Lindy Carbon Monoxide Alarm user manual Filter

Page 34

4

4.9

OOPERATIONPERATION

FILTER		The filters are the central elements of the RMS. They make it it possible
		to logically combine the results recorded at the inputs, and to supply
		the result to the digital outputs or to generate various signals.
		It is possible to configure a total of 12 filters (RMS Advanced 40) with
		an identical structure. In this case, all inputs are available to each filter.
		Depending on the type of input signal (measured value, status, filter
		feedback), in principle there are three different function blocks for pro-
Mode of operation		cessing the results.
		The results of all the function blocks are combined via a common, logi-
		cal OR element to form the filter result.
		This filter result can then, depending on requirements, be used to gene-
		rate alarm messages (SNMP Trap, LED Warning, Buzzer), to control
		digital outputs, or for feedback to other filters.

Rack

Image 34

Contents MonitoringRack MonitoringSystemSystem Rack Ccontentsontents Ccontentsontents General Information Safe WorkingLapse of warranty WarrantyDisposal Mail ServiceHotline STANDARDS, RegulationsRack Monitoring LiteHumidity Connection optionsDigital Sensor digitalReader Mains Power StripsDoor Contact Infrared Room surveillanceCheck the supplied items PreparationsNecessary Tools Installation and Commissioning Cabling Electrical InstallationConnections and cabling Mains montoringUPS DigitalAlert 10BASETCOM AUXSupply Fuses Double -pole fuse / fuse of the neutral wireFuse for the auxiliary voltage CommissioningOperator Control Elements Initial StateOperation VIA Keys on the Front of the Device Selecting a menu itemDisplay in the Confirm menu Filter messagesEntering network parameters Operation VIA Telnet or Serial Interface COM? Help Block diagram Network Configuration IP AddressSnmp a Ccess Snmp ConfigurationAME Write CommunityReboot TFTP-SERVER Configuration VIA TftpUpdate VIA Tftp StatusUser Administration Selection pointer to next userConfigure digital outputs Digital Outputs InvertDigital Inputs Temperature InputsQuit Humidity Inputs Mains MonitoringUpdate the screen + Next Device AUX Device SelectionPrevious Device Return Quit With SavingFilter Snmp Trap Filter SelectionUIT FfectLED W Arning DIGITAL/ALERT/UPS Inputs ODE-A B M ODE-B TEMPERATURE/MAINS/HUMIDITY InputsSet threshold Selection pointer to next input Previous Feedback Input Feedback InputsIlter Message LOG Examples of filter settings Preconfigured filters with anExample of filter configuration using filter 1 temperature Example of terminal assignMonitoringRack MonitoringSystemSystem Rack Eexamplexample Configurationconfiguration Specimen output ConfigurationRack Mmalfunctionsalfunctions RemedyTechnicaltechnical Datadata Rated ambient temperatureMIB FAQEMC RFCProduct designation ModelSystem Configuration DocumentationIso.org.dod.internet.private.enterprises.infratec.rms Explanation of the MIBFor RMS Variable Type ValueObject under ups I NT Able Variable Type Value Access Objects under Variable Type Value AccessObjects under Variable Type Value Objects under tempTable Objects under outputTable Variable Type ValueObjects under Objects under humidTableObjects under filterTable Variable Type Value Objects under mainsTable Variable Type ValueObjects under Variable Variable Type Value Access 6.1.4.1.1909.10.7.3Type Value Access FilterMainsTableObjects under aux Variable Objects under userTable Variable Type ValueObjects under icc Variable Type Value GNU General Public RemoRack RMS Lite RMS AdvancedRack