User manual - Kimo Canada
Contents
1. Ill4b Activating deactivating the analogue inputs DIS Analogue inputs Select channel 1 i ON OFF Set decimal point postion 0 00 5 You may activate or deactivate the analogue inputs of the ATE300 and ATT300 displays in order to show 1 2or3 channels To activate an analogue input choose the channel you need and select ON in the zone shown beside To deactivate the analogue input select OFF Set decimal point position 0 0 You may also modify the position of the decimal point click on the right side of the zone Set decimal point position to display the list of the o o pre set options see beside t Lec Oo OOE O C Pa mm0 inw mbar mmitg CP301 0 100 0 102 o0 0401 o s100 epatz 0ass00 oassio oasz00s oas cps oazo oastozo oassots osoo Pa mmH20 inwy mbar mmHg KPa PS cpant oastoo0 oastoz0 oas4ois casio oaerso CP202 0a t0000 oaz10200 0 40 15 oasto0o0 oas7so0 042000 oass00 oas375 oasso0 oas750 ms ipm oaseona oaaz000 osso osama vason lil5 Setting ofalarms relays Generalities Channels Inputfoutput Alarms Parameters Air velocity flow Buzzer Security level of alarms The tab Alarms gives access to all the information relative Cc ON OFF c Positive o Negative to the configuration of the alarms relays Relay 1 Relay 22. Control Panel then Install Uninstall programms In the field Installation Uninstallation click on KIMO LCC 300 and follow the instructions 14 Launching the software To run the LCC application e Click on the icon from your desktop OR Click on Start Programms and LCC 300 To access or to modify the configuration please follow the instructions as shown below Step 1 power the transmitter up see technical datasheet Step 2 wait a few seconds while the transmitter initializes Step 3 connect the transmitter to the PC via the RS 232 cable You can connect the transmitter to the PC before or after the launching of the software Connection to PC Rs232 connection to transmitter e f you connect the transmitter to the PC before the launching of the software the message shown beside appears Then click on Yes to access to the configuration parameters cf P3 15 Hae 300 If you connect the transmitter to the PC after the launching of the software you directly access to the 2 main menus of the LCC 300 DD Read configuration from transmitter Read configuration Open configuration from database De e Iil 1 Principle Function READ A CONFIGURATION When opening the LCC 300 software o two buttons appear on the screen Read configuration Read configuration e Open configuration from database Open config
3. LED1 LED 2 Activate deactivate the buzzer Select channel Security level of alarms 1 Pa Tags for alarms relays and LED color control EEEE E Select the channel for visual alarms and relays Rising edge mode and delay o Explanations of alarms mode available Set the set points and time delay Setpoint 1 of the alarm Delay 1000 Pa 0 eee Setpoint 2 of the alarm 300 200 In case of alarm a beep is activated Buzzer For more information on the setting of the set points see page 10 Buzzer To activate the beep select ON in the Buzzer zone C ON To deactivate the beep select OFF Class 30 0 Class The relay outputs are pre set on negative security level the relay is excited in case of alarm Via the software you can configurate the relays on positive security level then the relay is deexcited in case of alarm or power cut To select the negative alarm condition click on Negative in Security level of alarms zone To select the positive alarm condition click on Positive Security level of alarms Security level of alarms a Positive ie Negative Class 3 00 Class Visual and audible alarms Transmitters from class 200 and 300 except the displays have 2 visual audible alarms located on the front of the transmitter In case of alarm they give an immediate visual and audible signal LED color control for alarms Green The al
4. Air velocity flow show all relative information regarding the configuration of the transmitter Click on the tab required to display the information Type of transmitter Generalities Channels input output Alarms Parameters Air velocity low lll 2 Configuration of the display andthe keypad 7 Designation Serial N Software version The tab Generalities gives you access to different information Ea Se 96 relative to the communication of the transmitter to its display is and keypad Remote control code Keyboard locking Options Transmitter channel for the infrared remote control 0 H Display BERA i ON OFF Modbus RS 232 communication Air velocity flow Slave address Modbus Keyboard locking R5 232 communication Backlight Back light m kesri G eo z ON e OFF Display contrast setting 2 Slave N Modbus Contrast setting SP serial NF 1 04 05 0012 You can change the transmitter channel number for the reception of the infrared remote control signal The advantage is that you can pilot several transmitters with only one remote control especially when the transmitters are side by side Channel Remote control code T To change the channel number of the transmitter use the arrows on the right side of the zone Remote control code or directly enter the value Transmitters from class 300 have a RS232 output and a RS485 digital output Modbus network system op
