User guide for Programmable Multi IO
Contents
1. NE w ON CONTROLS PAS E Innovation in Electronic Enargy Control User guide for Programmable Multi IO MultilO version 1 10 2010 05 17 Cristal Contr les Lt e 2025 Lavoisier Local 135 Qu bec Qu bec Canada G1N 4L6 T l 418 681 9590 Fax 418 681 7393 http www cristalcontrols com Table of contents ER ut ee Te EE 4 EE CU E dde Reste a ent eo Lot 4 3 Installation and registration 28m net tite base etoile 5 3 1 Software registration with NanoTool 64 6 3 2 Software registration with LonMaker for Windows 8 MEE 1 EH HI En 9 5 Input or output selection EE 11 6 Input configuration 11 Bele Physical AE ODD oinnia einiino nn nr Ann deiade 12 6 2 Temperature offset M o 12 E E a E 12 L eut ed le E 13 FEE Se pelliogyio mE 13 3 2 e el Kante oec E red uud dE M rere 14 Tas cecus fec 15 Te SRE eLo LA A E ee deeg 16 7 5 Proportional band or hysteresis cccceeeeeeeeeeceeeeeeeeeeeeeeeeeenneeeeeeeees 16 pr WES em 16 8 ee Kee fa 1 M ee 17 9 Hardware lest mode REUS RENE IE en ne on ns tus 17 ae Cristal Contr les Lt e bd dd 2025 Lavoisier Local 135 Cristal EE CONTROLS http www cristalcontrols com Innovation Table of figures Figure 1 Programmable Multi IO software Figure 2 Software registrat2. Crista Innovation in Electronic Energy Control Cristal Contr les Lt e C Lavoisier L 2010 05 17 13 7 2 Calcul mode Combo box Calcul Mode allows selecting output calcul mode Four choices are available On Off ON_OFF inverted On Off ON_OFF_INV proportional PROP invert proportional PROP_INV On Off mode is a heating mode Output state will become On when input value goes under lower hysteresis value When input value is over higher hysteresis value output state becomes Off Inverted On Off mode is a cooling mode Output state turn to On when input value goes over higher hysteresis value and becomes Off when input value is under lower hysteresis value Proportional mode is a heating mode as On Off mode but output value doesn t have only two states Output value can be between 0 and 100 More the input value decreases more than output value will be closer than 100 Inverted proportional mode is also a cooling mode as inverted On Off mode Unlike proportional mode more than input value decreases more than output value will be closer to 0 Here is an example of the four available modes where set point is fixed to 21 0 C and proportional band to 2 0 C NA z e E Cristal Contr les Lt e af p O Crista CONTROLS Innovation 2010 05 17 14 Tem perature On Off Inv On Off Proportionnal Inv proportionnal heating c
3. Local 135 Qu bec Qu bec Canada G1N 4L6 T l 418 681 9590 Fax 418 681 7393 7 http www cristalcontrols com Cristal Controls Programmable MultilO G Copy the external interface file DIE and XFB versions for the Mul device type into the directory C Lonworks import Cristal and click OK Figure 4 Copy of files xif et xfb 3 2 Software registration with LonMaker for Windows After the creation of a new data base with LonMaker for Windows LonMaker option in the software main menu has to be selected and option Network Properties in the next menu In the tab Plug In Registration choose Cristal Controls Programmable MultlO Version 1 1 and push Add button If the plug in name doesn t appear in the list it didn t record during installation Just follow instruction at the beginning of this section Registration will be completed when the window will be closed If the screen on Figure 4 appears files MultilO xif MultilO xfb MultilO2 xif and MultilO2 xfb must be copied in the folder c lonworks import Cristal is now ready to use Mr S Crista Innovation Cristal Contr les Lt e 2025 Lavoisier Local 135 Qu bec Qu bec Canada G1N 4L6 T l 418 681 9590 Fax 418 681 7393 http www cristalcontrols com Programmable MultilO 2010 05 17 Network Properties E Authentication Domain Timing LonMaker Optio
