MIX&MINI BACnet Manual
Contents
1. III alaf af a ofefefofo e a a E e y c y e y e y e f n y en y e y a y a j a Figure 32 Digital Inputs page of MIX38 IP Digital Input table has the following fields gt State Read Only actual input state gt Reset Flag Read 8 Write reset of pulses value leaving reset active will case resetting pulses value gt Counter State Read Only actual value of pulses save in EEPROM gt Counter State To Set Read amp Write allows to set value of counter Warning To save changes please use Submit button 4 3 3 Digital Outputs This page allows to enter configuration parameters and show actual value of Digital Outputs To open this page please navigate to Local 10 tab and choose Digital Outputs from submenu MIX38 IP Digital Output mias ma a a sm sja m m a m m a am m ajajaja Simi Retest Figure 33 Digital Outputs page of MIX38 IP version 1 0 Page 30 MINI and MIX Series I O modules BACnet User Manual Digital Outputs table has the following fields State Read 8 Write actual state of digital output gt Default State Read amp Write output state after power up and wat2. Figure 35 RS485 configuration page This page allows to set parameters such as gt Baud rate Read Only RS485 baud rate from 2400 up to 115200 gt Modbus Config Read Only Modbus Protocol Type RTU or ASCII gt Stop Bits Read amp Write number of stop bits 1 or 2 gt Data Bits Read amp Write number of data bits transmitted in a single byte 7 or 8 gt Parity Bits Read amp Write transmission protection as a parity bit added before stop bit bits gt Received Frames Read Only number of received frames gt Transmitted Frames Read Only number of transmitted frames gt Error Frames Read Only number of error frames gt Warning To save changes please use Submit button version 1 0 Page 32 MINI and MIX Series I O modules BACnet User Manual 4 5 IP Configuration This page allows to change parameters of Ethernet port Modbus TCP and BACnet IP MIX38 IP IP Configuration 192 168 1 123 255 265 2550 192 168 11 1 eo oOtE COAF 8930 Ez CNN E s0 Ce Wee Sum Refresh Retos Figure 36 IP configuration page This page allows to set parameters such as p Address Read amp Write controller Ethernet interface IP address Mask Read amp
3. version 1 0 Page 38 MINI and MIX Series I O modules BACnet User Manual No No Sensor Sensor SATI B coeffictient Manufacturers Satchwell Manufacturers C 40 39024 45 9652 35 29358 40 9584 30 22284 35 9467 25 17073 30 9349 20 13192 25 9159 15 10276 20 8968 10 8068 15 8708 ib 6382 10 8396 0 5085 Eg 8031 5 4078 0 7614 10 3294 5 7150 15 2676 10 6649 20 2188 15 6121 25 1800 20 5580 30 1488 25 5039 35 1237 30 4513 40 1034 35 4012 45 869 40 3545 50 133 45 3117 55 622 50 2730 60 529 55 2386 65 453 60 2082 70 389 65 1816 75 335 70 1585 80 290 T5 1385 85 252 80 1213 90 220 85 1064 95 92 90 937 00 69 95 828 05 49 100 734 10 31 105 654 15 16 110 585 120 03 115 525 25 92 120 474 25 429 version 1 0 Page 39 MINI and MIX Series I O modules BACnet User Manual No Sensor Manufacturers Pt1000 No Sensor Honeywell Sauter Serck Siebe Cylon Manufacturers Pt1000 Honeywell Sauter Serck Siebe Cylon 50 803 310 2156 40 843 320 2192 30 882 330 2227 20 922 340 2262 10 961 350 2297 0 000 360 2332 10 1039 370 2367 20 1078 3
4. 10k4A1 niversal Inpu Temperature 10k Te re 20k6A1 Temperature 2k23A1 Temperature 3k3A1 VI t 5 Universal Inpui T i 1 Universal Input 6 Temperature SIE1 Temperature TAC1 TTT OTT Temperature SAT1 Temperature PT1000 MOUTTET OTIT EME Temperature NI1000 Universal Input 4 ANNAN Figure 31 Types of sensors gt Resolution Read amp Write resolution measurement 12bits 16bits for PT1000 and Ni1000 sensors please use 16bits gt UI Flag Read Only status of Ul as DI Disable Voltage Measurement Read amp Write disable voltage measuring for resistance measurement only gt LP Filter Constant Read amp Write parameter time constant low pass filter in seconds Valid values must be between 0 and 60 seconds default 2s Setting value O will disable the filter gt Resistance Read Only in ohms from 0 to 1000k 0 Temperature Read Only in Celsius with an accuracy of 1 decimal C Voltage Read Only in milivots mV Warning To save changes please use Submit button version 1 0 Page 29 i MINI and MIX Series I O modules BACnet User Manual 4 3 2 Digital Inputs This page allows to enter configuration parameters and shows actual value of Digital Inputs To open this page please navigate to Local 10 tab and choose Digital Inputs from submenu evice Local IO RS485 Configuration IP Configuration Device Management Contad Logout MIX38 IP Digital Input
5. 31 RS485 Configuratio Mss i cited sesentessen cnt ratto ctae che atico d od cepe kai a con i name sama kaa odavama Exe Dat ca s cu ce EE Eas a tel sia 32 DP ConfiguratiOt e ocucuu A SAS AS REM AMMAS A MMA 33 DevicemarnageiTigriE ss cues asa cono nona nn as saajaid Samad cea nak na aaa an Da Aada Eneas tai mt cine Rex van RR ME S S nt maa a tia 34 soap ja 34 List Of supported temperature Sensors usisee eerte xara eeu eo evan eE ak Pince exi ete rd LI rures k eks eai Fa fep age seai 35 Page 3 MINI and MIX Series I O modules BACnet User Manual 1 Introduction 1 1 Safety rules gt Note incorrect wiring of this product can damage it and lead to other hazards Make sure the product has been correctly wired before turning the power ON gt Before wiring or removing mounting the product be sure to turn the power OFF Failure to do so might cause electric shock gt Do not touch electrically charged parts such as the power terminals Doing so might cause electric shock gt Do not disassemble the product Doing so might cause electric shock or faulty operation gt Use the product within the operating ranges recommended in the specification temperature humidity voltage shock mounting direction atmosphere etc Failure to do so might cause fire or faulty operation gt Firmly tighten the wires to the terminal Insufficient tightening of the wires to
