IQ3 Web Enabled Controller

Transcription

1 Data Sheet IQ Web Eabled otroller IQ Web Eabled otroller BAet is a trademark of ASHRAE. Descriptio The IQ cotrollers are Buildig Maagemet System cotrollers that use Etheret ad TP/IP etworkig techologies; they are optioally able to use BAet protocol over IP. Each cotroller icorporates a web server which ca deliver user-specific web pages to a P or mobile device ruig iteret browser software. Usig Wide Area Networkig techologies, such as the Iteret, with the appropriate levels of device ad etwork security i place, a user could moitor or adjust the cotroller from aywhere i the world. Please refer to the security sectio of the IQ ofiguratio maual for advice o security best practice. It is also compatible with the traditioal IQ system protocol. The IQ rage cosists of DIN rail moutig cotrollers with from zero to 6 iput/output poits (expadable up to 8 poits by addig DIN rail moutig I/O modules). This flexibility makes them suitable for a broad rage of applicatios. A local P or display (SDU-xcite) ca be coected to the RS port. Features Etheret 0 Mbps mai etwork with TP/IP protocol Embedded web server with security protected moitor/cotrol Embedded XML Web Services optio BAet over IP optio (BTL Listed) ompatible with existig IQ system protocol IQxact with I/O poits ad IQxcite with 0 or 6 I/O poits IQxcite with 80 or additioal poits by DIN rail I/O modules I/O bus allows separate placemet of I/O modules Flexible umber of software strategy modules RS local supervisor port 00 to ac, or Vac ad to 6dc iput power supply versios Small footprit with DIN rail moutig Battery backup, curret loop La, or serial auxiliary board optios DHP eabled. Physical Diagram shows IQXITE/96 or /8 (other versios may have less I/O coectors) iput chaels scree earth 6 mm (0. ) auxiliary board cover e.g. battery backup, curret loop La, or serial board optios mm (.6 ) 6 mm (.8 ) Uder cover iput LEDs iput liks 7.mm (.8 ) 0 mm (. ) I/O Bus cover LEDs watchdog power I/O bus power supply iput RS local supervisor coector OK, RX Etheret LEDs auxiliary output supply Etheret coector output chaels Uder frot pael output LEDs supply to output power bus IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

2 IQ Data Sheet Physical (cotiued) I/O Module (e.g. 8 uiversal iput) iput chaels to 0 mm (. ) mm (.6 ) 6 mm (.8 ) LEDs ad liks (uder cover) address switch (uder cover) I/O bus covers LEDs ad liks (uder cover) 7.mm (.8 ) 0 mm (. ) LEDs (uder cover) power I/O bus watchdog iput chaels to 8 FUNTIONALITY This data sheet gives a geeral descriptio of IQ, it does ot provide iformatio o the /XN optio. For details of the /XN optio see the IQ../.../XN/... otroller/iterface Data Sheet (TA009). Detailed iformatio is give i the followig mauals: IQ ofiguratio Referece Maual (TE00768) covers IQ s commuicatios, hardware, cofiguratio ad modules. SET Maual (TE007) covers IQ s cofiguratio usig SET IQ System Etheret Products Egieerig Maual (TE0069) covers the use of Tred products with Etheret IQ Web User Guide covers the use of IQ Web Pages IP Tool Maual (TE0068) describes the use of the IP Tool. IQ Graphical Display Page Editor Maual (TE0069). IQ Reset Applet Maual (TE00767) The IQ fuctioality ca be divided ito four sectios: system, hardware, firmware, ad strategy. SYSTEM Stadard ommuicatios The full stadard IQ has Etheret, I/O bus, ad RS ports. Local Display IQView Sesor/Kob Switches RD-IQ Wireless sesor receiver Local Supervisor/ Tool Mai Bus (Etheret) I/O Modules Web browser/supervisor/tools Full Stadard IQ ommuicatios I/O Bus Oly oe RS device may be coected Network Display Pael IQView8 RS Display Pael SDU-xcite Network Display Pael IQView8 Additioal IQs ca be coected to Etheret Etheret: This is the mai etwork for the IQ cotroller. It eables Ps to coect directly to Etheret ad commuicate with the IQ usig IP addressig. It also eables Iter otroller ommuicatios (I omms - peer to peer Etheret commuicatios) betwee cotrollers. Remote Ps ca commuicate through stadard IT etworks usig IP, eablig commuicatio from aywhere i the world.the IP coectio will support a web browser (thi cliet) ruig i a P, but commuicatio with a IQ System supervisor or tool (thick cliet e.g. 96, IQView8) will require the use of the virtual N embedded i the IQ cotroller. The strategy ad all other cofiguratio files may be dowloaded to the IQ from SET (System Egieerig Tool) across Etheret. I/O bus: The cotroller has the optio of a highly reliable I/O bus. This eables expasio I/O modules to be coected to add up to additioal I/O poits (8 poits i total with the 6 poits i the IQ). The bus ca be up to 0 m ( yds) or 0 m ( yds) i legth, ad have a maximum of I/O modules. IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

3 Data Sheet IQ Stadard ommuicatios (cotiued) RS port: A sesor/display (RD-IQ), lie display pael (SDU xcite), etwork display (IQView8 or IQView), a wireless sesor receiver (XW/R/IQ) or a local P ruig a supervisor or a software tool may be coected to the RS port. Oly oe device may be coected. If multiple IQs with differet La umbers are coected to Etheret the their INs will form a iteretwork (alog with ay IQN or XTEND o the etwork). Note that Tred Etheret devices (e.g. IQ, IQ, IQN, XTEND) o the same Etheret segmet must all be o the same subet. This port ca commuicate directly with the IQ (address 0) or to the IQ system etwork usig the local supervisor N (see below). The RD-IQ or SDU-xcite commuicates oly with the local IQ, so for the RS port to operate with RD-IQ or SDU-xcite, its address module local supervisor port address must be set to zero. Supervisor/ Tool Web Browser Local Supervisor/Tool Stad Aloe Mode: Stad aloe mode ca be eabled i the Etheret IP etwork module. Eablig stad aloe mode will stop the IQ from attemptig to build etworks with other IQs or EINs, but it will still commuicate as a sigle IQ (with supervisor, web browser, ad local supervisor). A cotroller is set to stad aloe mode to reduce Etheret etwork traffic (i.e. to disable pollig messages tryig to fid other Tred devices). A IQ prior to firmware versio. could be set to Stad Aloe by the IP Tool. If a cotroller s firmware prior to v. is upgraded it will be take out of stad aloe mode. It is recommeded that o IQ cotroller prior to versio. should be operated i stad aloe mode. Networks: The IQ will create its ow iteral La which icludes a ode for its ow cotroller, a N for its local supervisor port (sn - if supervisor port address is set ozero), a virtual N (vn), ad a virtual IN (vin - address 6). Supervisor/ Tool alarms by cotrol iteral La Web Browser Local Supervisor/ Tool If multiple IQs with the same La umber are coected to Etheret, the a Etheret La will form to iclude these IQs ad their iteral odes. They must be o the same Etheret segmet, i the same subet, ad use same UDP port. The IQ with the lowest IP address o the La also assumes the IN fuctioality (the other vins disappear) ad is resposible for maitaiig the La across the IQs. Supervisor/Tool Web Browser cotrol cotrol multiple Las I omms: The IQs may commuicate with each other IQ, IQeco ad earlier IQ (ad IQL) cotrollers usig Iter otroller ommuicatios (peer to peer commuicatios). This will use IQ System La/ode addressig (ot direct IP addressig). Alarm Delivery: Alarms ca be delivered to the local supervisor port or to a supervisor makig a permaet coectio to the virtual N by ormal IQ system comms. Alarms ca be delivered to supervisors makig temporary coectios to the virtual N usig TP/IP by settig the supervisor s IP address ad port umber i the alarm destiatio module (i.e. IP alarms). Alarms may also be set by . Note that etwork alarms are set to ay coected port (e.g. supervisor coected to local supervisor port, or supervisor coected to virtual N). Optioal ommuicatios IQ System urret Loop La Auxiliary Board The optioal IQ system curret loop La auxiliary board eables the IQ to become a device o a IQ system curret loop La. It ca o loger be part of a Etheret La (or iteretwork). However, it will still support access usig a web browser or a supervisor or tool by way of a virtual N, ad it ca still sed IP or alarms across Etheret. The curret loop La auxiliary board is fitted i IQ../.../LAN versios of IQ (heceforth referred to as IQ/LAN). curret loop La auxiliary board Local Supervisor/Tool cotrol shared La cotrol RS: Display pael, Local supervisor Network display I/O Bus IQ System urret Loop La: IQs, IQs, IQs, Supervisor, IN etc Etheret: Web Browser Supervisor, Network display IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