4. 4 ei FAWN Crisfal Innovation in Electronic Enargy Control 2010 05 17 Cristal Contr les Lt e 2025 Lavoisier Local 135 Qu bec Qu bec Canada G1N 4L6 T l 418 681 9590 Fax 418 681 7393 20 http www cristalcontrols com CONTROLS 2 YEAR LIMITED WARRANTY CRISTAL CONTROLS warrants to the original user that its products will be free from defects in materials and workmanship for a period of two years after the date CRISTAL CONTROLS shipped such products If any of CRISTAL CONTROLS products is found to be defective in material or workmanship during the applicable warranty period CRISTAL CONTROLS liability shall be limited to the repair or replacement of the product or the refund of the purchase price at CRISTAL CONTROLS discretion CRISTAL CONTROLS shall not be held liable for any costs or expenses whether direct or indirect associated with the installation removal or re installation of any defective product CRISTAL CONTROLS limited warranty shall not be effective unless there is compliance with all installation and operating instructions furnished by CRISTAL CONTROLS if the products have been modified or altered without the written consent of CRISTAL CONTROLS or if such products have been subject to accident misuse mishandling tampering negligence or improper maintenance Any warranty claim must be submitted to CRISTAL CONTROLS in written form within the stated warranty period CRISTAL CONTROL
5. S limited warranty is made in lieu of and CRISTAL CONTROLS disclaims all other warranties whether expressed or implied including but not limited to any implied warranty of the products CRISTAL CONTROLS shall not under any circumstances be liable for any direct indirect accidental special or consequential damage including but not limited to loss of profits revenues or business opportunities or damage or injury to persons or property in any way related to the manufacture or the use of its products The exclusion applies regardless of whether such damages are sought based on breach of warranty breach of contract negligence strict liability in tort or any other legal theory even if CRISTAL CONTROLS was noticed of the possibility of such damages By purchasing CRISTAL CONTROLS products the purchaser agrees to the terms and conditions of this limited warranty 2010 05 17 Cristal Contr les Lt e 2025 Lavoisier Local 135 Qu bec Qu bec Canada G1N 4L6 T l 418 681 9590 Fax 418 681 7393 21 http www cristalcontrols com
6. alue is in seconds and writing zero as the filter s constant disable the filter The filter constant value represents the time taken for a variation of 63 3 toward the final value of the network variable s value Example M 2010 05 17 Cristal Contr les Lt e bw I H Lavoisier L Crista CONTROLS 12 Innovation in Electronic Energy Control using 15 seconds as the filter s constant when the read value of the input changes from 0 to 100 the network variable s value will take 15 seconds to change from 0 to 63 3 30 seconds after the variation the network variable s value will be 86 5 and 45 seconds after the variation the network variable s value will be 95 7 Output configuration Card outputs can be configured with different parameters As inputs physical type can be specified Calcul mode associated input set point and proportional band or hysteresis have to be configured Each output has its own parameters Output Configuration Physical Output Type VI F Calcul Mode ON_OFF e Jutput Filter Constant 0 0 Input Input 1 T Temperature Setpoint 0 00 C Temperature Hysteresis 0 00 N S Figure 10 Output configuration 7 1 Physical output type Combo box Physical Output Type allows specifying physical output type An output can be configured as this following type V10 V5 mA420 contact mA020 and pwm SA
7. band or hysteresis Edit box Hysteresis allows to enter proportional band or hysteresis value Type of value depends of selected calcul mode As the set point type of value to enter will change in function of input associated output A temperature or percent value will be entered 7 6 Output filter Edit box Filter Constant allows to enable a filter on the output variation This value is in seconds and entering zero as the filter s constant disable the filter The filter constant value represents the time taken for a variation of 63 3 forward the final value of the output Example using 15 seconds as the filter s constant when the Multi IO drives the value of the output from 0 to 100 the output will take 15 seconds to change from 0 to 63 3 30 seconds after the variation the output s value will be 86 596 and 45 seconds after the variation the output s value will be 95 NL A e z Cristal Contr les Lt e 5 135 EN 2025 Lavoisier Ca Crista Dr rem CONTROLS http www cristalcontrols co 2010 05 17 16 8 Card update OK Update Cancel Figure 12 Card update buttons To update Multi IO card button OK or Update must be use Button OK will update card and the software will be closed Button Update will update card but the software won t be closed Button Cancel will close the software but Multi IO card won t be update Modifications will be los
8. button 3 1 Software registration with NanoTool 64 After the creation of a new data base with NanotTool 64 Plug Ins option in the software menu has to be selected The next screen will appear SN on Cristal CONTROLS A Innovation in Electronic Energy Control 2010 05 17 Cristal Contr les Lt e 2025 Lavoisier Local 135 Qu bec Qu bec Canada G1N 4L6 T l 418 681 9590 Fax 418 681 7393 6 http www cristalcontrols com BER Database Edit View Plug Ins Device Help Register Plug Ins x Cristal Controls LnsEsa Browser Version 1 00 Cristal Controls Programmable Lighting Devices Version 1 4 0 Cristal Controls Programmable MultilO Version 1 1 Echelon LNS Report Generator Version 3 08 Echelon LonMaker Browser Version 3 00 Register Figure 3 Registration with NanoTool 64 To complete registration choose Cristal Controls Programmable MultlO Version 1 1 and push Register button If the plug in name doesn t appear in the list it didn t record during installation Just follow instruction at the beginning of this section If the next screen appears files MultilO xif MultilO xfb MultilO2 xif and MultilO2 xfb must be copied in the folder c lonworks import Cristal Programmable MultilO is now ready to use CONTROLS Innovation in Electronic Energy Control 2010 05 17 Cristal Contr les Lt e 2025 Lavoisier
9. ct Cristal Controls technical support for more information 2 Requirement Programmable Multi IO work with these Microsoft Windows version VA 2010 05 17 Cristal Contr les Lt e A ie 2025 Lavoisier Local 135 C ta L Qu bec Qu bec Canada G1N 4L6 D S T l 418 681 9590 Fax 418 681 7393 4 CONTROLS http www cristalcontrols com Innovation in Electronic Energy Control e Windows 2000 e Windows XP e Windows Vista The software also needs one of these software because it s a plug in software e NanoTool 64 e LonMaker for Windows 3 Installation and registration To install Programmable Multi IO software run installation software called setup exe et follow instructions Normally installation software saves the plug in in the LNS plug in list If the plug in name doesn t appear in the list in the registration in NanoTool 64 or LonMaker for Windows registration would be completed manually MultilO exe file has to be executed to complete registration manually The next screen will appear M Crista Innovation in Electronic Energy Control Cristal Contr les Lt e 2025 Lavoisier Local 135 Qu bec Qu bec Canada G1N 4L6 T l 418 681 9590 Fax 418 681 7393 http www cristalcontrols com 2010 05 17 Plug In Registration Deregister Plug in Figure 2 Software registration Just push Registration Plug in
10. h Plug In with device MultiIO Config Multi l 0 Configure Mul Config Multi l 0 Echelon LonMarkObject Browse Config Multi l 0 Echelon LonMarkObject Configure Config Multi l 0 Test MultilO Node Object 0 Echelon LonMarkObject Browse Node Object 0 Echelon LonMarkObject Configure Cancel Echelon AppDevice Browse c Echelon AppDevice Configure LU Configure MultilO Figure 6 Plug in startup with NanoTool 64 I Object SousSyst1 MultilOFunc Block 1 Select Plug In x Echelon LonMarkObject Browse Echelon LonMarkObject Configure Cancel Test Mutt Figure 7 Plug in startup with LonMaker for Windows Select Config Multi O Configure MultilO choice and push OK button to start the software in configuration mode Alternatively if you select Config M 2010 05 17 Cristal Contr les Lt e ie 2025 Lavoisier Local 135 C ta L Qu bec Qu bec Canada G1N 4L6 ris T l 418 681 9590 Fax 418 681 7393 10 CONTROLS http www cristalcontrols com Innovation in Electronic Enargy Control Multi I O Test MultilO the software will start in a mode to test the inputs and the outputs of the MultilO controller 5 Input or output selection Multi IO card has 8 physical inputs and outputs Each of them is configurable separately Input or output to configure can be choose in the Combo box Input Output Number If an input is chosen Input Configura