6. 6 OBJECT NAME yes OBJECT TYPE yes PRESENT VALUE yes yes 3 3 5 PRESENT VALUE Property STATUS FLAGS yes EVENT STATE yes OUT OF SERVICE yes UNITS yes PRIORITY ARRAY yes RELINQUISH DEFAULT yes yes OUTPUT TYPE yes yes 4001 enumerated 3 3 6 OUTPUT TYPE Property 4001 Only for 40 H 40 H IP 4140 H 4140 H IP 4U40 H 4U40 H IP HAND STATUS yes 3014 boolean 3 3 7 HAND STATUS Property HAND VALUE yes 3015 enumerated 3 3 8 HAND VALUE Property Table 14 Properties of BACnet Analog Output Object 3 3 5 PRESENT VALUE Property In the property is stored value in mV of voltage that appears at the analog output If OUTPUT TYPE Property is set to PWM than PRESENT VALUE contains duty cycle in percentage of output PWM signal 3 3 6 OUTPUT TYPE Property 4001 This property contain information about the mode of the analog output according to following table O default Voltage output 0 10V 1 PWM 1Hz 2 PWM 10Hz 3 PWM 100Hz 4 PWM 0 1 HZ 5 PWM 0 01Hz Table 15 Output Type property version 1 0 Page 24 MINI and MIX Series I O modules BACnet User Manual 3 3 7 HAND_STATUS Property 3014 In this property is stored value of Hand Status Operation according to the below table Property Value Description false Auto Operation true Hand Operation Table 16 AO Hand Status Property 3 3 8 HAND_VALUE Property 3015 In this property is stored percentage value 0 100 of the physical AO
7. Connection of UI to work as DI for MIX38 and MIX38 IP 3 1 5 BACnet Analog Input object description Universal Input Each Universal Input of all types of modules is represented on BACnet network as BACnet Analog Input Object which has got the following properties Dynamically Creatable No Dynamically Deletable No Property Name Required Proprietary Writeable Property Data Type Description 3 OBJECT_IDENTIFIE yes from UI 1 to UI 8 OBJECT_NAME yes OBJECT_TYPE yes PRESENT_VALUE yes 3 1 6 PRESENT_VALUE and UNITS Property STATUS_FLAGS yes EVENT_STATE yes OUT_OF_SERVICE yes UNITS yes 3 1 6 PRESENT_VALUE and UNITS Property INPUT_TYPE yes yes 4001 Enumerated 3 1 7 INPUT_TYPE Property RESOLUTION yes yes 4002 Enumerated 3 1 8 RESOLUTION Property FILTER yes yes 4003 Unsigned 3 1 9 FILTER Property VOLTAGE yes 3010 Unsigned 3 1 10 VOLTAGE Property RESISTANCE yes 3012 Unsigned 3 1 11 RESISTANCE Property DRY_CONTACT yes 3013 Enumerated 3 1 12 DRY_CONTACT Property Table 11 Properties of BACnet Analog Iput Object 3 1 6 PRESENT_VALUE and UNITS Property This properties contain actual value and unit of universal input property value version 1 0 according to INPUT_TYPE Page 20 MINI and MIX Series I O modules BACnet User Man
8. ace ERE Task Sisu aee davai aias avi data 22 COUNTER Propernty 3001 M 22 Analog QUEDHUES ssai aorin t Cere rena ex Ax ERR DR C XN eR k e ORE cous PUR OE E CEREL UR FERE IHR ERE CORE CEU EREAF FERE CURE FEE DR RE kaja 23 Connection of analog output 0 TOV iia n ha oa Sio unn eden o Rex eue ua naa sien ade Qa da a ta aaa nine ada ta jaaa Siena Ra aja aial 23 Connecting relay to analog OBEDUlE 5 55 5353 demeure ene niae e a are e kae mh d ense h im ke 23 Connection an actuator to analog OULPUE ns oneri nori nonna dina e rci nne ea rag nta tec cusa ca kaak ka ba dere adig 23 BACnet Analog Output object description Analog Output ianua uuu iti innu ttu inen nani inan anu eend t idees ene Rua asi eet 24 PRESENT VALUE Property erin t cirk s irs teh n ook kana Eon be PORK UN ODER E ENDE aken or dm aal ke a bL h 5 24 OUTPUT TYPE Property 4001 5 nt rotor n conia e der sean er dern cr nenas dentata censeri enn caddeaueddedebed caeeaseddivenns lt tts 24 HAND STATUS Property 3014 ie casei kat v aa c cert eai Hace DEL Ma C ea Eae Ca HAE HK A CEN EE salsa k ONE dea caa ra ea c eO a Lage LER 25 HAND VALUE Property 3015 iiiter nat otia tidi ah eS REL ones ERROR FREU EUM myecnubesbeueunstyadaatcnadd duct ERE CSM C M aN a Qr ER dedos 25 Digital Outputs relays cenae rana nennen Ehe ae ved Amata krank skr kraana a kant ki LEER MEE E Ego Ai 26 Connecting the solenoid val
9. and 4O H IP gt The power LED is ON green when the module is running properly gt Communication LED is ON orange for 20 ms after sending each message If the module receives sends a lot of messages LED can be lit continuously LEDs indicate the status of the universal inputs are lit when resistance connected to the input is less than 1kO Dry Contact input is active Caution The LED also lights up when voltage connected to the input has a very low potential LEDs indicate the status of the digital inputs are lit when the input is active LEDs indicate the status of the analog outputs are lit when output voltage or PWM factor is different from O LEDs indicate the status of the digital outputs are lit when output is enabled version 1 0 Page 10 MINI and MIX Series I O modules BACnet User Manual 1 8 Grounding and shielding RS485 In most cases 10 modules will be installed in an enclosure along with other devices which generate electromagnetic radiation Examples of these devices are relays contactors transformers motor invertors etc This electromagnetic radiation can induce electrical noise into both power and signal lines as well as direct radiation into the module causing negative effects on the system Appropriate grounding shielding and other protective steps should be taken at the installation stage to prevent these effects These protective steps include control cabinet grounding cable shield ground
