Alfa II ALFA II Controller, RJ-45 Port, < 60W, Black

Alfa II

The Impera Alfa Ii Serves as a Controller for Biamp Touch Panels, Providing Easy Control of All Room Functions. The Alfa Ii is Equipped With Three Bi-Directional Rs-232 Interfaces for Sending Commands To Av Devices With Feedback Functionality. It is Additionally Equipped With 2 Uni-Directional Rs-232 Interfaces for Sending Commands To Av Devices Using Serial or Infrared Communication. 24 Gpio Are Available for Control of Relays, Switches and Sensors. With its Large offering of Control Interfaces, Impera Alfa Ii is a Versatile Av Control System for Rooms of All Sizes

Features
  • Programmed via Project Designer software
  • 3 bi-directional RS-232 ports or 6 IR ports
  • 2 uni-directional RS-232 ports or 4 IR ports
  • 4 built-in assignable relays
  • 24 GPIO for control of relays, switches, and sensors
  • Supports automatic timer functions
  • Email notifications for lamp/filter hours and warnings
  • Built-in web server
  • Covered by Biamp Systems’ five-year warranty
Brand:
Biamp
Specifications
Product Type:
ALFA II Controller
Power Rating:
< 60W
Maximum Operating Temperature:
+40°C
Colour:
Black
Enclosure Type:
Cooling
Humidity:
10 to 90%
Minimum Operating Temperature:
0°C
Inputs and Ports
Port Type:
RJ45
Output Port Type:
1xRJ45
I/O Interface Type:
3xBi-Directional (RS-232), 2 Uni-Directional (RS-232)
Power
Voltage Rating:
230V AC
Current Rating:
8A
Standards
Standards Met:
FCC Part 15B (USA), UL listed (USA and Canada), CE Marked (Europe), RoHS Directive (Europe)
Dimensions
Width:
48.3cm
Depth:
14.1cm
Height:
4.4cm
Weight:
1.9kg

No reviews found

  • Recently Viewed
  • New Arrivals
 
 
All AV areas

Everything you need for the project in one place

Guarantee of quality

Direct deliveries from the manufacturers and official sales representatives

Project supervision

Individual equipment fitting based on a project specification. Consultations and technical support

Convenient logistics

Our own warehouse in Lithuania, several delivery options and optimal terms of delivery on order