5. a a a ep Coane p 17 IV Transfering a configuration to the transmitter n p 17 V Saving a configuration A Read oso aa ene a Pn ee ne feo E ee ee ee p 18 V 2 Saving a configuration aaaeeeaa b bebe bebe bbb EEEE EEEn rn p 18 Vli al 5 ae ce ee en ee cee E AA e EAE TEE EA p 19 VI 2 Opening a configuration cee bbb rrr errre p 19 VI 3 Transfering a configuration 20 00 0000 cee EEEa p 20 VI 4 Deleting a configuration 000 cee nti EEan p 20 Vil Main menu Commands Menu cee ebb b be bbb t bb bbt tt bbtttt tenet inne p 20 Parameters MENU ebb bette t EIEEE EEEE P EEEE REEERE EEEE EE p 20 i ME e E E e E eee p 20 l1 Minimum recommended configuration Pentium II 300 MHz 32 Mo RAM gt CD Rom drive Windows 98 NT4 XP e 20Mbfree on hard disk Minimum resolution 800 x 600 1024 x 768 recommended Serial communication port RS 232 Internet Explorer 6 0 or better 12 Installing the software Insert the CD into the CD Rom driver The KIMO welcome window appears automatically lf the installation does not automatically begin click Start and click Run In the Run dialog box enter d detup d is the letter of your CD Rom driver then click OK l Minimum system requirements 13 Uninstalling the software To uninstall the LCC300 it is required to have the rights under NT and to use the Windows tool Go to the menu Run Parameters
6. elec cee cette teeter ee p7 Ill 4b Activating deactivating the analogue inputs p7 II 4c Conversion chart 0002 aeaaeae eE EEEE EEEE EEEE E EEEE EEEE EEE ran p8 Ill 5 Setting of alarms relays 000aaaa aaaea b bbb bbtt ti bbnet inne p8 Il 5a Activating deactivating the buzzer eeeereerrrrerrrrernn p8 Il 5b Security level of alarms 22 2 0 cet b bbb bbb tt tb eettt ne p 8 Il 5c Tags for alarms relays and LED color control p9 Visual and audible alarms 2 20 0 0 00 e nee ne es p9 E e EEE E N EINE EEE POE EEE p9 Il 5a Selecting the channel for visual alarms and relays 000 00 0 p 9 Ill 5e Explanations of available alarms mode 00 0000 0 00 occ cece cece cece ce een p 10 11 OS CDH ON arse pened ara sane i eae aa eee RE AERES EENE p 10 Available Configurations 2 0 0 0 60 00 cc aaaeeeaa araara p 10 11 III 5f Alarm selection sac isc t5 55 te cae cet ctseeciecedseapen dad stare inaes a oeaSadadelactnipiesined pustasdeepoebees gedaan p 11 Il 5g Setting the set points and time delay p 11 IPO sg seoecccan cence cece ee E sees eeepc ce pee ate oeaeees p 11 Dea asia a seo sg ee ee heres p 11 Ill 6 Configuration of pressure measurement e cence eens p 12 Ill 6a Pressure Integration coefficient p 12 Il 6b Time delay between 2 self calibration cece p 12 lll 7 Configuration of humidity measurement 0 rreren p 12 Il 7a Setting the offset in humidity and te
7. this calculating process and a velocity channel then the transmitter will show an error type 4 cp 10 avoid this situation 300 Select an airflow unit for channel 1 2 3 or 4 Instead select the airflow factor a circular or rectangular duct in the zone Duct type Rectangular duct Duct type Flow coefficient For airflow coefficient select Flow coefficient in the zone Duct type The zones Flow coefficient Cd and Pressure unit for Cd calculation are activated You can then enter an airflow factor and a pressure unit Use the arrows located on the right side of the first zone or directly enter the airflow factor value required from 0 01 to 999 99 Click on the arrow on the right side of the second zone to display the list of the pre set units according to the transmitter used CP201 and 202 CP203 and 204 CP301 302 303 CP304 Pa PSI Flow coefficient Cd pe 1 02 Pressure unit for Cd calculation mmH20 inWg inWg mmHg mmHg LCC Generalities Channels Inputfoutput Alarms Parameters Air velocty fiow Purge Mode The purge mode enables to freeze the measurement when being displayed enables to lock the analogue outputs Seana HENE and to activate the relay 1 in order to actuate a de dust w a a 2 system of an air movement conditions system and to activate the relay 2 in order to isolate the transmitter Ill
8. 300 transmitter sends 1 value 2 analogue inputs 0 10 4 20mA available Channel 3 Channel 1 or Channel from transmitters 1 2 and 3 2 according to the configuration of Class 200 300 transmitter see user manual of Class 200 300 and displays them on the display via the RS 485 connection Class 300 200 Generalities Channels input output Alarms Parameters Air veiocityilow The tab Channels gives access to the measurement channels of the transmitter Transmitters from class 300 hrda have 4 measurement channels You can activate 1 2 3 or 4 Da channels and select a measurement unit for each channel Transmitters from class 200 have 2 measurement areas channels You can activate 1 or 2 channels and select a AHO a measurement unit for each channel A channel is activated when a measurement unit is displayed A channel is deactivated when the display shows None To modify a measurement unit or deactivate a channel click on the arrow on the right side of the zone corresponding to the involved channel the list of the pre set units including None is displayed Available Units CP300 en Pa mmH20 inWg mbar C F m s fpm m h L s cfm m s CP201andCP202 Pa mmH20 inWg mbar mmHG m s fom m h L s cfm m s CP20sandCP204 sti mbar inWg KPa PSI mmHG m s fom m h L s cfm m s THSOOandTH200 C F HR g Kg Absolute Humidity p C Dew Poi