10. 0 20 29092 15 53410 15 21868 10 42470 10 16589 ES 33900 5 12694 0 27280 0 9795 5 22050 5 7619 10 17960 10 5971 15 14690 15 4714 20 12090 20 3748 25 10000 25 3000 30 8313 30 2417 35 6940 35 1959 40 5827 40 1598 45 4912 45 1310 50 4161 50 1080 55 3536 55 896 60 3020 60 746 65 2588 65 625 70 2228 70 526 75 1924 75 444 80 1668 80 377 85 1451 85 321 90 1266 90 275 95 1108 95 236 00 973 100 204 05 857 105 176 10 758 110 153 15 672 115 133 120 597 120 117 25 531 125 102 version 1 0 Page 37 MINI and MIX Series I O modules BACnet User Manual No No Sensor 30K6A1 Sensor SIE B coeffictient 4262K Manufacturers Barber Colman Siebe Manufacturers Drayton c C 30 622911 45 10624 25 477393 40 10517 20 331876 35 10344 15 245785 30 10172 10 183697 25 9913 5 138502 20 9654 0 105305 15 9320 5 60713 10 8933 10 62347 5 8496 15 48511 0 8044 20 38019 5 7489 25 30000 10 6938 30 23828 15 6370 35 19046 20 5798 40 15317 25 5238 45 12390 30 4696 50 10079 35 4185 55 8243 40 3707 60 6777 45 3271 65 5600 50 2875 70 4650 55 2521 75 3879 60 2206 80 3251 65 1929 85 2737 70 1685 90 2313 T5 1472 95 1963 80 1287 00 1672 85 1127 05 1430 90 986 10 1228 95 866 15 1058 00 760 20 915 105 670 25 793 110 590 115 522 120 462 125 410
11. 4 4 4 12 Accumulator 8 4 5 12 Device 1 1 1 1 1 1 1 1 Table 8 Objects types supported by modules 2 5 Data Link Layer Option Master Slave Token Passing MS TP master Clause 9 baud rates 2400 4800 9600 19200 38400 57600 76800 115200 MS TP slave Clause 9 baud rates 2400 4800 9600 19200 38400 57600 76800 115200 BACnet Internet Protocol IP Annex J BACnet IP Annex J Foreign Device 2 6 Character Sets Supported ANSI X3 4 2 7 Supported Application Services Application Service Initiates Requests Executes Requests l Am yes I Have yes ReadProperty yes ReadPropertyMultipl Yes e Who Has yes Who ls yes WriteProperty yes WritePropertyMultipl yes e Table 9 Supported Application Services version 1 0 Page 16 MINI and MIX Series I O modules BACnet User Manual 2 8 Device BACnet Object 2 8 1 Device BACnet Object description Dynamically Creatable No Dynamically Deletable No Property Name Required Proprietary Writeable Property Data Description ID Type OBJECT IDENTIFIER yes iSMA B MIX38 OBJECT NAME y
12. 4 4 Y Y 4140 H IP 4 4 Y Y td 40 H 4 NC NO 8A Y Y 40 H IP 4 NC NO 8A Y Y Y 4U4A H 4 4 Y Y 4U4A H 7 2 p p IP 4U40 H 4 4 Y Y 4U40 H A 4 v Y Y IP 8l 8 M Y 8I IP 8 v M Y 8U 8 M M 8U IP 8 4 M Y MIX18 5 5 4 4 Y Y MIX18 IP 9 5 4 4 v v Y MIX38 8 12 6 12 Y Y MIX38 IP 8 12 6 12 Y Y Y RTU b m Master ASCII IP RS485 Slave Table 2 Summary table for all modules version 1 0 Page 7 MINI and MIX Series I O modules BACnet User Manual 1 4 Dimension 110 Figure 7 MINI series dimension o 88 Figure 2 MIX18 and MIXT8 IP dimension 110 160 Figure 3 MIX38 and MIXSS IP dimension version 1 0 Page 8 MINI and MIX Series I O modules BACnet User Manual 1 5 Power supply connection 1 5 1 DC power connection DC Voltage G GO POWER Figure 4 DC power supply connection 1 5 2 AC power connection AC Voltage G GO Figure 5 AC power supply connection 1 6 Connecting the communication bus RS485 RS485 Modbus or BACnet GND Shielded Twisted Cable Figure 6 RS485 connection version 1 0 Page 9 MINI and MIX Series I O modules BACnet User Manual 1 7 LED Indicators Status of universal inputs Status of digital inputs e 00000 00000 PT a 8 Setting the device address Address S2 10 S1 91XIW G VWS Setting baudrate protocol and restore the default setti Status of analog output
13. 80 2402 30 117 390 2436 40 155 400 2471 50 194 60 232 No 17 70 271 Sensor Ni1000 80 1309 Manufacturers Sauter 90 347 00 385 50 743 10 423 40 791 20 461 30 841 30 498 20 893 40 536 10 946 50 573 0 000 60 611 10 1056 70 648 20 112 80 685 30 1171 90 722 40 1230 200 759 50 291 210 795 60 353 220 832 70 417 230 868 80 483 240 1905 90 549 250 941 00 618 260 977 110 688 270 2013 120 1760 280 2049 130 833 290 2085 140 1909 300 2121 150 987 version 1 0 Page 40
14. ERR mada 16 Device BACnet ODJSCt C 17 Device BACnet Object descriptiOni uiua raesent ena aieo ecu cea snc concenaecs yen Pa con Cra k sae Cla cepe aqui lal can EUM ama Eni Coa ema a 17 WATCHDOG Property 5001 5 rirecaccuc stand Discere puct dan ciue ea a ala ders reg dedu FORE bod dene i mise ha Dad denk da laada aa Li aaa aa 18 VALEID ERAMES FOR US CNT Property B 101 soos conce ika canned aen aE cca kakku ad tae exu CUBE CREE ERIT Guceheceammanducies 18 VALID FRAMES FOR NOT US CNT Property 5102 1 3 cene sai ccn Ee CERERIRE CERE enda sans ERE CENE CERE Laan a CERECRRE FERRE ERE CERE dla FE 18 ERROR FRAMES CNT Property 5103 ihc iere tasa atu kaevati exten ee egeo dhs aaa kaikaid eui Ecc aede ks okei k endama ea LEBER 18 TRANSMITTED FRAMES CNT Property 5104 dens exceso eae tne eene evan cedeawhe commen comme RN taani kad ah coakeuieccanebhecenamanaucees 18 ore MLO me e 19 Universal Inputs 222i i ha ioo ea ot fe nuire icit do rae ete sade aucash tas rh cete te Exp aee asemik k ikse dusse t uks c CREE 19 Connection of universal input to measure voltage 0 10V eniro conet ripetere Peer tent d enne KAA cip n eua Aa Rie expe cani Saa 19 Connection of universal input to measure current Q 20mA eese eite eene ti tino enn a nan ti taa nan Ea ka atn Ei canta si 19 Connection of univ
15. OiSMPA MINI and MIX Series MINI and MIX Series I O modules BACnet User Manual GC5 Sp z o o Poland Warsaw WWW gc5 com ph Lr ah jah jah jeh jah jah jh jh Jah jah jh iiri 2 10 OO NI 0 YU RON Ne O 99100 d ead NNNN UN 3 2 4 3 3 3 3 1 3 3 2 3 3 3 3 3 4 3 3 5 3 3 6 3 3 7 3 3 8 3 4 1 3 4 2 3 4 3 3 4 4 TMCFOCUGU OM AET TA RR da a Fa e TR ER E ER EN ERI DAL RR rd RE FUE 4 Edi c 4 Technical specifications 2 55 dist cess heise san ee t Rada ex bx EE EXE HAE ROTE FRRE natecaie A ELE EOE ERR E aX OUS 5 s mmart bletor allmOdUGS MR 7 DIMENSION RR c 8 Power supply CORnMnectiOnisscina eco Ix DR GARS IRI EIC daa aa kala ER CERE De crx rua ETE Se tae aja E cx EE ca EU 9 DC POWEE CONMECHOMN PET TECNICI DUI IU D TIT 9 AC POWEFCOMMECUOM CPP c v 9 Connecting the communication bus RS485 assis edt pnt sion rentre orc ka er ed cen er ed daami eir d ed aada daa A ee Pru Ra Ea CER 9 LED IndiCatO s tette Aaa ad Eher Dur RE aaa erisa Edna Dirk au kasaka isas aasa i Hines avata Porra a dai tive 10 Grounding and shielding RS485 ix iss xo us tena div KN v ka na desee a bnt t a ai na ka a ain AA kina hand Gin 11 RS 485 network terminationes inensis eakal AN m e ha Di CES ERO kad Uae UMA md Eh li dies eha JA me Ja 11 setting Module MAC sier satu aaa aaa ha kal taala
