 7 Velocity to be displayed by pressing Moog If you measured pressure only pressure will be displayed 7 Data Output 30 The data you have selected will be displayed Press to scroll 03 j 2 H e Data Number Air Velocity Air Temperature Humidity 5 gt END ga OCalculation Range aa qa If you measured Air Flow in CALCULATION mode if you measured in FLOW RATE Mode you can select Air Flow or Air Velocity to be E E N 5 H 5 5 B 2 B B Tex Tm Lun in CIR Cla e Dodo pee FOOD 7 displayed by pressing If you measured Pressure only Pressure will be displayed lt Set PRINT OUT RANGE You can select the range of calculation If you are not going to change the data range press to calculate the entire data EEE tes 27 Cursor will appear on START A haa cs Ia M SF Y i i Use M i PN to select starting point w Press SET LP Cursor will move to END S Use M 4 to select 1 Press Lo Xr d ps 5 e o 5 Press m to calculate You CANNOT set more than one range Press HI to select the content of the
6. 4 CLIMOMASTER MODELAS531 7 A541 7 A542 533 A543 Operation Manual Please use this instrument properly by reading this user s manual and following the warning instructions Keep this manual in a place where it can be accessed quickly KANOMAX JAPAN INC 2 1 Shimizu Suita Osaka 71 656 0805 Phone 81 6 6877 8261 Fax 81 6 6877 6849 03 09 Thank you for purchasing Kanomax product Please use this instrument properly by reading this operation manual and following the warning instructions List of Components Standard Items MODEL Qty Functions Main Body 531 00 1 A531 01 Air velocity air temperature humidity sensor 541 01 Air velocity air temperature Probe 542 01 pod Air velocity air temperature 533 01 Air velocity air temperature humidity sensor 543 01 Air velocity air temperature Probe Cable A531 06 1 To connect Probe to Body Carrying Case 6000 04 1 Hard case Operation E 1 Manual AA Batteries 6 Options Items MODEL Functions ee A541 01 Air velocity air temperature Spare Probe A542 01 Air velocity air temperature 4533 01 ir Velocity air temperature humidity sensor A543 01 Air velocity air temperature Extension Rod A531 04 For measurements of high places Flexible Extension Rod Straight A531 05 For measurements of high places Pressu
7. Z AN 445 2 7 T 150 4 1 165 14 Troubleshooting 52 14 Troubleshooting Problem Possible Cause s Solution s 1 CLIMOMASTER will not turn The battery 1s defective ON Turn OFF the power and replace the batteries 1 Nothing appears on the display Contrast is not set properly 41 Adjust the contrast volume switch 7 gt gt flashes The batteries are low Turn OFF the power and replace the batteries PROBE is displayed Probe is not connected Turn OFF the power and connect Probe is displayed for CLIMOMASTER will show for the over the range measured value measurement It must be used within the range to take the 43 measurement is displayed for Probe Probe Cable is not connected property 8 measured value Check the connection Probe Probe Cable may be damaged Contact your local Kanomax Office or service center CLIMOMASTER 15 not Probe is not facing the wind displaying the right speed Make sure the Wind Mark is facing the wind 10 Higher temperature is Theoretically CLIMOMASTER cannot measure temperature displayed in no wind environment Measure the temperature in environment with more than 19 0 1m s of wind is displayed for Flow Dust shape size is not stored 2 Rate Type in the duct shape size Cannot pri
8. left side of the display Examples of Print Out NORMAL Mode Print out of Air Velocity Mode Print out of Pressure Optional Mode 2001 06 19 13 42 28 2001 06 19 13 42 09 Vel oci ty 0 12 mis Air Velocity Pressure 0 23 kPa Pressure Tenperature 25 9 Air Temperature Hunndi t y 62 7 98H Humidity XHumidity only available on MODELAS31 and A533 7 Data Output 28 7 3 3 CALCULATION Mode Print Ou DISPLAY PROCEDURE LALCULAT OH Press after the measurement and calculation to print out the result 7 3 4 FLOW RATE Mode Print Ou DISPLAY PROCEDURE FLOW FATE ro 1 46 amp S 3 A Press after the measurement and calculation to print out the 85134 6679 44 Examples of Print X CALCULATION Mode gt X FLOW RATE Mode Stored Location PAGE 002 Measurement Mode MIE FLOWRATE 5 ong og qo Measured Date DATE 2001 06 19 5 5 Measured Time TI ME 13 35 23 u ct Number of Data DATA 003 9 No of Points Measured 2 START 001 END 005 Sampling Time SAMPLI NG TI ME 001 MX L26ms Calculation Range START 001 END 002 AG 0 90 ms Duct Type s 0 55 m s J x MX 361554 n3 h 2 25 6 E Air Velocity pete 220582 n3 h S 256 C E Flow Rate o 79609 ny h 3 5 MN 2550 M Air Temperature dos 25 5 3 MX
9. Output Content gt Measuring Parameter WTH VTH or PRS Time Constant Width Height Diameter Units of Duct Size WTH Flow Rate Temperature Humidity Air Velocity Temperature Humidity PRS Pressure Optional DISPLAY PROCEDURE ms kPa n3 nins To Download Measuring Units Press After AU the data will be displayed Output Content gt Velocity Unit Temperature Unit Humidity Unit Pressure Unit Flow Rate Unit 7 Data Output 34 7 2 Transmission of Stored Memory DISPLAY PROCEDURE To Download Duct Setting Press KE 01 200 2300 ouuu nme After AK the data will be displayed uuu 500 ncha stored duct settings 1 thru 25 will be downloaded MM i j lt Output Content gt 24 550 400 ouuu Entry No Data Location Width Height Diameter Units of Duct Size 25 ounu uuuu 250 ma DISPLAY PROCEDURE To Download Page gt After the data will be displayed POO11 Press P Number of data stored pages will be downloaded DISPLAY PROCEDURE To Download Stored Data Press type in 4 digits 2001 05 19 13 32 2 Type in the desired page number after T 001 0 05 55525 8 55557 5 After AT the data will be displayed Output Content 002 enna 00 25 6 ac
10. vapor pressure exp 18 6686 4030 183 235 T x 133 322 HxE 100 Where RelativeHumidity E SaturatedVaporPressure Pal 75 DT 4030 183 23 5614 In e 235 80 86 T Temperature e VaporPressure 12 About Compensation 4 12 About Compensation his instrument has been calibrated at normal temperature and pressure Therefore if you are going to measure velocity at a different temperature and pressure the indicating value will be affected 12 1 Influence of Measuring Temperature This instrument has been calibrated at normal temperature Because of theoretical fundamentals of hot wire anemometer it can easily be effected by the ambient temperature prevent such influence temperature compensation is needed The temperature compensation sensor senses the ambient or surrounding air temperature and forces the velocity sensor to stay at a constant overheat above the ambient By adopting temperature compensation sensors you can measure air velocity accurately within the range of 5 60 C 41 140 12 2 Influence of Pressure at Measuring Point This instrument has been calibrated at 1013hPa Change in pressure does affect the amount of heat diffusion Therefore the pressure compensation using the following equation is needed 1013 Uc Where Um Actual Velocity m s Uc Indicating Value Pm Pressure at the Measuring Po
