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PremiSys™

PremiSys™. Product Overview. IDenticard – Company Profile. Established in 1971 and quickly emerged as the leader in ID card manufacturing Headquartered in Lancaster, Pennsylvania Brought to market first access control software product in 1982

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PremiSys™

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  1. PremiSys™ Product Overview

  2. IDenticard – Company Profile • Established in 1971 and quickly emerged as the leader in ID card manufacturing • Headquartered in Lancaster, Pennsylvania • Brought to market first access control software product in 1982 • Introduced the first Windows-based access control system in 1991 • Developed first digital imaging software product , IVIS Plus, in 1994 • Established initial dealer network in late ’80’s • Customer base: approximately 15,000 – consisting of both end users and dealers • Acquired by Brady Corporation in February, 2006

  3. About Brady Corporation • Founded in 1914 and is headquartered in Milwaukee, WI • Operations in 26 countries with over 9000 employees • Over $1.5 Billion in Sales Revenue for fiscal ’11 • Brady’s business – Identify & protect premises, products & people • Major product lines provided include facility identification and security, safety & complementary products, wire identification products & people identification. • Products provided to the OEM market include high performance identification products for printed circuit boards and precision die-cut components for mobile telecommunications devices and hard disk drives

  4. Additional Brady Security Group Companies - Visitor Management Products – Self Expiring Badges – Badging Accessories Tiscor – Automated documentation of Life Safety equipment inspections

  5. PremiSys™ Access Control and PremiSys ID™

  6. Operating Systems Information • Windows 7 • Windows 2008 Server • Windows 2003 Server • Windows XP • Windows 2000 • Virtual Environment supported • Uses Software license key vs hardware key • Installs with SQL Express can be upsized to full SQL

  7. Software Architecture • Shared “IDenticard Windows Service” • Shared Application • Tiered product levels provide software options • Available with or without PremiSys ID Badging client • Client licensing based on concurrent users

  8. Licensing • A PremiSysID client is required for card printing • A PremiSys client can perform all other functions allowed by the feature set of both PremiSys and PremiSys ID Badging Station Guard Station

  9. PremiSys Licensing Model Three levels of access control software PremiSys LT • 8 reader maximum, 1 client, no badging • Simple to upgrade software license to take product to next level • Same feature set of PremiSys PremiSys • 3 client maximum • 40 reader maximum • Modified feature set • Simple to upgrade software license to take product to next level PremiSys Pro • No imposed restriction on clients • No imposed restriction on readers

  10. Supported Reader Technologies • Proximity • Smart Card • PIV/CAC/TWIC/FRAC • Biometric • Magnetic Stripe • Barcode • Vehicle Readers

  11. Other system features • Mobile App • Manage cardholders, print ID cards, lock, unlock & lock out doors, acknowledge alarms, run quick reports • 3rd party integrations: • Schlage Wireless Reader Interface • Video Integration • Exacq • American Dynamics • Visitor Management Integration • Stopware • EasyLobby • Integration with MorphoTrack • FIPS 201 compliant • Approved product list http://fips201ep.cio.gov/apl.php • Email notification • LDAP Connection for user log on • Dynamic mapping for easier system monitoring

  12. Other features • API for development of 3rd party interfaces • Scheduler • Special Door events • Report • Backups • Archives • Imports

  13. Hardware Overview There are two types of Hardware Controllers- Microprocessor board with on board ethernet connectivity, memory retains all cardholder access information and makes all decisions for devices connected to it SIO Boards- Serial interface boards connect to controllers via 2 wire 485 communications providing connections for readers, inputs and outputs

  14. 9000 vs. PremiSys Hardware Architecture

  15. System drawing showing boards and connections Lan/Wan PREM-CTLR1POE PREM-BRD1POE 1 Door PoE controller can communicate with up to 8 downstream SI/Os or 16 1 Door PoE boards. System can be accessed on a client PC or through the mobile app on an iPhone or Android device PREM-CTLR2RDR 2-wire RS485 connects up to 32 downstream devices to the controller PREM-BRD2RDR PREM-BRDIN PREM-BRDOUT PREM-BRD1RDR Support up to 64 doors using 2-door SI/O boards 1 Door boards are also available for placement near a door Additional input and output boards can be used to connect devices like glass break sensors or used to control elevator cars