4 IQ Data Sheet Optioal ommuicatios (cotiued) Oce aother IQ (IQ, IQ, IQ, or IQ) is coected to the curret loop, the two IQs form a La. This ca the be exteded oto a iteretwork i the ormal way usig a IN type ode (e.g. IN, XTEND, IQN). Supervisor/Tool cotrol Web Browser Local Supervisor/Tool Iteretwork BAet Alarms: IQ/BA is able to sed alarms usig BAet protocol by way of the BAet Device type of Alarm Destiatio Module. This will oly accept Sesor, Digital Iput, Driver (digital readback), ad Plot (buffer ready) alarms (other alarms will be igored). BAet I omms: IQ/BA cotrollers support BAet I comms. This eables it to sed I omms to a BAet device usig BAet protocol. The Protocol parameter i the I omms module ca be set to either Tred, or BAet. BAet I omms supports Data From, Data To, ad Global To Directio lasses, but ot Miimum, Maximum, Sum, or Average. The Data From, Data To, ad Global To BAet I omms supports Aalogue ad Digital Bit Variable Types, but ot Digital Byte. I order to sed a BAet I omms a No-Tred Device module (NTD) must be set up for the BAet device beig commuicated with. If a XTEND is used istead of a IN, the the iteretwork (or a segmet of it) ca exist o Etheret. This would eable Etheret Las of IQs to be part of the same system etwork as a IQ/LAN. Serial Auxiliary Board The serial auxiliary board provides a additioal RS or RS8/ serial port for commuicatig with other devices. This board is used i some versios of the IQ../.../XN/.. (referred to as IQ/XN/SER, see IQ../.../XN/... Data Sheet for more details). BAet Protocol Optio IQ/BA versios of IQ support BAet protocol; BAet is a ope protocol that eables the products of a umber of differet maufacturers of buildig automatio ad cotrol equipmet to commuicate with each other. Each BAet device has a umber of objects (roughly correspodig to Tred modules) ad each module has a umber of properties (roughly correspodig to Tred module parameters). The mappig of the BAet properties to the Tred parameters is covered i the IQ ofiguratio Referece Maual (TE00768). BAet commuicatios ca oly occur if the BAet Network module (Network module, type ) is eabled ad set up as this defies the cotroller s commuicatio parameters o the BAet etwork. The etwork module s default settigs ormally allow BAet commuicatios to operate correctly, but uder certai circumstaces they may eed to be chaged - see IQ ofiguratio Referece Maual (TE00768). SET is able to browse the BAet system, ad this ca be used to cofirm that the IQ s BAet commuicatios are operatig. A specificatio of the objects, properties, ad BIBBS (BAet Iteroperability Buildig Blocks) supported by the IQ are give i the IQ Product Implemetatio oformace Statemet (TP000). This describes the IQ fuctioality which is submitted to the BAet Testig Laboratory for coformace testig. The NTD module is allocated a La umber (for the La of BAet NTDs), a ode address o that La, ad address attributes so that the cotroller selectio process operates similarly for both Tred ad BAet protocol I omms. BAet I omms Global To I omms are restricted to a specific La, so the Remote La caot be set to 8 (sigifyig a global message to every La, i.e. a global global). BAet item selectio is similar to that for the Tred protocol, except that BAet variables must be specified absolutely (i.e. item selectio by item label matchig may ot be used). BAet with Automatic IP Addressig: ertai issues exist whe usig automatic IP addressig ad BAet protocol. These are described i the IQ ofiguratio Referece Maual (TE00768). System ofiguratios Routers: IQs are able to costruct a iteretwork (but NOT a La) across a router. However, it is possible for Ps to coect to IQs across routers, ad to treat IQs separated by routers as separate sites. Usig a Supervisor with Multiple Sites: I the diagram below there are two IQs either side of a router. IQA IQB IQ IQD Router If the IQs are ot cofigured to cross the router as described below, they will costruct two separate etworks, oe each side of the router. Oly oe iteretwork is allowed o a site, but the Supervisor ca treat the etworks as separate sites ad so each site may have a iteretwork. The supervisor will chage the IP address of the IQ virtual N it is usig as it switches sites. Note that there caot be ay I comms betwee the sites. Alarms ca be set to the supervisor directly usig TP/IP. The IQ cotroller is BTL listed as a BAet Applicatio Specific otroller (B-AS) because it complies with all the BIBBS required, but it supports more tha this, ad o a practical system ca be treated as a BAet Advaced Applicatio otroller (B-AA). IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

5 Data Sheet IQ System ofiguratios (cotiued) ofigurig IQs to ross Routers: This is doe by settig up the IQ s etwork module with the Router (default router) IP address (for a router o its ow subet) ad with a Remote Device s IP address, ad subet mask (for a IQ o the other side of the router). IQ with IQN ad XTEND: Both IQN ad XTEND support a Tred curret loop La which may cotai IQ IQ IQ or IQ series cotrollers. The XTEND also has a LONWORKS bus coectio eablig the extesio of the iteretwork over the LONWORKS etwork, ad commuicatio with IQLs. The diagram below shows the additio of a XTEND to Etheret. IQA Default Router IP address Remote IQ IP address Remote IQ Subet mask IQB IQ IQD Default Router Router Etheret Supervisor/ Tool Web Browser If several IQs are coected oe side of a router, the uit with the lowest IP address (cross-router master) will attempt to costruct the etwork across the router. I the above diagram, IQA is the cross-router master ad is cofigured with the default router IP address ad a remote IQ s (e.g. IQ s) IP address ad subet mask. It will ow sed a message to IQ s subet through the default router. IQ will the reply ad the IQA will costruct the iteretwork betwee the two IQs. Because IP addresses may ot be fixed (see Automatic IP Addressig Mode - below) it may ot be possible to specify which cotrollers have the lowest IP addresses, so the details should be set up i every device o the subet, so that ay device may be able to become the cross-router master. If Automatic IP Addressig mode is beig used, the remote devices will be idetified by host ames rather tha IP addresses. It is recommeded that the details of two devices (either IQView8s, IQNs XTENDs, IQs or IQs) i the etwork from each subet the other side of a router should be set up i every device i the etwork o the local subet. For icreased reliability, details of additioal devices should also be set up. Note that up to 0 device s details may be etered i the etwork module. Iteret Access: Because the Iteret uses TP/IP addressig, the 96/IQ commuicatio ca operate over the Iteret. ompay Iteret access is ormally protected by a firewall which is usually the resposibility of the compay s IT departmet. The firewall will eed to be set up to allow messages through the port addresses beig used for sedig ad receivig IQ System messages. Additioally the firewall may be set up either to pass messages through or to redirect them. If redirectio is beig used, the the messages are set to the firewall IP address ad the firewall must be set up with the relevat IQ System IP address (e.g. IQ vn, XTEND vn, or IQ s ow IP address for web pages) so it ca pass them o. If usig a impermaet ISP coectio (e.g. usig a dial up modem) at either 96 or IQ ed, the ISP (Iteret Service Provider) must support reverse dial up. Note that IQ to IQ etworkig commuicatios will ot operate across a firewall (i.e. virtual etworks caot be built across firewalls). Local Supervisor/Tool urret Loop La Supervisor/ Tool Note that the LONWORKS etwork is ot to be used where a high level of etwork traffic is expected e.g joiig iteretworks or where there are may IQ system devices o may IQ system Las beig accessed across a iteretwork routed through the LONWORKS etwork. A alterative topology should be used such as a Etheret etwork. Note that the IQ ad the IQN or XTEND caot have the same La umber sice the IQN or XTEND s La umber is reserved for its curret loop La. IQ ad TMN: The IQ ca use a TMN coected to a IQN s curret loop etwork. The IQN should operate i iteretwork extesio mode (i.e. device address =>00) which provides a curret loop iteretwork with a extesio o Etheret. However, this will oly give ormal IQ System ommuicatios (i.e. text commuicatios), it caot provide web pages. Supervisor/Tool urret Loop La urret Loop Iteretwork IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

