Ensure accurate water consumption measurement with water meters that are resistant to magnetic interference. Choose designs built to withstand long-term use and a wide range of operating conditions – from domestic installations to industrial systems. Get accurate readings and full control over your water infrastructure.
Choose vane-wheel water meters suited to your system
JS Smart D+ (for R200)
Single-jet vane-wheel water meter for cold water (up to 50°c)
High-quality Polish JS Smart D+ water meter
Measuring range up to R200 – H↑ and an exceptionally high R80 value – for the V position
Low starting flow
JS Smart C+ (for R160)
Single-jet vane-wheel water meter for cold water (up to 50°c)
High-quality Polish JS Smart C+ water meter
Resistance to strong external magnetic fields
Installation: Wireless M-Bus adapters, pulse adapters and M-Bus adapters
JS Smart+ (for R100)
A single-jet vane-wheel water meter designed for accurate measurement of cold and hot water consumption
Polish JS Smart+ water meter
Resistance to strong external magnetic fields
Installation: Wireless M-Bus adapters, pulse adapters and M-Bus adapters
JS-NK (for R100)
A single-jet vane-wheel water meter designed for accurate measurement of cold and hot water consumption
Polish JS–NK water meter (DN15–20)
Suitable for use in AMR systems
Resistance to strong external magnetic fields
JS Master D+ (for R200)
Single-jet vane-wheel water meter for cold water (up to 50°c)
A tried-and-tested, robust design
Long service life
The abacus mechanism is protected against mechanical damage
JS Master C+ (for R160)
Single-jet vane-wheel water meter for cold water (up to 50°c)
High-quality Polish JS Master C+ water meter (DN25–40)
Standard water meters (Ti.Ir) are designed for optical or inductive reading
Inlet duct design that stabilises the flow
JS Master+ (for R100)
Single-jet vane-wheel water meter designed for accurate measurement of cold and hot water consumption
High-quality Polish water meter: JS Master+; JS130 Master+ (DN25–40)
Standard water meters (Ti.Ir) are designed for optical or inductive reading
Inlet duct design that stabilises the flow
JS Impero (R315)
Single-jet vane-wheel water meter for cold water (up to 50°c)
High-quality Polish JS Impero water meter (DN50–100)
Standard water meters (Ti.Ir) are designed for optical or inductive reading
Remote readings can be taken using a reed switch transmitter, an optoelectronic transmitter, or the following interfaces: radio, MBus and pulse
Monitor, collect and analyse measurement data using advanced software
The Water Supply of the Future Conference
13–14 April 2026 in Poznań
Single-jet or multi-jet water meter – which type is best suited to a given installation?
Choosing the right vane-wheel water meter is crucial for measurement accuracy and the reliability of the entire system.
A single-jet water meter is a solution designed primarily for domestic installations with stable pressure and low water flow. Devices of this type are characterised by a simple design and high measurement accuracy at low flow rates.
A multi-jet water meter is suitable for blocks of flats and commercial premises where there are greater fluctuations in pressure and flow. Water is fed to the turbine in several jets, thereby evenly loading the impeller and ensuring stable, long-term consumption measurement regardless of hydraulic conditions.
When selecting a water meter, it is worth paying attention to the metrological class, nominal diameter and body material. These parameters affect durability and compliance with requirements.
How do you prepare a vane-wheel water meter for remote reading?
Modern utility management systems are increasingly using remote reading of water meters. In such cases, physical access to the device is not necessary – data can be collected automatically. New-generation vane-wheel water meters are factory-fitted for remote reading via communication interfaces. These allow for easy connection of wired or wireless modules.
Depending on the installation requirements, applications based on communication standards such as M-Bus, Wireless M-Bus or GSM can be used, ensuring full integration with reading and analytical systems.
During installation, care must be taken to ensure the correct flow direction and to maintain the required straight pipe sections upstream and downstream of the water meter. This approach guarantees standards compliance and high measurement accuracy. In the case of modernising existing installations, it is possible to retrofit the devices with compatible communication modules, thereby enabling remote reading without the need to replace the entire water meter.