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Network Communication Controller (NCC) Protocol List(Sorted Alphabetically)NCCProtocolProductSupportedMaster, Slave,PeerMediaSupportedDescriptionAB PLC-5 /80E or SLC500 unit on TCP/IPwith network in MISER master. Nonredundant version of ABENCC, with the samepoint mappings.TCP/IP network connection to Allen-BradleyPLC-5. Redundant configuration. EnhancedEthernet PLC-5 programmable controllersoperating over a TCP/IP Ethernet network.AB1DF-1 TCPMISERMEthernetABEDF-1 32Andover AC256 Plus communication viaSerial Interface with a MISER MasterASIASI protocol2500/86,25x86MRS-485ASIC 8055/8255 controllerBACBACNETBACNET/IPMISERMEthernet, UDPCommunicates with Alerton’s VLC devicesover a BACNET network with MISER pucomspecificprotocolMISERMRS-232Communicates with Compucom RTU’s usinga radio master PCDARDTMFMISERM900 MHz RadioMDS 2000 and MDS 960 radio diagnosticinformation, Data Acquisition Radio.Microwave Data Systems (MDS)DLTDELTA 1000MISERMRS-232Delta 1000 - data gathering panelsDNPDNP 3.0MISERMEthernetCommunicates with DNP devices (IED orRTU) over a TCP/IP network using DNP 3.0communications protocol.ELVRVUprotocolMISERMDirect RS-232,Modem, LineDriverCommunicates with the CEC Remote VideoUnit devices (RVU) used to control elevators.ENCIPEthernet/IPand CIPEthernetAB PLC 1784 and other industrial controldevices using CIP (Control and InformationProtocol) over EtherNet/IP (Ethernet IndustrialProtocol) such as Rockwell AutomationMISERMModem viaLeased PhoneLinesHP-IB (IEEERS-232 & 488)Bristol Babcock - Network-300CommunicationSerial communication with Hewlett-Packard59501B test calibration units.
ControlLogix PLCs.ESCGEFM-1000protocolGE FANUC90-30protocolMISERMDial-up PhoneLinesMISERMEthernetMDirect RS-232,Modem, LineDriver,MODBUS PlusGEHMODBUSPLUSMISERGEMMODBUSTCPMISERGENA , EthernetMISERMDirect RS-232,Modem, LineDriver,MODBUS PlusGE Fanuc90-30MISERMEthernet TCPGESSNP-XMISERMRS-232/RS485GEWGE SNPMISERMTCP, EGYRMISERMDirect RS-232GYSGENISYSUS&SMISERMRS-232SDirect RS-232,Modem, LineDriver, LeasedLine, Dial-upLine, Radio,Fiber- Optic,EthernetHSQ 25002500, 251802500/86,25x86Direct RS-232,Modem, LineDriverCommunicates with DigiMetrix Monitor M1000 devices. (Escalators)Communicates with General Electric FANUC90-30 PLC devices over a TCP/IP networkwith MISER master.Interface to Modicon PLCs and other Modbuscapable devices. Communicates with GeneralElectric Power Leader Electronic PowerMeters.Communicates with General Electric FANUC90-30 PLC devices over a TCP/IP networkusing MODBUS RTU Slave communicationsprotocol.Communications with GENA client to transferdata to another system.Interface to Modicon PLCs and other Modbuscapable devices. GE FANUC PLC on serialcommunication with MODBUS RTU protocol.Communicates with General Electric FANUC90-30 PLC devices over a TCP/IP network.Redundant configuration.Communicates with General Electric FANUC90-30 PLC devices using SNP-X serialcommunications protocol.Communicates with GE PLCs using %S, %I,%M, and %R memory typesTime and Frequency Receiver. GlobalPositioning System MISER interface toTrueTime XL-DC-600 GPSLandis & Gyr TELEGYR 5500 communicationvia serial interface with a MISER master.SAFETRAN EVENT ANALYZER /RECORDER (SEA/R) 80250 communicationvia serial Interface with a MISER master.Protocol is fully implemented on all HSQplatforms. Supports polling, quiescentreporting, COS with time stamp,program/database download from host.
HSTHSQ 2500MISERMRS-232,EthernetHSTREDHSQ 2500MISERMEthernetICCP SERVERICCPprotocolMISERSTCP, EthernetIEC-870-52500/86,26x86MISERS, MDirect RS-232,Modem, LineDriver, RadioSatelliteIECCommunication with HSQ RTU unitsA hot standby system of two RTUs connectedin a failover configuration.Communications with ICCP client to transferdata on electrical systems.Siemens implementation. Communicationswith IEC 870-5-101 devices.RTU & MISER software adapted to interfaceHSQ 8-bit RTU protocol to Thrane & Thranesatellite transceiver. RTU can be configuredto perform true Spontaneous Report ByException. INMARSAT standardBristol Babcock data loggers. Listen to ASCIImessagesSerial communications between the MISERmaster and Liebert Series 300DT threephase UPS using Emerson Standard Protocol(ESP)INMINMARSAT2500/86,25x86 l(ESP)MISERMDirect RS-232,Modem, 232METPCX ASCIIcommandsMISERMRS-232 & RS485MFMMODBUSRTUMISERMMODMODBUS2500/86,25x86, MISERM, SMISERSRS-232Communicates with MODBUS master systemMISERSTCP, EthernetCommunicates with MODBUS master systemMISERMTCP, EthernetCommunicates with MODICON ODBUSTCP2001RTUMPLXRv1.0MODBUSRTUDirect RS-232,Modem, LineDriverDirect RS-232,Modem, LineDriver, RadioCommunications between a MetONE ParticleCounter (PCX) and MISER master via aserial protocol interface.RTU communicates with Electro IndustriesModel DMMS-300 using MODBUS RTUProtocol.Serial communication with MODBUS RTUprotocol. MODICON standard.Communicates with HSQ 2001 (MUX)devices.2001MISERSystems Control SC 1801 RTU devices.MRS-232Serial communication with MULTILIN SR469and SR750 devices using MODBUS protocolin RTU mode.
NMEA READNMEAprotocolMISERSRS-232Communicates with GPS devices (likeGarmin) to get the current timeCommunicates with HSQ Non-RecordReporting RTUsNRRHSQ NRRMISERMRS-232NSHLAN PacketProtocol MetricomproprietaryMISER HSQ2500/86M, PWAN PacketRadioHSQ protocol implemented within theMetricom message packets.NVLALERTMISERMRadioStandard serial communications protocol usedby equipment collecting hydrological data.Interfaced to NOVALYNX 5096 transmitter.The same protocol is used by the NationalWeather Service NOVALYNX Flood on with a map board displayPENTAPENTAMISERMTCP, EthernetCommunicates with Penta Masters PCsPIEDF-1 TCPMISERMEthernetPIVBUS accessMISERMVAX BusPLC-2DF-1MISERMRS-232PLC-5DF-1MISERMDirect RS-232,DH DF-12500/86,25x86MDirect RS-232,DH itSEABUSMISERRS-232MDirect RS-232Direct RS-232,Modem, LineDriverDirect RS-232,Modem, LineDriver, RS-485Serial RS-485Allen Bradley Pyramid Integrator with TCPprotocolAllen Bradley Pyramid Integrator withMicroVAXAllen Bradley PLC 2 on serial communicationHalf and Full Duplex PLC-5, SLC-500interface to MISER host. DH interface viaAllen-Bradley KF2 or KE interface module.Interfaces Allen-Bradley PLC-5 and SLC-500as remote I/O to HSQ RTU or LogicProcessorRACO SCADA system - listen-only withVerbatim protocolSerial communications with RobiconVFD/MulitLine 269 Plus PLCs usingMODBUS protocols in RTU mode.Serial communications with RocklandSystem/90, Model 9020, Signal AnalysisWorkstation.Communications interface to Westronix 3000Digital Data Recorder and RTD’sSerial communications with Siemens AccessField Devices, including 4720 Power Meters,Static Trip III (ST3) Trip Units, and S7 I/Odevices.
