Wireless Battery-Powered Valve Control
With our wireless battery-powered valve control device, it is possible to control our valves remotely. Its installation and use are quite simple. There are red and black cable outputs on the valve control unit sent to you. These outputs solenoid...
Wireless Battery Powered Soil Moisture Sensor
Wireless Battery Powered Soil Moisture Sensor Wireless battery powered moisture sensor sensor operates with a 3.6V lithium-ion battery. There is 1 soil moisture sensor input. No external energy is required to power its sensor. Moisture measurements at certain intervals...
Wireless Battery Powered Meter Flow and Consumption Sensor
Wireless Battery Powered Meter Flow and Consumption Sensor Wireless battery powered meter control sensor operates with a 3.6V lithium-ion battery. It has 1 pulse. No external energy is required to power the sensor. Moisture measurement at specific intervals...
Wireless Battery-Powered Hydraulic Valve Control
Wireless Battery-Powered Hydraulic Valve Control Wireless battery-powered valve control unit operates with a 3.6V lithium-ion battery. It has 1 valve control output. There is no need for any external energy to control the valve. Valve status at certain intervals...
Wireless Battery-Powered Pressure Sensor
Wireless Battery-Powered Pressure Sensor Wireless battery-powered pressure sensor operates with a 3.6V lithium-ion battery. It has 1 analog input capable of reading pressure sensors between 9-30V. No external energy is required to power the pressure sensor. Certain...
Remote Automatic Irrigation Control via GSM
Remote Automatic Irrigation Control via GSM With the remote automatic irrigation control system via GSM, you can perform remote monitoring and irrigation of your small and medium-sized greenhouse, garden, rooting etc. areas. With esular web and mobile applications...
15-Acre Walnut Orchard Smart Irrigation Systems
15-Acre Walnut Orchard Smart Irrigation Systems. Adil Bey’s land is a walnut orchard established on a 15-acre area. The landowner wanted to make his operations more efficient by remotely controlling the management of 2 valves, 1 inverter, and 1 water meter with a pulse output located in his orchard...