HID-EDGE-EVO-EHRP40-K-Controller

Overview :

The EDGE EVO® EHRP40-K Controller/Reader and Interface Module package is a single-door access control panel with reader and separate discrete door interface that enables cost effective installation and high performance access control functionality. The controller/reader is installed at the door and the Hi-O Interface Module is mounted separately in a secure location.

Additional highlights

  • The controller/reader and module are connected using the secure Hi-O bus and the Hi-O module provides interface to four discrete inputs and two outputs.
  • The included Hi-O interface module provides interface to a second optional reader used for in/out reading.

The integrated EDGE EVO® EHRP40-K Controller/Reader provides 13.56 MHz iCLASS smart card compatibility and controller logic in one device.

Specifications:

Model (and Part #): EHRP40-K (82125CKI0001A)

Mounting Holes: US Single-gang and EU / APAC 60mm

Dimensions – EHRP40: 3.3″ W x 4.8″ H x 1.2″ D(83.9 mm x 122.2 mm x 30.5 mm)

Dimensions – EDWM-M: 3.3″ W x 5.0″ H x 1.5″ D (84.0 mm x 127.0 mm x 37.0 mm)

Weight – EHRP40: 6.3oz (180g)

Weight – EDWM-M: 5.6oz (160g)

Operating Temperature: 32° to 122° F (0° to 50° C)

Operating Humidity: 5% to 95% relative, non-condensing

Communication Ports: Ethernet (10/100), Hi-O CANbus, Wiegand or Clock-and-Data

13.56 MHz Card Compatibility: 13.56 MHz iCLASS HID Application, ISO14443A CSN

125 kHz Card Compatibility: HID Prox, Indala, AWID, EM4102 (Simultaneous Support)

Warranty: Warrantied against defects in materials and workmanship for 18 months (See complete warranty policy for details).

DC Input (MAX) @ PoE: 14.4W (300mA @ 48VDC)

DC Input (MAX) @ AUX +12VDC:18W (1500mA @ 12VDC)

DC Input (MAX) @ AUX +24VDC: 36W (1500mA @ 24VDC)

Supervised Inputs Power (MAX) : 0.025W (5mA sink, 5V nominal) 0 to +5VCD Ref

DC Input @ PoE: 7.7W

DC Input @ AUX +12VDC:12.8W

DC Input @ AUX +24VDC: 26.3W

Hi-O CANbus Output Voltage, DC Input = PoE: 24VDC

Hi-O CANbus Output Voltage, DC Input = AUX: AUX +VDC