16. Write network mask Gateway Read amp Write network default gateway Http Port Read amp Write http port Mac Address Read Only Ethernet interface MAC address Modbus Top Port Read amp Write Modbus TCP port number default 502 Modbus Address Read Only Modbus device address set by rotary switches Modbus TCP Communication Timeout Read amp Write timeout for TCP IP messages RS485 Timeout Read 8 Write timeout for Modbus RTU ASCII messages gt BACnet ID Read amp Write BACnet ID set by rotary switches this value can be overridden by the user once overridden by user changing rotary switches will not affect BACnet ID BACnet UDP port Read amp Write BACnet IP port Warning To save changes please first click Submit button and then Reboot button version 1 0 Page 33 MINI and MIX Series I O modules BACnet User Manual 4 6 Device management This page allows to change password and remote reboot device Device Local 10 RS485 Configuration IP Configuration Device Management Contact Logout MIX38 IP Device Management Figure 37 Device management page Procedure of changing device password a enter current device password in field Current Device Password b enter new device password in field New Device Password c enter again new device password in field Confirm New Device Password d to confirm passw
17. chdog gt Watchdog Read amp Write device watchdog value in seconds gt Warning To save changes please use Submit button 4 3 4 Analog Outputs This page allows to enter configuration parameters and show actual value of Analog Outputs To open this page please navigate to Local 10 tab and choose Analog Outputs from submenu S MIX38 IP Analog Output je mv je mv mv mv mv ale elelele E selene mv Suma Refresh Figure 34 Analog Outputs page of MIX38 1P Analog Outputs table has the following fields gt Value Read amp Write actual value of analog output in milivolts mV Type Read amp Write analog output working mode voltage PWM Default Value Read amp Write default output value after power up and watchdog Digital Output Read amp Write output status flag for DO mode Default Digital Output Read amp Write default output status for DO mode Watchdog Read amp Write device watchdog value in seconds Warning To save changes please use Submit button version 1 0 Page 31 MINI and MIX Series I O modules BACnet User Manual 4 4 RS485 Configuration This page allow to enter configuration parameters and show information of controllers RS485 port gt MIX38 IP RS485 Configuration
18. e above will set the module MAC to 139 128 11 1 11 Setting Device ID Formula for Device ID DevicelD VendorlD 1000 MAC 128 only in BACnet SLAVE Where GC5 VendorlD 826 An example If MAC is set to 41and BACnet protocol than DevicelD 826041 or if in BACnet SLAVE than DevicelD 826169 If user change Device ID by setting a new value of Device ID property in Device object then change of MAC by rotary switches does not change Device ID To allows again change Device ID by changing MAC the device need to be restore to Default Settings version 1 0 Page 12 MINI and MIX Series I O modules BACnet User Manual 1 12 Baud rate selection Transmission baud rate is determined by S3 switch sections 1 2 and 3 in accordance with the following table 1 2 3 Baud rate OFF 0 OFF 0 OFF 0 Defined by the user in the registry OFF 0 OFF 0 ON 1 76800 OFF 0 ON 1 OFF 0 4800 OFF 0 ON 1 ON 1 9600 ON 1 OFF 0 OFF 0 19200 ON 1 OFF 0 ON 1 38400 ON 1 ON 1 OFF 0 57600 ON 1 ON 1 ON 1 115200 Table 3 Baud rate selection 1 13 Protocol selection Protocol selection is done by sections 4 and 5 of the S3 switch according to table 4 5 Protocol OFF 0 OFF 0 Modbus RTU OFF 0 ON 1 Modbus ASCII ON 1 OFF 0 BACnet Master ON 1 ON 1 BACnet Slave Table 4 Protocol selection Worning BACnet SLAVE mode does not support d
19. ease note that if DO is in Hand Mode the actual value of DO is stored in HAND_STATUS Property 3 4 5 HAND_STATUS Property In the property is stored status of Hand Operation Switch and as well the status of DO in Hand Mode according to the below table version 1 0 Value of Hand Status status Description 0 AUTO 2 HAND OUT false 3 HAND OUT true Table 18 DO Hand Status Property Page 27 MINI and MIX Series I O modules BACnet User Manual 4 WEB Configuration only IP version 4 1 Web server access AILIP version modules have build in web server which allows to show module status and to change configuration To access web server open browser and entre IP address of the module default address for new module default IP address is 192 168 1 123 Please use the following credentials Username admin Password 1000 by default 4 2 Device page This page contains information and technical specification of the device The Basic Information section includes information about module type firmware version and uptime In the Device Specification there are information about Power Supply Inputs Outputs parameters Interfaces and Mechanical Device Information s Universal Inputs E with attached RTDs curacy 0 1 C sensor Pt1000 and Ni1000 use only 16bit resolution vi measurement from 0 to 10V Input impedance 100k Measurement accuracy 0 1 Meas
20. er Manual Digital Outputs GEV RS485 Interface Ethernet USB Ingress protection Temperature Humidity Connectors Dimension Resolution 12 bits Accuracy 0 5 Resistive load 3A 230VAC or 3A 30VDC BA 0 230VAC or 8A 30VDC only 40 H and 40 H IP Inductive load TOVA B 230VAC or 30W 30VDC 360VA 230VAC or 90W 30VDC only 40 H and 40 H IP RS485 Up to 128 devices Communication protocols Modbus RTU Modbus ASCII or BACnet set by switch Baud rate From 2400 to 115200 set by switch Address 0 to 99 set by switch MIX18 IP MIX38 IP 2x Fast Ethernet Switch mode Baud rate 10 100 Mb s BI IP 8U IP 4140 H IP 4u40 H IP 4U4A H IP 40 H IP 1x Fast Ethernet Baud rate 10 100 Mb s USB Mini USB 2 0 IP IP40 Storage 40 C to 85 C Operating 10 C to 50 C Relative 5 to 95 Type Removable Maximum cable size 2 5 mm MIX18 MIX18 IP Width 110 mm Length 88 mm Height 62 mm MIX38 MIX38 IP Width 110 mm Length 160 mm Height 62 mm MINI Series Width 110 mm Length 37 mm Height 62 mm Table 1 Technical specification version 1 0 Page 6 MINI and MIX Series I O modules BACnet User Manual 1 3 Summary table for all modules Module Modbus Modbus Bacnet Bacnet type RS485 TCP IP MSTP IP 4140 H
21. ersal input to measure temperature e nonien eren aaa oak nana n aha eek Rn Rana Ra aa kee kajana mA 19 Connection of universal input as a digital input Dry Contact cesis eene einen tnt anna t raa nana dana 20 BACnet Analog Input object description Universal Input sesesesesessessesesesese nennen 20 PRESENT VALUE and UNITS Property co xe Eee Eher n ER Aal crx ei hmm nae AM DAE aada mAh ONE eale m e cie tse keila i chet 20 INPUT TXPE Property FOOD ais C 21 RESOLUTION Property 4002 21 FILTER Property 4003 5 2 c oreste aaa aaa kaaned seas ext Rede Aila ia vides AE roe ta tita mA alad EXE ee See beer eua Dai 21 VOLTAGE Property SOU O 5 aaa eta eu aaa aa a AEA Aaa AAA qu EO ajan EA Anka a tada anda t avada ik jaaa aaa 21 RESISTANCE Propeny 3012 E 21 DRY CONTACT Property 3013 1 eret itid etes tax kaka aa ee eR Deae see hene dex CDs a Deer neca dee ilmad due Ee axe De eas Ni RR REESE 21 Digital scc ELM m 22 Connection of digital input Dry Contact 5 nce ei kun nisa tenen pn n tu ei en ne ctn Le nik man kn cha ki dan kt kaka gang 22 BACnet Binary Input object description Digital InpUut uui cei tace chai kadakad Mikk Ae ctn ede ken ku RE eto E aknal Ta 22 PRESENT VALUE Property uere Esker terno Pe kk xs amaan ge andnud ina
22. es OBJECT TYPE yes SYSTEM STATUS yes VENDOR NAME yes VENDOR IDENTIFIER yes MODEL NAME yes FIRMWARE REVISION yes APPLICATION SOFTWARE VERSION yes PROTOCOL VERSION yes PROTOCOL REVISION yes PROTOCOL SERVICES SUPPORTED yes PROTOCOL OBJECT TYPES SUPPORT yes ED OBJECT LIST yes MAX APDU LENGTH ACCEPTED yes SEGMENTATION SUPPORTED yes APDU TIMEOUT yes NUMBER OF APDU RETRIES yes MAX MASTER yes yes MAX INFO FRAMES yes DEVICE ADDRESS BINDING yes DATABASE REVISION yes WATCHDOG yes yes 5001 Unsigned 2 8 2 WATCHDOG Property VALID FRAMES FOR US CNT yes 5101 Unsigned VALID FRAMES NOT FOR US CNT yes 5102 Unsigned ERROR FRAMES ONT yes 5103 Unsigned TRANSMITTED FRAMES CNT yes 5104 Unsigned version 1 0 Table 10 Device BACnet Object Page 17 MINI and MIX Series I O modules BACnet User Manual 2 8 2 WATCHDOG Property 5001 This property specifies the time in seconds to watchdog reset If module does not receive any valid BACnet message within that time all PRIORITY_ARRAYs will be set to null and PRESENT_VALUE for outputs will be set to RELINQUISH_DEFAULT value This feature is useful if for some reason there is an interruption in data transmission and for security reasons output states must be set to the appropriate state endanger the safety of persons or property The default value is 0 seconds which means the watchdog function is disabled 2 8 3 VALID FRAMES FOR US CNT Property 5101 T
23. his property contains number of valid frames on MS TP layer addressed to this module 2 8 4 VALID FRAMES FOR NOT US CNT Property 5102 This property contains number of valid frames on MS TP layer but not addressed to this module 2 8 5 ERROR FRAMES CNT Property 5103 This property contains number of invalid frames on MS TP layer 2 8 6 TRANSMITTED FRAMES CNT Property 5104 This property contains number of transmitted frames version 1 0 Page 18 MINI and MIX Series I O modules BACnet User Manual 3 Local I O 3 1 Universal Inputs 3 1 1 Connection of universal input to measure voltage 0 10V Voltage measurement U1 U2 U3 U4 GO 2 2222 Input impedance 100kQ Sensor 0 10V Figure 19 Connection of UI to measure 0 10 VDC for MIX38 and MIX38 IP 3 1 2 Connection of universal input to measure current 0 20mA Current measurement U1 U2 U3 U4 GO 09008 Figure 20 Connection of Ul to measure 0 20 mA for MIX38 and MIX38 IP 3 1 3 Connection of universal input to measure temperature Temp measurement U1 U2 U3 U4 GO o00060 Shielded Twisted Cable 10K Thermistor Figure 21 Connection of UI to measure temperature for MIX18 and MIXT8 IP version 1 0 Page 19 MINI and MIX Series I O modules BACnet User Manual 3 1 4 Connection of universal input as a digital input Dry Contact Dry Contact Input U1 U2 U3 U4 GO 020020 C gt Shielded Twisted Cable Output current 1mA Figure 22
24. ing protective elements for electromagnetic switching devices correct wiring as well as consideration of cable types and their cross sections 1 9 RS 485 network termination Transmission line effects often present a problem on data communication networks These problems include reflections and signal attenuation To eliminate the presence of reflections from the end of the cable the cable must be terminated at both ends with a resistor across the line equal to its characteristic impedance Both ends must be terminated since the direction of propagation is bidirectional In the case of an RS485 twisted pair cable this termination is typically 120 0 1 10 Setting Module MAC To determine the MAC of device module provides two rotary switches S1 and S2 located on the top panel of the device It is possible to set the MAC from O0 to 99 in BACnet protocol mode or from 128 to 227 in BACnet SLAVE protocol mode 128 switch value The formula for setting the MAC MAC 52 10 51 Where S1 and S2 are values of switches An example for BACnet Master protocol mode S2 S1 Figure 17 Sample of setting MAC in Master mode Switches set as in figure above will set the module MAC to 11 version 1 0 Page 11 MINI and MIX Series I O modules BACnet User Manual An example for BACnet Slave protocol mode only RS485 modules IP modules do not support BACnet Slave Figure 18 Sample of setting MAC in Slave mode Switch sets as in the pictur