11. 14 4 1 Selecting the Measuring Parameters tentent 14 42 Display Hold ad tument 15 4 3 Change Time Constant ise aude he edendi eee e adn 16 4 4 To Change Time Constant Application eene 17 5 Measuring Maximum Minimum amp Mean 18 6 Flow Rate Mode J u 21 7a Data Output 00000 25 Z What Be Stored ereptus aere asiaasi 25 7 2 To Recall Stored 25 Qa a 27 Prepatation 0 ae 27 7 3 2 NORMAL Mode Print OU nn 27 7 3 CALCULATION Mode Print Out 28 7 3 4 FLOW Mode Print Out aee eet 28 7 3 5 Stored Data Print Out 29 Z Digital OUCUE 32 Prepatation eee ane 32 Z S To Access Fron Your PO sU L agua su 33 7 5 1 Transmission of On Time Data a a a aaa 33 7 5 2 Transmission of Stored Memory 34 7 6 Analog Output Optional ve 35 8 Other 1 1 1 1 aa nt 37 Si 0000 MM 37 8 2 Unmtsand Baud 38 8 3 To Delete Da a 1 1 1 1 1 1 000 39 8 3 1 To Delete Page of
12. Started 7 2 Getting Started 2 1 Installing Batteries Press down on the battery cover OQ Slide the cover until it stops Lift the cover away from the body Insert the battery observing the polarity This instrument requires 6 AA size batteries Use only AA size Manganese R6 alkaline LR6 or Ni Cd batteries for replacement DO NOT mix new batteries with used ones for it may lead to leakage Batteries CANNOT be recharged by optional AC adapter the cover back on by reversing the procedure 2 8 2 Getting Started 8 2 2 Connecting Probe You can connect Probe directly to Main Body or via extension cable D X Make sure that the power is OFF when connecting or Probe Number Disconnecting Probe Probe cable Do not use the extension rod at above 20m s of wind It may cause damage to the rod DProbe Probe Cable connector only fits one way because the connector is not symmetrical Attach the cable connector and rotate it until the spot where they match When you connect Probe connect it with Probe number facing forward see the chart Push in the connector until you hear click X DO NOT FORCE to connect Probe Probe Cable It may cause a serious damage to the instrument Probe Terminal 2 3 Disconnecting Probe X Make sure that the power is OFF when connecting or disconnecting DPu
13. Turn it clockwise to darken and vice versa Lightens Darkens Contrast Adjusting Volume 9 Cleaning 42 9 Cleaning How to Clean Probe Dust or particles attached on the velocity sensor would alter the amount of heat diffusion which leads to less precise reading Also deformation or clogging up of the protective mesh around the sensor of CLIMOMASTER would also affect the accuracy of the instrument Users are encouraged to clean up Probe regularly for maintaining accurate measurement Procedure Clean the sensor by soaking it to water in ultrasonic cleaner for 10 to 20 seconds not soak it for too long since there is an increased risk of damaging the coating Please use water only for cleaning CAUTION When cleaning make sure that the power is OFF Make sure that the sensor is dry before turning it ON DO NOT let the humidity sensor contact water MODELA531 A533 When wet let it air dry by placing it in environment with less than 40 RH for more than 24 hours NEVER USE alcohol or any other organic fluid Alcohol causes a permanent damage to the humidity sensor Once the sensor is damaged the sensor needs to be replaced even if it seems functioning 10 Specification 43 Specification Product CLIMOMASTER Air Velocity Meter Model 531 541 542 533 543 Measuring Object Clean air flow Measuring
14. data stored in CLIMOMASTER to your PC by connecting CLIMOMASTER and your PC with the RC232C cable Optional X Need To Have Personal Computer RS 232C Cable Optional lt Check the BAUD RATE gt RS232C Terminal rx You need to coordinate the data transmission conditions on both Body and your The factory setting of Main Body is as follows Data Bit Length 8 bits Parity None Stop Bit 1 Delimiter CRLF Baud Rate 9600 bps To change the BAUD RATE refer p 38 Units and Baud Rate For setting your PC refer to the operation manual of your PC lt Connecting PC gt D Turn OFF the CLIMOMASTER 2 Connect PC to Main Body using an RS 232C cable Turn ON the CLIMOMASTER Make sure that the CLIMOMASTER is displaying NORMAL Mode Make sure that the CLIMOMASTER is displaying NORMAL Mode RS232C Cable Wiring Diagram PC D Sub9 pin Signal Pin No CLIMOMASTER MODELAS31 Connection Signal Purpose Direction Ground Transmitting Receiving Transmission Approval Transmission Request 1 Note Data logging software also available from Kanomax 7 Data Output 33 7 5 To Access From Your PC Function To connect CLIMOMASTER to your PC please D Number of Downloading Data refer to p 32 Output of Mea
15. status and reminds you the timing for battery replacement Flashes is displayed every function of the instrument will be Time to replace the locked The measurement will stop and data will NOT be saved batteries To release the lock turn off the power and replace the batteries Even before completely run out the low battery may cause the LCD display to freeze 2 Getting Started 10 2 5 How To Take Measurements 2 5 1 Measuring Air Velocity Wind Mark MODELAS31 A541 Probe has its own directivity characteristics 1 sure that the wind direction mark is facing the wind For more details directivity characteristics refer p 48 If you are not sure of wind direction slowly rotate Probe and measure at the point where you get the largest air velocity reading MODELAS33 A543 A542 Place the sensor perpendicular to the flow For directivity of the needle type probe please refer page 48 To make the temperature compensation more effective make sure that the entire mesh section of Probe 15 evenly exposed to the airflow To take a measurement in temperature changing situation leave Probe for more than 20 seconds until the display becomes stable 2 5 2 Measuring Air Temperature The faster the wind the shorter the response time for temperature measurement The normal response time is approximately 30 seconds with the airflow of 1m s present Take the measurement after the readi
16. to share the main unit among these probes MODELAS531 A541 MODELAS542 Air Velocity S i Wind Direction Mark Air Velocity Sensor Temp Compensation Temp Compensation gt Sensor Sensor z Temperature Sensor a Humidity Sensor Ta 53 Temperature Sensor gt 3 5 a ra 1 Probe Number Probe Number T 1 CLIMOMASTER Anatomy 4 MODELAS533 MODELAS543 25 N Air Velocity Sensor Air Velocity Sensor WKN Temp Compensation Sensor Temp Compensation Sensor Temperature Sensor Temperature Sensor 02 Humidity Sensor gt iam Z LS Z Probe Number Probe Number 16 1 CLIMOMASTER Anatomy 1 4 Probe Cable Approx 14 Probe Connector Approx 43 Approx 2000 Main Body Approx 43 Connector 1 CLIMOMASTER Anatomy 1 5 Telescopic Extension Rod Optional Unit mm Approx 16 Approx 16 Straight Flexible Approx 50 Flexible Tube Flexible between 0 90 Approx 155 From 230 to 870 From 330 to 960 Approx 130 Approx 130 Approx 23 Cable Length Approx 2000 including the rod XDo not use the Flexible Extension Rod in environment with more than 20 m s wind 2 Getting
