HID-EDGE EVO EHR40-L
HID-EDGE EVO EHR40-L Networked Controller/Reader
The HID-EDGE EVO EHR40-L Controller / Reader and Interface Module is a single-door biometric access control panel and with combined biometric reader and a separate single-output lock interface that enables cost effective installation and simple door access control system. The solution provides access control to lower security doors as it does not monitor door position or requests to exit. The controller/reader is installed at the door.
Additional highlights :- The Hi-O Interface Module (ELM) is mounted within a single-gang box or within a hollow door frame, allowing for easy wiring of IP to reader and strike to reader.
- The controller/reader and module are connected using the secure Hi-O bus and an additional Hi-O iCLASS reader can be attached to the HID EHR40-L controller/reader's Hi-O bus for in/out reading.
- The HID EHR40-L also offers interface to 13.56 MHz compliant credentials, including iCLASS.
Specification :
Model (and Part #) : HID EHR40-L (82120CKL0001A)
Mounting Holes -HID EHR40 : US Single-gang and EU / APAC 60mm
Mounting Holes - ELM : Fits within US Single-gang or in hollow door frame
Dimensions -HID EHR40 : 3.3" W x 4.8" H x 1.2" D (83.9 mm x 122.2 mm x 30.5 mm)
Dimensions - ELM : 2.9" W x 1.3" H x 0.7" D (73.0 mm x 32.0 mm x 19.0 mm)
Weight - HID EHR40 : 6.3oz (180g)
Weight - ELM : 4.9oz (140g)
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
13.56 MHz Card Compatibility : 13.56 MHz iCLASS HID Application, ISO14443A CSN
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 : 8W
DC Input @ AUX +12VDC :13.1W
DC Input @ AUX +24VDC : 26.6W
Hi-O CANbus Output Voltage, DC Input = PoE : 24VDC
Hi-O CANbus Output Voltage, DC Input = AUX : AUX +VDC