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Access Controllers | Fault Tolerant Controller FT309

Supplier: Chase Security Solutions

Access Controllers, Fault Tolerant Controller creates the highest level of reliability with its automated process of system recovery for access control, alarm monitoring and output control systems.

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Access Controllers | Fault Tolerant Controller FT309

PCSC offers the world’s first Fault Tolerant (FT) controller series creating the highest level of reliability with its automated process of system recovery for access control, alarm monitoring and output control systems. The

FT Architecture (FTA) is the next evolution of building security management designed with a Virtual Point Definition network, integrated peer-to-peer and redundant communications. The FT system is designed to automatically recover regardless of communication or controller failure.

The FT system may be designed with an “Active/Active” or “Active/Inactive” system architecture. If for any reason, a primary controller fails, an alternate controller shall automatically take over the duties of the failed controller. The progression of successors to a faulty controller shall continue to provide security without any degradation in system operations.

The FTAconsists of one or more Fault Tolerant Controllers (FTC) and Door Interface Modules (DIM). The FTCs and DIMs are designed with an Open Standards Operating System utilizing Hydra Protocol to provide the highest level of system operations and reliability. The DIMis currently offered in a Dual DoorModule (DDM) or Single Door Module (SDM).

PCSC’s Hydra Protocol not only maintains communication integrity but also provides a network database manager to control system parameters, access, alarm and output data. Utilizing peer-to-peer communication, the Hydra Protocol communicates system updates with other FTCs within its network.

Changes to data such as: cardholder, input and output statuses are automatically updated among the appropriate FTC. Hydra Protocol also contains a firmware management application to maintain firmware integrity of its DIMs. It maintains the approved firmware and firmware level and automatically updates older versions of DIM firmware, eliminating any security breach or service time.

System Standard Features

  • Fault Tolerant Process
  • Automatic Hot Cutover
  • Fail Safe Operations
  • Open Systems Platform
  • Open Architecture Protocol
  • Ethernet / PoE Communication
  • Peer to Peer Communications
  • Homeland Security Threat Level Control
  • Auto Alternate Communication Routing-3 Types
  • Access Action for Disabled Persons
  • Supervisory Controlled Entry Authorization
  • Onboard Rechargeable Battery Circuit
  • Event Control Card Logic
  • Cardholder or Card Group Action
  • User Programmable Input Action
  • Dynamic Input to Output or Group
  • Output Linking
  • Global Anti-Passback
  • 3 Levels of Anti-Passback Control
  • Automatic Card Activation and
  • Deactivation by Date and Time
  • User Configurable Cardholder and
  • History Capacity
  • User Selectable Input Monitoring Modes

High Security Features:

  • “Threat Level” Card Authorization Logic
  • Two Person Minimum Occupancy Rule
  • Escort Capable and/or Required
  • 5 State Alarm Monitoring
  • 2 Stage Alarm Control
  • Alarm Latching
  • AC Power Fail Notification
  • DC Low Power Notification
  • Supervised Readers
  • Supervised Tamper
  • Supervised REX
  • FIPS 201 and TWIC Compliant

System Hardware Features

FT Master Controller

  • 32 Bit ARM Processor and Architecture
  • Battery Backed Memory (1 year)
  • Battery Backed Clock Calendar (1 year)
  • Onboard Ethernet Communication
  • 3 Communication Ports
  • Seven Segment Status Display
  • Host Online Notification
  • FLASH Memory
  • Supervised Tamper
  • Battery Charger Output
  • Electronically Protected Power Input
  • PoE (optional)
  • Vacuum Florescent Display (optional)
  • USB Port (optional)

FT Master Controller Capacities

  • 25,000 - 500,000 Cardholders
  • (user configurable)
  • 25,000 - 500,000 History Transactions
  • (user configurable)
  • 1 to 32 DIMs per Master Controller
  • Simultaneous Multi Card
  • Format Recognition
  • Multiple Site Codes (16)
  • 16 to 512 Five-State Inputs Supervision
  • 16 to 512 Temperature Monitoring
  • 16 to 512 Relay Outputs

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