17. 000 001 AVG 003 200 44300 ouuu nma Output Content Same as above DISPLAY PROCEDURE Error Message gt Re type the command 7 Data Output 35 7 6 Analog Output Optional Update 0 1second Except Humidity 1 second Load Impedance Output Current Above 5K Q 0 1 Analog Output Terminal For the analog output you must select one setting from the table below There is no analog output for Flow Rate Parameter Output Range Conversion Formula 0 Sms 5 m s 0 105 U 10XV m s Velocity 0 30 m s U 30xV mis U 0 1000 FPM U 1000 xV FPM 0 2000 FPM U 2000 xV FPM 0 6000 FPM 6000 xV FPM Humidity 0 50 RH H 50xV H 0 100 RH H 100XV Temperature 10 40 T 50xV 10 T 0 50 T 50xV 0 100 T 100XV 14 104 90 14 32 122 T 90XV 32 F 32 212 F T 180XV 32 F Pressure 2 2 P 4xV 2 kPa P 5 5 kPa P 10 5 kPa N lt i 3 e Dx Jm Of the output range the low end will be set at and the high end will be setat 1V The voltage is linear The Time Constant will be in effect Constant p 16 To change the setting of Time Constant refer Chapter 4 3 To Change Time Mode Way To Take In Measured Data Analog Output Explanation 0 0 5
18. 1 0 1 5 2 0sec Measuring Time m M M 0G Take the data 10 times PE a second and indicate its TC1 average as an Average of 15 instantaneous value at every 1 sec 2 5 5 0 7 5 105 Measuring Time E Output the average value TC5 f of 5sec at every 0 lsec ZET Verage of See Data shifts by 0 1sec 15 20sec Measuring Time Output the average value TC10 of 10sec at every 0 15 Average of 105 Data shifts by 0 15 7 Data Output 36 DISPLAY PROCEDURE Press MENU In Use to select 7 UTILITY f Press SET A 7 Use Y to select 3 ANALOG OUTPUT Press SET Lu To Select Data gt es TELIT SELECT BEL Use wA to select 1 OUTPUT SELECT B 1 Press ET 5 SAE IMFO w Use Y 1 to select VEL Velocity PRS Pressure Optional HUM Humidity TMP Temperature Press 1 2 To Set Output Range gt Use to select 2 selected parameter Press Use wA to select the range Press lt Save the 1 GUTEUT SELECT EL Us to select 3 SAVE INFO 2 UEL 7 we M onUE INFO you press before you save you will return to Menu and the set
19. 1500 KN Use to select the ending page Press 1T Use to select YES for partial delete f Press 1 Selected page will be deleted and the remaining data will shift up DATA CLEAR See diagram below 4 START 2 CLEAR 2147071508 Page Number will change automatically 8 Other Settings 40 8 3 2 ToDelete Data DISPLAY PROCEDURE L NORDAL DUCT TYPE CALCULATION FL Ol RATE im Press Use A to select 6 DATA CLEAR QT i Press 1 rJ SET A ALL CLEAR R145B 1588 Use Y to select 2 ALL CLEAR i Press an rJ All Delete YES or NO Remaining Memory Total Memory Use to select YES to delete SET Press am DATA CLEAR 1 CLEAF START END _ SET A ALL CLEAR 2158871588 All the data will be deleted and the Remaining Memory will be 1500 8 Other Settings 41 8 4 Contrast Adjustment EU In case you find the LCD display of CLIMOMASTER too dark too light there is an adjusting volume at the back bottom of Main Body inside the battery cover You can adjust by using a precision driver 0 9 1 5mm
20. 3 541 542 543 T H VT CALCULATION Mode W T H W T P Optional P Optional T H VT W T H W T V Air Velocity W Flow Rate T Air Temperature H Humidity P Pressure FLOW RATE Mode 7 2 To Recall Stored Data DISPLAY PROCEDURE 1 2 0 35 eee p 3 CALCULATION Press Dar I ITPUT Use to select 5 DATA OUTPUT TY Press s PFE SURE ZERO DATA OUTPUT E Peele Use to select 1 DISPLAY Press ser y X To Set PAGE cs FE CALCULATION Use W to select the page that you want to recall FAGE SET Press Boe abre Page Number CAL CULAT I A Ten Measured Mode CALCULATION A AVERAGE D INSTANT 2181 Bos ILS LIED Measured Date Year Month Day 15 5 5 45 Measured Time Hour Minute Second ZE 4 T Number of Trial esee cuiua juan Duct Shape Size Air Flow Measurement Only FLOW RATE SET Number ELI TELET Measured Mode 2981 scoop Measured Date Year Month Day 5 42 EE eeeegpge Measured Time Hour Minute Second Number of Trial Number of Measuring Point LUI Shape Size Air Flow Measurement Only 7 Data Output 26 DISPLAY PROCEDURE lt Recalled Data gt Recalled data will be displayed Use wA to scroll Calculat
21. 64 6 8H AG 25 400 3 AG 64 5 epe Humidity 2222 25 4 9 MN 64 4 98H 637 H s Dr Dew Point ING 62 6 0 Temperature M N 61 4 9pH Discomfort Index MX 158 ms Air Velocity AG 096 ms L MN 0 35 ms XHumidity Dew Point Temperature DT and Discomfort Index DI only available on MODELAS31 and A533 7 Data Output 29 7 3 5 Stored Data Print Out DISPLAY PROCEDURE 1 2 Z CALCULATION Press Use to select 5 DATA OUTPUT Press fiam Use to select 2 PRINTER SET Press ET Use v A to select the page that you want to print out Press s ser E N Page Number een Measurement Mode CALCULATION or FLOW RATE Measured Date Year Month Day Measured Time Hour Minute Second Number of Trial Number of Measuring Point Men Duct Shape Size Air Flow Measurement Only am A CHE TT Coa Col p a T The data ta you have selected will be displayed Press Y to scroll END ga Calculation Range D Data Number Air Velocity Air Temperature Humidity 25 1 25 4 Jm oam If you measured Air Flow in CALCULATION mode if you measured in FLOW RATE Mode you can select Air Flow or Air a 2 4 8 a 1 8 la
22. DUCT REGARDLESS OF THE LEGAL THEORY ON WHICH THE CLAIM IS BASED AND EVEN IF HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES NO EVENT SHALL RECOVERY OF ANY KIND AGAINST 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 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 15 Warranty and After Service 54 After Service Whenever the PRODUCT is malfunctioning please check with Troubleshooting to find possible cause first Repair parts are retained for a minimum period of five 5 years after production cessation of the PRODUCT This storage period of repair parts is considered as the period during which KJI can provide repair service For more information please contact your local distributor or call us at KJI s service desk from 9 00 a m to 5 00 p m JST on weekdays excluding holidays When you make a call please have the following information of your PRODUCT at hand 1 PRODUCT name 2 Model number 3 Serial number 4 Probe