11. ion Figure 3 Registration with NanoTool 64 Figure 4 Copy of files xif et vi Figure 5 Registration with LonMaker for Windows Figure 6 Plug in startup with NanoTool 64 Figure 7 Plug in startup with LonMaker for Windows Figure 8 Input or output selection EE Figure 9 Input configuration sesseeseeessnnereeeeeeeeernrnnnrneserrrrrn ne Figure 10 Output configuration esssseeeeeeeeee Figure 11 Calcul Mode example ssssssssseenneessssssrrrnrnnesesrrrrrenn Figure 12 Card update buttons en Figure 13 Test Inel Tab B su as ot e D o ce pe Gt nanas Figure 14 Updating Window Cristal Contr les Lt e P 2025 Lavoisier Local 135 Cristal FU RCA ror mest Id CONTROLS http www cristalcontrols com Innovation 2010 05 17 1 Introduction Cristal Controls Programmable o Input Output Input Ouput Number Input Configuration Physical Input Type contact m Offset Temperature K Input Filter Constant 0 0 OK Update Cancel Figure 1 Programmable Multi IO software Programmable Multi IO is a software that allows inputs outputs and functioning configuration of Multi IO card To use this software card had to be installed with corresponding software This software is also a plug in and it function with another software Conta
12. ns Remote IP amp ccess Permission Advanced Remote IP Options Naming Server Location Network Interface Logon OnnetiOffnet Plug In Registration Plug In Registration Already Registered Not Registered Skip this prompt when re opening this drawing Register all unregistered plug ins when re opening this drawing Cristal Controls BasLogger Version 1 0 Cristal Controls Programmable MultilO Version 1 0 Echelon LNS Report Generator Version 2 00 Add To Be Registered Cristal Controls Programmable MutilO version 1 0 zi Remove Remove All OK Annuler Appliquer Aide Figure 5 Registration with LonMaker for Windows 4 Startup To use the software a device had to be installed with corresponding MultilO software If LonMaker for Wi ndows is used a functional block had to be also created Look at the LonMaker for Windows user manual for more information To start the plug in with NanoTool 64 or with LonMaker for Windows device shortcut or functional block shortcut have to be selected With the right button Cristal CONTROLS Innovation 2010 05 17 Cristal Contr les Lt e 2025 Lavoisier Local 135 Qu bec Qu bec Canada G1N 4L6 T l 418 681 9590 Fax 418 681 7393 9 http www cristalcontrols com of the mouse Plug Ins option in the menu has to be chosen The next screen will appear Launc
13. ooling heating cooling 22 0 C Off On 0 100 21 5 C Keep state Keep state 25 75 21 0 C Keep state Keep state 50 50 20 5 C Keep state Keep state 75 25 20 0 C On Off 100 0 Figure 11 Calcul Mode example 7 3 Associated input Combo box Input allows selecting an input to associate to an output It is possible to associate an output to a physical input and a network variable For network variable it is possible to choose between temperature variable SNVT_temp_p and percent variable SNVT lev percent So these choices are available Input 1 to Input 8 for physical inputs Network Percent 1 to Network Percent 8 for network percent input variable and Network Temperature 1 to Network Temperature 8 for network temperature input variable Note that an input can be associated to more than one output ML 2010 05 17 as Cristal Contr les Lt e i Crista CONTROLS 15 Innovation 7 4 Set point Edit box Set point allows entering set point that will be used in the calcul output value Type of set point depends of input type associated with the output If the output is associated to a network temperature variable Network Temperature or to a K10 physical type set point will be a temperature set point If the output is associated to a network percent variable or to any other type of physical input set point will be a percent set point 7 5 Proportional
