IZAR RDC PREMIUM 2
RADIO | RECEIVER
The IZAR Radio Data Concentrator Premium 2 is the most powerful data concentrator of Diehl Metering’s RDC product family. The fixed network receivers are already in the 3rd generation and combine longtime experience with numerous devices in global operation
The IZAR RDC Premium 2 can reach highest reading performance in regards to reading range, data actuality and data granularity under harsh environmental conditions. Therefore an outstanding cost efficiency with future-compliance is guaranteed.
- Capacity for up to 50.000 devices
- WAN 4G (LTE)
- Power over Ethernet PoE+ (802.3at)
- Professional and solid 2 N antenna connections
- High On-Board-Security
- Intelligent telegram filtering
- Highest data availability
Principle of operation
The IZAR RDC Premium 2 receives radio telegrams according to EN13757 and the Open Metering System Specification (OMS-S) independent of the measured medium. These are saved on the basis of a filter function (e.g. according to medium or manufacturer). The collected and processed data are exported fully automatic and secure in flexibly settable intervals or time points to an (S)FTP server, where IZAR@NET or other systems can load the files for further processing. This happens automatically without the need to address each IZAR RDC Premium 2 individually.
Capacity Up to 50,000 devices with radio Housing Light grey housing, lockable Supported media Independent of media Antenna 2 N connections Data granularity Individual adjustable (5 minutes - 24 hours) Range of reception Up to 15,000 m outdoors, dependent on used antenna and location
Versions 868 MHz and 434 MHz (OMS, wMBUS (EN 13757), PRIOS, RealData, Long Range Radio (R4)) Interfaces LAN, 2G, 3G, 4G Power supply 110 V ... 230 V Line voltage and PoE+ (802.3at) Power connector CEE 7/7 Typical power consumption W < 15 (max. 25)
Operating temperature °C -20 ... +55 Storage temperature °C -20 ... +70 Protection class IP 65 (via mobile radio communication or optional with a LAN connector) Humidity % 10 ... 85 (non-condensing)