PLC - LonWorks Programmable Fieldbus Controller 16-bit CPU

Transcription

1 88 PL - LonWorks Programmable Fieldbus ontroller 16-bit PU Fieldbus connection 231 Series (MS) LonWorks STTUS IOM USR V 0V + + Status voltage supply -System -Power jumper contacts Supply Supply via power jumper contacts W pin onfiguratio and programming interface Power jumper contacts The LonWorks PL is an expansion for the WGO--SYSTEM. Programming PL applications is performed in compliance with IE The programmer can access all fieldbus and data. Features and applications: In addition to the Neuron chip, the LonWorks controller also has a host processor (40 MHz) that can be programmed via WGO--PRO. ll available types of modules up to 248 digital or 124 analog input/output channels as well as modules with special functions can be addressed and handled using the program generated by WGO--PRO. The Neuron chip connection is made through IE variables with special addresses. These can be imported via LNSTM-compliant PRIO LNS plugin and assigned to a maximum of 52 network variables. ny Standard Network Variable Type (SNVT) can be assigned to each of these network variables. The PRIO LNS plug-in supports all available SNVTs from the LonMark SNVT Master List (1-31 bytes in length). Network variables can be assigned to any SNVTs, ensuring the best possible interoperability with LonMark -compliant products of other manufacturers. LON, LONMRK, LONWORKS and Echelon are registered trademarks of Echelon orporation. LNS TM is a trademark of Echelon orporation. TOPLON is a registered trademark of WGO Kontakttechnik GmbH & o. KG LonWorks ontroller 1 ccessories WGO LNS Plug-In PRIO see page 94 WGO--PRO V2.3, RS-232 kit with marking see pages System ata No. of controllers connected to Master Max. length of fieldbus segment uscoupler connection Programming IE without repeater, 127 with repeater Twisted pair - FTT 500 m (free topology) 2700 m (bus-topology) in accordance with LON specification 2-pole male connector, 231 Series (MS), WGO--PRO 32 (as of firmware SW 07 also programmable with WGO--PRO V2.3) IL, L, F, ST, F pprovals lso see "pprovals Overview" in Section 1 r NSI/IS lass I, iv. 2, Grp., T4 4 IE , -15 R-Ex n II T4 4 EN , -15 I M2 / II 3 G Ex n nl II T4 EN , -1

2 / modules FIELUS I NTERFE FIELUS INTERFE Number of modules 62 igital signals max. 248 (in- and outputs) nalog signals max. 124 (in- and outputs) via P with LON Interface Program memory 128 Kbytes ata memory 64 Kbytes Non-volatile memory (retain) 7 Kbytes Power supply (-15 % %) Max. input current () 500 m Efficiency of the power supply 87 % Internal current consumption (5 V) 300 m Total current for modules (5 V) 1700 m 50 system/supply Voltage via power jumper contacts (-15 % %) urrent via power jumper contacts (max.) 10 FTT 10 General Specifications Operating temperature mm / 0.33 in imensions (mm) W x H x L 51 x 65 x 100 Height from upper-edge of IN 35 rail 205 g Storage temperature Relative air humidity (no condensation) 95 % Vibration resistance acc. to IE Shock resistance acc. to IE egree of protection IP20 EM: 1 - immunity to interference acc. to EN (2005) EM: 1 - emission of interference acc. to EN (2007)

