ACTIVE COMPONENTS @Lock 10.12 to 10.18 10 10.11 ACTIVE COMPONENTS Problems with locking systems Unauthorized access - By own employees - By external companies - Uncontrolled access - Decentralised access authorizations - Key problem - Loss of key - Single key system - Many different keys The mechanical/electro-mechanical comparison MIR20107 Cylinder lock systems + Simple technical version + Cost-effective with individual locking + No power supply required - Easily duplicated - Replacement (among other factors) problematic - Code conversion expensive with locking systems - Key-connected, which means transferable with key hand-over (theft) - Logging and monitoring very expensive/time-consuming Electronic systems + Various locking options + Opening permission possible without a key being required + Opening permission can be granted/withdrawn almost immediately + Lock control / logging possible + Remote opening per PC / Internet / mobile phone / SMS + Expandable and easy code conversion lock system - Power supply required Locking solutions Control components to choose from Electronic locking systems Mechanical combination lock Standard locking with half-cylinder MIR20113 MIR20285 10.12 MIR20134 ACTIVE COMPONENTS Modules Control components for electronic locking systems Transponder Interlocking: security with multi-point interlocking mechanism Network (server) MIR00423 Decentralised rack suite - Each rack/each door can be opened separately - via own address Access authorization administration Access monitoring Locking mechanism control Access logging MIR20102 10.13 ACTIVE COMPONENTS Embedded solution Administration Monitoring Logging Remote access Network ● ● LAN ● ● WAN ● ● Internet ● ● MIR20099 Individual Locking / Stand-Alone Solution Access authorization administration Monitored access Locking mechanism control Access logging MIR20094 10.14 ACTIVE COMPONENTS @Lock® Strong points The very small and modular design means that no additional space or greater installation depths are required in the rack. Each device of the series can be networked with the other devices, which results in numerous possible combinations and options. Contacts for emergency power supply that can be activated externally using trade standard batteries are integrated into each swing handle. Every opening process can be logged in the network. Existing network structures can be used for networking. An integrated light-emitting diode signals with different colours to inform whether or not the current access is authorised. MIR20109 @Lock®Swing Handle Security for racks in the data and networking area - Conventional keys are replaced by electromechanical locking components. - A servomotor pulls the retaining awl back and releases the handle. - Actively opening the door is, however, made with the hand as before. - Easy exchange of the swing handle with later installation using unchanged installation opening. - Intended for standardised installation openings of conventional swing handle. - Can be quickly and easily upgraded to locking system. - Convenient administration of access authorizations. MIR20284 @Lock Swing Handle, HID/IP - The swing handle opens after a registered transponder card has been read. - With the HID variant, the communication between swing handle and PC runs via a junction box and a server. - The IP swing handle, by contrast, is configured via an IP address and is connected directly via the network to the PC. - Up to 2,048 HID cards per swing handle can be configured using a registered master card. - Configuration of the cards via the network is also possible with the optional software. Technical data @Lock Swing Handle, HID (optional IP remote connection) - 100...240VAC, power supply not included in the supply schedule - Operation with 12VDC/40mA (max. 430mA) - Multi-colour status – LED - Real-time clock - Network communication is made via external server (gateway) - Up to 250 handles can be administered per server (IP address) @Lock Swing Handle, IP - 100...240VAC, power supply not included in the supply schedule - Operation with 12VDC/40mA (max. 430mA) - Multi-colour status – LED - Real-time clock - Network communication with cabled connection via integrated Ethernet 10/100 Base T Function - Opens after reading a registered card - Memory for 32 time segments - Memory for 2,048 cards per handle - Integrated logbook for 500 events - Result-related communication - 125 kHz transponder with unique code (HID 26 bit system) Supply schedule @Lock Swing Handle, HID 1 swing handle, HID 1 reader 1 reader connection cable 1 network node, CX2001 1 network cable, CN2001 1 optional Data CD per Order Supply schedule @Lock Swing Handle, IP 1 swing handle, IP 1 reader 1 reader connection cable 1 data CD optional - 10.15 ACTIVE COMPONENTS @Lock®Junction Box, CX2001 MIR20280 The junction box is used to consecutively switch the swing handle of the HID series and connect with the server. The junction box has three ports – INPUT, MODULE and OUTPUT. INPUT – The INPUT is connected with the output of the previous junction box of the previous handle of the strand. The INPUT port of the first junction box is connected with the server. These connections are set up with the CN2001 cable. MODULE– The MODULE port is connected via a CN2001 cable with the reader module of the HID series. OUTPUT – The OUTPUT port is connected with the INPUT of