  16. Hardware Architecture • Controllers • 1 Door POE Controller • IP Controller with 2 Readers • IP Controller • SI/O Boards • 2 Reader • 1 Reader • 1 Reader POE • 16 Input • 16 Output • Multiplexer Boards • MUX 8

  17. One Door POE Controller • Communications with the host PC are via Category 5 • Ethernet cable, through a network. • The controller can communicate via RS-485 to 8 downstream I/O boards • A total of 17 doors are supported (1 built in and 16 downstream) • Includes 2 reader ports (controls 1 door) • The 2nd reader port is used: • To communicate with downstream I/O boards • As an ‘Out’ reader • Supports over 100,000 active cardholders • Can be utilized in upgrading existing IDentiPASS systems supporting 16 downstream readers

  18. 1 Door PoE Controller General Configuration Lan/Wan PREM-BRD1POE Will communicate to a total of 16 downstream doors using SI/O boards connected via two-wire RS-485 or ethernet Dry contact for lock Door Position Input PREM-CTLR1POE RTE PREM-BRD2RDR Input Voltage: PoE Power Input 12.95Wcompliant to IEEE 802.3af or 12 VDC ± 10%, 900 mA maximum Note: For UL installations, power for PoE devices must be provided by a UL 294 listed source (12 VDC), not via PoE. 2 – Reader ports (1 Door) Ethernet to Host 2 - SPDT, Form C relays 2 - Configurable input points 1 - Unsupervised, dedicated input points for enclosure tamper *Items not drawn to scale. Refer to the PremiSys Hardware Installation manual for actual terminations.

  19. 2 Reader Controller PREM-CTLR2RDR • The Two-Reader Controller includes the following components and features: • Onboard Ethernet • Two reader ports • 16 MB non-volatile flash memory for card and system information and 1 MB SRAM for transactions and new card information • Supports over 200,000 active cardholders and 64 card readers • A 3-volt lithium coin cell that provides RAM and clock backup

  20. 2 Reader Controller General Configuration Two-wire RS-485 to SI/O boards Lan/Wan PREM-BRD2RDR Dry contact for lock Door Position Input RTE PREM-CTLR2RDR Input Voltage: 12–24VDC±10%,500mA maximum(reader current not included) Card Reader Power: 12 VDC (10.8-13.2 VDC) ± 10%,nominal or unregulated, current limited to 150mA for each reader OR 12 to 24Vdc±10%(pass-through voltage) current limited to 125mA for each reader 2 – Reader ports Ethernet or RS-232 to Host 4 - SPDT, Form C relays 8 - Input configurable input points 2 - Unsupervised, dedicated input points for enclosure tamper and power loss Supports up to 32 downstream SI/O boards *Items not drawn to scale. Refer to the PremiSys Hardware Installation manual for actual terminations.

  21. IP Controller (PREM-CTLRIP) • The IP Controller includes the following components and features: • Onboard Ethernet • An alternate port for RS-232,RS-485 or a second Ethernet connection via a Network Card, allowing redundancy to the host in the event that the primary host-communications link is lost • 16 MB non-volatile flash memory for card and system information and 1 MB SRAM for transactions and new card information • Supports over 200,000 active cardholders and 64 card readers • 3-volt lithium coin cell that provides RAM and clock backup

  22. IP Controller General Configuration Lan/Wan Two-wire RS-485 to SI/O boards Two-wire RS-485 to SI/O boards Supports 32 downstream SI/O boards per channel Supports 32 downstream SI/O boards per channel PREM-BRD2RDR PREM-BRD2RDR PREM-CTLRIP Input Voltage: 12 – 24VDC±10%,300mAmaximum, 12VDC@240mA(325mAwithNetworkCard)nominal, 24VDC@135mA(175mAwithNetworkCard)nominal Primary - Ethernet to Host Port 1 - (alternate) RS-232 or RS-485 to Host or Ethernet to Host via separate Network Card Ports 2 & 3 – Twisted pairs, 22 AWG (0.325mm2),with shield; Maximum cable length: 4000 feet (1219meters) of wire, total copper, including drops. Used for communicating to downstream SIO boards 2 - Unsupervised, dedicated input points for enclosure tamper and power loss Supports up to 64 downstream SI/O boards Supports maximum of 64 doors *Items not drawn to scale. Refer to the PremiSys Hardware Installation manual for actual terminations.