9. KIMO Pressure Temperature Humidity Air Velocity Airflow Sound leve ye INSTRUMENTS LGC I EEEE 7 P he 4 for Class 200 300 and displays lt r p y 1 Minimum recommended configuration occ erreen p 2 2 Installing the software inn b inet lbinttttrrennee p 2 3 Uninstalling the software aaeain b eter EEEE p2 4 Launching the software aeaaaee aaaea EEEE EEEE EEEE EEEE EEEE Ean p2 il Connecting the transmitter n p2 lll Configuration of the transmitter Mis PAINEIDEN A E E Sia nance E E eonine p3 Ill 2 Configuration of the display and keypad oo cece p4 IIl 2a Channel of the transmitter for the infrared remote control 0 000 00000 eee p4 Iis RS 23A COMMUNICAUGN s oer ES p4 II 20 Slave address oo beet EEE EEEE EEEE EEEE EEE rnan ran p4 IIl 24 Locking the KE VDOANG cece 2 0isadeniniau bisaad sab shede aseshey iativnd eaotan da shut hoarietaapadiiew otha p 4 M26 GMO E A E N E E she yoree E E EE p4 Il 2f Display contrast setting 000 000 00 cece tebe beet nbtttinnttiinetinees p5 Ill 3 Configuration of the channels and units of measurement es p5 Ill 3a Input Configuratio s snesasiroenre orn reenen p eaaa p5 II 3b Units and channels aaeeea cee bet bet bbb tt nennen enan p 5 Il 3c Management of configurable units 222 0000 cee tere p7 Ill 4 Management of analogue outputs 0 00 p7 IIl 4a Setting the analogue outputs 22
10. Non contractual document We reserve the right to modify the characteristics of our products without prior notice
11. a Activation deactivation of purge mode To activate the purge mode select ON in Fonction Purge zone To deactivate the purge mode select OFF Delay 10 Sec Purge Function e ON 5 OFF lll9b Working duration of purge mode 300 For manual setting of working duration of purge mode use the arrows located on the right side of the Purge on time zone or enter the value directly from 1 to 60 sec 300 For manual setting of frequency use the arrows located on the right side of the Purge Purge Off Time off time zone or enter the value directly from 1 to 9999 min 60 300 Once the purge is finished time delay is a time period before the transmitter returns to measurement mode and before the analogue outputs are reactivated For manual setting of time delay use the arrows located on the right side of the Delay zone or enter the value directly from 0 to 60 sec t Lec Problem Solutions Configuration conflict between the alarms e Check the condition of the 4 alarms and of the 4 channels setting and the displayed activated Ex If an alarm is configurated on an inactive channel 1 2 3 channels or 4 the error mode is activated You must deactivate the channel on which you want to set an alarm condition Activating a channel see page 5 Configuration of alarms and relays see page 8 N
12. and Setpoint 2 of the alarm or directly enter the value Setpoint 1 of the alarm 10 00 Setpoint 2 of the alarm 20 00 D The values to enter depend on the measurement unit _ selected and not on the measuring range of the transmitter Ex For a pressure transmitter type CP303 0 to 1000 Pa with reading in mmH O the set points must be configurated on a measuring range between 0 and 102 mmH20 See conversion chart page 7 na NOTE If after setting the set points the measurement unit has changed see page 5 then you must re configurate the NOTE set points according to the new measurement unit Delay To adjust the time delay use the arrows on the right side of the zone Delay ou directly enter the value from 0 to 60 sec ts Lee lille Configuration of pressure measurement Generalities Channel Inputioutput Alarms Parameters air welocity flowy Pressure integration coefficient 0 to 9 300 aino 5 The integration factor allows to smooth the Aeman day mmes ca torn a amm measurement to avoid inadvertent fluctuations New value displayed 10 factor x New value Factor x Old value 10 This formula can be applied when the fluctuation is lower than Factor x 10 Pa Example CP303 0 1000 Pa Previous measurement 120 Pa New measurement 125 Pa The pressure source being stable the user chooses a low integration Integra
13. arm is activated but there is no alarm condition Alarm n 1 Alarm n 2 Red The alarm is activated and the ALi ALF transmitter is in alarm condition None The alarm is not activated When the LED turns red it means that not only the NOTE setpoints but also the time delay and the edge were taken into account See page 10 for more information Beep Once the alarm is activated the beep ro remains on as long as the condition is JA respected The buzzer must be activated to get the beep NOTE See page 7 Relays Transmitters from class 200 and 300 except the displays have 2 visible relays on their electronic card Each one of these 2 relays have a LED for an immediate visualization in case of test LED of relay n 1 LED color control for relays Red The relay is activated None The relay is not activated or was not configurated When the light turns red it means that not only the setting of the set points but also the setting of the time delay of the edge and most particularly of the level of alarm security were taken into account Set points time delay and edge see page 10 Secure the alarms see page 7 BEEP alarme Relay 1 Relay 2 LED1 LED 2 Transmitters from class 200 and 300 except displays have 4 alarms Select channel 2 visual and audible alarms LED 1 and LED 2 ooa 2 relay alarms Relay 1 and Relay 2 Therefore the transmitter can be configurated a
