Wireless remote transmission steam gas flowmeter

Welcome to use the industrial IoT platform intelligent terminal provided by Jiangsu Aoke Instrument Co., Ltd. By connecting this 4G terminal to the RS485 interface of the instrument, industrial instrument products can be rapidly upgraded to intelligence.

This product has been widely used in various industrial instrument fields such as flow meters, level gauges, pressure gauges, temperature gauges, valves, etc.

Zero modification, upgrading traditional instruments to intelligent wireless instruments, remote connection between mobile phones and computers.

Multiple industrial protections for software and hardware, high stability.

This product can enable real-time viewing of current data of pipeline instruments on both PC and mobile devices from anywhere!

The data acquisition system for steam quality measurement device based on the Internet of Things consists of five parts: vortex flowmeter, pressure sensor, temperature sensor, wireless transmission data automatic acquisition system, and terminal data analysis and processing system. It can accurately measure steam at different temperatures and pressures, establish wireless transmission networks, and further utilize and share data to meet the high-level management requirements of heat supply and consumption enterprises.

Wireless remote transmission steam flowmeter

Wireless Remote Transmission Series Steam Flow Meter (Integrated)

technical indicators

Communication interfaceSupports RS485 communication interface and Modbus RTU protocol.

Physical interface:The standard M20 industrial interface seamlessly integrates with instrument equipment.

Remote transmission:Equipped with remote wireless transmission and seamless integration with the Flylink cloud platform.

Software features:Support direct viewing of data on PC and mobile devices.

Protection Level:Industrial protection level IP67.

Usage conditions:Environmental temperature: -20 ℃ -70 ℃ Relative temperature: 5-85%.

Storage temperature:-40℃-85℃。

Input voltage:Supports a wide voltage supply of 12-24V.The power requirement for the power supply is>10W, which means the output current of the power supply is ≥ 1A

Power consumption current:Measurement under 24V power supply:

Communication transmission: average 30mA~60mA

Online standby: Average 15mA~20mA

Idle Offline: Average 10mA~20mA

General interface of Aoke Instrument Wireless Platform

Aoke Instrument Wireless Platform Data Display Interface

Aoke Instrument Wireless Platform Report Query

Aoke Instrument Wireless Platform Curve Query

The data acquisition system for steam quality measurement device based on the Internet of Things consists of five parts: vortex flowmeter, pressure sensor, temperature sensor, wireless transmission data automatic acquisition system, and terminal data analysis and processing system. It can accurately measure steam at different temperatures and pressures, establish wireless transmission networks, and further utilize and share data to meet the high-level management requirements of heat supply and consumption enterprises.

A steam quality measurement device data acquisition system based on the Internet of Things, characterized in that it includes a terminal data center controller and several data acquisition units. Each data acquisition unit is installed on the pipeline to be measured and communicates with the terminal data center controller through a communication network. Each data acquisition unit includes a vortex flowmeter, pressure sensor, temperature sensor, and wireless data acquisition module. The vortex flowmeter, pressure sensor, and temperature sensor are sequentially installed on the pipeline to be measured, respectively obtaining the output frequency of the vortex flowmeter, instantaneous steam pressure value, and temperature value. The signal output terminals of the vortex flowmeter, pressure sensor, and temperature sensor are connected to the signal input terminal of the wireless data acquisition module, The wireless data acquisition module communicates with the terminal data center controller through a communication network, and uploads the output frequency, instantaneous steam pressure value, and temperature value of the vortex flowmeter.