6 IQ Data Sheet System ofiguratios (cotiued) Automatic IP Addressig Mode: The IQ is able to operate i a system where the IP addresses are automatically allocated by a DHP (Dyamic Host ofiguratio Protocol) server (i.e. the IP addresses are ot fixed). The IP Addressig Mode parameter (i etwork module) is set to Eter Maually for traditioal maual etry with a fixed IP address, ad is set to Obtai Automatically (default settig) for the IP address to be set automatically by the DHP server. DHP Operatio: If set to Obtai Automatically, whe the cotroller powers up it will iform the DHP server which ca the provide it with: IP Address Subet Mask Router (default router) WINS Servers ( to ) DNS Servers ( to ) (These parameters caot ow be chaged by SET uless IP Addressig mode parameter is set to Eter Maually.) Lik/Local Operatio: If the cotroller is i automatic IP addressig mode ad the DHP server fails to respod, the IQ will eter lik/local mode where it will egotiate its IP address with the other devices o its Etheret segmet. A P (ruig supervisor or tool software) should be set up for auto-addressig. O DHP failure it may take a very log time to eter lik/local ad be able to commuicate with the IQs. This ca be avoided by power cyclig the P which will cause it to eter lik/local o power up. To commuicate with a IQ it must be o the same segmet. IP Addressig Mode IP addressig set up by Obtai Automatically DHP IP address may vary Lik/local Eter Maually Maual IP address fixed Summary of IP Addressig Modes Note that it is recommeded that lik/local oly be used as the default method of operatio o a sigle segmet system, (ot across a router). Host ame: Because the IP address is o loger fixed i automatic IP addressig mode, the IQ uses a Host ame, which is fixed. Whe the IQ powers up it seds its host ame to a WINS (Widows Iteret Namig Service) server. If a device wishes to commuicate with the IQ it will sed the IQ s host ame to the WINS server which will retur the associated IP address. If a WINS server does ot exist, the host ame ca be used over the local segmet oly (i.e. ot across routers). The host ame ca also be used to commuicate with the IQ if the IP Addressig Mode parameter (i etwork module) is set to Eter Maually. This provides a user-friedly way of idetifyig the cotroller rather tha rememberig its IP address. Default Host Name: If the host ame has ot bee set up, the IQ will power up with a default host ame which is a fuctio of its MA address ( Tred plus the last six digits of the MA address e.g. TREND_00 D0). The default host ame will always be operatioal (as well as its Host ame if it has bee set up), uless the Default Host ame parameter i the etwork module has bee set to Disabled. ommuicatio across the Iteret: If a device (e.g. supervisor) wishes to commuicate across the Iteret with a IQ o a system with automatic IP addressig, the the firewall server either has to be able to use the host ame, or the IQ s IP address must be fixed. Fixig the otroller s Address o a DHP cotrolled System: It is possible for the IQ to operate i a DHP regime with a fixed IP address by settig up the DHP server so that it always gives that particular IQ the same IP address. A alterative is to set the IQ IP Addressig Mode parameter to Eter Maually, ad set its IP address outside the rage of the DHP server. Server Address: Because the Server Address is o loger fixed o a DHP system, it must be set up (i the etwork module) to a host ame or a Iteret domai ame. Thus whe a alarm is to be set the Server IP Address is resolved by either a WINS server or a DNS (Domai Name System) server. rossig Routers if DHP is operatig: I the DHP regime, if the iteretwork is to cross a router(s), the Remote Devices ( to 0) IP addresses should be set up as host ames. This will eable the IP addresses to be obtaied from the WINS servers. Note that if ay commuicatio usig a host ame crosses a router(s), the a WINS server address must be set up. Servers: If the IQ s IP address settigs are to be supplied by a DHP server, the server must be istalled o the same segmet as the IQ. O a multi-segmet system a sigle DHP server may be use providig it has a coectio to each segmet, i.e. multiple coectios. The server must be capable of dowloadig either or both (as appropriate, see below) the WINS server address, ad the DNS server address. If host ames are beig used for IP addressig across a router, the a WINS server must be istalled somewhere o the system. If alarms are beig set, ad the server address is idetified by Iteret domai ame, the a DNS server must be istalled somewhere o the system. HARDWARE IQ Box: The cotroller box is DIN rail moutig ad must be fitted iside a cabiet. The iput chael liks are accessible by meas of a clear polycarboate cover which ca be uclipped usig a screwdriver. The I/O bus coector has a higed plastic cover. The auxiliary board cover ca be levered off by isertig a screwdriver betwee the back of the cover ad the mai uit. It has a rear DIN rail clip. The digital iput LEDs, the output LEDs, ad the three cotroller status LEDs ca be viewed through the clear polycarboate. I/O Bus: This feature is oly available o the expadable IQs (IQXITE/96, /8). The IQxcite is coected to a adjacet I/O module by a rigid coector. It ca be coected to a remote I/O module by a flexible cable. The coectio is made by opeig the flap, pluggig i the coector, ad the closig the flap over the cable. The last module o the I/O bus must be correctly termiated (see I/O Modules sectio). The IQxcite is provided with a termiator, ad each I/O module is provided with a rigid itercoector. 6 IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

