Vanderbilt ACC-APM-2420 IP door controller

Technical Specification

Features:
  • Make: Vanderbilt
  • Model code: ACC-APM-2420
  • Controller Type: Networkable
  • Max No. of Doors per Controller: 2
  • No of Cardholders: 500,000
Additional info:

Controls up to two doors as part of the SiPass integrated Access Control system Can be configured for 1 or 2 doors Ability to connect 2 OSDP readers Has 4 monitored or unmonitored inputs, 2 relay outputs, and 4 open-collector outputs 1 general-purpose FLN bus to connect to IPM, OPM and 8IO devices Capacity for 500,000 users Maximum 5 cards per user Large offline event buffer with up to 200,000 events Anti-passback Linux O/S In addition offers metal housing with space for batteries and knock-outs for the signal cable wiring as well as the power mains cable The incorporated 24V 2A Power Supply Unit provides a battery management system comprising low battery voltage detection and deep discharge protection to ensure that the battery is not permanently damaged through excessive discharge

Make Vanderbilt
Manufacturer Vanderbilt Industries
Model code ACC-APM-2420
Controller Type Networkable
Max No. of Doors per Controller 2
No of Cardholders 500,000
Offline Capabilities Yes
Networkable Yes
Electrical Specifications Voltage: 12 ~ 24 V DC
Environmental Specifications Operating Temp oC: -10 ~ 40 C (14 ~ 104 F)
Additional info
  • Controls up to two doors as part of the SiPass integrated Access Control system
  • Can be configured for 1 or 2 doors
  • Ability to connect 2 OSDP readers
  • Has 4 monitored or unmonitored inputs, 2 relay outputs, and 4 open-collector outputs
  • 1 general-purpose FLN bus to connect to IPM, OPM and 8IO devices
  • Capacity for 500,000 users
  • Maximum 5 cards per user
  • Large offline event buffer with up to 200,000 events
  • Anti-passback
  • Linux O/S
  • In addition offers metal housing with space for batteries and knock-outs for the signal cable wiring as well as the power mains cable
  • The incorporated 24V 2A Power Supply Unit provides a battery management system comprising low battery voltage detection and deep discharge protection to ensure that the battery is not permanently damaged through excessive discharge

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