25. iscover function 1 14 Restoring the default settings To restore the default configuration of all registers follow the steps below 1 Turn off power supply 2 Set section 6 of S3 switch to ON 3 Turn on power supply power LED blinking 4 Switch section 6 of S3 switch to OFF to restore the default settings To cancel the reset turn off the power and switch section 6 of S3 switch to the OFF position version 1 0 Page 13 MINI and MIX Series I O modules BACnet User Manual 1 15 Default Settings Out of the box device as well as after restoring default values procedure has got the following default registers values Default Value Register Name COUNTER 1 12 0 BAUD RATE 7680 76800 bps STOP BITS 1 DATA BITS 8 PARITY BITS 0 RESPONSE DELAY 0 WATCHDOG TIME 0 disabled DEFAULT DIGITAL OUTPUTS AFTER START 0 STATE OF THE ANALOG OUTPUTS 0 DIGITAL AFTER START STATE OF THE ANALOG OUTPUTS 1 4 0 AFTER START UNIVERSAL INPUT CONFIGURATION 1 5 1 INPUT FILTER TIME CONSTANT 2 UNIVERSAL INPUT RESOLUTION 0 ANALOG OUTPUT CONFIGURATION 0 Table 5 Default values version 1 0 Page 14 MINI and MIX Series I O modules BACnet User Manual 2 Protocol implementation conformance statement Warning Changing the parameters configuring transmission except for registers which value is read from the switch will only take effect after restarting the unit 2 1 BACnet Pr
26. jaaa aja a dalla aada a ieaarsasesansedsiadaadadteaasiaanensgenitiags 11 Setting DEVICE AAS MASSA a 12 Baud rate SEIEEHOM ie oniar aada aada fae Ea ED EDI a sdceboet esc eda ea Cac DEEP Eae Cu Ut civ cuit edes BL Pasa Pure uc 13 Protocol SCICCUIOM MH v 13 Restoring the default SettiNgS xcii eren krai ae ak Ent KON Sale bL dame Ka taies HA ka alea dans Eo CRX ER om Ep alea aa 13 Bru mes uM 14 Protocol implementation conformance statement 55 cecinit ae seks die asi cn rh uk eua Eis Lan ee Laon Ea PE kees EIE ioa ai 15 BACnet Protocol Implementation Conformance Statement eieeeeee esee nse ninndiana o ku hanh innein sieniin 15 BACnet Standardized Device Profile iuueni rante run cu etu krunt mad EE dee msni tt krae i 15 BACnet Interoperability Building Blocks Supported conca the eroe chartac cun cene chai ene con reple chan bae cen c cune cux Ek Ene ex cole CR O 15 BACnet Standard Object Types Supported i ie niian tucked eaten indt n cea E i ae Eu LORS capt n rm sid 16 Data Link Layer PR 16 Character Sets Supported oe cocci nat ente npn Seek rne qutt dk nadeaieaabe diel n oscex ers coo eaa cedes aol Kaht ta kal da Ka zie ai dE 16 Supported Application SEIMIGES i 3 552 5 0s nir pne nsu tne cade xau maalne aaa kaal vala a vaja a ala Rad RARE Gu ERA ERR
27. net Binary Input Object 3 2 3 PRESENT VALUE Property This property contains the status of the digital inputs Short circuiting the input to GND sets the value to 1 3 2 4 COUNTER Property 3001 This property contains number of counted pulses In the case you would like to change the value of the property you can write any value called preset In the particular case you can reset the counter by entering O version 1 0 Page 22 MINI and MIX Series I O modules BACnet User Manual 3 3 Analog Outputs 3 3 1 Connection of analog output 0 10V 0 10V Output A1 A2 A3 GO Figure 24 Connection of AO for MIX38 and MIXSB IP 3 3 2 Connecting relay to analog output Connection of relay Al A2 A3 GO oooQ Relay 12VDC ZEN max 20mA Figure 25 Connection of AO to the relay for MIX38 and MIX38 IP 3 3 3 Connection an actuator to analog output 24 V MDGS Actuator AC Module Figure 26 Connection an actuator to AO version 1 0 Page 23 MINI and MIX Series I O modules BACnet User Manual 3 3 4 BACnet Analog Output object description Analog Output Each Analog Output of all types of modules is represented on BACnet network as BACnet Analog Output Object which has got the following properties Dynamically Creatable No Dynamically Deletable No Property Name Required Proprietary Writeable Property Data Type Description ID OBJECT IDENTIFIER yes from AO 1 to AO
28. ord change please click Submit button e pleas Logout and Login again using new password Warning To reset password to default refer to Restoring default settings 4 7 Contact This page displays information about Manufacture web address and email to technical support G j Contact version 1 0 Page 34 MINI and MIX Series I O modules BACnet User Manual 5 List of supported temperature sensors No No Sensor 10K3A1 Sensor 10K4A1 B coeffictient 3975K B coeffictient 3695K Manufacturers eed i Manufacturers G oo 26 50 667828 50 441667 45 491749 45 330749 40 335671 40 239831 35 241840 35 181532 30 176683 30 185233 25 131251 25 105081 20 96974 20 78930 15 72895 15 61030 10 55298 10 47549 42314 37316 0 32650 0 29490 5 25396 5 23462 10 19904 10 18787 15 15714 15 15136 20 12494 20 12268 25 10000 25 10000 30 8056 30 8197 35 6530 35 6754 40 5325 40 5594 45 4367 45 4656 50 3601 50 3893 55 2985 55 3271 60 2487 60 2760 65 2082 65 2339 70 1751 70 1990 75 1480 75 1700 80 1256 80 1458 85 1070 85 1255 90 916 90 1084 95 787 95 939 00 678 00 817 05 587 105 713 10 510 110 624 15 444 15 547 120 388 120 482 25 340 25 426 version 1 0 Page 35 MINI and MIX Series I O modules BACnet Use
29. otocol Implementation Conformance Statement Date 2015 07 26 Vendor Name Global Control 5 Sp z 0 0 ISMA B MIX Product Name iSMA B MINI ISMA B MIX18 ISMA B MIX38 iSMA B 8l ISMA B 8U Product Model Number iSMA B 40 H ISMA B 4140 H ISMA B 4U40 H ISMA B 4U4A H Firmware Revision 1 0 BACnet Protocol Revision 1 12 Table 6 BACnet Protocol Implementation Conformance Statement 2 2 BACnet Standardized Device Profile All I O modules has been standardize as BACnet Smart Sensor B SS 2 3 BACnet Interoperability Building Blocks Supported Application Service B SS Designatio n Data Sharing Read Property B DS RP B Data Sharing Write Property B DS WP B Device Management Dynamic Device Binding DM DDB B B Device Management Dynamic Object Binding DM DOB B B Data Sharing Read Property Multiple B DS RPM B Data Sharing Write Property Multiple B DS WPM B Table 7 Bullding Blocks Supported version 1 0 Page 15 MINI and MIX Series I O modules BACnet User Manual 2 4 BACnet Standard Object Types Supported The following is a list of the standard object types as defined by ASHRAE Object Name Object Numbers for different type of modules 8U 8l 4140 H 4U40 H 4U4A H 40 H MIX18 MIX38 8U IP 8HP 4140 H IP 4U40 H IP 4U4A H IP 40 H IP MIX18 IP MIX38 IP Analog Input 8 4 4 5 8 Analog Output 4 4 6 Binary Input 8 4 5 12 Binary Output 4