14. atabase or go into Commands and then click on Open Open a configuration a3 Open configuration trom database configuration from database see page 18 The window a shown beside will be displayed CP 200 300 CPA 300 CP201 To choose a configuration C TH20030 THA300 Cpa cp i r CP304 04 11 2004 09 35 48 e First select the type of transmitter that you j oe me CP304 22 06 2008 11 48 22 want to configurate first box ences une The configurations saved are displayed in R epea the second box C EPK gt Then select the configuration required C HTP 300 ex to choose a configuration for a CP300 pressure transmitter select CP 200 300 in the first box The list of the configurations saved for CP 300 is then displayed in the second box First box Second box TRANSMITTER TYPES CONFIGURATIONS Conliguahion name Ifyou choose a transmitter type for which no configuration was done the message Mo configurator NOTE No configuration will be displayed in the second box Open a configuration To open a configuration click on the name of the configuration required as explained page 17 yee The name chosen is then displayed in a coloured zone Click on Open The window shown beside asks you to confirm the opening Then clickon Yes Open configuration To transfer the configuration to a transmitter which is connected click on the writing bar or go into mii oe Commands and click on Write
15. ative security Excited Position of the relay Not excited Positive security Configuration N 2 1 set point time delay and rising edge Measurement Alarm condition lt T gt Time delay Set point 1 Time Excited Position of the relay Not excited Negative security Excited Position of the relay Not excited Positive security Configuration N 3 1 set point time delay and falling edge Measurement Alarm condition lt T gt Time delay a Set Point 1 Time Excited Not excited Position of the relay Negative security Excited Not excited j z 300 Class lll5f Alarm selection 200 To select the alarm mode click on the arrow on the right side of the zone Alarm selection to display the list of Position of the relay Positive security Control mode Setpointl Setpoint and delay Rising edge mode and delay the pre set functions AF alling edge mode and delay No alarm Control mode Set point 1 Set point 2 and delay N 1 seepage 9 Rising edge mode and delay N 2seepage 9 Falling edge mode and delay N 3 see figure above E It is possible to select 1 different mode of alarm for each relay Relay 1 and 2 and for each visual _ alarm LED 1 and 2 Ill5g Setting the set points and time delay ELL 200 Set points Set points To set the alarms set points use the arrows on the right side of the zone Setpoint 1 of the alarm
16. ccording to 4 different types of security instructions To select the channel to which you want to send the instruction use the arrows located on the right side of the zone Select channel or directly enter the value from 1to 4 200 Description Set point The set pointis a limit that once exceeded will activate an alarm or a relay for more information on negative security see page 7 Time delay Once the set point is exceeded the time delay will postpone the activation of the alarm relays Once the delay secondes is over and in case the set pointis still exceeded the alarm relay will be activated in negative security Edge The edge allows to decide of the alarm action rising or falling or the excitation of the relay e Rising edge the alarm is activated when the measurement goes over the set point Falling edge the alarm is activated when the measurement goes under the set point Available configurations Configuration N 1 2 set points and time delay Set point 1 gt Set point 2 Measurement Alarm condition lt T gt Time delay Set point 1 Set point 2 Time Excited Position of the relay Not excited Negative security Excited Position of the relay Not excited Positive security Set point 2 gt Set point 1 Measurement Alarm condition lt T gt Time delay Set point 2 Set point 1 Time Excited Position of the relay Not excited Neg