14. s or inputs types the following window appears Updating Values Please wait while values are updating Figure 14 Updating Window This window shows the reconfiguration progression When the reconfiguration is completed a reset request is sent to the Multi IO card to ensure the application of the new configuration Mz 2010 05 17 Cristal Contr les Lt e E 2025 Lavoisier Local 135 C ta L Qu bec Qu bec Canada G1N 4L6 cr S T l 418 681 9590 Fax 418 681 7393 18 CONTROLS hitp www cristalcontrols com Innovation in Electronic Energy Control The Multi IO card configuration is saved when the test interface is opened and the saved configuration is reapplied when closing the test interface Figure 14 Updating Window appears on both operations M 2010 05 17 Cristal Contr les Lt e 2 2025 Lavoisier Local 135 C ta L Qu bec Qu bec Canada G1N 4L6 D T l 418 681 9590 Fax 418 681 7393 19 CONTROLS http www cristalcontrols com innovation in Electronic Energy Control Any representation or reproduction in whole or in part made without the permission of Cristal Controls Lid is unlawful Such unlawful representation or reproduction made by any means would be an infringement of copyright punished under the provisions of the copyright law All products are registered trademarks of their respective companies Legal Disclaimer M
15. t Reboot is needed for a good functioning of the card The software will advise and will reboot the card 9 Hardware test mode This is the hardware test interface of the Multi IO card 2010 05 17 L Kg Cristal Contr les Lt e 2025 Lavoisier Local 135 e D C L Qu bec Qu bec Canada G1N 4L6 D S T l 418 681 9590 Fax 418 681 7393 17 CONTROLS http www cristalcontrols com d Innovation in Electronic Energy Control Test Multi IO Device x All Outputs Output 1 r Output 82 3 r Output 3 r Output 4 Output 5 Output 6 Output 7 Output 8 f 0 0 0 0 0 0 0 0 r Dutputs Type 34 Inputs Type Inputs a ie 2 no Input 1 lid Input 5 KN DV DV C Contact C Contact Input 2 Input 6 C 4 20m4 C 420m Input 3 Input 7 C 0 20m4 C 0 20m4 Input 4 Input 8 C PuM C Wk ic i Figure 13 Test Interface This interface allows the manual control of the card s outputs and to monitor the values read by the inputs The Output sections allow the manual control of individual output Output X sections or of all the outputs All Outputs section The Output Type section allows the configuration of the outputs type and the Input Type the configuration of the inputs type The Inputs section shows the inputs read values They are refreshed every 2 seconds When changing the output
16. tion group will be accessible and inputs values will be able to change If an output is chosen Output Configuration will be accessible and outputs values will be also able to change m Input Output Input Ouput Number be Figure 8 Input or output selection 6 Input configuration For each physical input type of input can be specified If a temperature sensor is connected to input an offset can be entered SA Crista Innovation in Electronic Energy Control Cristal Contr les Lt e 2025 Lavoisier Local 135 Qu bec Qu bec Canada G1N 4L6 T l 418 681 9590 Fax 418 681 7393 http www cristalcontrols com 2010 05 17 11 Input Configuration Physical Input Type contact Offset Temperature E Input Filter Constant 0 0 Figure 9 Input configuration 6 1 Physical input type Combo box Physical Input Type allows specifying physical input type An input can be configured as this following type V10 V5 mA420 K10 contact and mAO20 6 2 Temperature offset It is possible to apply a temperature offset if chosen input is K10 type This offset can be positive or negative and it will be applied directly on value red by temperature probe Be careful that only K10 type input support offset temperature 6 3 Input filter Edit box Filter Constant allows to enable a filter on the input s network variable s value This v
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