Wide frequency band: up to 8 GHz
Electric field Isotropic Sensor
Continuous RF monitoring 24/7
Alarms management
Small size
Easy to install
No maintenance
Smart Cities
Easy to install and Setup
Minimal Maintenance
Control Centre
The rapid advancement of smart cities and Industry 4.0 has led to a surge in wireless technologies. While these technologies offer numerous benefits, it’s crucial to monitor and manage potential exposure to electromagnetic fields (EMF). MonitEM-IoT is a powerful tool designed to assess EMF levels and ensure compliance with international standards. Leveraging LTE-M/NB-IoT communication, it seamlessly integrates with smart city sensor management systems. Its compact design and flexible deployment options make it suitable for both small-scale and large-scale installations.
The MonitEM-IoT is designed for effortless deployment. Its compact size (25cm) and lightweight design (555g) make it highly portable and easy to install in a variety of locations. With multiple mounting options, including wall, pole, and ceiling mounts, you can securely position the device in any environment. This flexibility, combined with its robust construction, ensures reliable and long-term performance:
The basic criteria for installation area:
MonitEM-IoT devices are built to withstand harsh environmental conditions, with an IP65 environmental protection rating. This ensures reliable operation in various outdoor settings, minimizing maintenance requirements. Additionally, the battery-powered design, lasting over 3 years, eliminates the need for AC wiring or solar panels, simplifying installation and reducing operational costs. Simply mount the device, connect it, and start monitoring..
MonitEM-IoT devices can be used together with a web server using software that is unique on the market and allows remote configuration and management of the monitoring equipment, data consultation and report generation, among other functions.
Management and configuration of monitoring devices
Automatic report generation
User friendly, with google maps positioning
RF exposure levels visualization
