CEM DIU210 door interface unit

Technical Specification

Features:

Make: CEM Systems
Model code: DIU210
Voltage: 100 ~ 240 V AC
Power Consumption: 0.6 A
Dimensions mm: 300 x 250 x 150

Additional info:

The Door Interface Unit (DIU 210) is designed primarily to provide power to a door lock, as well as local power to a CEM reader when a high level of security is required. It has onboard inputs which can be used to monitor conditions such as a fire alarm or activated Break-glass condition. The DIU 210 improves door security, by allowing the installer to locate lock controls on the secure side of a door, with an intelligent CEM reader on the unsecured side. The DIU 210 communicates with an intelligent CEM reader over a single pair RS485 cable. Upon a valid swipe at the card reader, the reader will instruct the DIU (over the RS485 communications channel) to activate the appropriate output to release the lock using a coded data signal (i.e. coded lock).

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Datasheet Datasheet

Make	CEM Systems
Manufacturer	CEM Systems Ltd
Category	Access Control>Access control readers
Model code	DIU210
Electrical Specifications	Voltage: 100 ~ 240 V AC Power Consumption: 0.6 A
Physical Specifications	Dimensions mm: 300 x 250 x 150 Weight g: 4,3000
Environmental Specifications	Operating Temp ^oC: -10 ~ +40 Operating Humidity %: 0 ~ 95
Accessories	Door Interface Unit
Additional info	The Door Interface Unit (DIU 210) is designed primarily to provide power to a door lock, as well as local power to a CEM reader when a high level of security is required. It has onboard inputs which can be used to monitor conditions such as a fire alarm or activated Break-glass condition. The DIU 210 improves door security, by allowing the installer to locate lock controls on the secure side of a door, with an intelligent CEM reader on the unsecured side. The DIU 210 communicates with an intelligent CEM reader over a single pair RS485 cable. Upon a valid swipe at the card reader, the reader will instruct the DIU (over the RS485 communications channel) to activate the appropriate output to release the lock using a coded data signal (i.e. coded lock).
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