7 Data Sheet IQ IQ (cotiued) oectors: Other tha the scree termials, which are sigle part, two part coectors are used throughout to facilitate istallatio. The screw termials are of a risig cage clamp type to facilitate good coectios. Each iput chael has a termial for cable scree coectio. The iteral cable scree earthig (groudig) termial bus is coected to the cotroller earth (groud) by a soldered lik o the board. If required to segregate the scree earth (groud) from the cotroller iput power supply earth (groud), it may be coected to a separate exteral earth (groud) by liftig the cover ad cuttig the scree earth (groud) track ad makig a coectio betwee the iteral scree bus termial ad a exteral earth (groud). Fusig: The Vdc combied supply to the IQ s ow I/O chaels, the I/O bus, the RS coector (e.g. to power SDU xcite), ad the auxiliary supply output is protected by a self resettig electroic circuit breaker. The part of the Vdc combied supply which supplies the RS, ad the V auxiliary supply output is limited to 0 ma. The 0V retur of this supply (i A termials set) of this supply is limited at 00 ma by a self resettig fuse, so that if this 0V termial is mistakely used for high currets, the fuse will blow ad protect the 0V lie; whe the fault is removed the IQ will retur to ormal operatio. The aalogue output P bus is protected by a.6 A self resettig multifuse. Separate earth (groud) coectio Scree earth (groud) track cut Service butto Iteral scree bus The power supply is protected agaist catastrophic failure by a o-replaceable fuse. The aalogue output circuitry is protected agaist the wrog coectio of a o-isolated exteral supply by a o-replaceable fuse. If either o-replaceable fuse blows, the cotroller should be set back for repair. The I/O modules have protectio as described i the I/O module sectio. Service Butto: The IQ ca be restored to defaults by holdig dow the service butto for greater tha s (but less tha s) as the IQ is powered up. For earlier hardware versios without the service butto it ca be restored to defaults by usig the Reset Applet (part of SET). Note that this will clear the strategy; the data cleared dow is defied i the Firmware/Strategy sectio below. Power Supply: The IQ ca be supplied i two iput power supply versios. /00-0 :00 to ac at 0 or 60 Hz. Power requiremet is 6 VA maximum. The 0V supply must iclude a dedicated A fuse complyig with BS6 ad a suitably rated switch i close proximity ad be clearly marked as the discoectig device for the uit. A A circuit breaker with high breakig capacity may be used as a alterative. / : Vac at 0 or 60 Hz, to 6dc (6 Vdc maximum for /UL versios). Power requiremet is A maximum. The V supply must iclude a suitably rated switch i close proximity ad be clearly marked as the discoectig device for the uit. A summary of the miimum ad maximum power requiremets is give below: ac (Nomial) Supply Vac -8 Vdc mi max mi max mi max max IQxcite/00 6 VA VA VA VA W 0W 0.A IQxact/ 6 VA 8 VA VA VA W W.A IQxcite/6 6 VA 9 VA VA 8 VA W W.A IQxcite/96,/8 6.VA 6 VA VA A W 0W.A The miimum power is for the core electroics without ay I/O auxiliary power or additioal I/O modules. The maximum power for the IQxcite/000 icludes core electroics ad maximum auxiliary supply cosumptio, for the IQxact/0 ad IQxcite/06 it also icludes maximum I/O cosumptio; the maximum for the IQxcite/96 ad /8 icludes core electroics, maximum I/O cosumptio, ad maximum auxiliary supply of 700 ma (which icludes power to the I/O bus). Battery Backup: The strategy cofiguratio ad data (logs, alarms) are stored i the uit i ovolatile memory (Flash). A supercap is used to maitai the real time clock (time ad date). I the evet of power failure this will support the clock for 6 days (typically). Note that the supercap eeds about miutes to reach full charge after power is applied. Optioally a battery board (XITE/BB) ca be fitted ito the uit; this will support the clock for several years i the evet of power failure (e.g. for Timemaster, see Firmware/Timemaster). If the battery has t bee discharged, it should be replaced routiely every years. The battery (type R0) ca be replaced after turig the power off ad removig the auxiliary board cover (while the battery is ot i circuit the supercap will maitai the real time clock). IQ system urret Loop La Optioal Auxiliary Board: The IQ/LAN (IQ../.../LAN) is supplied complete with a La auxiliary board fitted i the auxiliary board slot, ad with a special auxiliary board cover which eables access to the auxiliary board switches ad coectors. Battery socket Address/ baud rate switch TX RX OK Idicators Network termials The auxiliary board also cotais the circuit for a backup battery so it ca also fulfil the fuctio of XITE/BB as described above. However, the R0 battery is ot supplied so must be purchased separately if a battery backup optio is required. The board cotais the ormal hardware for a IQ system curret loop La ode: Address/Baud rate switch: The address o the La is set by poles to 7 i rage, to 9, to 9 ad must be uique o the La. The strategy address module Local Address parameter moitors the address switch settigs ad is read oly for IQ/LAN. The baud rate is set by poles 8 to 0 i the rage 9k6, 9k ad must match the other odes o the La (it ca also be read i Network Module ). Note that zero address reset is ot implemeted o IQ. Network termials: The etwork termials facilitate coectio of wire cables (eablig a weavig coectio method). IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0 7

8 IQ Data Sheet IQ (cotiued) Idicators: The stadard LEDs are fitted (TX, RX, ad etwork OK). Bypass relays: The board cotais chageover relays which bypass the receive ad trasmit circuitry ad maitai etwork itegrity durig power fail. Serial Auxiliary Board: This board is fitted to IQ/XN/SER (IQ../.../XN/SER) versios of IQ, see IQ../.../XN/... Data Sheet for details. This board also supports the battery backup facility i the same way as the IQ system curret loop La auxiliary board (see previously). Idicators: I/O haels Iput LEDs: (yellow) Each iput chael has a LED to moitor the iput state whe the iput chael is set to a digital iput. The LED will illumiate whe the associated iput cotact is closed. Output LEDs: (yellow) Each output chael has a LED whose light itesity icreases with output voltage. ore fuctio Watchdog ( ): (red) O if cotroller has a software fault (i.e. strategy or firmware). I/O bus error ( ): (red, ot fitted o IQxact) O if there is a I/O bus fault, (e.g. check for short circuit betwee Data Hi or ad either of the power lies). Power ( ): (gree) O whe iput power supply is coected. Flashes briefly at secod itervals if iput power supply fault; retur uit to supplier. Etheret OK: (gree) Normally called LINK o Etheret systems. ON idicates a good Etheret coectio. If OFF idicates faulty Etheret coectio. RX: (yellow) Flashes whe packet of data is beig received across the Etheret. Vdc ombied Supply: The Vdc combied supply supplies the IQ s ow iput/output chaels, the I/O bus, the RS coector (e.g. to power SDU-xcite), ad the Vdc auxiliary output supply termials. The total available curret is 700 ma (reducig to 0 ma for /00-0 versio if the ac iput power supply is less tha 0ac). The PSU has thermal overload protectio ad the combied supply is protected by a self resettig electroic circuit breaker. The iput ad output chaels are curret limited at ma each. The part of the combied supply used by the RS coector ad the auxiliary output supply is curret limited to 0 ma (typical). The auxiliary output supply ca be liked ito the P coector to supply auxiliary power for use by output devices. circuit breaker max/chael max max iput chaels max I/O Bus RS power bus iput output chaels auxiliary output supply power bus (P bus) max/chael The P output termials are used to supply the power to output devices. The iteral power bus (P bus) is protected by a.6 A self resettig multifuse. The power bus iput termial is ormally supplied from the IQ Vdc auxiliary output supply by usig a exteral lik but it ca be supplied from a exteral, dedicated, isolated, Vac/Vdc power supply. The cotroller is protected agaist the wrog coectio of a o isolated exteral supply by a o-replaceable fuse. V A V P P 0 Iteral power bus Exteral lik V A V P P 0 PSU Usig iteral power supply Exteral power supply ( Vac/Vdc) Note that if a exteral Vac/dc power supply is used, it must be dedicated to I/O chael use, ad it must comply with the relevat EM ad safety stadards. The exteral supply ca be either Vac or Vdc, but if the output devices require a mix of Vac ad Vdc a decisio will have to be made over which supply to coect to the P bus; the other supply will eed to be provided by exteral wirig. Note that the istaller should ote whether the P bus is Vac, or Vdc ad oly coect the appropriate loads. Vdc ombied supply 700 ma (0 ma) Maximum P lik The followig checks should be made: Iput/Output haels I/O Bus 0 ma maximum (typical) RS supply out Auxiliary supply Output haels Power bus The maximum curret 700 ma (0 ma) available from Vdc combied supply is ot exceeded. The 0 ma supply to the RS ad Auxiliary output supply is ot exceeded. The calculatio to perform these checks is described i the IQ ofiguratio Referece Maual (TE00768). I/O haels: The various models of IQ have differig umbers of I/O chaels as show below: IQXITE/00 IQXAT/ IQXITE/6 IQXITE/96 IQXITE/8 Zero iput/output chaels 6 uiversal iputs ad 6 aalogue outputs 0 uiversal iputs, ad 6 aalogue outputs 0 uiversal iputs, ad 6 aalogue outputs plus additioal I/O chaels ca be provided by coectig I/O modules to the I/O bus to provide up to a maximum of 96 or 8 chaels. Uiversal Iputs: (haels to 0) Likable for digital (D), curret (I), thermistor (T), or voltage (V) iputs. Yellow Earth Exteral Lik i Iteral For D, Ix, V, ad T coect betwee (i)n ad. For IL, coect betwee Vdc ad (i)n. 8 IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

