iPERL Smart Water Meters

iPERL™ (International) are next-generation, high-performance, solid-state smart water meters with integrated bi-directional communications capability. iPERL meters use a unique technology that provides unrivalled, sustained accuracy over their expected and proven 15-year operational life.

With a low-flow measurement of 1 litre per hour, iPERL helps utilities to reduce non-revenue water. They can be programmed to provide highly granular data at 15-minute intervals, which improves accuracy in identifying customer-side leaks. The wealth of data also helps water utilities manage distribution networks more efficiently, to conserve water, to provide accurate billing to customers and to inform them about leaks, fraud or unusual usage patterns.

Benefits to you

  • Improves operational efficiency and customer service
  • Reduces non-revenue water, measuring flow rates as low as 1 liter per hour
  • Helps reduce maintenance and cost
  • Installs horizontally, vertically or diagonally
  • Prevents free water removal and tampering attempts
  • Detects system leaks
  • Allows remote monitoring and diagnosis
  • Collects and logs consumption data
  • Helps to preserve energy and to optimize power
  • Provides seamless, scalable bi-directional communications for technology migration from Automatic Meter Reading (AMR) to Advanced Metering Infrastructure (AMI)


  • High measurement accuracy offering R800 metrology through all meter sizes (DN15 to DN40)
  • Up to 15-year expected operational life depending on communication frequency
  • High sampling rate with low battery consumption
  • Integrated bi-directional communication for AMR and AMI
  • Two lower-power, public-spectrum radio systems
  • Data logger with up to 2880 parameters
  • Alarm functions
  • Tamperproof and fraud resistant
  • No moving parts
  • Zero-lead construction


  • Examination Certificate 2004/22/EG (MID) according to EN 14154: 2007
  • OIML R49: 2006


  • KTW/DVGW (D)
  • ACS (F)
  • WRAS (UK)

To download further information please click here: