Chen Sen CS-IOM3731-0A Module User Manual
Contents
1. Release 2 0 Fg CS CONTROLS Issued Nov 23 2015 Chen Sen CS IOM3731 0A Module User Manual Introduction CS IOM3731 0A module is a multiplexer designed to expand the digital input output capacity of the Johnson Controls FEC FAC series of DDC controller significantly This module contains one input and two output conversion units The input conversion unit can convert one analog input Al UI signal to eight digital input BI signals and either of the two output conversion units can convert one analog output AO CO signal to five digital output BO signals So this module can only occupy one AIUI channel and one or two AO CO channels of a FEC FAC controller therefore CS IOM3731 0A module can to extend up to eight BI channels and five or ten BO RO channels The quantitative conversion relation between analog input signal and digital input signal are as follows Input conversion unit Analog Input 1 Binary Input 1 8 The first group conversion unit Analog Output 1 Binary Output 1 5 The second group conversion unit Analog Output 2 Binary Output 6 10 Chen Sen Controls has written three exclusive macros named CS IOM AlI1 AQ1 AQ2 for FEC FAC series controllers which correspond to the module s three conversion units separately The macros encapsulate the digital signals extended by CS IOM into macro s output signals which can be conveniently called in customer s application program Taking the CS IOM AQ1 macro for example th2. a digital output of Enum Output type in the Network Outputs name it SF C and bind with the logic of the output Then right click on SF C and select View Details open the settings window Setup Display Object Identifier MV 10152 identifies the object record of SF C 10 In the Define Network Settings window the controller address is found in the Network Seitings bar Deine Hardware Controller Selecean Point Assignment Hobvork Setings Packeges Diiu Controller SA Bus Device Settings Name Aes Type Locailis plan Lona Dis pay Field Device amp Bus Settings Loe SFE Cex Name TEC2E Device Address a inglance Humber BACnet it 4 Aanb http www cs controls com 6 9 Release 2 0 Fg CS CONTROLS Issued Nov 23 2015 11 Bind User logic output SF C with extended digital outputs DO 1 arbitrary DO 1 10 Right click DO 1 select View Details Edit peer to peer related settings in the settings window then modify the MV and device parameters xl Aitribute Value Object Name DO 1 Description Object Identifier MV 10005 Setup BACnet Exposed True w Default Value Off Failsoft True p Display States Text OffiOn State Text Value N Peer to Peer Peer Reference Instance Number BACnet ID Device 4 Object Identifier MV 10152 Error Status Ok Restart Options Restore Command Priority Operator Override Default Close Comp
3. 10 and Max Out Value is over 90 Under engineering max values is 32 and units in the red box on the right side to blank 7 Right click and add Custom Control Module file in the Output Control Module column http www cs controls com 4 9 san Release 2 0 Fg CS CONTROLS Issued Nov 23 2015 Output control New FS output Control Hodule Selection Select a module and provide a name CSIOM A01 2 Pipe 2 Position Valve w51 Pipe 2 Position Valve w OA T Low Limit v51 Pipe FRPD Position Valve w Low Limit v50 2 Pipe Proportional Valve v51 2 Pipe Proportional Valve w OA T Low Limit 51 2 Pipe Proportional Valve w Low Limit v51 Activity Block Protect Blocking Protection User Name CSIOM A0 1 Cancel 8 Select Connection column and make corresponding connection of DO1 5 one by one By following the steps above the PC monitoring system can remotely monitor and control the digital input channels DO1 DO5 For the second set of output module use the CS IOM AO2 macro to correspond port name AO1 into AO2 and DO1 5 into DO6 10 http www cs controls com 5 9 Release 2 0 Issued Nov 23 2015 fy CS CONTROLS 9 In addition to the remote monitor function the user need control extended digital output ports in the native DDC controller which requires further settings Similar applications need a simple wind machine start and stop control logic as shown below First establish