9 Data Sheet IQ IQ (cotiued) Liks: SDU-xcite: The SDU-xcite is a wall moutig lie display. I additio to showig all the ormal strategy items, it ca access directories ad the IQ s alarm log. It coects to the IQ by its RS port, ad it ca commuicate oly with that IQ, so the local supervisor port address must be set to zero. D (digital) I (curret) (thermistor) T (voltage) V For I X ad I L RD-IQ: The RD-IQ is a wall moutig temperature sesor ad digit display. It has the followig variats: Digital iputs may be volt free cotact, logic, or ope collector (or drai) coected as show i the I/O module chaels sectio. Aalogue Voltage Outputs (haels to 6. ) Yellow Aux exteral lik The P output termials are used to supply power to the output devices. The iteral power bus (P bus) is protected by a.6 A solid state self-resettig multifuse. The P bus is ormally supplied from the IQ Vdc auxiliary output supply through the exteral lik show above (supplied fitted by default) but if required it ca be supplied from a exteral isolated Vac/ Vdc power supply. The cotroller is protected agaist the wrog coectio of a o-isolated exteral supply by a oreplaceable fuse. Etheret: The cotroller should be coected to a Etheret hub or switch usig at e ushielded or shielded (UTP or FTP) cable ad RJ plugs (shielded or ushielded appropriate to the cable). A local P (Etheret) ca either be coected to a adjacet port o the hub, or ca be coected directly to the IQ Etheret port usig a stadard Etheret cable i cojuctio with a crossover adaptor (XITE/XA). Displays The IQ cotroller ca be used with IQView8, IQView, SDUxcite, ad RD-IQ displays. Note that the NDP is ot compatible with IQ; it will ot recogise a IQ coected to its etwork. IQView8: The IQView8 is a touch scree etwork display. I additio to showig all the ormal strategy items, it ca access directories, timezoes, ad alarms, ad users ca be set up with cofigurable access rights. Schematic displays provide the ability to view, chage ad graph data from colour graphics pages. Alarms ca be set directly to the IQView8. It ca be coected to the IQ by Etheret, Tred urret loop La, or by RS. The Etheret coectio ca be either by the IQView8 s ow virtual N or by a exteral vn (e.g. the IQ s). The RS coectio eables the IQView8 to commuicate either oly with that IQ (if local supervisor port address is zero), or with the etwork (if local supervisor port address is o-zero). It has stadard wide termials to coect to a Tred curret loop. IQView: The IQView is a touch scree colour display pael for rear pael moutig with a frot cover. It ca access iputs, outputs, alarms, ad plots, ad allows kobs, switches, timezoes ad time to be adjusted. Users ca be set up with cofigurable access rights. It coects to the IQ by its RS port, ad it ca commuicate oly with that IQ, so the local supervisor port address must be set to zero. out RD-IQ/K: Room display with local temperature sesor ad setpoit cotrol RD-IQ/KOS: As RD/K plus occupatio override ad occupatio status display. RD-IQ/KOSF: As RD-IQ/KOS plus fa speed cotrol. It coects to the IQ by its RS port, ad it ca commuicate oly with that IQ, so the local supervisor port address must be set to zero. By default it accesses fixed strategy items (although these ca be chaged usig the frot pael buttos or SDU cofiguratio software, SDU Tool): Local temperature S9 Setpoit K Occupatio status K6 Fa speed status K7 I/O Modules The expadable versios of the IQ (IQXITE/96/.., /8/..) have the optio of coectig additioal I/O modules to the I/O bus. A maximum of I/O modules ca be coected. A maximum of 96 or 8 poits (6 poits i the IQxcite ad 80 or expasio poits) ca be used. The cotroller ad its I/O modules are to be fitted iside eclosures. No spurs are allowed o the I/O bus. If a sigle fully earth (groud) screeed ad boded cotiguous metal eclosure is used, the the total I/O bus cable legth ca be up to 0 m, yds (this covers the use of a multiple sectio electrical cotrol cabiet e.g. Form eclosures). However, if ay other type of eclosure is used, or the I/O bus rus betwee eclosures, the the total I/O bus cable legth ca be up to 0 m, yds. For the calculatio of cable legth, rigid itercoectors ca be igored.) Multiple eclosures must be earthed (grouded) to a commo earth (groud) poit accordig to latest IEE regulatios. The curret rage of modules cosists of: 8 Uiversal Iputs (/8UI) Uiversal Iputs (/UI) Uiversal Iputs ad Aalogue Voltage Outputs (/UI/AO) Uiversal Iputs ad Aalogue Voltage Outputs (/UI/AO) 8 Relay Outputs (/8DO) Relay Outputs (/DO) 8 Aalogue Outputs (/8AO) Aalogue Outputs (/AO) 6 Digital Iputs (/6DI) 8 Digital Iputs (/8DI) 8 Digital Iputs ad 8 Thermistor Iputs (/8DI/8TI) 8 Relay outputs with Had/Off/Auto (/8DO/HOA) Relay outputs with Had/Off/Auto (/DO/HOA) Layouts of the I/O modules are show i the IQ ofiguratio Referece Maual (TE00768). IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0 9

10 D ADJ. L+ L+ L- L- L N IN D ADJ. L+ L+ L- L- L N IN IQ Data Sheet I/O Modules (cotiued) I/O Bus: The I/O module has a higed plastic cover each side for coectio of the I/O bus, eablig the bus to be daisy chaied by the I/O modules. A short rigid itercoector (XITE/I) is available for adjacet modules. Oe itercoector is supplied with each I/O module; spare itercoectors are also available (XITE/I/ pack of ). A differet cable must be used if the coectio is betwee the same side of each cotroller as oe coector is rotated due to polarisatio of the coectors. Itercoector Termiator DIN rails must be earthed termiator IQxcite cotroller I/O module The bus should be termiated at the farthest ed from the cotroller betwee ad termials with a Ω resistor. A termiator is supplied with the IQxcite cotroller, ad spare termiators (XITE/TERM/ - pack of ) are available. The rigid bus itercoector icludes a groud coectio. + Vdc Groud + Vdc Groud For modules further apart withi a metal eclosure, plug i screw termials (XITE//0 - pack of 0) are available, eablig the modules to be wired together. Belde 08A cable should be used. The groud coector must be earthed (grouded) locally, ad the cable scree must be grouded at the cotroller ed. + Vdc Groud XITE/ coector Red White Blue Black Sigal directio + Vdc Groud Note that the cable core colours show are for the recommeded cable, Belde 08A. This type of cable coects the right side of oe module to the left side of aother. It ca be used for two sectios of DIN rail i a pael as show below: DIN rails must be earthed (grouded) Itercoectig cable Itercoectig cable termiator XITE/ coector No spurs are allowed. For example, i the multisectio pael below the DIN rail sectios are coected i series to form oe sigle legth of bus with termiatio at the farthest ed from the cotroller. PSR Multisectio pael with sigle legth bus PSR termiator The IQxcite ca supply Vdc to the I/O modules through the I/O bus Vdc termial. The available curret from the cotroller s combied Vdc supply ca be calculated as described i the IQ ofiguratio Referece Maual (TE00768). Alteratively a exteral Vdc supply must be used if: There are more tha 6 I/O modules* The mai cotroller combied supply would be overloaded. *Note that this rule does ot apply to /8AO, /AO, /6DI, /8DI, /8DI/8TI, /8DO (serial umber MD or greater) /DO (serial umber MD or greater), /8DO/ HOA, /DO/HOA modules which do ot eed to be icluded i this module cout. The maximum I/O module currets are listed i the table below - these ca be used to estimate the total curret required by the I/O modules. A more accurate curret cosumptio ca be calculated as described i the I/O module Vdc supply sectio o page. Module 8DO DO 8UI UI UI/AO UI/AO 8AO AO 6DI 8DI 8DI/8TI 8DO/HOA DO/HOA urret osumptio 00 ma 60 ma 80 ma 00 ma 80 ma + aux supply max 00 ma 00 ma + aux supply max 00 ma 80 ma + aux supply max 00 ma 00 ma + aux supply max 00 ma 6 ma 8 ma 0 ma 00 ma 60 ma If a exteral supply is required, the ormal bus coectio betwee Vdc termials is ot made, istead a isolated Vdc supply is wired betwee the Vdc ad 0V termials. 0 IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

