KNX-IMPZ2-SK01
ARCUS KNX-IMPZ2-SK01

KNX-IMPZ2-SK01

Product code: 60201201
The Counter-Module KNX-IMPZ2 is used for remote reading and monitoring of metering data The module is suitable to detect measured values of heat-, water-, current- and gas meters with S0-Interface. The IMPZ2 can be used as two independent counters or be used as one counter with scales switching.
Price (Excluding GST)
$P.O.A

Description

    The consumption counter by Arcus-EDS GmbH consists of a counter module with a backup battery for data storage and a KNX bus coupler for remote reading and monitoring of consumption data.

    The counter inputs are specified with DIN EN 62053-31 S0-interfaces but can also be connected with a potential-free contact.

    The two counting values can be two different meters or one meter with 2 tariffs. Switching the tariffs is done through the second input or over KNX.

    The IMPZ2 can be used as two independent counters or a counter having two scales can be operated by a switched object

    Functions, 2 Independent Counter:

  • Meter reading(Channel 1/2)
  • Flow(Channel 1/2)
  • Reference value(Channel 1/2)
  • Consumption value(Channel 1/2)
  • Serial number(Channel 1/2)
  • Limit alarm(Channel 1/2)
  • Date and Time
  • Last reference date
  • Next reference date
  • Consumption value reset
  • Reset time
  • Reset date

    Functions, Counter with 2 Tariffs:

  • Meter reading ( Scale 1/2 )
  • Flow
  • Reference value (Scale 1/2 )
  • Consumption value ( Scale 1/2 )
  • Serial number
  • Scale switching
  • Limit alarm ( Scale 1/2 )
  • Date and Time
  • Last reference date
  • Next reference date
  • Consumption value reset
  • Reset time
  • Reset date

Technical Details

Specification

  • Bus Voltage: KNX Bus 21...30VDC
  • Bus Current Consumption: 10mA
  • Connections: 2 x S0 Input/Binary Input, KNX Bus

Properties

Properties

Technology KNX
Mounting Surface
Inputs 2
Input voltage KNX Bus (29VDC)
IP rating IP65
Ivory Egg uses cookies to make your experience better and provide necessary site functionality. By using our website, you agree to set the cookies and accept the privacy policy