Temaline Solutions

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Temaline Specification DataSection 5.1: Access Control SolutionsGeneral InquiriesConfigurable information available to thecardholder that is contained within theapplication such as time and vacationbalances.Event AnalysisThe event analysis functionality allowsthe operators to display and analyse thehistorical data stored in the system. Theoperator can define:lllWhat data to displayWhich filters to apply to the data in orderto show only events that satisfy certaindefined criteriaWhat information applies according tothe content of the fieldsSpontaneous MessagesSpontaneous messages are alphanumericand displayed automatically on the terminalfollowing a clock-in or clock-out operation.The operator can also define spontaneousmessages;llAssociated to a specific employee– addressed exclusively to the person inquestionAssociated to a specific display i.e.to the TemaKeys that use the primaryobject in question. All authorised userswho transit at the TemaKey can thenview these messagesSpontaneous messages can be configuredfor all displays, with the following limitations:l Alphanumeric display: a single line of 16characterslGraphic display: 4 lines of 32 charactersThe Spontaneous Message functionalitygives the opportunity to show a messageto the cardholder using the terminal,simultaneously with the transactioninformation. The message can be specificSECTION 5: page 14for the terminal, for the cardholder, or fora group of cardholders. Examples includetime limits for an individual to complete aspecific personnel task such as specialtraining or a group of individuals who mightbe required for medical exams or a meetingroom is changed.Dial Up CommunicationsThe Temaline system architecture supportspoint-to-point communication between theTemaServer and the supervision centrevia Dial-up. This communication can beused as an alternative to the LAN Ethernetconnection (as primary connection), or canbe used as a back-up connection (primaryconnection in LAN Ethernet, secondary – orback-up connection – in point-to-point).The point-to-point connection can beestablished in dial-up (modems) or using adirect line connection (null modem, RS232connection). The point-to-point connectioncan be established both from the TemaServer and from the Supervision Centre inthe following ways:lllManual call from Supervisor centreScheduled connection (both from centreand peripheral level)Automatic (started by a Supervisorcentre commands or by a Peripheralevent/alarm)The supervisor centre has the capabilityto manage a group of modems; theTemaServer can automatically select thefirst non-busy line on up to 4 supervisorcentre telephone numbers.Transits are not sent in an on-line manner, butonly on specific scheduled time periods. Ifthere is no connection between TemaServerand supervision centre, the transits arestored into the ‘transit buffer’ and sent toEBI centre once the connection is establish.If the ‘transit buffer’ level exceeds the 80%,the TemaServer establishes automatically aconnection to decrease the occupancy ofthe buffer.From the point of view of events it is possibleto specify time periods (hours for day anddays of the week) in which the events aresent using the point-to-point connection.TRANSIT CONTROLSGate controlIn its simplest form, Gate Control is the sameas a standard functionality of electronic dooraccess control. The main job of the AccessControl TemaServers is to control one ormore gates (doors, revolving doors, turnstiles,etc.) in a single or bi-directional way.Gate ControlThe TemaServer monitors the gate statusand controls the door strike – both aremanaged by an I/O device.The TemaServer controls the gate bothwhen there is a request for transit and whenthe door is closed (idle condition). In thiscase the TemaServer treats the two readersas a single door, conserving door count perTemaServer.lWhen there is a request for transitand the cardholder is authorised, theTemaServer opens the gate, checkingfor the right transit sequence. A transitsequence is a collection of steps relatedto the gate characteristics (turnstile,revolving doors, etc).
Temaline Specification DataSection 5.1: Access Control SolutionsThe following are basic commands relatedto the gate management;llllllOpen the gate for a single transitchecking for the right transit sequence(for entrance)Open the gate for a single transitchecking for the right transit sequence(for exit)Open the gate – the gate remains openuntil a “normal condition” or a Close thegate command is issuedClose the gate (lock) – the gate remainsclosed until a “normal condition” or an“open the gate” command is issued,Normal condition – return to normalmodalityWhen a “return to normal” commandis issued, if alarms are still present, thealarm message is resentAnti-passbackAnti-passback is used to prevent a cardbeing passed back to a following individualto gain entry.Cross-controller anti-passback is achievedin the system through using the peer-topeercommunication capabilities of theTemaServers. In addition, the standard andglobally anti-passback have special “timeout” functionality that restricts re-entry bycardholder within specified times. In otherwords, even when a valid cardholder makesa valid exit, the “anti-passback time out”disallows re-entry before a specified time(e.g. 10 minutes).It is possible within the Tema system to have,not only, global anti-passback, but also antipassbackfor a given number of zones.To enable the anti-passback control, aTemaKey must be configured with twozones associated: the starting zone that isthe zone that the cardholder is leaving andthe destination zone that is the zone wherethe cardholder will enter. The anti-passbackcontrols establish the zone in which thecard is currently located, and checks thateach subsequent card scan operation isconsistent with this information.Escort ControlThe escort transit control ensures that atransit is granted only when two transactionsin sequence are performed with two differentcards.This functionality can also be used tomanage vehicles associated with individualpeople, or their access to specific areabased on the required “double permission”as well as for visitor escort.The feature is based on:llEnabling a TemaKey to manage dualtransitsEnabling an employee card, a vehiclecard, or a visit card to enable a coupledtransit“One Shot” transitsIn facilities visited often by supply vehicles,there is often a requirement to enable thevehicle for a single transit or for a singleentry and a single exit.Number of people present in anarea (minimum and maximum)This functionality is an important safetyfeature for the Tema system. The numberof individuals present in an area can bemanaged and controlled. This functionalityallows that in a defined area there cannotbe present less then a specified minimumnumber of people or more then a maximumnumber selected.The Anti-passback control can alsobe activated if needed in applying thisfunctionality. It is also possible to definewhether the gate has to be opened even ifthe check fails. In this case only a warningevent is sent to the supervisory level.Path controlPath control allows the system to grantor deny transit at a terminal on the basisof rules that verify the historical use of thecard requesting the transit, whether in termsof the TemaKey utilised for the precedingtransits or in terms of the time elapsed sincethose transits.In particular, with Path Control, the operatormay set the rules that must be respected foraccess through the terminal. The followingdescribes the three possible scenarios thatcan be utilised for this type of control:lllCorrelated transit among TemaKeysMandatory PathTiming BarrierCorrelated transit among TemaKeysIn order for a transit to be granted at theterminal, it is necessary for the user first tohave transited through one of a particulargroup of terminals. In this example, pathcontrol is enabled in such a manner that auser will not be able to access the canteenbefore having transited the required priorTemaKeys.SECTION 5: page 15
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Page 5 and 6: Temaline Specification DataSection
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Page 21 and 22: Control UnitSection 5.2: Access Con
Page 23 and 24: Compact Magnetic Card ReaderSection
Page 25 and 26: Modular Magnetic ReaderSection 5.3.
Page 27 and 28: Modular Magnetic Readerwith Graphic
Page 29 and 30: Proximity ReaderSection 5.3.2: Acce
Page 31 and 32: Modular Proximity ReaderSection 5.3
Page 33 and 34: Modular Proximity Readerwith Graphi
Page 35 and 36: OmniProxSection 5.3.2: Access Contr
Page 37 and 38: OmniClassSection 5.3.3: Access Cont
Page 39 and 40: OmniAssureSection 5.3.3: Access Con
Page 41 and 42: BioAccessSection 5.3.4: Access Cont
Page 43 and 44: HandKeySection 5: 5.3.5: Access Acc
Page 45 and 46: Integrated TerminalSection 5.4: Acc
Page 47 and 48: Dual Wiegand InterfaceSection 5.4:
Page 49 and 50: Power Supply ModuleSection 5.4: Acc
Page 51: Power Supply ControllerSection 5.4:

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