17. configuration see page 18 Bomtinm WI3 Transfering a configuration To transfer the configuration parameters to a transmitter please open the configuration required see page 15 Click on the BE writing bar or go into menu Commands then Write Writing bar configuration see page 18 Deleting a configuration Wi4 Deleting aconfiguration To cancel a configuration click on the name of the configuration required as explained page 17 The name is then displayed on a blue blackground Click on Cancel The window shown beside appears to Delete configurationCP201 ask you to confirm Then click on Yes onary ae m Read configuration see page 3 Save configuration see page 16 Open configuration from database see page 17 Write configuration see page 15 Quit to quit the LCC 300 software Select COM port to modify the communication port used Select language to choose the language Tips to allow the display of E helping windows ia Options is exclusively used by KIMO s Aftersales Service Info to access to the details of information relative to the software name and version Lec 300 Application Yer 2 3 0 0 http ias Kimo tr EXPORT DEPARTMENT Boulevard de Beaubourg Emerainville BP 48 A 77312 MARNE LA VALLEE CEDEX 2 Q Tel 33 1 60 06 69 25 Fax 33 1 60 06 69 29 Ref NT ang LCC300 13 07 10 RCS 24 P rigueux 349 282 095
18. de of the zone or directly enter the value required op Illsc Input of air velocity correction coefficient 200 210 With this correction coefficient you may adjust the transmitter according to the air velocity data of your installation 1 This function is only available on transmitters type CP 200 300 optional SQR and CTV 200 210 310 How to calculate the coefficient For example you know that the air velocity in your duct is equal to 17 m s and that the transmitter shows 16 6 m s Then the coefficient to be applied is 17 16 6 thatis to say 1 024 Air velocity coefficient Cy Air velocity coeff Cv 12345 Input of coefficient Air velocity correction coefficient Use the arrows located on the right side of the Air velocity correction coefficient Cc zone or directly enter the value requested from 0 200 to 2 000 lild Selecting the duct type and the flow coefficient Rectangular Itis possible to work from a type of section rectangular or circular or from flow coefficient for airflow measurement ae Rectangular duct 1 This function is only available on transmitters type CP 200 300 SQR and CTV 200 210 310 For rectangular duct select Rectangular in the zone Duct type The zones Length and Width are activated You can then enter the rectangular Recaro duct length and width in inch or mm Use the arrows on the ri
19. enter the value from 0 to 10 Ills Configuration ofthe channels and units of measurement Classe DIS Input Mode ATT 300 and ATE 300 displays have both 3 analogue inputs 0 10V or 4 20mA 1 RS 232 digital input and one RS 485 digital input MODBUS system 2 different inputs are available analogue and digital inputs The tab General Info gives access to the selection i Numeric Analogic of input required 2 configuration types available L 0 10V analogue input a RS 485 digital input LJ RS 232 digital input 1 Display of a measuring system values via 2 Display of a measuring system values via Analogue inputs and RS 232 Digital input ATT 300 or ATE 300 If you want to use the V1 V2 V3 analogue inputs first of LI LIL g 9 4 ATT 300 orATE 300 all you have to position eee 0 10V or 4 20mA PRE the DIP switch according EL a transmitter E output output transmitter K to the signal input you require see page 2 of the Pan ay display user manual in 2 transmitter 1 N eer ATT 300 or ATE 300 10V or 4 20m V3 P co a V1 V2 KIMO transmitter transmitter transmitter f4 0 40V or 4 20mA 3 transmitter y Output EEEE When connecting a Class 200 300 transmitter via RS 232 cable 2 solutions of connection are available 1 gt Class 200 300 transmitter sends 2 values 1 analogue input 0 10V 4 20mA available Channel 3 Example the supervision system gets the data 2 gt Class 200
20. flow click on the writing bar to transfer the new data to the transmitter Designation Serial N7 Software version CPa04 03 12 0012 1 0 Writing bar after modification and before transfer to the transmitter If you transfer a configuration that does not correspond to the type of the connected Incompatible transmitter transmitter class and or parameter the message beside will appear 18 V1 Principle Using the function Save configuration you can record different configurations in a database and also the modifications W2 Saving a configuration Please follow carefully the different steps as below e Using the Read configuration function read the parameters of the transmitter e Makesome modifications if required e Write the new configuration after having modified ite animation E R e In the menu Commands click on Save configuration Writing bar The first step is to transfer the new configuration to the transmitter by clicking on the writing bar Then you can save itin the database Save configuration The window shown beside appears On the bottom of the window the field enables you to name each saved configuration Save configuration If you do not fill it in and by default the date and time of save will be displayed Note the names of the configuration re preceded by the name of the transmitter which is connected Data field enbales to give a name any conf