  23. 2 Reader Board (PREM-BRD2RDR) • Uses two-wire RS-485 to communicate upstream • The Two-Reader Board can be housed in a sturdy and optionally lockable enclosure with its controller and/or other components • The Two-Reader Board includes the following components: • Six relays configurable for normally open or normally closed operation • Eight general-purpose input points that can be supervised or not to serve as door-input points, request-to-exit points, etc. • Two dedicated input points for monitoring power loss to the board and enclosure tampering • A DIP switch for addressing the board and setting other parameters • LEDs to indicate board and relay status

  24. 2 Reader Board General Configuration Lan/Wan PREM-CTLR2RDR Two-wire RS-485 to controller PREM-BRD2RDR Input Voltage - 12 VDC ± 10%,550mA peak (plus reader current), 450mA (plus Reader current) nominal 6 - SPDT, Form C relays 8 - Input configurable input points 2 - Unsupervised, dedicated input points for enclosure tamper and power loss *Items not drawn to scale. Refer to the PremiSys Hardware Installation manual for actual terminations.

  25. 1 Reader Board (PREM-BRD1RDR) • Uses two-wire RS-485 to communicate upstream • The One-Reader Board can be housed in a sturdy and optionally lockable enclosure with its controller and/or other components • The One-Reader Board includes the following components: • Two relays configurable for normally open or normally closed operation • Two general-purpose input points that can be supervised or not to serve as door-input points, request-to-exit points, etc. • Dedicated input point for monitoring enclosure tampering • Jumpers for setting EOL resistance, addressing the board and setting other parameters • LEDs to indicate board and relay status

  26. One Door Reader Board General Configuration Lan/Wan PREM-CTLR2RDR Two-wire RS-485 to controller PREM-BRD1RDR Input Voltage - 12 VDC ± 10%,150mA peak (plus reader current), 110mA (plus reader current) nominal Card Reader Power - 12 VDC ± 10%(input voltage passed through) 2 Form C, SPDT Relays - K1: 5 A at 28 VDC, K2: 1 A at 28 VDC 2 input points - end-of-line (EOL) resistors, 1K/2K ohm1%, ¼ watt standard 1 - Unsupervised, dedicated input points for enclosure tamper *Items not drawn to scale. Refer to the PremiSys Hardware Installation manual for actual terminations.

  27. One Door PoE Board (PREM-BRD1POE) • Communications with controllers are via Category 5 Ethernet cable over a network. • The PoE One-Door Reader Board can be mounted in a three- gang junction box with an optional magnetic tamper switch. • The PoE One-Door Reader Board itself includes the following components: • An embedded Ethernet port for communication and power to the board, readers and door (depending on power needs) • Jumper for setting either power-over-Ethernet or a separate 12-VDC power supply to the board • Two relays configurable for normally open or normally closed operation • Four general-purpose input points that can be supervised or not to serve as a door-input point, request-to-exit point, enclosure tamper point, etc. • LEDs to indicate board and relay status.

  28. One Door PoE Board General Configuration Lan/Wan PREM-CTLR1POE Up to 16 PoE boards can be connected to a single PoE controller via an Ethernet connection PREM-BRD1POE Input Voltage - 12 VDC ± 10%,150mA peak (plus reader current), 110mA (plus reader current) nominal Card Reader Power - 12 VDC ± 10%(input voltage passed through) 2 Form C, SPDT Relays - K1: 5 A at 28 VDC, K2: 1 A at 28 VDC 2 input points - end-of-line (EOL) resistors, 1K/2K ohm1%, ¼ watt standard 1 - Unsupervised, dedicated input points for enclosure tamper *Items not drawn to scale. Refer to the PremiSys Hardware Installation manual for actual terminations.

