IR Learner – Global Caché

$195.00 +GST

Need to capture IR commands from an existing remote control? The GC-IRL allows integrators to learn, store, and reuse infrared commands for automation and AV control projects.

2 in stock

Description

The Global Caché GC-IRL is an RS232 IR learning device for capturing and digitising infrared commands from AV remote controls. It captures the IR carrier frequency and on/off timing data required to accurately reproduce the original IR signal.

The GC-IRL supports IR carrier frequencies from 30kHz to 500kHz and outputs the captured data as comma-delimited ASCII via RS232. The device operates at 9600 baud, 8 data bits, 1 stop bit, no parity and no flow control.

Used with the GC-IRL Utility, captured commands can be displayed, converted to supported Global Caché and CCF formats, and copied to the Windows clipboard for use in IR databases, spreadsheets and control-system programming.

Features

  • Captures and digitises IR commands from remote controls
  • IR carrier frequency range: 30kHz–500kHz
  • Captures carrier frequency and IR on/off timing data
  • RS232 serial interface
  • 9600 baud, 8N1, no flow control
  • Outputs comma-delimited ASCII IR data
  • Compatible with Global Caché iLearn
  • Converts captured commands to supported IR formats, including Global Caché and CCF
  • Automatically copies captured codes to the Windows clipboard
  • Suitable for IR database and control-system development
  • Powered from the RS232 RTS line
  • No external power supply required

Specifications

  • Product Type: IR Learning Device
  • Interface: RS232
  • Connector: Female DB9
  • Baud Rate: 9600
  • Data Format: 8 data bits, 1 stop bit, no parity
  • Flow Control: None
  • IR Carrier Frequency: 30kHz–500kHz
  • IR Data Format: Comma-delimited ASCII
  • Power: RS232 RTS line, 8–25V / 5mA
  • External Power Supply: Not required
  • Software: Global Caché iLearn (Download page)

Applications

  • Capturing IR commands from AV remote controls
  • Creating and maintaining custom IR command libraries
  • Programming IR-based AV control systems
  • Integrating legacy IR-controlled equipment
  • Capturing undocumented IR commands
  • AV system commissioning and troubleshooting
  • IR command testing and verification