Contemporary Research ir-rxc Verweisanleitung

The IR-RXC External IR Receiver extends IR reception for many iC-series controllers. Using the included swivel mount, the

unit can mounting in any position and aimed for best reception. Powered by the external IR IN input on an iC-series

controller, the IR-RXC is switchable for sensing Contemporary Research high-frequency 57 KHz (default) and low-

frequency 38 KHz IR, the IR-RXC can be mounted in any position. 

Compatible iC controllers and tuners are:

ICC2-IRC  

ICC2-VDC 

232-STS        232-ATSC

Enclosure:

All aluminum with durable black powder coat paint

Size: 

Receiver:

1.13" [29mm] high x 2.35" [60mm] wide x 2.65" [67mm] deep

Bracket:

1.00" [25mm] high x 2.59" [66mm] wide x 2.95" [75mm] deep

Combined:

1.13" [29mm] high x 2.60" [66mm] wide x 4.95" [67mm] deep (typical)

Weight: 

3 oz [85g]

IR Reception:

Includes high-frequency (57 KHz) or low-frequency (38 KHz) sensors, selected by DIP switch

DIP Switch:

4-position switch selects IR operating modes

Status LED:

Red LED indicates IR code reception

IR Out: 

3.5mm jack to connect IR signal and power to an iC controller or tuner

Power: 

10.5-16 VDC (12 typical), 10 mA typical, 25 mA max, powered by iC controller or tuner 

IR connection cable, 6’, 3.5mm male plugs at each end

Swivel-mount bracket

If needed, change DIP switch settings to match requirements. Only one switch in each pair (1&2, 3&4) should be on.

1 On = enable 38KHz

2 On = enable 57KHz (default)

3 On = output normal (default)

4 On = output inverted

Use included IR connection cable to connect IR-RXC to iC unit’s IR In input. If you need to create a custom-length

extension cable, wire connectors as follows:

3.5mm stereo plugs

Tip= 

IR data signal

Sleeve= DC power+ from IR In jack on iC unit

Ring=

Ground (GND)

Contemporary Research 

•

17630 Davenport Rd., Suite 113 

•

Dallas, TX  75252

Phone: 972-931-2728 

•

Toll Free: 888-972-2728 

•

Fax: 972-931-2765

IR In Jack

2.59"

2.35"

1 2 3 4

On

2.65"

4.95"

2.30"