Inactive

FULL SOW is attached. OBJECTIVE To upgrade ATF’s access-control system at the Denver Field Division from UTC Facility Commander hardware to Lenel OnGuard Hardware in order to facilitate FIPS 201-2 com... FULL SOW is attached. OBJECTIVE To upgrade ATF’s access-control system at the Denver Field Division from UTC Facility Commander hardware to Lenel OnGuard Hardware in order to facilitate FIPS 201-2 compliance SCOPE OF WORK Replace existing Lenel Facility Commander microcontrollers and readers with Lenel OnGuard equipment to facilitate FIPS-201-2 compliance. ATF will be responsible for all programming. Server and all licensing will be provided by ATF and should not be part of this quote. The existing system has a total of 54 readers between floors 17, 18, and the parking garage. All existing readers connect to the existing controllers in the Local Area Network (LAN) room on the 17th floor. All existing readers interface with their respective strikes above each respective door. The integrator will replace the existing microcontrollers with 27 LNL-1320S3 boards and 1 LNL-4420X in the LAN room on the 17th floor. The integrator will use daisy-chain wiring for the communication between the LNL-4420X and LNL-1320S3 boards. The integrator will use termination jumpers at the beginning and end of the communication line. The integrator will use Belden 3105A wire for the communication wiring between the 1320 interfaces units and the 4420X controller. Belden 3105A wire is required, no substitutions are allowed. The installer will ground the drain wires from the RS-485 wires to one common earth ground. The integrator will also use Belden 3105A wire to rewire the data for the 16 perimeter doors. The integrator will replace the 16 existing perimeter readers with HID-923PPPTEK000G readers. The integrator will run Belden 3105A reader data wires from the LAN room to the perimeter readers. The perimeter readers will be wired using OSDP. The integrator will connect the drain wire from the Belden 3105 A data wire to the same earth ground as the 1320’s at the controller end, while leaving the other end of the drain wire at the reader termination end floating. The integrator will place a 1K resistor between the Data 0 and ground terminals on each reader port on the 4420x and 1320. The integrator will use a separate 18 AWG (American Wire Gauge)for the reader power on the 16 perimeter doors (this can be any typical 18/2 wire, doesn’t need to be Belden.) The integrator will be responsible for incorporating the existing Aiphone system into the access control system. There are 2 Aiphone door stations on the 18th floor and 1 Aiphone door station on the 17th floor. Each floor has its own Aiphone master station. The existing access control system interfaces the Aiphone door release from the respective Aiphone master station to the rex input on the legacy reader interface above the respective door. The integrator will use the existing reader data wire to splice the door release wire above the door so it will be home run to the 17th floor LAN room where the door release will interface with the appropriate 1320. There are four (4) existing readers in the parking garage area which are connected to WIU-4 interface units which are then homerun to the LAN room on the 17th floor. The integrator will replace the existing parking garage readers with HID-920PHRNEK00004 readers. The parking garage readers will be wired as Wiegand. The integrator will remove the existing interface and splice the reader wires and strike wires so the readers and strikes are homerun to the LAN room where they will interface at their respective 1320 boards. The integrator will replace the remaining 34 interior readers using the existing reader wires from the existing system. The integrator will reuse the existing strikes, strike power supplies, and strike wiring for all doors. The integrator will splice the existing wires above the door so they are home-run to the LAN room. The 34 remaining readers will be HID - 920PHPTEK000P2. The integrator will wire these 34 readers as Open Supervised Device Protocol (OSDP). There are no requirements for REX sensors or door contact integration. Any existing door contacts are part of the existing intrusion detection system and must remain undisturbed. The integrator will wire the positive reader power wire on all readers directly to the 12 vdc power supply via a terminal block. The negative power wire will still be connected to the respective reader port on the 4420X or 1320. The perimeter doors will be authenticated readers, so there may be troubleshooting involved to make these work properly. The doors for the Interview and Processing rooms at this location will have IN/OUT readers. The integrator will need to stagger these readers on either side of the wall, so they are not back-to-back in order to avoid read-field overlap. The integrator will wire both in/out reader outputs on the 1320 so they each will fire the strike independently of each other. The readers will also require installation of an HID 6132AKE spacer or HID 6132 AKL spacer as appropriate. The integrator will wire an ethernet cable from the controller to the ATF network switch in the 17th floor LAN room. The integrator will be responsible for configuring the new controller with the appropriate network settings which ATF will provide. Supplies: This action is for the purchase of equipment to facilitate the installation of a FIPS-201-2 compliant access control system at the ATF Denver Field Division. Primary components required for the aforementioned upgrade include but are not limited to: 1 – LNL 4420X controller, 27 – LNL-1320S3 reader interface boards, 34 – HID 920PHPTEK000P2 readers, 16 – HID 923PPPTEK000G readers, 4 HID-920PHRNEK00004 readers, assorted installation materials including but not limited to: wire, connectors, batteries, spacers, wall mounting devices, system enclosures, power supplies, resistors, grounding nuts, machine screws, drywall screws, wood screws.