protocolUNM ASCIIcommandsBest UPSASCIImessagesVENUS1500ALSTOMData TrainVIIISerial or UDP communications to all SIXNETproducts, including VersaTRAK RTUs,and SIXTRAK, RemoteTRAK and EtherTRAKI/O.SNMP manager to get MIB’s from networkdevices like: printers, routers, UPSsMISERMSerial RS-232,UDPMISERMUDPMISERMDirect RS-232,Modem, LineDriverCommunicates with Square-D (EPS 3000) UPSunits.MISERMRS-232Communicates with Ticket Vending Machine(TVM) devices made by VenTek. Listen-onlyat ASCII messagesMISERMMISERMMISERMMISERMMISERMRS-232ALSTOM Data Train communication via serialinterface with ALSTOM VPIRS-232WAYSIDE TWC VETAG communication viaserial Interface with a MISER master.Xycom 1806 FIDRS-232Direct RS-232,Modem, ERMINCOMHSQ ASCIIcommandsMISERMRS-232Direct RS-232,Modem, LineDriver, RS-485Direct RS-232,Modem, LineDriver, RS-485Universal Network Monitor on dial up lines.(UNM)Serial interface to Best FD10KVA andME3.1KVA UPS systems.Daktronics Visual Message Board (VMB)Interface to Westinghouse IQ-1000, IQDATA II.Interfaced to Westinghouse IQ-1000, IQDATA II.Communicates with Weather Station on dialup lines.Yokagawa HGM200 communication viaSerial Interface with a MISER master.Yokogawa Refrigerant Gas Area Monitor:HGM200 and PEM800 devices.
HSQ NCC DocumentationAB1NCC11. AB1NCCThis document references:1.1 . AB1NCC (Non-redundant Configuration)1.2 . Point Address Mapping with Function1.3 . Point Templates1.4 . CONFIG.DAT Information1.5 . Monitoring Program – AB1MON1.6 . Required Settings for Query Devices1.7 . Customized NCCGEN Parameters (TCP)1.8 . Parameters for AB1NCC1.9 . AB1NCC Disk FilesAugust 20, 2001HSQ Technology
2AB1NCC1.1HSQ NCC DocumentationAB1NCC (Non-redundant Configuration)Figure 1 Non-redundant PLC System Data Flow Diagram (AB1NCC)AB1NCC is the Network Communication Controller (NCC) used with Allen-Bradley PLC-5programmable logic devices (for example, an AB PLC-5 /80E unit or SLC500 unit). It is thesoftware module that enables communication between the HSQ computer and the AllenBradley PLC-5 device over an Ethernet connection.The AB1NCC is a generic interface for MISER, Version 6.06. It has a customized front endthat receives point values from a variety of hardware sources and standardized NCC modulesfor updating MISER’s database.The front-end I/O routines implement TCP protocol to provide peer-to-peer communicationat the highest possible throughput from the available medium and to assure the quality of datatransmission. Polling is performed by sending a query message for each point type. Theresponse message is the status of value for all points of the same type. If the number of pointsis large, the query is sent in two or more messages.HSQ TechnologyAugust 20, 2001