21. g temperature in C or F Use the arrows located on the right side of the zone or directly enter the value ore Manual compensation Select temperature compensation mode IT comp value Fixed temperature compensation e Tcomp 3 2 lt f 199 lf you compensate the temperature in Celsius degrees the software will automatically make the conversion into Farenheit and vice versa lllsb Selecting the air velocity coefficient ar Since pressure and differential probe are used to calculate the air velocity you must enter the differential probe coefficient value The coefficient of the Pitot tube and of the Debimo are both integrated in the transmitter 1 This function is only available on pressure transmitters type CP 200 300 optional SQR Automatic input of coefficient Select air velocity probe Air velocity coefficient Cv Automatic input of coefficient For automatic setting of the air velocity coefficient select Debimo or Pitot in the zone Select air velocity probe according to the differential probe to be used Air velocity coefficient Cy Manual input of coefficient Select air velocity probe Manual input of coefficient For manual setting of the air velocity coefficient select Air velocity coefficient Cv in the zone Select air velocity probe The zone Air velocity coeff Cv is activated Use the arrows located on the right si
22. ght side of the zones or directly enter the required value Length 394 a inch 100 mim Width 1 97 inch 50 min oa OTe If you enter the length and width in inch then the software will automatically make the conversion into mm and vice versa ts Lee Circular duct This function is only available on transmitters type CP 200 300 SQR and CTV 200 210 310 Circular duct For circular duct select Circular in the zone Duct type The zone Diameter is activated You can then enter the circular duct diameter in inch and mm Use the arrows located on the right side of the zones or directly enter ones Circul the required value Circular o Diameter o3 inch 10 4 mim Of If you enter the diameter in inch then the software will automatically pele make the conversion into mm and vice versa Flow coefficient This coefficient allows to calculate airflow using pressure It is indicated by the manufacturer who supplies the system equiped with pressure intakes et The square root of the measured pressure Delta P and the factor will enable you to get the airflow Airflow C x VA Pressure This function is only available on transmitters type CP 200 300 SQR l With this calculating process you will not be able to read air velocity anymore If you activate
23. iguration saved Confirm Save correctly done m omini K Configuration sawed Clickon Cancel to cancel the save orclickon OK to continue By clicking on OK the window beside is displayed Click on OK to return to the main menu If you save a configuration with a name that already exists for the E same transmitter the message shown beside will be displayed AN wee go EA a ene Click on OK to come back to the initial save window Enter a new name and then click on OK D Function OPENING A CONFIGURATION When launching the LCC 300 software two buttons are displayed Read configuration Read configuration Open configuration from database Open configuration from database Vi1 Principle Using the function Open configuration from database you may access to the database of all the different configurations saved Then it is possible to match one configuration with one or several transmitter s You do not need to make the configuration each time e Open a configuration e Transfer a configuration to one or several transmitter s e Deletea configuration Lcc Jg x If you click on Open a configuration without having previously saved any configuration the message shown beside will appear See chapter IV Save a configuration y k Configuration database empty Wi2 Opening acontiguration To open a configuration click on Open configuration from d
24. l the unit you need is created see l i l figure 2 lil4 Management of analogue outputs Ill4a Setting the analogue outputs 300 Generalities Channels Input output Alarms Parameters Air velocity slow Minimum output value of channel 1 1000 This function allows you to modify the measuring SORT Ter RE i range of your transmitter and to link the limits of this 1000 new measuring range to the analogue output 0 10V or 4 20mA You must enter the measuring range required Pl REL a 100 0 mmH20 Maximum output channel 2 The values depend on the selected w0 H mmH20 measurement unit and not on the transmitter measuring range Example the minimum and maximum limits on a pressure transmitter type CP303 0 to 1000 Pa with reading in mmH O must be configurated on a measuring range from 0 to 102 mmH2O See conversion chart for measurements units page 7 To modify the minimum and maximum value of the transmitter analogue output s please use the arrows located on the right side of zone Minimum output value and zone Maximum output channel or directly enter the new values 1 Our recommendation delta between minimum and maximum gt 5 of the measuring range OTe In case the measurement unit was modified while configurating the analogue outputs see page 5 then the NOTE outputs will have to be configurated again with the new measurement unit
