Airport Cables SACS (Security Access Control System)

RS485 Data Cable RE-02Y(St)H 1P18A

Push Button Cable FFX200 05mRZ1-R/F 2G0.5

Lock Cable FFX200 05mRZ1-R/F 2G1.07

Card Reader Cable FFX200 05mRZ1-R/F 6G0.5

SACS (Security Access Control System)

Contract

1. Specification to be read with EPC Contract/Preliminaries/General Conditions.
2. Drawings and general provisions of the Contract, including Conditions of Contract and Specification sections, apply to this Section.
3. In particular, refer to these documents for all elements related to costs and responsibility related to delivery, storage, and roll-out –phase.

Related Sections

1. Related Sections include the following:
a. Section ;CCTV system;
b. Section ;Fire Alarm System;
c. Section ;Baggage Handling System;
d. Section ;Structured Cabling Network;
e. Section ;Data Network Equipment;, including NAS system
f. Section ;Doors;
g. Section ;Building Management System;
h. Section ;Master Clock System;
i. Section ;Data Interface List;
j. Section ;Static Uninterruptible Power Supply;
k. Section ;Power Distribution;
2. It is the Contractor's responsibility to coordinate the work of his various subcontractors.

Introduction

1. The present document is to describe the Security Access Control System to be installed in the New Passenger Terminal Building of caledonian airport item.
2. The End Users are:
a. In the New terminal
1) Airport Operation Center (AOC): ATOL operators
b. In the Existing Terminal:
1) Crisis Management Center (CMC)
2) Security Operation Center (SOC): Police and ATOL Operators
3) Maintenance room: ATOL maintenance staff
c. In remote buildings:
1) DCA building: DCA operators
2) AML House: AML Operators
d. SACS management system operator
3. Terminal operation:
a. SACS operation will be done from the AOC and SOC
b. Any other operator will access the SACS system according to its own rights
c. The SACS system provided shall have the capability for future expansions

SACS Architecture

1. The following equipment shall be provided:
a. Two redundant SACS servers (cold stand-by configuration), and database and associated printers.
1) Building Distributor 001
a) One SACS Server including authentication database
b) One Printer
2) Building Distributor 002
a) One SACS Server including authentication database
b) One Printer
b. Six SACS workstation for operation (5 workstations shared with and provided by CCTV).
1) In the New Terminal: Airport Operation Center (AOC)
a) 1 (one) workstation with dual 21; screens, shared with and provided by CCTV
b) 1 (one) workstation with 21; screen dedicated to SACS
c) 1 (one) printer
2) In the Existing Terminal: Crisis Management Center (CMC)
a) 1 (one) workstation with dual 21; screens, shared with and provided by CCTV.
b) 1 (one) printer
3) In the Existing Terminal: Security Operation Center (SOC)
a) 1 (one) workstation with dual 21; screens, shared with and provided by CCTV.
b) 1 (one) printer
4) In the Existing Terminal: Maintenance Room
a) 1 (one) workstation with 21; screen, shared with and provided by CCTV.
b) 1 (one) printer
5) In Remote Buildings: DCA Building
a) 1 (one) enrolment workstation with 21; screen
b) Camera (to take picture)
c) Card Printer
d) Biometric Reader
e) Card Reader
6) In Remote Buildings: AML house
a) 1 (one) workstation with dual 21; screens, shared with and provided by CCTV.
b) 1 (one) printer
c. Control units in ULV rooms
d. Card readers and Card readers with Pin pad
e. Biometric reader on Bio Control Totem at Security Check Points
f. Interface with controlled doors
2. SACS Workstations/Servers will use a dedicated VLAN on the Airport Network.
3. The Airport Network consists in a redundant network. SACS servers will have a dual attachment: SACS Server #1 will have two attachments on Core Switch #1 (Building Distributor 001) and SACS Server #2 will have two attachments on Core Switch #2 (Building Distributor 002).
4. Workstations and control units in New Terminal will have a single network attachment at the edge switch level of New Terminal Network.
5. Workstations out of New Terminal will have a single network attachment at the edge switch evel of Airport Network (Out of New Terminal DNE scope).
6. The system shall be modular and connectable to a Structured Cabling System (TCP/IP 1 Gbits).
7. Storage on NAS (Out of SACS scope of work): SACS servers are linked to NAS through New Terminal Network.
8. The system control at the host workstation location shall be under a single software program control and shall provide full integration of all components, and shall be alterable at any time, depending upon the facility requirements. Reconfiguration shall be accomplished on-line through system programming, without hardware changes.
C. SACS functionalities
1. General

a. A staff member that uses its card and do not open the controlled door shall not be considered as entered in the corresponding zone.
b. Each alarm shall be capable of initiating a number of different actions, such as camera itching, activation of remote devices, door control, and card or Biometrics readings.
c. Biometrics technology: fingerprint recognition.
d. The technology implemented is depending on the access type and location, and on the kind of staff to be controlled.
e. Equipment repair shall be possible on site by module replacement.
f. All control components shall use ;Distributed-Processing; concepts. The distributed processing shall include the ability to down-load operational configuration to any Controller Unit, thus allowing the panel to provide full operating functions independent of any other system component.
g. Privacy
1) Due to the introduction of biometrics, legal procedures shall be observed.