the next junction box of the strand. If the junction box is the last of the strand, the termination pull-up resistor is attached to the OUTPUT port (included in the server supply schedule). Technical data - Operating voltage, 12V DC/throughput current, 1.5 A max. - 3 outputs, modular plug, 8p/8c (RJ45) - 1 input, DC socket with 2.1 mm pin - Earthing screw, M4, earth connected with GND Function/applications - @Lock electrical connection - Lightening and overvoltage protection module - EMC fault attenuation - Installation simplification - Voltage connection (with circuit breaker) - Interconnection of HID equipment - HID equipment power supply @Lock® Server The @Lock Server is the interface between the HID swing handles connected via the RS485 cable and the network connected via X-Port. It is used for intermediary storage of results and tasks and can administer up to 250 users (swing handle). The X-Port can be configured using the RS 232 interface. The @Lock Server has an integrated real-time clock, which is buffered when power fails for up to 1 hour. MIR20283 10.16 Technical data - Power supply: via an external plug-in power supply, 12V (DC) - Nominal current: 80mA (DC) - Max. power consumption: 200mA (DC) - Main board interface: - PC interface: - Network interface: RS 485 cable (A, B, GND, +12V), max. length to the next gateway 5m RS 232 cable (RXD, TXD, DTR, RTS, GND, +12V), RJ 45 plug, 8-pole X-Port, RJ 34 plug, 8-pole Max. 10 x 250 tasks Max. 100 events 250 units - Memory space for tasks: - Memory space for events: - Max. number swing handles: - Integ. real-time clock: With buffering up to 60 min at 25ºC ACTIVE COMPONENTS @Lock® Software Programme The @Lock software is the user interface for controlling and configuring the @Lock Swing Handle. Using this software, the administrator can create access codes and HID cards and assign users. The handle can be controlled in real-time from the software platform. All actions that are directly related with the swing handles are stored in an SQL database (e.g. opening, closing, granted accesses and accesses rejected on the basis of non-authorization). MIR20282 Technical data - MS Windows 2000/NT etc. - SQL database - TCP/IP network connection to the swing handles - The number of handles and gateways is only restricted by the capacity of the computer - Communication with swing handle via server (gateways) or directly with @Lock Swing Handle, IP Functions/applications - Stand-alone administration programme for the @Lock system - Requires max. 3-4 seconds for a status update - Administration of users and rights - Administration of HID cards, opening of active keys and access codes, closing, activation or deactivation of swing handles - Observation of authorised and unauthorised access attempts - Recording of all events connected with swing handles - Central observation of swing handle - Combination of all swing handles and servers - Events recording @Lock® Desktop Reader The transponder cards are read into the administration software using the desktop reader. This enables the later configuration of the access media in the system (lock plan creation). The desktop reader is connected via the RS-232 interface with the PC on which the administration software is installed. The transponder card is inserted in the read-out unit for reading the transponder ID. The reading process can then be initiated in the administration software by hitting a key. MIR20281 Technical data - Power supply: 12V +- 10% (DC max. 400mA) via low voltage socket - Nominal current: 80mA (DC) - RS232 interface: RS 232 cable (RXD, TXD, GND, reader present, PC present), 38,400 baud - Connection cable: (reader – read-out unit) 8-pole, 250 cm, UL stranded wire AWG 26 Model Order no. UP @Lock Server, HID 01.180.011.9 1 unit @Lock Swing Handle, HID 01.180.022.9 1 unit @Lock Swing Handle, IP 01.180.023.9 1 unit @Lock Network Node, CX2001 01.180.030.9 1 unit @Lock Network Cable, CX2001 01.180.031.9 1 unit @Lock Desktop Reader HID 01.180.028.9 1 unit @Lock Transponder Card 01.180.040.9 1 unit Power Supply, PMI 2001, EU 01.180.035.9 1 unit Power Supply, PMI 2001, UK 01.180.036.9 1 unit Power Supply, PMI 2001, US 01.180.037.9 1 unit Power Supply, PMI 2001, Japan 01.180.038.9 1 unit Power Supply, PMI 2001, Australia 01.180.039.9 1 unit 10.17 ACTIVE COMPONENTS Combi Lock Security and flexibility realised mechanically - This additional lock, the aptly named “Override”, produces a combination swing handle with particularly special advantages - Innovative combination swing handle with two activation options - Independent opening and closing of the swing handle via combination or cylinder lock - General key function possible with rack suites - Can be used for right and left closing doors Installation In the standard installation opening of the Miracel rack doors. Quick mounting with plug-in connections and screw fittings. Technical data - Cylinder lock - Combination lock can be individually set with 3 digits - Independent activation Supply schedule 1 swing handle with combi lock 1 mounting material set Model Order no. Combi Lock MIR20095 Dimensions in mm: W = H = D = h = d = L = Width HU = Standard height unit Height 1 HU = 44.45 mm Depth UP = Unit of packaging Installation height kg = Weight Useable depth Length = Express item Conversion: 1 mm = 0.03937 inch 10.18 1 kg = 2.2046 pound UP 01.137.013.9 1 unit