3 154 LONWORKS Fieldbus oupler ; digital and analog signals Fieldbus connection 231 Series (MS) LonWorks STTUS IOM V 0V + + Status voltage supply -System -Power jumper contacts Supply Supply via power jumper contacts W pin interface Power jumper contacts This buscoupler connects the WGO--SYSTEM to the LON fieldbus using FTT (Free Topologie ). The buscoupler automatically configures, creating a local process image which may include analog, digital or specialty modules. nalog and specialty module data is sent via words and/or bytes, digital data is sent bit by bit. The following LNS compliant plug-ins are available: LON and LONWORKS are registered trademarks of Echelon orporation. WGO TOPLON -PRIO (Programmable Remote ) is the interface between the s of the fieldbus coupler and the LON network Processing of up to 248 digital or 124 analog inputs /outputs To each network variable any SNVT can be assigned maximum of 52 network variables, types available NVI/NVOs: 0/52; 20/32; 26/26; 32/20; 52/0 WGO TOPLON -IF (Installation Functions) with ready-to-use applications in any combination. For example, for stairwell light control, ambient light control, touch control dimmer, and window blind control. Processing of up to 48 digital inputs /outputs 48 network variables of the SNVT_switch type are available. LonWorks 1 System ata No. of couplers connected to Master Max. length of fieldbus segment uscoupler connection 64 without repeater, 127 with repeater Twisted pair - FTT 500 m (free topology) 2700 m (bustopology) in accordance with LON specification 2-pole male connector, 231 Series (MS), female connector ( ) (included) ccessories WGO LNS Plug-In PRIO see page 94 with marking see pages pprovals lso see "pprovals Overview" in Section 1 r NSI/IS lass I, iv. 2, Grp., T4 4 IE , -15 R-Ex n II T4 4 EN , -15 I M2 / II 3 G Ex n nl II T4 EN , -1

4 / modules 1.2 FIELUS INTERFE FIELUS INTERFE Number of modules 62 igital signals max. 248 (in- and outputs) nalog signals max. 124 (in- and outputs) via P with LON Interface Power supply (-15 % %) Max. input current () 500 m Efficiency of the power supply 87 % Internal current consumption (5 V) 300 m Total current for modules (5 V) 1700 m 50 system/supply Voltage via power jumper contacts (-15 % %) urrent via power jumper contacts (max.) 10 FTT 10 General Specifications Operating temperature mm / 0.33 in imensions (mm) W x H x L 51 x 65 x 100 Height from upper-edge of IN 35 rail 200 g Storage temperature Relative air humidity (no condensation) 95 % Vibration resistance acc. to IE Shock resistance acc. to IE egree of protection IP20 EM: 1 - immunity to interference acc. to EN (2005) EM: 1 - emission of interference acc. to EN (2007)

5 32 LON FTT Module UTOMTION : User : Tx : Mailbox : E F G H E: LonWorks Status F: Rx G: ommunication/ Initialization Phase H: not assigned onnection not assigned Rx US US FT500 Tx Logic LON us LON us LON us LON LON E F G H The LON FTT Module complies with the ISO/IE standard. The 1 2 inch (12 mm) wide module connects LON to 750 Series ontroller and Modules (e.g., net, KNX, EnOcean, LI, MOUS). It is a full-fledged and flexible LON device within LonWorks FT or LP networks. The module's network variable interface defines 249 network variables of any type and supports both LonMark objects and configuration properties. LON network interface is defined via LON onfigurator, a comprehensive and easy-to-use WGO--PRO software tool. Interface representations are programmed via IE and can be easily used for further applications. Fieldbus nodes are programmed via WGO--PRO software. WGO provides a comprehensive IE library of function blocks, simplifying the creation of complex control applications. LON FTT Module ccessories LON-LI ownload: LON onfigurator see page 33 WGO--PRO V2.3, RS-232 kit with marking see Full Line atalog UTOMTION 2012/ Series onnectors oding fingers Series pluggable connectors and coding fingers are included. pprovals pending maximum of two modules may be connected to one controller. However, the number of modules depends on the memory required by the IE application and the type of controller. The module is supplied via 24V power jumper contacts. Twisted Pair - FTT Max. length of fieldbus segment 500 m (free topology); 2700 m (bus topology) acc. to LON specification ommissioning via WGO--HEK Programming via WGO--PRO Interface to LON network programmable via WGO--PRO Number of network variables max. 254 (249 for application) Number of aliases max. 127 ISI (Interoparable Self-Installation) no MF (irect Memory Files) no Processor FT5000 FTX2 Transmission channel 1 urrent consumption (internal) 30 m Power supply via system power 50 system/supply Internal bit width 24-byte data mm / 0.37 in Width 12 mm 55 g EM: 1 - immunity to interference acc. to EN (2005) EM: 1 - emission of interference acc. to EN (2007) EM: marine applications - immunity to interference acc. to Germanischer Lloyd (2003) EM: marine applications - emission of interference acc. to Germanischer Lloyd (2003) LON, LonWorks and LonMark are registered trademarks of Echelon orporation.