HID MR50-S3 single card reader interface panel

Technical Specification

Features:
  • Make: HID
  • Model code: MR50-S3
  • Series: MR SIO Series 3
  • Controller Type: Networkable
  • Max No. of Doors per Controller: 1
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Additional info:

AES 128/256 bit data encryption Supports OSDP, OSDP Secure Channel, FICAM government profiles, keypads, biometric readers, Wiegand, clock and data, magnetic stripe, F/2F and supervised F/2F reader technologies RS-485 host connectivity Easily connects to HID Mercury’s intelligent controllers Provides all I/O needed for single door control Comprises a small footprint for versatility  High performance, reliable platform enables use of hardware with HID Mercury OEM partners software solutions Supports OSDP and Secure Channel protocol for device connectivity, file transfer and extended applications such as biometrics and federal government profile support Embedded crypto memory chip provides secured layer of encryption to protect sensitive data

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Make HID
Manufacturer HID
Category Access Control>Access control controllers
Model code MR50-S3
Series MR SIO Series 3
Controller Type Networkable
Max No. of Doors per Controller 1
Networkable Yes
Communication Type RS–485
Onboard No/Type of Inputs / Outputs 3 inputs / 2 outputs
Electrical Specifications Voltage: 12 ~ 24 V DC
Physical Specifications Dimensions mm: 70 x 108 x 25
Environmental Specifications Operating Temp oC: -40 ~ 75 C (-40 ~ 167 F)
Operating Humidity %: 5 ~ 95
Additional info
  • AES 128/256 bit data encryption
  • Supports OSDP, OSDP Secure Channel, FICAM government profiles, keypads, biometric readers, Wiegand, clock and data, magnetic stripe, F/2F and supervised F/2F reader technologies
  • RS-485 host connectivity
  • Easily connects to HID Mercury’s intelligent controllers
  • Provides all I/O needed for single door control
  • Comprises a small footprint for versatility 
  • High performance, reliable platform enables use of hardware with HID Mercury OEM partners software solutions
  • Supports OSDP and Secure Channel protocol for device connectivity, file transfer and extended applications such as biometrics and federal government profile support
  • Embedded crypto memory chip provides secured layer of encryption to protect sensitive data
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