HSQ NCC DocumentationAB1NCC3A unique 32-bit IP Internet address identifies each programmable logic device on an IPnetwork. This Internet address (IP address) is assigned to the PLC by the user, within a rangeof allowable addresses.The PING (Packet InterNet Groper) program can be used on TCP/IP networks to testdestination node reachability.To perform a ping test, a local node sends an ICMP (Internet Control Message Protocol) echorequest message to a remote node, and then waits for a response message in return. If thereply message is not received within a set period of time, PING times-out, and the remotenode is deemed to be “unreachable.”PLC-5 units respond to PING messages of the following form (entered at a command-lineprompt): PING 192.1.0.10where "192. 1. 1. 10" is the IP addressAugust 20, 2001HSQ Technology
4AB1NCCHSQ NCC Documentation1.2Point Address Mapping with Function1.2.1AB1 Point MappingsAB1NCC was built for a maximum nDI, mDO, qAI, pAO and rSP points. It supports a singleunit on the same communication line.The maximum number of points (n, m, q, p, r) is specified in definition fileAB1NCC PARAM.DEF.Allen-Bradley PLC5 AddressPoint TypeIdentifierFile TypeFile NumberBinary InputsBBinary OutputsMISERWord #Bit #AddressStarting Register500 - (n - 1)1-n0B510 - (m - 1)1-m0Analog InputsN520 - (q - 1)1-q0Analog OutputsN530 - (p - 1)1-p0SetpointsN540 - (r - 1)1-r01.2.2MNET DATA: AB1.DAT DescriptionThe file MNET DATA: AB1.DAT describes point address mapping for MISER points withPLC files.All the lines prior to the ------------------------------------ line are treated as comment lines. Anyline starting with an ‘!’ anywhere in the file will also be considered a comment line.Column 1 represents the unit address of the PLC unit. Column 2 is a Point Type that could beAI, DI, AO, SP, or DO. MISER address range is specified in Columns 3 & 4. PLC file typesare specified in Column 5 and are listed as N for integer files, B for bit files or S for statusfile. File number (f) is specified in Column 6 and can be in the range 3-999. Column 7represents the first element number in PLC files that corresponds with the first specifiedMISER address. The element number can be a word (w) number, (0-999), if it is preceded by(:).Example:Nf:wThe element number can be a bit (b) number, (0-15999), if it is preceded by (/).HSQ TechnologyAugust 20, 2001
HSQ NCC DocumentationAB1NCC5Example:Bf/bIf a point address is not covered by AB1.DAT file a default value will be usedas described in previous section.1.2.3MNET DATA: AB1.DAT FileUnitPointAddressFileFileElementAddress typestartendtypenumber -------------! AI's01AI11S2 :6!PLC I/O status! DI's01DI1160N50 :0!hardware I/O01DI161176S2 :1!PLC status01DO132N51 :0! AI's02AI11S2 :6!PLC I/O status! DI's02DI1160N50 :0!hardware I/O02DI161176S2 :1!PLC status02DO132N51 :0! AI's03AI11S2 :6!PLC I/O status! DI's03DI1160N50 :0!hardware I/O03DI161176S2 :1!PLC status03DO132N51 :0! AI's04AI11S2 :6!PLC I/O status! DI's04DI1160N50 :0!hardware I/O04DI161176S2 :1!PLC status04DO132N51 :0! AI's05AI11S2 :6!PLC I/O status! DI's05DI1160N50 :0!hardware I/O05DI161176S2 :1!PLC status05DO132N51 :0! AI's06AI11S2 :6!PLC I/O status! DI's06DI1160N50 :0!hardware I/O06DI161176S2 :1!PLC status06DO132N51 :0! AI's07AI11S2 :6!PLC I/O status! DI's07DI1160N50 :0!hardware I/O07DI161176S2 :1!PLC status07DO132N51 :0! AI's08AI11S2 :6!PLC I/O status! DI's08DI1160N50 :0!hardware I/O08DI161176S2 :1!PLC statusAugust 20, 2001HSQ Technology
6AB1NCC08! AI's09! DI's090909! AI's10! DI's101010! AI's11! DI's111111! AI's12! DI's121212! AI's13! DI's131313! AI's14! DI's141414! AI's15! DI's151515! AI's16! DI's161616! AI's17! DI's171717! AI's18! DI's181818! AI'sHSQ NCC DocumentationDO132N51 :0AI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusHSQ TechnologyAugust 20, 2001
HSQ NCC Documentation19! DI's191919! AI's20! DI's202020! AI's21! DI's212121! AI's22! DI's222222! AI's23! DI's232323! AI's24! DI's242424! AI's25! DI's252525! AI's26! DI's262626! AI's27! DI's272727! AI's28! DI's282828! AI's29! DI'sAB1NCCAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusAugust 20, 20017HSQ Technology
8AB1NCC292929! AI's30! DI's303030! AI's31! DI's313131! AI's32! DI's323232! AI's33! DI's333333! AI's34! DI's343434! AI's35! DI's353535! AI's36! DI's363636! AI's37! DI's3737!3737373737! AI's38! DI's3838!3838HSQ NCC DocumentationDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O statusDIDIDODO1161111601761616NSWW50 :2 :20 :21 :0100!hardware I/O!PLC status!open(trip) breakers!close breakersHSQ TechnologyAugust 20, 2001
HSQ NCC Documentation383838! AI's39! DI's3939!3939!393939! AI's40! DI's4040!4040404040! AI's41! DI's4141!4141414141! AI's42! DI's4242!4242424242! AI's43! DI's4343!4343434343! AI's44! DI's4444!44444444AB1NCCDOAOSP171196816NNN51 :53 :54 :000AI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O statusDIDIDODODOAO1161111711601761616968NSWWNN50 :2 :20 :21 :51 :53 :010000!hardware I/O!PLC status!open(trip) breakers!close breakersAugust 20, 20019HSQ Technology
10 AB1NCC44! AI's45! DI's4545!4545454545! AI's46! DI's4646!4646464646! AI's47! DI's4747!4747474747! AI's48! DI's4848!4848484848! AI's49! DI's4949!49494949! AI's50! DI's5050!5050505050! AI's51HSQ NCC DocumentationSP116N54 :0AI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O statusDIDIDODODOSP11611117116017616169616NSWWNN50 :2 :20 :21 :51 :54 :010000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O statusHSQ TechnologyAugust 20, 2001
HSQ NCC Documentation! DI's5151!5151515151! AI's52! DI's5252!5252525252! AI's53! DI's5353!5353535353! AI's54! DI's545454! AI's55! 96816NSWWNNN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O NN50 :2 :20 :21 :51 :53 :54 :0100000!hardware I/O!PLC status!open(trip) breakers!close breakersAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAI11S2 :6!PLC I/O statusDIDIDO1161116017632NSN50 :2 :51 :010!hardware I/O!PLC statusAugust 20, 200111HSQ Technology
12 AB1NCCHSQ NCC Documentation1.3Point Templates1.3.1AI TemplateANALOG3138ACRONYM EU-SHRM-FI00ASEGMENT0NAME36 MAIN FLOWAREASHURMBUILDINGUNITNODE IDTASMVANCC ID3RTU ID1MUX IDINPUT ADD1OUTPUT ADDINPUT SUBTYPE NORMALOUTPUT SUBTYPE NONEFILTER CONSTANTCOS REPORTING Y TOLERANCE 0.10 %INTERVAL TYPE NONEINTERVALAUTO LAST COMMAND RE-ISSUE NENGINEERING UNITS MGDDISPLAY DECIMAL PLACESSENSOR HI LIMIT (ENG UNITS) 12.0000SENSOR LOSENSOR HI LIMIT (COUNTS)4095SENSOR LOOUTPUT HI LIMIT (ENG UNITS) NONEOUTPUT LOALARM HI LIMIT 10.0000ALARM LO LIMIT 1.00000RATE OF CHANGE NONEALARM DELAYALARM PRINTERS 13ACK CATEGORYNONERELATED TASKPOINT ACCESS LEVEL 961.3.23 