23. GE 2 SAMPLING TIME 801 Use and select 5 SET TO START 2 No TRIAL 5995 Press sr 2 SET START lt READY gt Press to change the applied parameters Air Velocity Air Temp Humidity Flow Rate Air Temp Humidity Pressure Press to start 5 Measuring Maximum Minimum amp Mean 20 DISPLAY PROCEDURE While Measuring Press 9 to stop X If you have selected YES for 4 DATA STORAGE 2 the measured data will be stored 81 05 12 15 42 57 V Press can also stop the measurement but this would not store any data X Result After all the trials are finished the calculated result will appear in display _ oe 1 Press to check each parameters in order of Air Velocity or Air Flow Temp Humidity Dew Point Temperature DT Discomfort Index DI Pressure is displayed if you measured Pressure Press 9 to return the setup mode of CALCULATION lm Press MENU to return to Main Menu Related Functions S If printer is connected press to print out the result To recall stored data P 25 B Print out P 27 What is Dew Point Temperature DT and Discomfort Index DI 2 P 46 Humidity only available on 531 and A533 6 Flow Rate Mode 6 Flow Rate Mode CLIMOMASTER features the accurate Flow Rate Mode whic
24. H P SET 1 TCCT H P SET INFO X Save the T d Use and select 2 SAVE INFO Press to save the new settings and go back to Menu If you press before saving the settings will return you back to Main Menu 5 Measuring Maximum Minimum amp Mean 5 Measuring Maximum Minimum amp Mean Calculation Mode will automatically calculates the maximum minimum and mean of measured data TRIAL 1 TRIAL 2 mmm TRIAL N Average AVG AVG X TRIAL N N Maximum MAX MAX TRIAL i Minimum MIN MIN TRIAL Sampling Time Measuring Time Sampling Time X Number of Trial DISPLAY PROCEDURE Press MENU f f k Use and select 3 CALCULATION CLE EAR pna E F 1 TY 3 Press url SURE ZERO CALCULATION MODE DISPLAY ICONS Total Memory Remaining Memory Available MODE AVERAGE Take the average of each second within CHLCULBTECR142B 1 5 sampling time and count it as a 1 measured H MODE amp UERAGE data 30 IMG T IME 52 Ps INSTANT Make the measurement at the last second of TRIAL CH 5 j the sampling time and count it as a 1 Aa TENSE VES measured data 2 SAMPLING TIME 1 to 999 sec To set the length of sampling time of measurement 3 No TRIAL 1 to 999 times To set the number of trials data needed of desired sampling time 4DATA STORAGE YES
25. LAY PROCEDURE While measuring press and hold HOLD indicator appears on the display and you can hold the maximum value of each parameter air velocity air temperature humidity and pressure optional When you release BED the reading shown will be frozen Press RED again to release Humidity only available on 531 and A533 4 Normal Measurement 16 4 3 To Change Time Constant DISPLAY PROCEDURE In Normal Mode you can change the Time Constant by pressing You can select Time Constant from 15 5sec and 10sec Display moving average of 156 5 Display moving average of 5sec TC10 Display moving average of 10sec XThe Time Constant is only effective in Normal Mode When you first turn on the instrument it 15 effective in AIR VELOCITY and AIR FLOW of Normal Mode If you need to make it effective in AIR TEMPERATURE HUMIDITY and PRESSURE Optional in Normal Mode refer Chapter 4 4 To Change Time Constant Application Time Constant What is Time Constant Time Constant determines the time span of the moving average When you set the Time Constant to a larger value the indicating value will become stable When you select the smaller shorter Time Constant value the reading will become more responsive and sensitive to the change in air velocity This function will not be in effect in Calculation Mode and Air Flow Mode
26. MODE Way To Take In Measured Data EXPLANATION 0 5 10 15 20sec Measuring Time Take the data 10 times in a second and indicate its average as an instantaneous value at every 1 second Indicate the average value gt of 5 seconds at every 1 Average of 5sec second Data shifts by 1 second 20sec Measuring Time Indicate the average value 01 10 seconds at every 1 Average of 10sec second Data shifts by 1 x second 4 Normal Measurement 4 4 To Change Time Constant Application When you first turn on the instrument the Time Constant is only effective in AIR VELOCITY and AIR FLOW of Normal Mode If you want to make it effective in AIR TEMPERATURE HUMIDITY and PRESSURE Optional the following change must be made DISPLAY PROCEDURE DUCT TYPE CALCULATION FLOW RATE 2 DATA ies Press A and select 7 UTILITY Press 5 1 ADJUST 2 UNIT SELECT pam E LS Use WE and select 4 SET 4 SET Press 1551 1 lt gt DES SAVE INFO n Usel WF and select 1 TC T H P SET Press ser AS Use A and select YES or NO Press ser YES Effective to all parameters in Normal Mode NO Only effective in AIR VELOCITY and FLOW RATE TCCT
27. O To move to NORMAL Mode from other measuring mode Press E Use to select 1 NORMAL P ress 4 1 Selecting the Measuring Parameters DISPLAY PROCEDURE lt NORMAL MODE Press and display mode moves in order as shown below Optional Air Flow DAir Velocity Normal X PRESSURE gt XThis mode is available only when your instrument has optional pressure sensor built in X FLOW RATE gt Gives you the flow rate based on your selection of a duct from pre registered duct types see Chapter 3 Selected duct type is shown in bottom left corner lt How to Select Duct gt E 5 v 5 Use while pressing 527 in Normal Mode FLOW RATE When you have not selected a duct type or your selected duct type number is not available the instrument will not give you the flow rate reading Make sure you properly register and select the duct type See Chapter 3 Duct Shape Size Input for more detail Humidity is available only on MODELAS31 and A533 4 Normal Measurement 4 2 Display Hold DISPLAY PROCEDURE 701706712 15 48 23 4 While measuring press HOLD indicator appears the display to indicate that the reading shown is held Press B again to release Maximum Hold How to Hold the Maximum Value DISP
28. Print Out Use NW a to select Press er to print out 1 RESULT Condition and Calculation Result 2 Condition and Stored Data 3 ALL e Condition Calculation Result and Stored Data PRINT OUTPUT XHumidity only available on 531 and A533 7 Data Output 3 Example of Print Out X FLOW RATE Mode X CALCULATION Mode PACE SET PACE SET PACE 011 001 MIE FLOWRATE Condition MCLE CA N A DATE 2001 06 21 Always printed out DATE 2001 05 19 TI ME 16 23 08 TI ME 11 32 26 DATA 003 DATA 010 005 SAMPLI NG TI 001 SAMPLI NG TI ME O01 START 001 END 010 START 001 END 005 MX 0 75 5 SHAPE W200 H 300nm AG 0 40 ms 32194 ny h 0 05 ms 16871 n3 h MX 25 8 IC MN 5446 n3 h Calculation Result 25 6 25 9 HC RESULT MN 2340C AG 25 9 0 59 1 98H MN 25 8 AG 58 2 MX 72 2 57 5 AG 712 16 8 C MN 69 7 98H 73 4 MX 1 49 nfs nis OC 98H AG 0 78 ms 0 05 258 57 5 MN 0 25 ms 006 258 576 NM nih 048 25 6 57 7 001 20596 25 8 Stored Data 0 48 25 6 57 8 002 19906 25 9 DATA 056 256 580 003 6214 259 048 25 6 58 3 004 5446 259 039 255 585 075 25 5 58 7 0 27 25 4 58 8 Humidity Dew Point Temperature DT and Discomfort Index DI only available on 531 and A533 7 Data Output 32 7 4 Digital Output 7 4 1 Preparation You can download the
