AMPSENSE is advanced technology indoor sensor applied for the full sensing of the electric current magnitude through easily installed; split core and non-invasive current transformers and used indoors.
The integrated advanced intelligent computational AI algorithm enables reliable capability of the measurement the magnitude.
The novel sensor is three or one phase with integrated advanced intelligent (AI) computational algorithm enables reliable capability of the measurement of the magnitude current. AMPSENSE enables measuring the currents up to 150 A and transmitting to energy management / building management system; SCADA.
The protection level is up to IP65 and can easily integrated in the industrial environments.
Powered by Lithium batteries 2xAA ER14505 AA (batteries are optionally included). Battery life is up to 13 years depending on settings and environmental conditions (note 1).
The data transmitted from the sensor is based on Class A LoRaWAN® wireless network. AMPSENSE is easily configured and connected to the LoRaWAN® wireless network.
The AMPSENSE is applied for commercial; public; warehouse; logistic buildings; industrial facilities. Such sensor enables to boost the electric power savings and to predict the electrical energy consumption; equipment maintenance of the such loads as street lighting; indoor lighting; HVAC control; elevators.
Key Benefits
- Accurate detection of the e-vaping during 24 hours based on advanced intelligent computational algorithm
- Monitoring and receiving timely data which enables significant electrical power savings and impacting of the reduction of the carbon emissions
- Receiving advanced information about malfunction of the electrical motors ( HVAC; elevators); street lighting through the electrical current magnitude change
- Receiving key information for the analytics of effectiveness of the electrical loads and impacting significant savings of the energy
- Enabling customer’s BMS systems to make rapid changes in building / office / warehouse / industrial facility electrical energy consumption in order to reach the maximum effectiveness of the performance of the systems
- Enabling customer’s buildings generate lowest possible carbon footprint and making those buildings much more environmental friendly
- Please calculate the battery life with the enclosed battery calculator.
