POOYAC Online Monitoring Platform is an integrated website for monitoring and controlling smart flowmeters. All information related to these meters, graphs of consumption rate, general meter status, time and volume allocation relevant data, balance, events, etc., can be collected, analyzed, and displayed by this system. With its cutting-edge features, this platform offers a functional system for managing water consumption.

MEJ smart remote relay is used in conjunction with the POOYAC Smart Electromagnetic Flowmeter to effectively manage water consumption. Based on information obtained from the smart meter this switch enables remote connection and disconnection of the command relay. In the wireless model, GSM signals are used to establish the connection between the POOYAC smart flowmeter and the Smart Switch Terminal.

ADG pressure transmitter can be used to measure the pressure of all types of liquids and gases. The differential pressure between the material and the environment is precisely measured by this product. The sensor that is being used is constructed of a durable ceramic material that can withstand bad weather and burst pressures up to 1.5 times the range.

ZIG residential ultrasonic water Meter uses the most recent developments in ultrasonic wave technology to measure fluid flow accurately. Using a transmitter and a receiver, this device transmits and receives ultrasonic waves through a fluid.

POOYAB-SM4 smart electromagnetic flowmeter determines fluid flow using Faraday’s law of electromagnetic induction. This product accurately evaluates the flow of conductive fluids. The measured flow is stored in the device’s data logger along with other significant parameters like positive and negative volume, critical system warnings, battery level, etc., and has the capability to send data to the online monitoring platform at predetermined intervals.

The MARUS level transmitter is used to measure the liquid surface height in tanks and wells. This product is immersed in a liquid, and the difference in pressure between the liquid and the surrounding atmosphere is measured using a sensitive piezoresistive sensor.