RATE POINT Y RATE/UNIT DLIMIT (ENG UNITS) 0.00000LIMIT (COUNTS)0LIMIT (ENG UNITS) NONEHI HI LIMIT NONEHI DEADBAND 0.00000LO LO LIMIT NONELO DEADBAND 0.00000LIMIT ALARMS NSETPOINT DEVIATION ALARMS NCRITICAL ALARM NEVENTPRINTPOINTPOINTPRINTERS 0CATEGORY NONEASSOCIATION NONECONTROL LEVEL 96MESSAGE NUMBERASSOC POINTSLIDE NUMBERAO TemplateANALOGACRONYM EU-SHRM-PIC02SEGMENT0NAMEPCV MAN O/PAREASHURMBUILDINGUNIT3143NODE IDTASMVANCC ID3RTU ID1MUX IDINPUT ADDOUTPUT ADD1INPUT SUBTYPE NONEOUTPUT SUBTYPE ANALOGFILTER CONSTANTCOS REPORTING Y TOLERANCE 0.01 %INTERVAL TYPE NONEINTERVALAUTO LAST COMMAND RE-ISSUE NENGINEERING UNITS %DISPLAY DECIMAL PLACESSENSOR HI LIMIT (ENG UNITS) 100.000SENSOR LOSENSOR HI LIMIT (COUNTS)4095SENSOR LOOUTPUT HI LIMIT (ENG UNITS) NONEOUTPUT LOALARM HI LIMIT NONEALARM LO LIMIT NONERATE OF CHANGE NONEALARM DELAYALARM PRINTERS 13ACK CATEGORYINTORELATED TASKPOINT ACCESS LEVEL 96HSQ Technology0 RATE POINT Y RATE/UNIT DLIMIT (ENG UNITS) 0.00000LIMIT (COUNTS)0LIMIT (ENG UNITS) NONEHI HI LIMIT NONEHI DEADBANDLO LO LIMIT NONELO DEADBANDLIMIT ALARMS NSETPOINT DEVIATION ALARMS NCRITICAL ALARM NEVENTPRINTPOINTPOINTPRINTERS 0CATEGORY ALARMSASSOCIATION NONECONTROL LEVEL 96MESSAGE NUMBERASSOC POINTSLIDE NUMBERAugust 20, 2001
HSQ NCC Documentation1.3.3AB1NCCSP TemplateANALOG3410ACRONYM EU-SHRM-SLFASSEGMENT0NAMESH LFA SPTAREASHURMBUILDINGUNITNODE IDTASMVANCC ID3RTU ID1MUX IDINPUT ADDOUTPUT ADD1INPUT SUBTYPE NONEOUTPUT SUBTYPE SETPTFILTER CONSTANTCOS REPORTING Y TOLERANCE 0.10 %INTERVAL TYPE NONEINTERVALAUTO LAST COMMAND RE-ISSUE NENGINEERING UNITS MGDDISPLAY DECIMAL PLACESSENSOR HI LIMIT (ENG UNITS) 12.0000SENSOR LOSENSOR HI LIMIT (COUNTS)4095SENSOR LOOUTPUT HI LIMIT (ENG UNITS) NONEOUTPUT LOALARM HI LIMIT NONEALARM LO LIMIT NONERATE OF CHANGE NONEALARM DELAY2 RATE POINT Y RATE/UNIT DLIMIT (ENG UNITS) 0.00000LIMIT (COUNTS)0LIMIT (ENG UNITS) NONEHI HI LIMIT NONEHI DEADBANDLO LO LIMIT NONELO DEADBANDLIMIT ALARMS NSETPOINT DEVIATION ALARMS NCRITICAL ALARM NALARM PRINTERS 13ACK CATEGORYNONERELATED TASKPOINT ACCESS LEVEL 961.3.413EVENTPRINTPOINTPOINTPRINTERS 0CATEGORY NONEASSOCIATION NONECONTROL LEVEL 96MESSAGE NUMBERASSOC POINTSLIDE NUMBERDI TemplateBINARY3113ACRONYM EU-SHRM-YI12ESEGMENT0NAMEGEN. RUNNINGAREASHURMBUILDINGUNITON CODERUNN'GON STATUS1START VERB STARTOFF CODEOFF STATUSSTOP VERBMINIMUM ON TIMEVERIFICATION DELAYON ALARM N OFF ALARM NALARM DELAYALARM PRINTERS 13ACK CATEGORYINTORELATED TASKPOINT ACCESS LEVEL 96August 20, 2001NODE IDTASMVANCC ID3RTU ID1MUX IDINPUT ADD1OUTPUT ADDSTOP'D0STOPINPUT SUBTYPE NORMALOUTPUT SUBTYPE NONECOS REPORTING YINTERVAL TYPE NONEINTERVALAUTO LAST COMMAND RE-ISSUE NINTERMEDIATE CODEMIDINTERMEDIATE STATUS0MINIMUM OFF TIMERUN TIME LIMITINTERMEDIATE ALARM NCRITICAL ALARM NEVENTPRINTPOINTPOINTPOWER DEMANDUNCOMMANDED COS ALARM NUNDEFINE STATE ALARM NPRINTERS 0CATEGORY ALARMSASSOCIATION NONECONTROL LEVEL 96MESSAGE NUMBERASSOC POINTSLIDE NUMBERHSQ Technology
