Multimodal Gateway
Xemtec continued to forge a complete and autonomous solution chain by conceiving an extensive line of communication systems and devices like the XEMGATE gateways / concentrators, which offer a variety of wired and wireless communication options.
The XEMGATE product family assures the liaison between the installed COMET optical meter readers and the central database. These battery-operated devices complete a polyglot system that can, in many cases, work with other technologies.
Benefits summary
- Meter data transfer to utility IT infrastructure/billing system via Xemtec Data Management System (XDMS)
- Several communication standards – both wireline and wireless are supported (e.g. low power RF, GSM/GPRS, M-Bus, RS232)
- Minimal running and maintenance cost due to a highly optimized energy consumption
- Slim line design allows tight-fit installations
- ATEX zone 0 certification available
- IP65 Enclosure
Products
XEMGATE 220 – I
This is an RF to GSM/GPRS gateway that can manage up to 32 COMET optical readers via a low-power RF link, and transfer meter data to the utility IT infrastructure/billing system using a GPRS connection and Xemtec Data Management System (XDMS). The device is programmed with a PC or PDA using an IR optical probe.
XEMGATE 220 – S
This is an RF to GSM/GPRS gateway that can manage up to 32 COMET optical readers via a low-power RF link, and transfer meter data to the utility IT infrastructure/billing system using a GPRS connection and Xemtec Data Management System (XDMS). The device is programmed with a PC or PDA using a RS232 cable.
XEMGATE 250
This is a datalogger and gateway that can be connected to existing pulsing meters (2 inputs) and/or to 3 COMET optical readers via a low-power RF link. The device is also equipped with 2 replicated pulse outputs for connection to Building Management Systems (BMS). Meter data is transferred to the utility IT infrastructure/billing system using a GPRS connection and Xemtec Data Management System (XDMS). The device is programmed with a PC or PDA using an IR optical probe.