29. Range 0 10 30 0 m s 0 05 5 00m s 2 0 00 9 99m s 0 01m s Resolution 10 0 30 0m s 0 1m s 0 01m s Air Velocity Accuracy 2 of Reading 0 1 m s Response Time at 1m s 90 response Approx 15 Approx 4sec Approx 7sec time Measuring Range 0 07 60 0C Air Resolution 0 1C Temperature Accuracy 0 5C Response Time Approx 30sec at Im s 90 response time Measuring Range 2 0 98 0 RH 5 2 0 98 0 RH Resolution 0 1 RH 0 1 RH 2 80 RH 2 80 RH Humidity ET 2 0 RH _ 2 0 RH y 80 98 RH 80 98 RH 3 0 RH 3 0 RH Response Time 155 Approx 15 sec Measuring Range 5 00 5 00 kPa Pressure Resolution 0 01kPa Accuracy 3 of Reading 0 01 kPa Response Time Approx 1sec Temperature Compensation 5 of Reading 0 1 m s in the temperature range 5 to 60 0C Max Min Average Hold Max Hold Time Constant 1 5 10 seconds Battery Level Indicator 5 Levels Functions Unit selection Air Velocity m s FPM Flow Rate m min m h ft min Temperature C F Humidity Static Pressure kPa Store up to 25 Duct Sizes Square Round Max Data Storage 1500 Digital Output RS 232C Baud Rate 4800 9600 19200 and 38400 bps for Output to Analog Output DC 0 1V select one from Air Velocity Temperature Humidity and Pressure Power 6 x AA Batteries AC Adaptor 2 AC 100 240V 50 60Hz BAM Approximately 10 hours continuous at air vel
30. e Humidity Dew Point Temperature Discomfort Index 66797 M PN Press to return to PAGE SET I Press to return to MAIN MENU Humidity only available on 531 and A533 7 Data Output 27 7 3 Print Out s RS232C Terminal 3 You can connect CLIMOMASTER to a printer using an RC232C cable for data printout al 7 3 1 Preparation 1 1 X Need to gt Printer Optional Recommended Seiko Instruments Model DPU H245 L 4 Printer Cable Optional B ka lt Check the BAUD RATE gt r You need to coordinate the baud rate and data transmission conditions on both Main Body and the printer The factory setting of Main Body is as follows Data Bit Length 8 bits To change the BAUD RATE refer p 38 Units and Baud Parity None Rate Stop Bit 1 Delimiter CRLF Baud Rate 9600 bps For the setting of printer refer printer s operation manual X Connecting Printer gt D Connect printer to Main Body using an RS 232C cable 2 Turn ON the CLIMOMASTER first and then turn ON the printer Make sure that the CLIMOMASTER is displaying NORMAL Mode 7 3 2 NORMAL Mode Print Out DISPLAY PROCEDURE Blz854 12 15 48 23 Press to HOLD the display oy Press anp to print out If printer is not connected properly you will find PERR in lower
31. e defective upon inspection will be exchanged for a new or comparable rebuilt parts or a refurbished PRODUCT as determined by 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 to the following cases 1 Use of parts or supplies other than the PRODUCT sold 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 improper packaging by the owner alteration accident electrical current fluctuations failure to follow operating maintenance or environmental instructions prescribed in the PRODUCT s instruction manual provided by 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 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 THE PRO
32. e duct is circular and it s 300mm dia For the rectangular duct W H will be displayed 6 Flow Rate Mode 24 DISPLAY PROCEDURE 1 11001 16 24 5 While Measuring gt Press to stop the measurement If you want continue press again to re start the measurement Press ser to complete the measurement Then the result will appear in the display If Point 1 is not completed any result will not appear in the display lm Press to complete the measurement without data store gt READY After Point 1 gt After completing the measurement of Point 1 the instrument will be in STANDBY ready to measure Point 2 NEXT 001 015 ess of Points Number of Points Already Measured FLOM RATE 106433 85134 66 f 92 3 RESULT After the completion of the measurement the result will appear in the display _ Press to select the parameter in order of Air Flow Temperature Humidity Air Velocity Press B to return the setup mode of FLOW RATE C Press to return to Main Menu Related Functions If printer is connected press MODE to print out the result To recall stored data P 25 Print out P 27 Humidity only available on MODELAS31 and A533 7 Data Output 25 7 Data Output 7 1 What Can Be Stored Measuring Mode Display Stored Parameters A531 A533 A541 A542 A543 A531 A53
33. e measuring hole of the duct Ifthe pressure that you are going to measure is above q ambient connect the tube to Port the tube to Port CAUTION If it is negative connect In order to make a precise measurement the tube must be connected securely and must not be bent at any point oD 3 Duct Shape Size Input 3 Duct Shape Size Input You can register in your CLIMOMASTER Model A531 up to 25 different duct types which let you obtain the flow rate automatically you have to do is to select a duct before you take the measurement for selecting a duct type please see section 4 DISPLAY PROCEDURE Press Use 7 to select 2 DUCT TYPE Press 15 url To Set Duct ENTRY No gt You can choose where in memory to store the duct data You can select the address from 1 to 25 W A to select 1 ENTRY No Press Use va to select the desired ENTRY No Press E lt Set Duct SHAPE RECTANGLE CIRCLE gt v Use Wa to select 2 SHAPE Press ser sel A to select RECTANGLE or CIRCLE gt Press 3 Duct Shape Size Input 13 DISPLAY PROCEDURE lt To Set Duct gt Registering Rectangular Duct Use va to select 3 W SIZE m Press s ser 11 DUCT 1 Use to select t
34. erature sensor has a direct proportional 7 relationship with the temperature We can measure the wind temperature by coefficient of resistance Temp Sensor Platinum Resistor Measurement of Humidity Hygrometer The sensor is a pair of condenser and its electro capacity is depended upon the amount of water contained in its Upper hydrophilic macromolecule humidity sensitive membrane Electrode The components of the sensors are glass foundation lower Maecromoleeule electrode macromolecule membrane and upper electrode Membrane The upper electrode will capture the change in permittivity caused by condensation or evaporation of water vapors to the Electrode macromolecule membrane Electrostatic Capacity Type There is another type of hygrometer that uses a resistor instead Glass ofa condenser It is usually said that the Electrostatic Capacity Foundation is good for low humidity measurement and the resistor is good for high humidity measurement gt Theory of detecting static pressure To measure static pressure we use a diffusion type semiconductor pressure sensor The diffusion type semiconductor pressure sensor is incorporated under the principle that the resonant frequency of a piezo crystal decreases linearly with the pressure applied Ona thin diaphragm of silicon there are four diffusion resistors sensor chips placed in a fixed distant apart Pic 1 When the pressure is applied from above the d