14 AB1NCC1.3.5HSQ NCC DocumentationDO TemplateBINARY3146ACRONYM EU-SHRM-EUHSSEGMENT0NAMEEU/HS TK STAAREASHRUMBUILDINGUNITON CODEONON STATUS1START VERB STARTOFF CODEOFF STATUSSTOP VERBMINIMUM ON TIMEVERIFICATION DELAYOFF0STOPINPUT SUBTYPE NONEOUTPUT SUBTYPE NORMALCOS REPORTING YINTERVAL TYPE NONEINTERVALAUTO LAST COMMAND RE-ISSUE NINTERMEDIATE CODEMIDINTERMEDIATE STATUS0MINIMUM OFF TIMERUN TIME LIMITON ALARM N OFF ALARM NALARM DELAYALARM PRINTERSACK CATEGORYINTORELATED TASKPOINT ACCESS LEVEL 961.3.6NODE IDTASMVANCC ID3RTU ID1MUX IDINPUT ADDOUTPUT ADD2POWER DEMANDINTERMEDIATE ALARM NCRITICAL ALARM NEVENTPRINTPOINTPOINTUNCOMMANDED COS ALARM NUNDEFINE STATE ALARM NPRINTERSCATEGORY ALARMSASSOCIATION NONECONTROL LEVEL 96MESSAGE NUMBERASSOC POINTSLIDE NUMBERStatus Point TemplateBINARYACRONYM ABE1-STSSEGMENT0NAMEPLC STATUSAREABUILDINGUNIT1ON CODEDOWNON STATUS1START VERB353NODE IDTASMVANCC ID2RTU ID1MUX IDINPUT ADDOUTPUT ADDOFF CODEOFF STATUSSTOP VERBUP0BINARYACRONYM ABE2-STSSEGMENT0NAMEPLC STATUSAREABUILDINGUNIT1ON CODEDOWNON STATUS1START VERBHSQ TechnologyINPUT SUBTYPE STATUSOUTPUT SUBTYPE NONECOS REPORTING YINTERVAL TYPE NONEINTERVALAUTO LAST COMMAND RE-ISSUE NINTERMEDIATE CODETROUBLEINTERMEDIATE STATUS2354NODE IDTASMVANCC ID2RTU ID2MUX IDINPUT ADDOUTPUT ADDOFF CODEOFF STATUSSTOP VERBUP0INPUT SUBTYPE STATUSOUTPUT SUBTYPE NONECOS REPORTING YINTERVAL TYPE NONEINTERVALAUTO LAST COMMAND RE-ISSUE NINTERMEDIATE CODETROUBLEINTERMEDIATE STATUS2August 20, 2001
HSQ NCC Documentation1.4AB1NCC15CONFIG.DAT Information! NCC module definition!! NCC NCC label ! 12 chars NCC,AB1NCC,!!!!!! RTU definition! RTU RTU label ! 12 chars !!!! Apn: NCC id 0,TASMVA::8, Apn: RTU id T,F,1 Record #-------- 8 bit NCC--------- NCC Type (0 blank HSQ, 1 sca)GUADALUPE AB U,RTU,RTU,RTU,August 20, ,F,F,F,THSQ Technology
16 RTU,!!!!!!!!!!HSQ TechnologyHSQ NCC DocumentationS07 AB PLC43,S08 AB PLC44,S09 AB PLC45,S10 AB PLC46,S11 AB PLC47,S12 AB PLC48,S13 AB PLC49,S14 AB PLC50,S15 AB PLC51,S23 AB PLC53,CSCO PLC54,I880 ,F,F,T54,30,F,T,F,F,F,T55,30,F,T,F,F,F,T NCC Line #------ Time out in sec---- RTU time stamps------ RTU does output COS---- Alarms in RTU------------ 8 bit RTU ----------------- Select/check/operate--------- MISERnet RTU ------------------ August 20, 2001
HSQ NCC Documentation1.5AB1NCC17Monitoring Program – AB1MONAB1MON monitors communications between the NCC (AB1NCC) and the RTUs it controls.This program is accessed through the MISER command, TOOLS. (See the example below.)At the system prompt, type TOOLS and press RETURN, then AB1MON and pressRETURN again. TOOLSthen AB1MONThe following prompts display:Enter NCC Number [Default 1]: 8To accept the default, press only the RETURN key. Otherwise, enter the number of theAB1NCC you want to monitor.Enter Monitor Choice: L (Lines), # (Units on Line #), or Q (Quit) [Def L]:Use this prompt to select between monitoring lines or units. The default selection, Lines,dis
a radio master PC DAR DTMF MISER M 900 MHz Radio MDS 2000 and MDS 960 radio diagnostic information, Data Acquisition Radio. Microwave Data Systems (MDS) DLT DELTA 1000 MISER M RS-232 Delta 1000 - data gathering panels DNP DNP 3.0 MISER M Ethernet Communicates with DNP devices (IED or RTU) over a TCP/IP network using DNP 3.0
