Hirsch Mx-1-ME Controller

URUN SAYFASI_Hirsch Mx1ME Controller Identiv

Hirsch Mx-1-ME Controller

Identiv’s Hirsch Mx-1-ME (Metal Enclosure) Controller manages a single fully supervised door for controlled entry and exit at the edge, and is protected by a metal enclosure with battery backup and power supply.

Categories: Access Control, Control Panels
Tag: Access Control and Management Products, Biometrics, Card Printers

• Controls one fully supervised door with entry and optional exit keypads/readers
• Scalable from a single controller to networked multi-site installations
• Multi-microprocessor architecture with dedicated crypto-processor
• Integrated network communication with onboard 10/100/1000 Ethernet IP port
• Auxiliary/alarm relay output
• Integrated hardware encryption with enabled devices
• High security supervised alarm inputs
• Configurable relay outputs (door or general purpose)
• Wiegand setup via Velocity • Multi-drop global I/O using RS-485
• Firmware can be updated through Velocity
• Open Secure Device Protocol (OSDP) – TS ScramblePads, TS Readers, and third-party OSDP readers (i.e., Veridt Stealth Series) – Reader LED and buzzer control – Extended cable runs – Entry/exit reader setup
• Special circuitry to protect reader/relay terminals from excessive current draws
• Supports a wide variety of readers and credentials
• Built-in protection from door strikes and mag locks that generate large inrush current demand during power-up and large induced current demand during power-down
• The availability of expansion ports on Mx-1-ME, enables the option to add the legacy MEB/CB 128, REB8, AEB8

  • Fully supervised one-door model with integrated, secure network communication
  • Protected via metal enclosure with battery backup and power supply
  • Designed for use with Hirsch Velocity Software
  • Scalable from a single controller to networked multi-site installations
  • Connectivity to OSDP (RS-485) or Wiegand readers standard
  • Auxiliary input and relay
  • Wet or dry relay hardware setting
  • Multi-microprocessor architecture
  • Firmware upgrade via Velocity for readers and controllers
  • High-security supervised alarm inputs

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