11 Data Sheet IQ I/O Modules (cotiued) The maximum curret that ca be passed through a I/O module through the Vdc ad termials, from oe module to the ext, is.6 A. Note that if a exteral Vdc power supply is used, its output must be isolated from earth (groud), ad it must comply with the relevat EM ad safety stadards. The I/O bus coector Vdc termial supplies the I/O module s core electroics, its iput/output chaels, ad the Vdc auxiliary supply termial (preset oly i I/O module with aalogue output chaels) which is limited to 00 ma (typical). The auxiliary supply is provided so that it ca be liked ito the P coector to supply auxiliary power for use by output devices. I/O chaels For adjacet modules the XITE/PON/0 cable facilitates the coectio of the exteral power supply; it leaves a 0 mm (0.9 ) gap betwee the modules. ma max. per chael Vdc Groud XITE/PON/0 White Blue Black Black Vdc PSU Red + Vdc Groud For o adjacet modules the followig coectios should be used. This is facilitated by XITE/PON/000, a metre ( yd ) cable. XITE/PON/000 ( m, yd cable) + Vdc Groud White Blue Black Black Vdc PSU Red + Vdc Groud The PSR rage of DIN rail mouted auxiliary power supplies (e.g.. A,. A, or A) are available. They have isolated outputs. mais supply L N IN PSR D ADJ. L+ L+ L- L- Red (+ Vdc) Black () Black () Blue () White () White () Blue () Black () Red (+ Vdc) Black () mais supply L N IN PSR D ADJ. L+ L+ L- L- 00 ma max..6 A max. auxiliary output supply power bus iput V P 0 P core electroics P P I/O chaels P 8 0 ma max. per chael power bus Just as for the mai cotroller, o I/O modules with aalogue outputs the P output termials ca be used to supply the power to output devices. The iteral power bus (P bus) is protected by a.6 A self resettig multifuse. The P bus ca be exterally supplied by a dedicated, isolated, Vac/Vdc power supply, or ca be supplied from the I/O module s Vdc auxiliary output supply by usig a exteral lik. The I/O module is protected agaist the wrog coectio of a o-isolated exteral supply by a o-replaceable fuse. V P 0 P Iteral power bus Exteral lik V P 0 P PSU Usig iteral power supply Separate power supply ( Vac/Vdc) Note that if a exteral Vac/dc power supply is used, it must be dedicated to I/O chael use, ad it must comply with the relevat EM ad safety stadards. The exteral supply ca be either Vac or Vdc, but if the output devices require a mix of Vac ad Vdc a decisio will have to be made over which supply to coect to the P bus; the other supply will eed to be provided by exteral wirig. PSR coectio to left side PSR coectio to right side Note that the istaller should ote whether the P bus is Vac, or Vdc ad oly coect the appropriate loads. osideratio should be give to the maximum curret flowig through from oe I/O module to the ext as this must ot exceed.6 A. A example of the calculatio of maximum curret is give i the IQ ofiguratio Referece Maual (TE00768). I/O Module Vdc Supply: A I/O module ca either take its supply from the mai cotroller or from a exteral supply as described above. Maximum curret cosumptios were give i the table above, but a more accurate curret cosumptio may be required to decide whether a additioal power supply is required to supply the I/O module or to supply the P bus. I/O Bus termial 00 ma (typical) The followig checks should be made: ore Electroics Iput/Output haels Auxiliary Supply Output haels P Lik Power bus alculate the maximum curret cosumed from the I/O bus Vdc termial for use i the mai cotroller s auxiliary calculatio. heck that the 00 ma supply to the Auxiliary Supply is ot exceeded. The calculatio to perform these checks is described i the IQ ofiguratio Referece Maual (TE00768). IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

12 IQ Data Sheet I/O Modules (cotiued) I/O Module Eclosure: The I/O module eclosure is DIN rail moutig ad must be istalled i a cabiet. It has clear polycarboate covers over both the upper ad lower termial sets to eable access to the chael liks ad the address switch. The strips ca be uclipped usig a screwdriver ad clipped back i positio after use. The I/O termials are protected by clear polycarboate flip up safety covers. It has a rear DIN rail clip. The digital iput LEDs, output LEDs, ad the three cotroller status LEDs ca be viewed through the clear polycarboate. Scree Earthig (Groudig): O I/O modules with uiversal iputs, the screes for uiversal iput chaels are ormally coected to the module groud, but they may be separately earthed-grouded (if required to segregate the scree earth groud from the I/O module groud). earth (groud) lik cut Separate earth (groud) oectio iteral scree bus This is similar to the cotroller scree earthig (groudig), see IQ coectors sectio. There is a separate lik for each group of four chaels (i.e. the 8 uiversal iput module has two liks). I/O Module Address Switch: The address switch cosists of a hexadecimal switch, 0 to 9, A, B,, D, E, F. Selectig address zero disables the module. If there is a address clash o the I/O bus, the I/O bus fault LEDs o all the modules with the same address will flash; a module s address ca be corrected by settig its address switch to other addresses util its LED stops flashig. Whe settig up the iput ad output chaels i sesor, digital iput, ad driver software strategy modules, the I/O module address ad the chael umber have to be etered; the mai cotroller is referred to as module zero. I/O Module haels: The uiversal iputs have similar coectios to those i the mai IQxcite. Aalogue Outputs: The aalogue outputs have a similar arragemet to the mai cotroller with the Vdc auxiliary output supply ad the P bus. The /AO auxiliary output ca supply a maximum of 00 ma; the /8AO ca supply a maximum of 00 ma (shared betwee both auxiliary output termials). Relay Outputs: The relay outputs are sigle pole chageover, ad have a relay output status LED (yellow) which is ON whe the relay is eergised. NO N N N Relay Outputs with Had/Off/Auto: The relay outputs with Had/Off/Auto (HOA) facility are based o the stadard relay outputs but also have a positio HOA switch per chael. This switch ca be set to Had ( H, maually overridde ON), Auto (A, uder automatic cotrol from the strategy), or Off (O, maually overridde OFF). I additio to the yellow output status LED there is a red LED which is ON whe the output is maually overridde (i.e Had or Off). The output status LEDs are earest to the termials ad the overridde LEDs are towards the cetre of the uit. The output ca thus be i oe of four states which are show i the table below alog with the switch ad LED states. State Switch Positio Relay State Overridde LED (red) Output LED (yellow) Maually Had ON ON ON overridde ON Maually Off OFF ON OFF overridde OFF Automatic ON Auto ON OFF ON Automatic OFF OFF OFF OFF The HOA switch positio is fed back to the IQ strategy driver module from where it ca be viewed usig web pages, SET, or supervisors. Thermistor Iputs: The I/O module thermistor iput is similar to a Uiversal Iput liked for thermistor (T). However, there are oly scree termials located at each ed of the termial row. 0V T Digital Iputs: The digital iput circuit used i the /6DI ad /8DI modules eables the use of a volt free cotact iput (like the uiversal iput, digital iput), but also of a ope collector, Vac, or logic iput. V. ma 00K yellow red iverse polarity 0V 0V detectio 0V The iput will be o whe the iput LED (yellow) is ON, ad this is whe the cotact closes or A voltage is applied. This correspods to a ope collector trasistor or a ope drai FET beig ON, or a logic iput sikig curret from the termial (low state). V There is a Iput Polarity Error LED for each bak of 8 iputs. This LED (red) is ON if oe (or more) of the digital iputs are supplied by a ac voltage, which has bee grouded o the wrog side with respect to the IQ s groud. IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