30. r Manual No No Sensor 10K Carel Sensor 20K6A1 B coeffictient 3435K B coeffictient 4262K 329500 Manufacturers Honeywell 45 247700 C Q 40 188500 40 806800 35 144100 95 574400 30 111300 30 413400 25 86430 25 300400 20 67770 20 220600 15 53410 15 163480 10 42470 10 122260 ib 33900 zB 92220 0 27280 0 70140 5 22050 5 53780 10 17960 10 41540 15 14690 15 32340 20 12090 20 25340 25 10000 25 20000 30 8313 30 15886 35 6940 35 12698 40 5827 40 10212 45 4912 45 8260 50 4161 50 6718 55 3536 55 5494 60 3020 60 4518 65 2588 65 3732 70 2228 70 3098 75 1924 15 2586 80 1668 80 2166 85 1451 85 1823 90 1266 90 1541 95 1108 95 1308 00 973 100 1114 05 857 105 953 10 758 110 818 15 672 115 704 120 597 120 609 25 531 125 528 version 1 0 Page 36 MINI and MIX Series I O modules BACnet User Manual No No Sensor 2 2K3A1 Sensor 3K3A1 B coeffictient 3975K B coeffictient 3975K Manufacturers Ambiflex Johnson Manufacturers Alerton C b0 329500 50 200348 45 247700 45 150524 40 188500 40 100701 35 144100 35 76853 30 111300 30 53005 25 86430 25 41048 20 6777
31. s Status of digital outputs Power Status Figure 7 Top panel MIX18 Status of universal inputs Status of digital inputs Communication Setting the device address Address S2 10 S1 Setting baudrate protocol and restore the default settings e OOO OOO O00 OO OO OO OO OO O KTK 7 Status of analog outputs Status of digital outputs Power Status Figure 9 Top panel MIX38 Status of digital inputs Setting baudrate protocol and restore the default settings Communication RS485 Power Status mi USE Setting the device address Communication Ethernet Address 2 10 S1 n Status of digital inputs Figure 11 Top panel 8l and 8 IP Status of uu inputs Setting baudrate protocol and restore the default settings Communication RS485 Power Status mini USB Communication Ethernet yd deii irc Digital outputs hand control Status of digital outputs Figure 13 Top panel 4 40 H and 4 40 H IP Status of aal inputs Setting baudrate protocol and restore the default settings Communication RS485 Power Status mini USB icati Setting the device address Communication Ethernet Address 2 10 S1 Analog outputs hand control Status of analog outputs Figure 15 Top panel 4U4A H and 4U4A H IP Status of universal inputs Status of digital inputs RS485 Communication 00000 00000 Ethernet Communication icr n mini USB Setting baudrate protocol and restore the default setting Setting the device addre
32. ss Address S2 10 S1 f E E E 7 Status of analog outputs Status of digital outputs Power Status Figure 8 Top panel MIX78 P Status of digital inputs Status of universal inputs RS485 Communication XX gt 0000 0000 0000 0000 0000 0 Feet Communication a a TE d mini USB Setting baudrate protocol and restore the default settings Setting the device address Address S2 10 S1 ISMA B MIX38 1P 000 000 00 00 EI 00 00 00 NS oum Status of analog outputs Status of digital outputs Power Status Figure 10 Top panel MIXS8 IP Status of ki tk inputs Setting baudrate protocol and restore the default settings Communication RS485 Power Status muse Setting the device address Communication Ethernet Address S2 10 S1 A Status of universal inputs Figure 12 Top panel 8U and 8U IP Status of meen inputs Setting baudrate protocol and restore the default settings Communication RS485 Power Status mini USB Ta Setting the device address Ce tion Ethernet ommunication ernet Address S2 10 S1 Digital outputs hand control A Status of digital outputs Figure 14 Top panel 4U40 H and 4U40 H P Setting baudrate protocol and restore the default settings Communication RS485 Power Status mini USB icati Setting the device address mmunication Ethernet iaa Address S2 10 S1 Digital outputs hand control A Status of digital outputs Figure 16 Top panel 40 H
33. the terminal might cause fire version 1 0 oe a MINI and MIX Series I O modules BACnet User Manual 1 2 Technical specifications Voltage 24V AC DC 20 Power consumption Module type 24VDC 24VAC 8l 0 4W 0 6VA 8I IP 1 4W 2 1VA 8U 0 5W 0 8VA 8U IP 1 5W 2 3VA 4140 H 1 2W 1 8VA 4140 H IP 2 2W 3 3VA Power supply 4U40 H 1 2W 1 8VA 4U40 H IP 2 2W 3 3VA 4U4A H 2 2W 3 3VA 4U4A H IP 3 2W 4 8VA 40 H 1 6W 2 4VA 40 H IP 2 6W 3 9VA MIX18 3W 4 5VA MIX18 IP 4 4W 6 6VA MIX38 5W 7 5VA MIX38 IP 7 4W 11 1VA Temperature input Universal Inputs Measurement with attached RTDs accuracy 0 1 C For sensor Pt1000 and Ni1000 use 16bit resolution Voltage input Voltage measurement from 0 to 10V Input impedance 100kQ Measurement accuracy 0 1 Measurement resolution 3mV 12bit and ImV 16bit Resistive input Measurement of resistance from 0 to 1000kQ Measurement resolution for 20kO load 200 12bit and 10 16bit Resistance measurement method The voltage divider Dry contact input Output current 1mA Measurement resolution 12 bits default or 16 bits Processing time 10ms channel at 12 bits 140ms channel at 16 bits Digital Inputs Type Analog Outputs Dry contact Max input frequency 100Hz Voltage range Oto 10V Max load current 20mA version 1 0 Page 5 MINI and MIX Series I O modules BACnet Us
