Kamstrup: Utility meters, remote reading and analytics for energy and water

Kamstrup makes water, heat, cooling and electricity meters, with remote-reading infrastructure and analytics for utilities and building operators.

Best for: Heat, cooling and water projects needing consumption records plus operational information such as temperatures, flow and leak indicators.
Less suited to: Selecting one universal communications interface from the Kamstrup brand name without specifying the meter and module.
Deployment: Installed meters with wired or radio reading, supported gateways and READy software or an appropriate third-party integration.
Data in: Metered volume or energy, flow, temperatures, historical logs and supported alarms; fields depend on the meter and reading package.
Pricing: Meter, communication, software and service requirements are quoted for the project; no universal system price was verified.

Overview

Kamstrup combines physical metering with communication networks and software for water, heat, cooling and electricity. Its instruments serve both utilities and building operators, where the same measurements may support consumption allocation, billing and maintenance. The practical distinction is between measuring a quantity at the pipe or supply and moving that measurement into a useful operational system.

The MULTICAL 603 illustrates the heat-meter side of that offering. It supports programmable logs at intervals from minutes to years and can be used with appropriate flow and temperature sensors. This produces more useful diagnostic information than a single cumulative energy total alone.

Offering

The MULTICAL 603 supports modular communications and configurable logging for heat and cooling applications. Its mixed-fluid variant compensates for the fluid's specific heat capacity, while the documented Auto Detect function works with suitable ULTRAFLOW sensors. These are different selection considerations from simply choosing a pipe diameter.

For water networks, flowIQ 2200 combines ultrasonic measurement with acoustic leak indicators. The meter reports a daily minimum noise value to help distinguish persistent pipe noise from ordinary activity. READy supplies the reading layer, with mobile, network and wired approaches for collecting meter data and making it available for operational use.

Products and platforms

Modbus/KMP TCP/IP module
Meter interface

Documented module for supported MULTICAL 403, 603 and 803 meters, with Modbus mapping and pulse inputs.⁷

Technology

Communications are model and module choices. The MULTICAL 603 page lists options including M-Bus, wireless M-Bus, Modbus, BACnet, linkIQ and cellular communications, rather than one interface fitted identically to every meter. The Modbus/KMP TCP/IP module document gives a more concrete integration path for supported MULTICAL 403, 603 and 803 instruments, including its register mapping and additional pulse inputs.

flowIQ 2200 also offers several reading arrangements. Gateway-mediated interfaces must be distinguished from the meter's integrated radio. Selecting the data package, power arrangement and reading infrastructure is therefore part of commissioning; these documents do not prove a tested EpiSensor Edge integration.

Markets

Kamstrup's READy material describes a joint water and district-heating reading network at Assens in Denmark. Sharing radio infrastructure across the two utilities is a useful example of a project decision that concerns the reading system, not just the meter. It can influence installation effort and how operations teams access their data.

In water distribution, flowIQ 2200 examples describe using acoustic readings to prioritise leak investigations. Building and industrial projects have a different emphasis: the MULTICAL 603 application guidance discusses consumption records and load profiles for property managers and industry. Meter choice should follow that intended use, with billing and diagnostic needs considered together.

Company

Kamstrup traces its history to Olaf Kamstrup's workshop in Aarhus in 1946. The timeline records the introduction of ultrasound metering in 1991, electricity meters in 1998 and integrated wireless communications in 2002. Later milestones include the OMNIA platform and READy software, showing how the business expanded from instruments into collection and analysis.

The current legal contact information identifies Kamstrup A/S at Industrivej 28 in Skanderborg, Denmark. Its company overview describes work with utilities and building-performance managers. That combination of metrology, communications and operational software is more informative for buyers than treating the company as only a supplier of radio-enabled meters.