35. h corresponds to the industry measurement standards such as ASHRAE POINTQ en POINT M TRIAL 2 3 8 2 3 N 2 3 Result Average AVG AVG avg 1 avg 2 avg M M Maximum MAX POINT 1 avg 1 X TRIAL N N POINT 2 avg 2 X TRIAL N N POINT M ave M gt TRIAL N N MAX ava i Minimum MIN MIN avg j The value of each point is the average of TRIAL 1 TRIAL N The value of each point POINT 1 POINT N will be stored in the memory To take an accurate measure the airflow of a duct you need to figure out the average velocity of air inside the duct and the area of cross section of the duct Air Flow Air Volume per Time Unit m min m h ft min ft h Air Flow Average Air Velocity X Cross Sectional Area A V2 0 288 V 3 0 500 V4 0 712 LIES 299 V5 0 926 H2 0 437 H3 0 563 From ASHRAE Standards 4 0 765 5 8 6 2 3 The Traverse H5 0 939 Figure 1 Figure 2 01 0 032 dia D2 0 135 dia D3 0 321 dia 04 0 679 dia D5 0 865 dia D6 0 968 dia 6 Flow Rate Mode 22 Using the log Tchebycheff method the duct is divided into rectangular areas which are further adjusted in size to account for effects of the duct wall on the airflow See Figure 1 A minimum of 25 points must be measured in order to get a good average For the round duct the duct is divided into concentric circles each containing equal a
36. he width Press 5 Tu A to select 4 H SIZE E E Press A rJ us p A to select the height 55 The maximum is 9999mm 999 9inches per side lt To Set Duct Size gt Registering Circular Duct DUCT TYPE Use to select 3 Diameter i Press 1 ser Use to select the diameter of the duct INFO Press The maximum is 9999mm 999 9inches To Set Units mm Zinch gt DUCT Use to select 5 UNIT mm inch Press a RECTAN XX For circular duct select 4 UNIT mm inch Use W A to select mm or inch 2 Press User lt Save the Setting gt f mt A Use Y to select 6 INFO p Press This will complete the Duct Shape Size Input and you are back in Main Menu GL zu 3 1 a If you press before you save you will go back to the Main Menu without completion of Duct Shape Size Input 4 Normal Measurement 14 4 Normal Measurement This is the mode that you will be in when you first turn on the instrument In this mode you cannot 2 save any data The display will be updated every 3 FL i ic DATA OUTPUT PATA CLEAR 7 UTILITY 8 PRESSURE ZER
37. iaphragm will deflect downward When it is deflected the sensors near center R3 and R4 will have compressing stress and the sensors near perimeter R1 and R2 will have tensile stress instead Pic 2 The diffusion coefficient of diffusion resistor change according to these two stresses Diaphragm Pressure 0 R4 Diffusion Resistant Pic 3 Detecting Circuit Pic 1 Pressure Sensor If we create a bridge among these diffusion resistors Pic 3 it will be possible to detect voltage that is proportional to the amount of pressure applied These sensors can be affected by the temperature and therefore temperature compensation circuit must be added 11 Principle of Measurement 46 11 2 Whatis Discomfort Index DI and Dew Point Temperature DT What is DI and DT Discomfort Index DD Discomfort Index is indexes to show how discomfort it is in the summer time CLIMOMASTER use the formula shown below which is used by the Meteorological Agency DI 0 817 0 01 0 997 14 3 46 3 Where T Temperature C DI Seale H Relative RH Little Uncomfortable Uncomfortable Very Uncomfortable Cannot Endure 68 70 Dew Point Temperature DT There are many formulas to calculate Dew Point Temperature are suggested but for A531 we have adopted the most general Antnione formula which is to calculate saturated
38. int hPa 12 3 Measuring Gas Components This instrument has been calibrated using air The CLIMOMASTER indicates air velocity based on the heat capacity i e the heat diffusion quantity to deprive a device of in fluid If the fluid which is dealt with for the measurement is different from the fluid when the instrument is calibrated the diffusion quantity changes and the indicating air velocity too will be affected In order to compensate you first need to find the heat diffusion quantity of air to the indicating value in mixture measurement By substituting this heat diffusion quantity to the value in the heat diffusion velocity relation formula you can find the actual velocity value of the mixture 13 Probe Directivity Air Velocity 48 13 1 MODEL 531 541 Horizontal Wind Mark Wind Mark E 13 Probe Directivity Air Velocity 13 2 MODEL A542 o 13 20 5 30 HOS Horizontal 45 Z 7 il NDA 105 c 90 415575 A 150 5 e Directivity Air Velocity 13 3 MODELAS33 Vertical 0 60 90 4 90 78 1 1 90 105 12 OR SSO gt m 22 13 Probe Directivity Air Velocity 13 4 MODELAS43 Horizontal D cem 5 GA Eu 45 S Wey CN 04 m 9
39. ion Range eT Data Number Air Velocity Air Temperature Humidity 21 j 5 mma ra a a D eh Jd If you measured Flow Rate in CALCULATION mode or if you measured in FLOW RATE Mode you can select Flow Rate or Air m A 4 5 ii e D he CCCII Ps D P 1 Pares rd d COLE cw Ln on Velocity to be displayed by pressing Only Pressure will be displayed if you measured Pressure lt Set CALCULATION RANGE gt You can select the range of calculation If you are not going to change the data range press fu to calculate the entire data P cet ress Cursor will move to END STA F EMD ASH Cursor will appear on START mrs Mus RH P RES d 8 3 58 82 4 Use Y to select the first data d 64 9 ser 884 Press 805 1 2 65 8 pS 4 9 2 LI Use to select the last data Press i 11 Press to calculate 7 You CANNOT set more than one range In FLOW RATE Mode Press to shift the calculation result in order of Flow Rate Temperature Humidity Velocity In CALCULATION Mode G 2 1 96435 a Press to shift the calculation result in order of Air Velocity 95 Flow Rate Air Temperatur
40. ll up the lock ring of Probe Probe Cable see chart A QPull out Probe Probe Cable from Main Body with the lock ring up see chart X DO NOT rotate Probe or Probe Cable while connected It may cause a serious damage to the instrument 2 Getting Started 2 2 4 Powering CLIMOMASTER ON OFF You can turn ON and OFF the CLIMOMASTER by flicking the switch on the side When you turn on the power after connecting Probe or Probe cable Manufacturer s logo model name and its software version appear on the display for a few seconds ON Connect Probe or Probe cable Power Switch NO PROBE G KANOMAX You will see the above warning when Probe is not properly connected or not connected at all Turn off the foe instrument check Probe connection and try again How Loading e When you first turn on the CLIMOMASTER it is in NORMAL Mode Units can be selected either Metric or Imperial Please refer Page 38 Display icons 01785 712 15 40 25 o 8 n 2735 3 Current date and time Air temperature amp 64 1 Time Constant 1 Refer Page 16 Relative humidity NORMAL Mode Air velocity 9 Battery level indicator MODELA531 A533 only The battery consumption largely depends upon the air velocity and it is difficult to predict the battery life This Battery Indicator gives you the battery
41. n ducts Depending on the design of the duct turbulent flows can occur even at low velocities The amount of heat that is extracted by the colder impact flow from the sensor can be expressed by b4U XT King s fomula Where Heat diffusion quantity Temperature of the sensor Air temperature U Air velocity a b Constant Also heat diffusion quantity can be expressed by the formula Where is resistance and I is current R is kept constant regardless of air velocity since the temperature in constant Therefore RI ca b U gt The Temperature Compensation The air velocity sonsor is heated to and elevated temperature relative to the surrounding air by means of control electronics The temperature compensation sensors senses the ambient or surrounding air temperature and forces the velocity sensor to stay at constant overheat above the ambient The circuit foeces the voltage to be equal by means of an operational amplifier Air flowing past the sensor tends to cool the sensor thus driving down its resistance The amplifier responds by immediately delivering more power to the circuit to maintain voltage equilibrium Delivered power is converted into electrical signal to display 11 Principle of Measurement 45 adjusting the sensor s temperature to the wind temperature and measuring its Measurement of Wind Temperature Wind The coefficient of resistance of the temp
42. ng is stabilized on the display With no airflow present the instrument s temperature reading may become higher than it actually is due to the heat generated by the air velocity sensor It is recommended to take a measurement with at least 0 1m s of wind present for accurate reading 2 5 3 Measuring Humidity Use of this instrument in extremely high humidity or rapid temperature changing atmosphere may cause condensation on the surface of the sensor When condensation occurs on the sensor surface dry the sensor by leaving Probe in environment with 40 or lower for more than 24 hours Comparing with ASSMANN Psychrometer The humidity measurement function of CLIMOMASTER is strictly calibrated traceable to Japanese National Standards carried by JEMIC Japan Electric Meters Inspection Corporation and it assures you highly accurate performance The electronic hygrometer used in CLIMOMASTER is known to be more stable and has shorter response time compared to conventional ASSMANN Psychrometer Besides the electronic hygrometer is not dependent upon the measurement conditions while ASSMANN Psychrometer can easily be influenced by many factors such as dust dew and the way you wrap the gauze For more information on proper handling of your ASSMANN Psychrometer please refer to Japanese Industrial Standard JIS Z8806 Method of Measuring Humidity or its counterpart standards that apply 2 5 4 Measuring Pressure
43. ntout Printer 1 not connected properly 27 Check the connection Re connect if necessary The Baud Rate is not set properly Check both CLIMOMASTER and printer settings 27 Cannot printout the display Display is not frozen Press to hold the display 27 2 55 6 to print out Cannot cancel the print out You cannot cancel the print out 27 Cannot load the data PC is not connected properly Check the connection Re connect if necessary 32 The Baud Rate is not set properly Check both CLIMOMASTER and PC settings 22 No analog output Wrong polarity Check the polarity 29 Measurement is in Hold 15 Press 88 to release 15 Warranty and After Service 33 15 Warranty and After Service Kanomax Limited Warranty The limited warranty set below is given KANOMAX JAPAN Inc hereafter referred to as KJI with respect to the KANOMAX brand anemometer its attachment parts including Probe and other accessories hereafter referred to as PRODUCT that you have purchased PRODUCT you have purchased shall be the only one that the limited warranty stated herein applies to 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 one 1 year from the date of original purchase defective parts or a defective PRODUCT returned to as applicable and proven to b
44. number 5 Description of Symptom and 6 Date of purchase
45. ocity 5m s 20C with alkaline batteries Operating Environment Main Body 5 40C 41 104F Probe 0 60 32 140 F Storage Environment 5 40 41 104 F Weight Approximately 400g batteries included Accessories Carrying Case Operation Manual 6xAA Batteries Probe Cable 2m US Spare probe Analog output Pressure sensor Extension rod Printer RS 232C cable Software for Windows AC adaptor 1 Humidity only available on MODELAS31 and A533 2 Optional 11 Principle of Measurement 44 11 Principle of Measurement 1 1 1 Principle of CLIMOMASTER Principle of Hot Wire Anemometer The principle of the thermal Probe is based on a heated element from which heat is extracted by the Current colder impact flow constant via a regulating switch The controlling FEL Goole gt current is directly proportional to the velocity Wine The temperature is kept Current When thermal velocity Probes are used in turbulent Heat Diffusion Heat Diffusion Quantity H Quantity H Ta Ta lt Ta Velocity 0 a bVU X T Velocity 0 flows the Sensor Platinum Coil Velocity m s measured result is influenced by the flows impacting the heated body from all directions In turbulent flows a thermal velocity sensor indicates higher measured values than a vane Probe This can be observed during measurements i
46. or NO 5 SET TO START Save the setting and return to standby 5 Measuring Maximum Minimum amp Mean 19 DISPLAY PROCEDURE 1590 15080 gt 1 MODE ERAGE J ETE lt To Set CALCULATION MODE gt Use wA and select 1 MODE Press ser Use via and select AVERAGE or INSTANT Press 2 rJ 2 ET TO START lt To Set SAMPLING TIME Use wA and select 2 SAMPLING TIME Press and select SAMPLING TIME 1 to 999sec Press ri CALL ULATECR 15885 AVERAGE lt Set No TRIAL N gt Use wA and select 3 No TRIAL N Press ser Use JN and select No TRIAL 110 999 times Press er 1 1588 1 AVERAGE IHG TIME TAL 1 E lt DATA STORAGE Usel wA and select 4 DATA STORAGE Press ser lt Use Y and select YES or NO Press CANNOT store more than what s left in the memory set the number more than the number of remaining data locations it If you automatically adjusts to the amount of remaining memory locations Ex if there is R0020 1500 remaining you can only measure 20 times even if you set the No TRIAL more than 20 CALC RISB 1588 lt eia the gt gt 1 m IDE AVER
47. ra f Air Velocity Mode Number of Data Velocity Temperature Humidity 003 240 48 25225 6 55557 78 Flow Rate Mode Number of Data Flow Rate Temperature Humidity 004 0 48 uuu25 655557 8 Pressure Mode Number of Data 0000000 0000000 Pressure 005 56 25 6 25458 X The numbers will be displayed in currently selected units NOT in units of at saving the data 7X Calculated data will not be downloaded DISPLAY PROCEDURE To Download Measuring Condition of Stored Data ANa WH 000 001 003 AG 200 300 tunis M Press XMust type 4 digits HOME ROE 9 6 6 B E Type in the desired page number after M lt Output Content gt D Measuring Parameter Number of Data WTH Flow Rate Temperature Humidity 5 Calculation Mode VTH Velocity Temperature Humidity AVG Average PRS Pressure Optional INS Instantaneous 2 Measuring Mode In the case of Fow Rate Mode the point 1s indicated 000 Calculation Mode Width 001 Flow Rate Mode 7 Height 3 Sampling Time Diameter 9 Units of Duct Size DISPLAY 5 To Download Measuring Condition of Pages ANa Press WH 000 001 AVG 003 2200 22300 ouuu nm After the data will be displayed VTH 001 010 NB 015 150 1500 ouuu ME PRS
48. re Sensor 531 07 For measurements of static pressure Analog Output A531 08 Analog output terminal AC Adaptor 6000 05 Power supply RS232C Cable 6000 02 For the connection of Main Body and Printer Recommended DPU H245 To print out all calculation result and etc Printer Cable 6000 03 For the connection of Main Body and Printer Portable Anemometer Dag S600 00 Application software Table of Contents 1 CLIMOMASTER Anatomy 1 1271 Main BOYS os itecto tope nd adita A a a u Mua 1 1 2 Operation Panel Keys and Functions dee 2 2543 Probe citet 3 1 24 Probe Cable Scie en OLR RASS 5 1 5 Telescopic Extension Rod Optional 6 2 Getme e e 7 2 1 saelan 7 2 2 Connecting Probe 10000 8 2 3 Disconnecting Probe o ERI IE 8 2 4 Powering CLIMOMASTER ON ZOFPFF na 9 2 5 How Make Measurements aei n e etapa ceci aae un 10 2 5 1 Measuring Air Velocity edit 10 2 9 2 Measuring Air Temperature eiae naa reip 10 2 5 3 M asuring ERIT epu ena meee 10 29 0 Measuring PLCS SUG tie bonis kamu 10 Duct Shape Size Input J u 12 4 Normal Measurement esses
49. rea See Figure 2 An equal number of readings are taken from each circular area thus obtaining the best average Please refer to ASHRAE Standards 8 6 2 3 The Traverse for more details The following shows the procedure with CLIMOMASTER DISPLAY PROCEDURE HENU i HORMAL E 2 DUCT Press feni g zn I Use va and select 4 FLOW RATE LE ru RE ZERO Press ser lt To Set SAMPLING TIME Usel and select 1 SAMPLING TIME He 1 SAMELING TIME 8 s E d EUM MN ATA STORAGE YES us Wah HD 1 Use and select SAMPLING TIME 1 to 999 115 START Press Press FLOW RATE MODE DISPLAY ICONS 1 SAMPLING TIME 1 to 999 sec Total Memory To set the length of sampling time of measurement Remaining Memory Available 2 No TRIAL N 1 to 999 times To set the number of trials data needed of desired sampling time 3 MEAS POINT 1 to 999 points To set the number of measuring point that you are going to measure 4DATA STORAGE YES or NO 5 DUCT ENTRY NO Select the duct entry number of the duct that you are going to measure 6 SET TO START Save the setting and return to standby lt Set No TRIAL Use and select 2 No TRIAL N Press k 5 5 ETC 4 STORAGE gt YES Usel and select No TRIAL 1 to 999 5 DUCT ENTRY 1 S SET
50. s MENU KEY Press once to access the main menu If you press this key while measuring or setting this key will work as CANCEL and bring you back to the main menu stat PaL Normal Mode When you first turn on T iP E To input duct shape and size ALEC ULAT I Calculation Mode EA To measure flow rate Mn P To download data to your PC or printer To delete data To set date time and unit E SE Zero adjustment Optional Mz 1 3 1 4 ET d D i L Ti ml Lil II START HOLD KEY This key will starts and stops the calculation and or measurement Also works as a hold key NAVIGATION KEYS D In the Normal Mode this key would allow you to select the time constant from 1sec 5sec and 10sec 2 Press this key to scroll in the desired direction MODE KEY You can select the mode accordingly Flow Rate SET KEY Air Temp Press the key to execute the selected item Humidity Air Velocity Optional Humidity only available on MODELAS31 and A533 1 CLIMOMASTER Anatomy 3 1 9 Probe Unit mm There are 5 different types of probe available for the Climomaster The model number of the Climomaster matches that of probe which is included in the package EPROM with calibration data is stored in the grip section of the probe which enables you
51. suring Condition of Icons and its Meaning Us Output of Measuring Units 2 Ka Output of Duct Shape Size a Return or Press Enter Output of Page Number 3s A Number Output of Stored Data Output of Measuring Condition of 0000000 will be displayed for humidity on MODELA541 Stored Data A542 and A543 Output of Measuring Condition of All Pages 7 5 1 Transmission of On Time Data DISPLAY PROCEDURE Example Air Velocity Mode and typed uuu 19 55526 8 25573 48 uuu Q 51 55526 8 ouu 73 52 uuu Q 61 55527 55576 18 uuu 24 55527 0 5577 52 uuu 15 5526 9 55576 04 Set Number of Data Needed Press D 2XMust type 4 digits After AD the data will be displayed Each data represent 1 of measurement If you ask for 20 data it takes approximately 20sec to display The maximum number that can be set is 999 you need more re send the command Output Content gt Air Velocity Mode Velocity Temperature Humidity Flow Rate Mode Flow Rate Temperature Humidity Pressure Mode 0000000 0000000 Pressure 0000000 will be displayed for humidity To gt Press on MODELA541 A542 and A543 DISPLAY PROCEDURE WH 01 200 55300 uuuu nm To Download Measuring Conditions gt Press Ss After AS the data will be displayed
52. ting will not be saved 8 Other Settings 37 8 Other Settings 8 1 Date DISPLAY PROCEDURE MAL i 2 DUCT 3 CALCULATION 4 FLON RATE Rp TYPE ss Press MENU I Use to select 7 UTILITY Press ANALOG QUT 4 TCCT H P5 PUT SET Pa Use V to select 1 TIME ADJUST Press 55 Fm t Use to select IL STYLE or 2 DATE EC m Press ser I STYLE Select JP US or EU Japanese style JP YYYY MM DD US style US MM DD YYYY EU style EU DD MM YYYY 2 DATE Date 3 TIME hour minute sec pe Use ser to select the desired item Use to change the setting Press to move the cursor back to 1 or 2 1 INFO lt Save the Setting gt F o Use to select 3 SAVE INFO Press ser you press before you save you will return to Menu and the setting will not be saved Date of the output to the display or printer is depend on this setting But the style of the output to digital port RS 232C is fixed as Japanese style 8 Other Settings 38 8 2 Units and Baud Rate X Units Conversion Table gt Velocity 1m s 196 FPM Temperature T F 1 8x 32 Flow Rate 1m h 35 32ft h DISPLAY PROCEDURE HOR TIAL LATION Press ent
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