Home Transportation Validators & Ticketing Control Panels SRG 5000P
SRG-5000P CONTROL PANEL PDF Print E-mail
Technical data
  • Voltage: 24VDC
  • Power supply: 12V ÷ 36VDC
  • Power consumption: 5 W
  • Max. current supply: <0,63A at 24VDC
  • Range of working temperatures: -20°C ÷ +50 °C
  • Overall dimensions: 191 x 111 x 57,5 mm
  • Weight: about 750g
  • Processor: Intel XScale 32bit
  • Operating system: Linux
  • Display unit: TFT LCD 5,7”, colour
  • Interfaces: Ethernet, RS-485, RS-422, USB, audio (stereo output)

The SRG-5000P control panel is a modern device that belongs to the category of the so-called Embedded Systems. Owing to the application of an efficient processor and Linux operating system, the panel enables operations which have so far required PC computers or expensive industrial drivers. The SRG-5000P combines a wide range of possibilities offered by the PC-compatible architecture with low level of energy consumption, which is a feature characteristic of processors with ARM cores. The SRG-5000P control panel is compatible with the devices used previously and currently (SRG-3000P, SRG-3100P, SRG-4000P), it is also characterized by all functionality features typical of these drivers as well as extensive accessories and wide upgrading possibilities. The application of the high-level operating system and the efficient processor has facilitated the use of open communication protocols, among others based on Ethernet. As a result, the SRG-5000P system can be easily interconnected with the external macrosystem by means of standard or dedicated peripheral devices. The use of a large high definition touch screen display creates new multimedia possibilities, such as the projection of complex graphics, or even a video sequence. The device makes it possible to broadcast audio sequences as well (owing to the linear audio output).

The USB interface available on the user’s panel makes it possible to transmit data locally by means of popular USB mass storage devices. The SRG-5000P is a driver with great features that make it a device suitable for future advanced systems, depending on the customer’s needs.