13 Data Sheet IQ I/O Modules (cotiued) The various digital iput coectios are show below: Volt Free otact Iput The volt free cotact iput has a omial wettig curret of. ma. The iput is ON whe the cotact is closed. Idicators: The I/O modules have similar idicators to the cotroller: Uiversal iput (digital), Aalogue output, Power, ad Watchdog. The Relay output, Digital iput (/6DI, /8DI), ad Iput Polarity Error idicators are described above. The I/O Bus LED will illumiate cotiuously for a I/O bus fault (e.g. check for short circuit betwee or ad either of the power lies). If the LED flashes at secod itervals, the I/O module has ot bee i receipt of ay valid comms for 0 s, ad the module will switch off ay outputs. Logic Iput The logic high level ca be betwee ad (e.g. TTL, MOS). The logic low level must be able to sik ma. Note that the digital iput will be ON whe the logic iput is low. 0V TTL/ MOS > ma If the LED flashes faster it idicates a address clash as described above (I/O Module Address Switch); this duplicate address check is doe after power up or after chagig the address switch. FIRMWARE Power Watchdog LEDs I/O bus Upgrade The firmware i the IQ PU board, baseboard, ad XITE I/O modules ca be upgraded over Etheret. Ope ollector (or Ope Drai) Iput This ca be a ope collector or a ope drai (FET) iput. The collector or drai must be able to sik ma. Whe the trasistor or FET coducts, the digital iput will be ON. The logic high level ca be betwee ad (e.g. TTL, MOS). The logic low level must be able to sik ma. Note that the digital iput will be ON whe the logic iput is low. 0V XML Web Services XML Web Services is a field-upgradeable optio. It ca be added to ay IQ variat by purchasig the XML Web Services Upgrade (IQXAT/XML/UP for IQxact, ad IQXITE/XML/UP for IQxcite). This will etitle the purchaser to obtai a ulock code for Tred Techical Support. I order to operate, the XML Web Services should be eabled i the Etheret IP etwork module. XML is a geeral purpose specificatio for creatig custom markup laguages. It helps developers create web pages ad also provides a basic sytax that eables iformatio to be shared by differet computers ad applicatios. The IQ XML sytax is described i the IQ ofiguratio Referece Maual (TE00768). Vac Iput This type of digital iput ca moitor the state of a Vac sigal. I this example it will be ON whe the load is powered. If the load impedace does ot exceed.6 kohms (e.g. filamet lamp or relay coil) the a.6 kohm resistor must be fitted i series with the iput. Vac ±0% Load (>.6kΩ) Vac ±0% K6 Load (>.6kΩ) Strategy The IQ strategy modules are based o the traditioal IQ paradigm with mior chages to icrease capability ad efficiecy. The.IQ strategy file is created ad dowloaded usig SET. SET facilitates strategy creatio by providig a idexed library of pre-cofigured strategy blocks or custom solutios (etire cotroller strategies); these may be viewed, prited, or edited to suit the user. Oce the strategy is complete it ca be tested prior to dowload by usig the SET cotroller simulator mode. The strategy file ad the other cofiguratio files (laguage, backdrop, ad XN (IQ/XN oly)) ca be dowloaded or uploaded across Etheret (FTP) but oly the strategy file ca be dowloaded or uploaded across the curret loop La (IQ/LAN oly) or the RS port. A Etheret dowload requires the P ruig SET to be coected to Etheret, ad to commuicate with the IQ usig the IQ s IP address (SET will actually obtai the IP address from the IQ usig the IQ System La umber ad device addresses). Attempts to dowload a BAet strategy file to a o-baet IQ, or a XN strategy file to a o-xn IQ will fail ad will result i a Feature Error Program State beig declared i the Program module. IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

14 IQ Data Sheet Firmware (cotiued) Strategy Modules Modules: I the IQ the umber of each type of module may be adjusted to match the requiremets of the applicatio as log as the memory capacity of the cotroller is ot exceeded. As a geeral guidelie the IQ/96 has a capacity at least equal to a fully utilised IQ. The available capacity is measured i briqs. The total available capacity i a IQ varies with the type ad is give i the table below (alog with maximum plot memory capacity). IQ IQ/ XN IQxcite IQxact IQxcite I/O max briqs max. 0,000 0,000 0,000 7,000 plot memory max. (bytes) 00,000 00,000 00,000 00,000 briqs max.,000 0,000,000 plot memory max. (bytes) versio ot available 00,000 00,000 00,000 For sychroised plots each plot record requires bytes, so IQxcite/8 ca have up to 00,000 sychroised plot records. For triggered or periodic plots, each record requires 0 bytes, so IQxcite/8 ca have up to 0,000 triggered or periodic plot records. Prior to IQ v., plots for sesors above sesor 99 could ot be viewed by the 96, ad that plots for sesors above 6 could oly be viewed o web pages; these problems have bee fixed with IQ v. (ad appropriate supervisor upgrade, e.g 96 v.). Each type of module has memory requiremet i briqs as listed below; SET also limits the umber of modules as show i the adjacet table. Notes: # The actual size i (umbers of briqs) varies with module type. The largest size is show here. * The time zoe briq cout allows for a average of 0 exceptios. The sequece table takes 06 briqs, the table icludes 600 steps. The maximum umber of records for a plot is 000, but maximum total records varies with the type of plots used ad the optio build of the IQ as explaied above (see maximum plot memory i table). The maximum umber of plots which ca occur i s is 00 so there could be 00 off s plots (but o others). This is calculated o the average plots service i s, so a miute plot would cotribute a /60. For example 90 off s, +60 off mi would give 90+6= plots/s o average. The periodic ad triggered plots must also be couted ad it s up to the egieer to make his best estimate. The TL applicatio cosumes briqs as defied i the IQ/../XN data sheet. The umber of NTDs i the IQ is oly limited by the available briqs The alarm log ca record up to 00 alarms after which the ext alarm will overwrite the first alarm (FIFO). They ca be viewed o the IQ web pages (up to 6 pages of 0 alarms) The umber of Network modules ( - Etheret, - IQ La, - BAet), ad Optio modules (XN Iterface, Battery optio card, IQ system La ard, Serial card RS/RS8, XN Iterface, BAet, XML Web Services) depeds o the IQ optio build. ategory Module Size (briqs) SET max Alarm modules Group 9 00 Route 9 00 Destiatio 8 Log 0 otrol Modules Fuctio# 9 00 I omms# 9 0 Logic# 9 00 Loop 00 Aalogue ode# 6 0 Digital Byte# 0 OSS 00 Sesor type 99 Driver# 7 00 Digital iput# Kob 000 Schedule 00 Sequece 06 (600 steps) Sesor# Switch Time Module 8 Time Zoe* Geeral Modules Virtual N 9 Address I/O module Page 00 XN Iterface 0 No-Tred Device 0 Network 0 Optio 0 Program 0 Display Modules Plots 00 Directory 00 Display 9 00 User 00 IQ has a absolute limit of 000 modules; the limits imposed by SET prevet this from beig exceeded. The IQ also limits the umber of destiatio modules to 8 as show i the table. Network, Program, ad Optio modules have zero briqs. I SET, as the modules are created, a tally is kept of the briqs used ad the amout available to be used; a idicatio of this ca be viewed. If the limit is exceeded, the SET will prohibit the creatio of further modules. It is possible to create modules which are ot umerically sequetial so module lists ca be o-cotiuous (e.g. L, L, L, L7...). IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