4. NTROLS Issued Nov 23 2015 btetrork Input Selection nS 5 fos mpu Enum pS CS Input Float Metwork Inputs 5 Add an AO point in the Outputs column and select the Miscellaneous Analog 0 10V DC output types Outputs CORES ee i Doae ee a O Filter misc count Application Function DaaTwe soma dhisctarecus ragez comm fama froovac sense F Oiiscetaneous preger comm feray avae maman F oiiscetaneous Sage 7 Comm faray avae Sat top Cancel http www cs controls com 3 9 san Release 2 0 Fg CS CONTROLS Issued Nov 23 2015 6 Right click to select View Details to modify the parameters Please pay attention to values marked as green Network Inputs setpointMiscell ncel Attribute Vawe ni_ npts aj __ Name Standard Default Valu glbdiitiemeeypisplay Preci BACnet Expo Woo poo pem Joo o Jraise Description Miscellaneous Output Priority Use Atti wf oO Ms iz False w Setup Use Default if Not Reliable Fase fe Min Change to Send Value C BACnet Object Identifier A0O 10550 Display Units Display Precision Hardware Setup Min OutValue Outputs Hae Name standard Detautvatue Units Display Preci BACnet Expo Deadband Hardware Device Type Engineering Values Min Value g Max Value Change of Value Reporting COV Increment Use COV Min Send Time Default State Under the Hardware Setup Min Out Value is under the
5. e following content is to introduce how to add use and debug macro programs in the FEC FAC series controller in detail If your computer has installed CCT software please follow the steps and try to operate Note 1 In the CCT CS IOM AI1 macro will occupy 5 of program memory 2 In the CCT CS IOM AQ1 AO2 macro will occupy 3 4 of program memory 3 Make sure that the CS IOM AI module is connected to the Johnson Controls FEC FAC UI AO CO point rather than the IOM or any other extension modules http www cs controls com 1 9 Release 2 0 Fg CS CONTROLS Issued Nov 23 2015 Load macro in CCT 1 Prepare one file named CS IOM AO1 caf module file The download address www cs controls com 2 Please save the CS IOM AQ1 caf module file to the following path 1 C Users All Users Johnson Controls MetasysllI CC T Ul Custom Control Modules CCT 5 0 or higher windows 7 2 C Documents and Settings All Users Application Data Johnson controls Metasyslll CCT Ul Custom Control Modules CCT 5 0 or higher windows XP 3 Open the CCT software and create a new system as shown in the right Hew System System Mame Oe eee ET System Configuration Electrical Systern of Units Metric 4 Right click to build five new DO points in Network Inputs column as shown in the pictures Pay attention to the point type Enum Setpointiscellar Inputs http www cs controls com 2 9 A Release 2 0 CS CO
6. lete the user logic output SF C connected with the extended digital DO 1 configuration Controller logic programs and remote PC system can monitor and control the extended digital output points http www cs controls com 7 9 an Release 2 0 FI CS CONTROLS Issued Nov 23 2015 NAE monitors extended digital signal channels This section describes the NAE system monitoring and forcibly extending digital methods 1 Take the fan control system ahead as an example add FEC devices and specific points in NAE system When you add a point do not add Network Output SF C because we monitor the fan status by DO 1 points The following figure shows 10 x Item Edit View Action Insert Tools Query Help MetasysSysAgent EOSO TE All Items Online Normal 5E NAEOO Summary Focus Hardware Diagnostic ae BACnet Protocol Eng Item Value Description Eth IP DataLink SF AM Automatic CS Input Enum S Energy SF ENA Off CS Input Enum DO 1 off CS Input Enum Programming DO 2 off CS Input Enum Schedule DO 4 off CS Input Enum DO 3 Off CS Input Enum Field Bus MSTP1 a CORNES AO 1 4 Miscellaneous Output SF F Oof CS Input Enum r ak a ak a ot al od a od ee oh ON ON ON ON ON ON a SF AM be SF ENA z DO 1 DO 2 soaus DO 4 DO 3 DO 5 AO 1 SF F BACnet IP1 All Alarms Snoozed Server 3 12 2015 02 38 PM CS 2 When forcing fan status remotely is needed you can right click DO 1 on NAE click C
7. nge it to Off then to On you can return to normal http www cs controls com 9 9
8. ommand order a mandatory Operator Override and select Value to force the fan status em Edit View Action Insert Tools Query Help MetasysSysAgent EOGI BEB BACnet Protocol Eng B4 Eth IP DataLink a Select the command to issue then click Send Specify command Energy parameters if required Programming Field Bus MSTP1 Show Command Set All Commands g amp test I2 SF C 32 SF AM SF ENA S Schedule o O Set State Operator Override us ai http www cs controls com 8 9 an Release 2 0 Fg CS CONTROLS Issued Nov 23 2015 3 After forcing out to release the current mandatory values use the release forced order Release Operate Override 15 x em Edit View Action Insert Tools Query Help MetasysSysAgent MBOGOUne mE i RI ks Eis es BACnet Protocol Eng Select the command to issue then click Send Specify command Eth IP Datalink parameters if required Energy Programming Schedule Field Bus MSTP1 Show Command Set All Commands Set State H R 4 H Operator Override O Release gi 34 DO 2 Release All O Change Default Value mE AO 1 bs 32 SF F B BACnet IP1 Note When you release the force don t choose the command of Release All it is likely to cause confusion with the semaphore If you click carelessly and wrongly you need to find the input of the control logic In this case SF AM or SF ENA cha
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