CEM Systems DCM/200/002 DCM200 Two Door Controller Module Board Only

Technical Specification

Features:
  • Make: CEM Systems
  • Model code: DCM/200/002
  • Max No. of Doors per Controller: 2
  • No of Cardholders: 50,000
  • Offline Capabilities: 1
Additional info:

Support for a full two door set and four readers (Full 2 door IN/OUT access control) Supports Open Supervised Device Protocol Version 2 (OSDPv2) Secure TLS v1.2 communications to host server Secure Element on Board for Secure Key Storage, Update and Boot High performance deterministic door control process IPv4 10/100 Mbps Ethernet Host Connection Dedicated Fire Input Future support for IEEE 802.1x network authentication High performance future-proof CPU For use with AC2000 Security Management System Offers optional High-Power over Ethernet connectivity - to power two fully resilient door sets  *Compatible with an IEEE 802.3bt Type 4 (90 W) PoE++ Midspan* for high-power applications

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Make CEM Systems
Manufacturer CEM Systems Ltd
Category Access control products >Access control controllers
Model code DCM/200/002
Yes
Physical Specifications Dimensions mm: 200 x 150 x 25 (Board) ; 460 x 250 x 90 (Enclosure)
Weight g: 100 g (Board) ; 5000 g (Enclosure)
Environmental Specifications Operating Temp oC: -10 ~ +55C (14 ~ 131 F)
Operating Humidity %: 0 ~ 90
Additional info
  • Support for a full two door set and four readers (Full 2 door IN/OUT access control)
  • Supports Open Supervised Device Protocol Version 2 (OSDPv2)
  • Secure TLS v1.2 communications to host server
  • Secure Element on Board for Secure Key Storage, Update and Boot
  • High performance deterministic door control process
  • IPv4 10/100 Mbps Ethernet Host Connection
  • Dedicated Fire Input
  • Future support for IEEE 802.1x network authentication
  • High performance future-proof CPU
  • For use with AC2000 Security Management System
  • Offers optional High-Power over Ethernet connectivity - to power two fully resilient door sets 
  • *Compatible with an IEEE 802.3bt Type 4 (90 W) PoE++ Midspan* for high-power applications
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