Wire and cable technical specifications

1. Installation:
a. All wiring and cable shall be installed in metal raceways or within equipment. Conductors within equipment enclosures shall be carefully cabled and laced. Individual conductors shall be tagged with markers indicating the function, source, and destination of all cabling, wiring and terminals. All cables and wires shall be identified, utilizing heat-shrink, pre-printed, wire markers.
2. Number of Conductors:
a. As recommended by system manufacturer for functions indicated.
3. Checking and tests
a. After installation, and before termination, all wiring and cabling shall be checked and tested to ensure there are no grounds, opens, or shorts on any conductors or shields.
4. Inspection:
a. Visually inspect wire and cable for faulty insulation prior to installation. Protect cable ends at all times with acceptable end caps except during actual termination. At no time shall any coaxial cable be subjected to a bend less than a 150 mm radius.
5. Protection:
a. Protect wire and cable from kinks.
b. Provide grommets and strain relief material where necessary, to avoid abrasion of wire and excess tension on wire and cable.
6. Splices, Taps, and Terminations:
a. Make connections only on numbered terminal strips in junction, pull, and outlet boxes, terminal cabinets and equipment enclosures
7. Identification:
a. Identify components, conductors, and cables.
b. Color-code conductors, and apply wire and cable marking tape to designate wires and cables so media are identified and in co-ordination with system wiring diagrams.
8. Raceway:
a. Use communications cable tray wherever possible for low voltage cabling. Exposed raceway below 2.4 meters and in dry locations shall be rigid steel conduit.

9. Twisted-pair cables:
a. Cables used in this project shall exceed Category 6 – ISO 11801 – 25N780 performances.
b. Twisted-pair cable performance shall meet the following values:
1) All cables shall have the following capacities:
2) 4 twisted-pair (simplex)
3) 2x4 twisted-pair (scindex)
4) Scindex twist-pair cable may be 2x4 pair foiled cable or 2x4 pairs with an overall shield.
c. Twisted-pair cable shall have the following characteristics:
1) Nominal impedance: 100 Ohm +/- 5%, 10-250MHz
2) Tinned copper AWG23 conductors
3) 100% overall aluminum foil screened
4) Low Smoke Zero Halogen outer sheath
5) Metric marking indication with type of cable, year, ref., number
6) Ripcord
7) Tinned copper drain wire
8) Propagation speed : 72%c.
9) Propagation Un balance : 10ns/km
10) Weight : 70kg/km
11) External diameter: 8,5mm
12) Installation temperature: -5°C / +40°C
13) Storage/transport temperature: -15°C / +70°C
14) Operating temperature: 0°C / +60°C
15) Complies with IEC 60754-1
16) Complies with IEC 60332-3C
d. Color-Coded as follows:
e. Contractor may provide other type of twisted-pair cable if characteristics and performance meet the above-mentioned specifications:
f. F/FTP cable, 4 individually shielded twisted pairs with an overall shield
g. S/FTP cable, 4 individually shielded twisted pairs with an overall braid.
10. RJ45 connectors/jacks
a. Contractor shall use RJ45 connectors complying with Category 6A/7 – ISO 11801
b. Provide 9 position/8 conductors + 1 drain wire connector
c. Connector shall be ;faradised; including shielded back cap covering cable screen on 360°
d. Connectors shall be connected with simple tool allowing simultaneous
connection of 4 pairs cable and control of un-twist operation.
e. Connectors shall be provided with faceplates for communication outlet in gang widths as shown on the drawings.
f. Faceplate shall fit with spring shutter and label holder.
g. Given their location and cable function, faceplates shall be as follows:
1) Green and adapted to patch panel for vertical wiring connectors
2) Blue and adapted to patch panel for horizontal wiring connectors
3) White modular 45x45 for terminal wall or floor outlet
11. RJ45 Patch Cords
a. Contractor shall provide Category 6A/7 patch-cords complying with ISO 11801 and able to support Gigabit 1000 Base Tx
b. Patch-cords shall have the following characteristics:
1) Impedance: 100 Ohm +/-5% up to 250MHz
2) Stranded conductors
3) 4 pairs capacity
4) 100% overall aluminum foil screened
5) Low Smoke Zero Halogen outer sheath
6) Marked each meter
7) RJ45 connectors complying with EIA/TIA 568B
8) Length: 0, 5, 1, 2, 3, 5, and 10 meters
9) Labeling through at least 5 color inserts: blue, yellow, black, red, and green
c. Contractor shall supply patch cords in the same quantity for each color
d. Contractor shall provide patch cords in the different lengths as follows:
1) 5% of 0,5m patch cords
2) 5% of 1m patch cords
3) 30% of 2m patch cords
4) 45% of 3m patch cords
5) 10% of 5m patch cords
6) 5% of 10m patch cords
e. Almost all patch cords shall be straight connected but Contractor shall provide optionally 2% of cross-connected patch cords.
12. Power supply and communication cables shall be provided for all equipment of the system: controllers, workstations, and printers.