[DISCONTINUED] DCIR VIDEOTEC remote control w/ base unit

The DCIR is an infrared remote control allowing the “On Screen Display” set-up, the monitors and cameras recall and the alarms management for SM matrix series. The matrix control is performed through a serial RS485 communication line while another RS485 line allows an independent management of telemetry. The DCIR can fully control the following telemetry receivers: DTMRX2, MICRODEC485, DTRX3. The remote control can manage up to 999 of the above receivers in a daisy chain scheme, to control preset, autopan, patrol and auxiliary functions, like wiper control, with the receiver DTRX3. The telemetry control can also be performed through a matrix: over the coax or the matrix RS485 serial output. The DCIR is usually fed by the matrix, up to 700m (2297ft), or, if the system does not include a matrix, a local power supply is necessary. The infrared receiver is located on the base of the DCIR and remote control must be directed towards the base for the reception of the commands.

• Control of up to 999 video inputs (or telemetry receivers) and 99 outputs (monitors)
• P&T control, autopan, preset, patrol, scan, zoom, focus, iris, Aux
• Supplied with instruction manual, 1 RJ11 telephone cable, 2 jack shunt boxes RJ11
• ABS shock-proof plastic material
• Rubber keys
• Remote control mounted on its base, dimensions: 102x130x180mm (4x5x7in)
• 1 phone cable with RJ11 connector
• The base can be fed directly by matrix SM42B-SM82B, SM84B-SM164B up to a maximum of 700m (2297ft)
• Remote control powered by two LR03 1.5V AAA batteries (not supplied)
• Ability to power the receiving base by means of an external 12Vdc power supply (not supplied)
• Video Line
• MACRO (1200, 9600, 19200, 38400 baudrate*)
• Telemetry Line
• VIDEOTEC (1200, 9600, 19200, 38400 baudrate*)
• MACRO (1200, 9600, 19200, 38400 baudrate*)

*Baudrate - (also known as symbol rate and modulation rate) means the speed that data is transmitted. It is a derived value based on the number of symbols transmitted per second.

DCIR Specifications PDF