The Q AMR system

 

Remote consumption data readout via radio


Description Q AMR


Data comes on demand, efficiency all by itself
Q AMR, the Automatic Meter Reading System from QUNDIS, is the leading system for radio technology on the market. All consumers normally found in households can be recorded with meter reading devices, and the values transmitted wirelessly to network nodes installed in the corresponding system. Each of these network nodes has all the consumption information - thanks to continual data exchange between the devices - which means all the data are always completely available and can be read out from any network node. This can take place via the interface at the node, by radio from a (stationary) vehicle or via a gateway by modem or IP interface from a remote location. Although the principle is highly versatile, its application is quite simple. From straightforward installation of metering devices and network nodes through to self-configuring radio technology.

How Q AMR works
The main benefit of Q AMR is that consumption readings can be taken centrally and directly from the billing office for systems of any size. Via a GSM phone network, GPRS or via computer or broadband cable networks – simple, quick and with an exceedingly high level of data security. Data collected in this way can also be used for services such as statistics for the housing industry or showing changes in consumption for tenants. Q AMR is compatible with the KNX European standard for home automation. Its standardised interfaces make it easy to connect this system to other "systems" (such as heating regulation and controlling of lights or blinds).

System modules Q AMR


In the Q AMR system QUNDIS provides the following system modules

Electronic heat cost allocators

1-sensor / 2-sensor heat cost allocators of the series WHE460/WHE467

Heat meters
Screw-type heat meters of the series WFx2
Measuring capsule heat meters of the series WMx3

Screw-type heat meters of the series G2x together with AMR radio module
Measuring capsule heat meters of the series G5x together with AMR radio module
Split heat meters of the series G03-G19 together with AMR radio module

Water meters

Mechanical screw-type water meters together with add-on radio module AMR of the series WFx30
Mechanical measuring capsule water meter together with add-on radio module AMR of the series WMx30
Electronic screw-type water meters of the series WFx36
Electronic screw-type water meters of the series WFCx26
Electronic measuring capsule water meters of the series WMx36
Electronic measuring capsule water meters of the series WMx26
Electronic valve-type water meters of the series WFx36.DVx
Electronic bath water meters of the series WFx36.DBx

Modules

Add-on radio modules for upgrading mechanical water meters of the QUNDIS series WFZ16.MO
Add-on radio modules for upgrading mechanical water meters from other manufacturers of the series WFZ16.xx
Add-on radio modules for upgrading heat meters of the series G2x, G5x and G0x series WFZ16.OS

Network nodes and gateways
The network node is at the core of the Q AMR remote readout system, receives the consumption data from the meters and distributes them within the network. Each individual network node can provide all the values for reading out because of their ability to communicate with each other. Values are read out on-site at any network node via a cable connection or per radio from any point within the transmission radius. Gateways allow remote meter readout via various communication interfaces: GSM, GPRS or TCP/ IP.

Impulse adapters

The Q AMR networks are open for the integration of external meters with a contact output. Each impulse adapter has two independent inputs so that different meters can be connected to one impulse adapter for connection to the Q AMR remote meter reading system. For example a gas meter and an electricity meter.

Downloads Q AMR


QUNDIS system overview
All systems at a glance.

Download brochure PDF
(2.3 MB)

Q AMR. Remote consumption data readout via radio
Download brochure PDF
(1.6 MB)



Q AMR. Remote readout of consumption data by radio.

Download flyer PDF (837 kB)