-40%

Kantech KT-300/128K 2 DOOR access control controller board

$ 102.96

Availability: 100 in stock
  • All returns accepted: Returns Accepted
  • Return shipping will be paid by: Buyer
  • Item must be returned within: 30 Days
  • Type: Control Board
  • MPN: KT-300
  • Restocking Fee: No
  • Model: KT-300
  • Custom Bundle: No
  • Condition: Tested 100% all features functional and factory reset.
  • Refund will be given as: Money Back
  • Brand: Kantech

    Description

    Kantech KT-300/128K 2 DOOR access control controller board
    KT-300 Door Controller Board
    The KT-300 door controller board supports up to two readers, which can be installed either on a single door (to monitor both entry and exit) or on two separate doors. It provides connections for all peripheral devices necessary for a complete access control system and can be linked with other door controllers to provide control over multiple of doors.
    Stand-alone mode protects against power or system failures and the system stores cardholder and event data, which is automatically transmitted back to the EntraPass software system once the network connection is restored.
    Flash memory allows for firmware updates from an EntraPass workstation in just a few minutes.
    Built-in Combus expansion means that relay, input, and output modules can be added to connect HVAC systems, elevators, motion detectors, and more. The Combus is a communication protocol that is integral to the KT-300. It uses a four-conductor cable bus to which several expansion modules can be connected.
    Features:
    Controls two doors and easily links to a network
    Update the firmware directly from system workstation
    Fast, up to 115,200 baud
    Ready to go, no DIP switches or jumpers to set
    5V and 12V reader power
    Interfaces with an external alarm system
    Supervises battery conditions and reports low battery/no battery status to the system
    Automatic trouble reporting
    All power outputs are individually protected against short circuits and surges by a self-resetting PTC