  29. 16 Input Board (PREM-BRDIN) • Communication with controllers or a MUX is two-wire RS-485. • The Input Board can be housed in a sturdy and optionally lockable enclosure with its controller and/or other components. • The Input Board itself includes the following components: • Sixteen general-purpose input points that can be used with supervision and can fulfill any input-point function: door-input points, request-to-exit points, motion-sensor inputs, etc. • Two dedicated input points for monitoring power loss to the board and enclosure tampering • Two relays configurable for normally open or normally closed operation • A DIP switch for addressing the board and setting other parameters • LEDs to indicate board and input status

  30. 16 Input Board General Configuration Lan/Wan PREM-CTLR2RDR 16 Inputs Two-wire RS-485 to controller PREM-BRDIN 2 Outputs Input Voltage - 12 VDC ± 10%,350mA peak,300mA nominal 2 - SPDT, Form C relays, 5 A at 28 VDC, noninductive load 16 - Sixteen assignable input points, end-of-line (EOL) resistors,1K/2K ohm1% watt standard 2 - Unsupervised, dedicated input points for enclosure tamper and power loss *Items not drawn to scale. Refer to the PremiSys Hardware Installation manual for actual terminations.

  31. 16 Output Board (PREM-BRDOUT) • Communications with the controllers or MUXes are two-wire RS-485. • The Output Board can be housed in a sturdy and optionally lockable enclosure with the controller and/or other components. • The Output Board itself includes the following components: • Sixteen Form C, SPDT output relays, configurable for normally open or normally closed operation. • Two dedicated input points for monitoring power loss to the board and enclosure tampering • A DIP switch for addressing the board and setting other parameters • LEDs to indicate board and relay status

  32. 16 Output Board General Configuration Lan/Wan PREM-CTLR2RDR 16 Outputs Two-wire RS-485 to controller PREM-BRDOUT Input Voltage - 12 VDC ± 10%,1100mA peak,850mA nominal 16 – SPDT, Form C relays, 5 A at 28 VDC, noninductive load 2 - Unsupervised, dedicated input points for enclosure tamper and power loss *Items not drawn to scale. Refer to the PremiSys Hardware Installation manual for actual terminations.

  33. Multiplex Board (PREM-BRD8MUX) MUX-8 • The MUX-8 is an eight port RS-485 multiplexer that takes a RS-485 or RS-232 input and create eight 2-wire RS-485 communication channels. • Common uses are for: • star topology wiring schemes • home-run wiring • when wiring distances exceed the 4000 ft. limit of the RS-485 standard • Isolation of 9000 and RI/O panels to independent RS485 channels

  34. Controller – MUX – SI/O’s Lan/Wan PREM-CTLR2RDR Use the MUX for up to 8 downstream 2-wire RS485 channels of communication. PREM-BRD8MUX

  35. Server – MUX - Controller Use the MUX for up to 8 downstream 2-wire RS485 channels of communication. PREM-BRD8MUX PREM-CTLRIP PREM-CTLRIP

  36. Enclosures (PREM-ENCLG) (PREM-ENCSM) Large Enclosure (PREM-ENCLG) • W18” x H21 ¼” x D3.5” • Holds 8 (any combination) of the following boards • IP Controller • 2 Reader Controller • 2 Reader Board • 16 Input Board • 16 Output Board • Using adapter plate, two 1 Reader Boards will take space of 1 of the other boards • Can use adapter plate to mount P/S in place of 1 of the other boards • Can place backup battery in place of 1 of the other boards • Small Enclosure (PREM-ANCSM) • W10” x H8 ½” x D2 • Holds: 1 of the following: • IP Controller • 2 Reader Controller • 2 Reader Board • 16 Input Board • 16 Output Board • 1 or 2 – 1 Reader board using adapter plate

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