Operation VIA Telnet or | Lindy Carbon Monoxide Alarm manual

4

4.4

OOPERATIONPERATION

OPERATION VIA TELNET OR	All the settings in the RMS can easily be made via Telnet or via the
SERIAL INTERFACE COM	serial interface (COM).
	COM parameters: 9600 baud, 8 data bits, no parity, 1 stop bit, soft-
	ware handshake.
Note	Never connect both COM interfaces at the same time!
	Create a Telnet connection on the computer:
	• Input:
	Example: #telnet 192.168.18.103 <Return>
	The Login screen appears

			• Log in with an entered user name (> 4.7).
			On first startup: rms <Return>
			• Enter password.
			On first startup: rms <Return>
			After successfully logging in, the main menu appears (see over).
		Note	Letters in square brackets designate keys with which individual menu

			items can be selected.
			items can be selected.

Rack

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Lindy Carbon Monoxide Alarm user manual Operation VIA Telnet or, Serial Interface COM

Contents

MonitoringRack MonitoringSystemSystem Rack Ccontentsontents Ccontentsontents General Information Safe Working Disposal WarrantyLapse of warranty Service HotlineMail STANDARDS, Regulations Rack Monitoring Lite Connection options DigitalHumidity Sensor digital Mains Power Strips Door ContactReader Infrared Room surveillance Necessary Tools PreparationsCheck the supplied items Installation and Commissioning Electrical Installation Connections and cablingCabling Mains montoring Digital AlertUPS 10BASET COM AUX Fuses Double -pole fuse / fuse of the neutral wire Fuse for the auxiliary voltageSupply Commissioning Operator Control Elements Initial State Operation VIA Keys on the Front of the Device Selecting a menu item Entering network parameters Filter messagesDisplay in the Confirm menu Operation VIA Telnet or Serial Interface COM ? Help Block diagram Network Configuration IP Address Snmp Configuration AMESnmp a Ccess Write Community Reboot Configuration VIA Tftp Update VIA TftpTFTP-SERVER Status User Administration Selection pointer to next user Configure digital outputs Digital Outputs Invert Quit Temperature InputsDigital Inputs Humidity Inputs Mains Monitoring Update the screen AUX Device Selection Previous Device+ Next Device Return Quit With Saving Filter Filter Selection UITSnmp Trap Ffect LED W Arning DIGITAL/ALERT/UPS Inputs Set threshold Selection pointer to next input TEMPERATURE/MAINS/HUMIDITY InputsODE-A B M ODE-B Ilter Feedback InputsPrevious Feedback Input Message LOG Preconfigured filters with an Example of filter configuration using filter 1 temperatureExamples of filter settings Example of terminal assign MonitoringRack MonitoringSystemSystem Rack Eexamplexample Configurationconfiguration Specimen output Configuration Rack Mmalfunctionsalfunctions Remedy Technicaltechnical Datadata Rated ambient temperature FAQ EMCMIB RFC Product designation Model System Configuration Documentation Explanation of the MIB For RMSIso.org.dod.internet.private.enterprises.infratec.rms Variable Type Value Objects under Variable Type Value Objects under Variable Type Value AccessObject under ups I NT Able Variable Type Value Access Objects under outputTable Variable Type Value Objects underObjects under tempTable Objects under humidTable Objects under Variable Objects under mainsTable Variable Type ValueObjects under filterTable Variable Type Value Variable Type Value Access 6.1.4.1.1909.10.7.3 Type Value Access FilterMainsTable Objects under icc Variable Type Value Objects under userTable Variable Type ValueObjects under aux Variable GNU General Public RemoRack RMS Lite RMS Advanced Rack