15 Data Sheet IQ Firmware (cotiued) I ommuicatios: The IQs may commuicate with each other ad IQ (ad IQL) cotrollers usig Iter otroller ommuicatios (peer to peer commuicatios) usig IQ System La/ode addressig. IQ/BA is also able to commuicate with BAet devices usig I omms; the Protocol parameter specifies either Tred or BAet protocol. The remote cotroller i the BAet I omms module specifies a NTD (No-Tred Device) module which is set with BAet device s BAet address iformatio. The table below specifies the types of I omms with which the IQ will operate. Data From Data To Global To I omms Type ofigured i IQ to IQ ofigured i IQ to IQ ofigured i IQ to IQ or IQ Aalogue *Yes Yes Yes Yes Digital Byte *#Yes Yes #Yes No Digital Bit *#Yes Yes #Yes Yes Aalogue Yes Yes Yes Yes Digital Byte Yes *Yes *Yes No Digital Bit Yes Yes Yes Yes Aalogue Yes Yes Yes Yes Digital Byte Yes *Yes *Yes No Digital Bit Yes Yes Yes Yes Visitor omms (max, mi, sum, average) *Yes Yes *Yes No ofigured i IQ to BAet *Oly available o IQ v. or greater firmware. Oly available o IQ v.0 or greater firmware. #Although the IQ will respod to these requests, the digital byte module i the IQ caot be set up by the strategy. However, Digital Bit Data From I omms usig switch or digital iput status as the parameter value beig trasferred works fie. Note that I omms with IQ v cotrollers are similar to those with IQ cotrollers except the IQ ca oly receive messages (i.e. Data To from IQ), ot sed them. However, I omms with IQ v. or greater cotrollers ca be cosidered to be the same as those with IQ cotrollers. The receipt of I omms by a aalog ode or digital bit/byte is implemeted by creatig aalogue ode or digital byte modules durig the strategy creatio process o SET. Alarms: The IQ will geerate Network, Geeral, ad Item alarms. Network alarms are geerated by the Tred Network odes, Geeral alarms are geerated whe the IQ detects a problem withi its ow hardware or program, ad Item alarms are geerated by the strategy, ormally due to a faulty plat coditio. Network alarms are set to supervisors or tools coected to the local supervisor port or to the cotroller s vn. Geeral ad Item alarms ca be set either to a desigated Tred La address, to a IP address, or to a address. Alteratively for certai item alarms (sesor, digital iput, driver readback, ad plot), they ca be set to a BAet device (IQ/ BA oly). Alarms set to a Tred La address or to a IP address ca either be set i text, coded, or attribute format. All alarms are stored locally i the Alarm Log. For coded alarms the protocol limits the item umber to. For text alarms the maximum item label legth is 0 characters (although the 96 ca be setup to use labels previously leart). Timemaster: The IQ ca act as a Timemaster for the Tred system (IQs - post 989, IQs, IQs, IQs, IQecos, ad IQLs). It will maitai time ad date sychroisatio for all IQ cotrollers ad effect daylight savigs from a sigle source. However, each sectio of a system separated by auto-dialled liks requires its ow Timemaster. The IQ does ot provide the Timekeeper fuctioality; this was oly required for IQ90 s which did ot have a battery backed real time clock, ad they should be supported by a pre-iq Timekeeper cotroller o their ow La. Note that o a combied system (IQs with other IQs) a IQ or IQ must be the Timemaster. The Timemaster IQ should be fitted with the battery optio board which will support it i the case of power failure. The time module has a UT Offset parameter which eables UT time (o-ordiated Uiversal Time, approximately the same as GMT) to be calculated from the local time. The UT offset ad daylight savigs details should be set up i the Timemaster so that all other IQs ca be sychroised accordigly. Laguage: The user ca specify which laguage the IQ uses for the display of web pages ad for trasmitted alarms. All the required text is separately stored as a text file i SET ad ca be traslated to form a laguage file. The required files ca be selected for each SET project. Eglish is always available i the cotroller, but SET eables a default laguage as well as additioal laguages to be selected. The appropriate laguage files will be dowloaded to the cotroller whe the strategy is dowloaded. I the cotroller the Address module has a laguage parameter which will be set by default to the default laguage, but ca be chaged to ay oe of the other available laguage files or Eglish (e.g. chage to Eglish by settig the laguage parameter to eglish o the address module web page). The IQ ca use laguages which require 8 bit code (i.e. special or acceted characters) ad ca also operate with right to left laguages (e.g. hiese, Arabic). Plots: The IQ plot modules ca plot ay coectable module output (aalogue or digital). There are three types of plot module: sychroised, triggered, ad periodic. Although all three types are BAet iteroperable, oly periodic plots ca be BAet compliat. All plot modules ca geerate a buffer ready alarm whe the umber of records equals the otificatio threshold. Web Pages Iformatio from a IQ cotroller ca easily be accessed usig a Web browser (e.g. Iteret Explorer) o a P, smart phoe, or PDA over ay TP/IP etwork (e.g. the compay itraets, or the Iteret). See the ompatibility o page 7 for details of compatible web browsers ad devices. All that is required is the IP address or host ame of the cotroller, ad a valid user ame ad password (if users are set up i the cotroller). Oce coectio to the cotroller has bee made, it is possible to view ad adjust occupatio times, view the alarm history, ad view/adjust/graph idividual module parameters. Note module creatio, deletio, ad likig ca oly be doe usig SET. Sedig a alarm requires the Server Address to be set up i the address module. The Server Address ca be set up as a IP address, a iteret domai ame, or a host ame; the iteret domai ame or host ame require a DNS server address or a WINS server address respectively to be set up i the etwork module so that the ame ca be resolved. IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0

16 IQ Data Sheet Web Pages (cotiued) The IQ is provided with a stadard set of web pages which covers all accessible modules (see the example below of the list of kobs, ad their curret settigs). Graphical display pages (GraphIQs) which are cofigured usig IQ display ad directory modules, ca also be accessed (see the example below of a GraphIQ page). For further details of web pages see the IQ ofiguratio Referece Maual (TE00768), the IQ Web User Guide, (T006), ad the IQ Graphical Display Pages Editor Maual (TE0069). FIELD MAINTENANE The IQ otroller requires virtually o routie maiteace, however it is recommeded that if the battery optio board is fitted, the battery should be replaced every years, as explaied i the IQxact or IQxcite Istallatio Istructios. Other tha accessig the auxiliary optio board compartmet, the uit should ot be opeed. Warig: otais o serviceable parts. Opeig the uit exposes hazardous voltages The uit should cleaed with a cloth moisteed with water i order to avoid buildup of dust or other cotamiets. Discoect power before carryig out ay cleaig. 6 IQ Web Eabled otroller Data Sheet TA000 Issue 9, -Ju-0