Pulse radio module. Designed for installation on Honeywell Elster / Premagas gas meters. The unit is housed in a sealed enclosure and can be installed both indoors and outdoors. It is equipped with an internal power source with a service life of up to 10 years.

The device includes built-in sensors that notify the operator of any unauthorized actions. It is impossible to open the enclosure or remove the radio module from the gas meter without detection

Pulse radio module for residential water meters. Designed for installation on household water meters such as DS SRP and Maddalena. Intended for use in residential buildings and apartments.

The device operates autonomously, powered by an internal battery with a lifespan of up to 10 years. Water consumption readings are continuously recorded and transmitted to the supplier’s server twice per day

Radio module for outdoor water meters. Designed for installation on household water meters such as DS SRP and Maddalena. Unlike the previous model, this version is intended for installation in outdoor inspection wells. The sensing unit is attached to the water meter and connected to the electronic module via a cable. The electronic module is installed as close as possible to the ground surface. All electronic components are housed in a sealed enclosure, resistant to high humidity and low temperatures.

The device operates autonomously, powered by an internal battery with a service life of up to 10 years. Water consumption data are continuously collected and transmitted to the supplier’s server twice daily

Data concentrator. Collects consumption data from electricity meters equipped with RS-485 interface.

Transmits data using LoRaWAN / Mesh communication protocols

Data concentrator. Collects consumption data from electricity meters equipped with RS-485 interface.

Transmits data using Wi-Fi Mesh communication protocols

Data concentrator. Collects consumption data from electricity meters equipped with RS-485 interface.

Transmits data using Wi-Fi Mesh or LoRa Mesh communication protocols

Data concentrator. Collects consumption data from electricity meters equipped with RS-485 interface.

Transmits data using Wi-Fi Mesh, GSM, or LTE communication protocols

Combined data concentrator and gateway. Collects consumption data from electricity meters equipped with RS-485 interface and simultaneously functions as a gateway for other concentrators within the building.

Transmits data using Wi-Fi Mesh, LoRa Mesh, GSM, or LTE communication protocols

Universal configurator for smart metering devices.

Designed for parameterization of smart metering modules. Used by operators of electricity, gas, and water networks. The configurator activates devices, records their coordinates and installation address, and registers the device data in a unified system.

Operates in conjunction with any OS Android smartphone. Powered by an internal battery providing up to 10 days of operation

Network gateway for IIoT devices. Designed for collecting and transmitting data from IIoT devices via LoRaWAN protocol. Equipped with a receiving antenna and an LTE module for transmitting data to the server.

Installed in a weatherproof enclosure at elevated locations such as rooftops or streetlight poles to maximize coverage area

WUM Firefly – LED Streetlight Controller.

A controller for managing LED luminaires, featuring internal configurable logic and capable of operating autonomously. It also supports remote interactive control via LoRa MESH communication protocol.

Designed for automation of municipal streetlighting networks as well as for implementing controlled lighting systems at various industrial sites.

Connects to the luminaire via ZHAGA interface and controls it using DALI digital protocol. Equipped with a GPS module for precise localization of each luminaire

WUM Firefly – LED streetlight controller and gateway.

A controller and gateway for managing LED luminaires. In addition to all functions of the previous model, it receives commands via a 3G network through the built-in LTE module and transmits them to other controllers using the LoRa MESH protocol.

One gateway is installed per streetlighting section

Low-voltage PWM dimmer 12/24 V with RS-485 interface and Modbus support is a lighting control module designed for precise brightness adjustment and on/off control of low-voltage LED luminaires.

In the 8×8 configuration, the device features eight low-voltage inputs for connecting momentary push-button switches and eight independent PWM channels for controlling groups of LED loads.

The dimmer provides smooth, flicker-free brightness control, supports remote operation and monitoring, integrates easily into automation and smart home systems, and ensures flexible lighting scenario management and energy-efficient operation

TRIAC 220 V power dimmer with RS-485 interface and Modbus support is a multifunctional lighting control module designed for smooth brightness adjustment and on/off control of lighting loads.

In the 4×4 configuration, the device features four low-voltage inputs for connecting momentary push-button switches and four independent power outputs for controlling groups of lights.

This dimmer provides reliable TRIAC control for compatible lamp types, supports remote operation and monitoring, allows setting individual brightness levels and lighting scenarios, and integrates easily into smart home systems and industrial automation controllers

Compact universal measurement module with RS-485 interface and Modbus support is a reliable device for precise monitoring of electrical network parameters in automation systems, BMS, and energy infrastructure management.

In the 3×3 configuration, the module features three voltage inputs for 220 V measurement and three current inputs via external current transformers, enabling monitoring of three-phase or individual single-phase lines.

This device supports remote data collection and control via Modbus RTU, features compact dimensions, high measurement accuracy, and easy integration into distributed energy metering and load monitoring systems

Compact universal relay module with RS-485 interface and Modbus support is a reliable device for automation and BMS systems, designed for controlling energy infrastructure components in confined spaces.

In the 2×2 configuration, the module features two 220 V power inputs for line status monitoring and two 50 A relays for switching high-power loads.

This device provides stable operation, remote control, and diagnostics via Modbus RTU, features compact dimensions, easy integration, and a high level of reliability for use in industrial and energy systems

Universal relay module with RS-485 interface and Modbus support is a reliable industrial-grade device designed for automated control of energy infrastructure components and BMS systems.

In the 4×4 configuration, the module features four 220 V power inputs for line status monitoring and four 50 A high-power relays for controlling various types of loads.

This device provides reliable switching control, supports remote monitoring and diagnostics via Modbus RTU, operates stably in industrial environments, and integrates easily into distributed automation and energy management systems

Universal relay module with RS-485 interface and Modbus support is a multifunctional device for BMS systems, smart home applications, and automated control of commercial and industrial infrastructure components.

In the 8×8 configuration, the module is equipped with eight low-voltage inputs for connecting "dry-contact" devices and eight 16 A relays for controlling various loads.

The device provides reliable switching control, monitoring, and remote interaction via Modbus RTU, integrates easily into distributed automation systems, and features stable operation, flexible configuration, and industrial-grade reliability

Universal relay module with RS-485 interface and Modbus support is a multifunctional device for BMS systems and automated control of energy infrastructure components.

In the 8×8 configuration, the module is equipped with eight low-voltage inputs for connecting "dry-contact" devices and eight 50A relays for controlling high-power loads.

The device provides reliable switching control, monitoring, and remote interaction via Modbus RTU, integrates easily into distributed automation systems, and features stable operation, flexible configuration, and industrial-grade reliability

Universal measurement module with RS-485 interface and modbus support. An intelligent device for monitoring electrical network parameters, designed for automation systems, BMS, and management of energy infrastructure components.

In the 6×6 configuration, the module is equipped with six voltage inputs for 220 V measurement and six current inputs via external current transformers, enabling precise monitoring of energy consumption and line status.

The device supports remote polling and data transmission via Modbus RTU, provides high measurement accuracy, reliable operation in industrial environments, and easy integration into metering and energy-efficient management systems