25. ment optional which enables you to adjust in humidity and temperature a w e is are p instru optional whi you ju y p 1 m can carry out on site adjusting my we Your transmitter is always available See technical datasheet and user manual of EHK 500 i S l 300 For transmitters with version lt 1 6 For transmitters with version gt 1 6 300 In the tab Settings you can enter the offset in humidity and temperature Nota the offset in temperature can be entered either in C or in F automatic conversion If your transmitter is adjusted in humidity and temperature with the EHK 500 you can reset the offset whenever you want Click on the tab Settings then on the box Initialzsation of the window Offsets of humidity and temperaturee Generalities Channels Input output Alarms Parameters Offset ranges RH 50 0 to 50 0 Temperature and humidity offsets initialisation 50 0 to 50 0 ts Lec llla Configuration of air velocity measurement The tab Air velocity flow gives access to all the information about air velocity and air flow measurement Temperature compensation mode Select air velocity probe Select air velocity correction coefficient Select duct type or flow coefficient It is possible to modify the temperature compensation value Indeed the air velocity and the airflow measured with a Pitot tube and or Debimo or with any othe
26. mperature 000 0 oon p 12 Il AG OMS OUTS SOM sv roserne eer a i ara a S iaaa EE eE aR REER p 12 lll 8 Configuration of air velocity measurement cece p 13 Ill 8a Type of temperature compensation cece rirerire nen p 13 Automatic compensation 0 ccc cece esce ees cee aaeoa EEEE EEE EEEE EEEE EEEE EEEE p13 Manual compensation 20 0 EEEE p13 IIl 8b Selecting the air velocity coefficient reren p 14 PRU OMNI INDU OF COEMGIN race aiesiece tetas eceecenepe tat a EEE p 14 Manual input of the coefficient 00 0 0 c ene ce rererere rererere p 14 Il 8c Input of air velocity correction coefficient p 14 How to calculate the coefficient 20 00 00 c eee tenet e ene n eee p 14 input OF the coeficient a sh ccrc5 su spinissanatnsstcconidenesad enews a epe A EEr a AERE p 14 IIl 84 Selecting the type of duct and the flow coefficient 00 000 oon p 14 Rectangular QUCT sso vanimicenxp iin arcane aenep sack wei nace EERENS E Sie LEEENA EEEE EENEN p 14 c UI UCT e E tas aie eee E E es Soe p15 Flow coefficient 32 occas saicwenerinorniiadrniivsieviatseovdesnbadtisehesdhesrediiesierivenyaaendes p15 Ill 9 Purge mode 00 a bette EEEE EEEE EEE EEE EEEE EEE EEEE EEEE p 16 IIl 9a Activation deactivation of purge Mode erenn p 16 Il 9b Working duration of purge mode o oo cece ec rrrrere rnrn p 16 II 9c Frequency nnn EEE EEE EREEREER EEEE nn p 16 Mosin S e E E R E EA p 16 Maos ENO COUS seeren R R
27. nt Td F DewPointTd C Wet Temperature Tw F Wet temperature Tw KJ KG enthalpy i TT300 nn C F CTW200 210 310 m s fom C F m h L s cfm m s ATT300 and ATE300 m s fom m h L s cfm m s C F HR PSI Pa mmH20 inWg KPa mmHG mbar g Kg C Dew Point Td F Dew Point Td C Wet Temperature Tw F Wet Temperature Tw KJ Ko TA For CP300 and CP200 series the transmitter must have the SQR option in order to activate the velocity and flow units This tab also allows to display measurements by clicking on Measure button a window opens and indicates value and units for each activated channel To close the window click on Close button Generalties Channels Inputioutput Alarms l Parameters Purge Mode Unas channel 1 Pa Uinds channel 2 of Unis channel 3 None Uns channel 4 Mone ka hleasure Units Wa CP301 Channel number Value lll3c Management of configurable units The ATE300 and ATT300 displays can have a specific unit Segment the configurable unit It allows to add a new unit to the existing list of pre set units e Selectone channel e Select Configurable Unit On the right of the channel Figure 1 Figure 2 the outlines of the 4 digits appear figure 1 Click on the a A m j segments required to activate it jan FAN A A e Repeat the process til
28. o activated channel You must at least activate 1 channel to avoid this error code Activating a channel see page 5 Humidity probe TH 200 300 or SPI CP e Connect the probe SPI see SPI user manual 200 300 CPE 300 not connected Temperature probe TT300 not connected Only for CP 200 300 e Select an airflow unit for channel 1 2 3 or 4 see configuration of the channels page 5 One channel is configurated for velocity 3 page 5 see page 5 and the function to calculate airflow page 14 is on position ta airflow factor This combination is not allowed e Instead of the airflow factor select a circular or rectangular duct see page 13 Lee bee beeeeeeeee este eeeenees IV Transfering a configuration to the transmitter Writing the configuration Writing bar when opening a configuration Write configuration Generaities Channels input output Alarms Parameters Air velocity fiow There is a writing bar above the configuration tabs When the configuration of the connected transmitter is displayed or when you open a pre set configuration the writing bar is shaded When you modify a parameter the writing bar turns red Itmeans that the configuration displayed on the software screen is not the same anymore than the one of the transmitter Once all the required modifications were made generalities channels inputs outputs alarms parameters air velocity
29. r differential probe depends on the working temperature Air velocity correction coefficient Cc Select temperature compensation mode Teompvaue ii Ts ae 19 3 Select air velocity probe Air velocity coefficient Cy oo inch o mim Flow coefficient Cd Generalities Channels input output Alarms Parameters Alr velocttyitlow 0 200 Fixed temperature compensation Toomp Air velocity coeff lv 1 2345 m Rectangular Width 0 00 inch 0 miT Pressure unit for Cd calculation Therefore it is necessary to enter the working temperature in order to get more coherent results This value can be either entered manually or with the help of a thermocouple K probe for an automatic temperature compensation CP Automatic compensation 300 For automatic setting of the temperature compensation select External probe temperature in zone Select temperature compensation mode Automatic compensation Select temperature compensation mode External probe temperature Once the configuration process of the temperature compensation is over make sure the connection of the thermocouple K probe is OK Manual compensation For manual setting of the temperature compensation select Temperature compensation Value in the zone Select temperature compensation mode The zone Fixed temperature compensation C is activated Then you can enter the workin
30. tion 1 maximum fluctuation authorised 10 Pa The fluctuation is inferior to 10 Pa therefore we can use the formula to calculate the integration Next measurement displayed 9 125 1 120 10 124 5 that is 124 Pa If the new value had been 131 Pa the next value showed would have been 100 of the new value that is to say 131 Pa To set the integration value click on tab Parameters and use the arrows located on the right side of the zone Pressure integration coefficient or directly enter the value from 0 to 9 Factor 0 no integration Factor 9 maximum integration reading more stable CP 300 CPE 300 To set the time delay between 2 self calibration click on tab Settings and use the arrows located on the right side of the zone Time delay between 2 self calibration or directly enter the value from 0 to 60 min Time delay 0 no self calibration Time delay 60 maximum delay between 2 self calibration 60 min Ili7 Humidity measurement configuration TH 300 _ 200 In order to avoid any drift of the measurement you can add an offset to the value displayed by the TH 200 300 via our reference portable instrument EHK 500 or via the LCC 300 software l Function only available on humidity transmitters TH 200 300 via the RS232 connection cable This new system is time saving no need to return the transmitter to our factory you The EHK 500 i ference portable instru
31. tional Via the RS232 you can receive the data 2 measurement channels maximum measured by a transmitter from class 200 300 or send the data to another transmitter from Class 300 If you wish the transmitter to send its data to another transmitter via the RS232 then you will not be able to use the RS485 digital output Modbus optional RS 232 To send data via the RS232 select Transmission mode in the field RS 232 Communication Sarl inl a To receive data via the RS232 select Reception mode in the field RS 232 Communication One ae vee Modbus slave N Modbus To modify the transmitter slave address Modbus network use the arrows on the right side of the zone Slave number Modbus or directly enter the number Keyboard Keyboard locking For safety reasons you can lock the keypad When locked the keypad will not respond same as on mobile phone To lock the keypad select ON in Keyboard locking To unlock the keypad select OFF E pe The back lighting makes the reading easier when the ambient light is too faint To activate the back lighting select ON in Backlight To deactivate the back lighting select OFF Contrast setting Contrast setting a zE Except CPE 300 300 Class 200 To modify the contrast of the display use the arrows on the right side of the zone Contrast setting or directly
32. uration from database Using the function Read configuration you may access to the configuration of the transmitter You can then read or modify the configuration of the transmitter Anew configuration can be transferred to the transmitter and or saved in a database for a later use To access the configuration parameters you can either click on Read configuration Or go inthe menu Commands and then click on Read configuration see page 18 Click on next Supply Connect If the message shown beside is displayed it means that there is a connexion problem between the transmitter andthe PC Then youmay e Check thatthe transmitter is correctly powered Press e Check the connection of the RS 232 cable e Check the communication port and if required select another port see page 18 oOo Weegt The window shown beside appears This window has a function button and 3 to 6 tabs Generalities Channels input output Alarms Parameters Air velocity flow depending onthe transmitter connected 300 Class 300 CP CPE TH and CTV 200 E Class 200 CP THand CTV ten Displays ATT and ATE 300 CP 300 Transmitters Ca ss CP 200 tW 200 Except cw ae e Via the function button you can transfer the configuration to the transmitter e The tabs Generalities Channels Input Output Alarms Parameters and
Download Pdf Manuals
Related Search