34. ual 3 1 7 INPUT_TYPE Property 4001 This property is used to configure a universal input in accordance with the following table Property value Description 0 Voltage measuring 0 10V 1 default The temperature sensor 10K3A1 NTC B 3975K 2 The temperature sensor 10K4A1 NTC B 3695K 3 The temperature sensor 10K NTC B 3435K Carel 4 The temperature sensor 20K6A1 NTC B 4262K 5 The temperature sensor 2 2K3A1 NTC B 3975K 6 7 8 The temperature sensor 3K3A1 NTC B 3975K The temperature sensor 30K6A1 NTC B 4262K The temperature sensor SIE1 9 The temperature sensor TAC1 10 The temperature sensor SAT 16 The temperature sensor Pt1000 17 The temperature sensor Ni1000 254 Resistance input 255 Dry Contact input Table 12 Input Type property 3 1 8 RESOLUTION Property 4002 This property is used to determine the bit resolution for each universal input Setting the value to 0 will set the resolution of converter to 12 bit Setting the value to 1 sets the resolution of converter to 16 bit Caution Setting 16 bit resolution increases measurement time of one channel from 10ms to 140ms Total time taken to measure all the channels increases from 80ms to 1120ms 3 1 9 FILTER Property 4003 Property with a time constant low pass filter The value is expressed in seconds Valid values must be between 0 and 60 seconds The default filter value is 2 seconds 3 1 10 VOLTAGE Property 3010 Val
35. ue of this property is the results of the voltage measurement for input The result is expressed in mV 3 1 11 RESISTANCE Property 3012 Value of this property is the results of the resistance measurement for input The result is expressed in Q 3 1 12 DRY CONTACT Property 3013 Value of this property contains information about the status of digital inputs dry contact Short the input to ground will set value to 1 version 1 0 Page 21 MINI and MIX Series I O modules BACnet User Manual 3 2 Digital Inputs 3 2 1 Connection of digital input Dry Contact Dry Contact Input 11 12 13 14 GO 2 2 2 2 ges C gt Shielded Twisted Cable Output current 1mA Figure 23 Connection of DI for MIX38 and MIX38 P 3 2 2 BACnet Binary Input object description Digital Input Each Digital Input of all types of modules is represented on BACnet network as BACnet Binary Input Object which has got the following properties Dynamically Creatable No Dynamically Deletable No Property Name Required Proprietary Writeable Property Data Description ID Type OBJECT IDENTIFIER yes from DI 1 to DI 12 OBJECT NAME yes OBJECT TYPE yes PRESENT VALUE yes 3 2 3 PRESENT VALUE Property STATUS FLAGS yes EVENT STATE yes OUT OF SERVICE yes POLARITY yes UNITS yes COUNTER yes yes 3001 unsigned 3 2 4 COUNTER Property Table 13 Properties of BAC
36. urement resolution ImV 12bit and IMV 16bit Figure 29 Device page of MIX38 P version 1 0 Page 28 MINI and MIX Series I O modules BACnet User Manual 4 3 Local I O status and configuration 4 3 1 Universal Inputs This page allows to enter configuration parameters and show actual value of Universal Inputs To open this page please navigate to Local IO tab and choose Universal Inputs from submenu gt MIX38 IP Universal Inputs mes e n lz 7 fwa jmeec 7 pw 1 mee B m IB 1000000 Q 3276 8 C Jomv mea a B lz 1000000 Q 3276 8 C o mv 12 Bit B f 10000000 3768 C omv eem m e b 1000000 0 m ov Rej n n b 1000000 Q 3276 8 C Jomv 284 m n 2 1000000 Q 32768 C omw aeg 1 n k 1000000 Q 32768 C omv Refresh Figure 30 Universal Inputs page of MIX38 IP Universal Input table has the following fields Sensor type Read amp Write allows to set different type of sensor as show below Type Universal Input 1 Temperature 10k3A1 zl 3 Disabled Resistance Measurement Universal Input 2 Temperature 10k3A1 Uni Temperature
37. ve to the digital output sises ro Linee dk a See eret ka E dea tee cede ba cea o Feb ER ta lad 26 Connecting a resistive load to the digital OUUDUE 4 5 2t n dde cutie eode Raten eu e ede RR das du una Ka aa EXER ARR a RAE 26 BACnet Binary Output object description Digital Output eects teen 27 PRESENT VALUE PFOD rty iii icis kii cci cd cO COEUR ER QR CE REC ER CHER ER CERE CEPR CERE ER PR NAERIS CHER Ebo CE PE AAS seis 27 MINI and MIX Series I O modules BACnet User Manual version 1 0 HAND STATUS Property sii s tamen suns kaalu aki eui exe n kaa kali kak Oad TEE vou ex RR RC ESSE M T LA haaa aaa 27 WEB Configuration OnlyIP VerSlOMs css eoi cen ei rao Parcae nose ean e pi cese bd dave ama ala a ane lan anre kaal dna A lane 28 WED server ACCESS C 28 prz a No o n kakao a aude kaeda i ka a ta Ma aaa kalja dna ante yas vaada gun JR a A ala A a 28 Local T O Status and configuration risien atiri Ead ree Rb act kp uxte nri Cose kv A AE Eus ma kaak e ka Nikki aa EUER 29 Universal TAPUtS erc 29 Digital WA DUES s e exis aa et d e ane Aaa amka KaL EXER kae ola aal ta OA na aka sam clawed Akaa CLA CENA NER CM O AM CRM CENE 30 Digital QUUEDUES REM ae sie md vaada kk a raad akna aa Eva EA aed t akadi E e vaat aa lae i alea daa emase at 30 Analog OUtpuls aie daa vasava
38. which is in Hand Operation version 1 0 Page 25 MINI and MIX Series I O modules BACnet User Manual 3 4 Digital Outputs relays 3 4 1 Connecting the solenoid valve to the digital output Connection of electrovalve 01 02 C1 03 04 C2 8080000 Max 30VDC Figure 27 Connection of solenoid valve to DO for MIX38 and MIX38 IP 3 4 2 Connecting a resistive load to the digital output Connection of resistive load 01 02 C1 03 04 C2 Figure 28Connection of resistive load to DO for MIX38 and MIX38 IP version 1 0 Page 26 MINI and MIX Series I O modules BACnet User Manual 3 4 3 BACnet Binary Output object description Digital Output Each Digital Output of all types of modules is represented on BACnet network as BACnet Binary Output Object which has got the following properties Dynamically Creatable No Dynamically Deletable No Property Name Required Proprietary Writeable Property ID Data Type Description OBJECT_IDENTIFIER yes from DO 1 to DO 12 OBJECT_NAME yes OBJECT_TYPE yes PRESENT_VALUE yes yes 3 4 4 PRESENT_VALUE Property STATUS_FLAGS yes EVENT_STATE yes OUT_OF_SERVICE yes POLARITY yes PRIORITY_ARRAY yes RELINQUISH_DEFAULT yes yes HAND_STATUS yes 3014 enumerated 3 4 5 HAND_STATUS Property Table 17 Properties of BACnet Digital Output Object 3 4 4 PRESENT_VALUE Property In the property is stored actual value of Digital Output Pl
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