Variable speed control box for aerator Variable frequency drive water pump automatic speed regulation 4G remote control Speed control start stop switch

Release time:

The owl intelligent aerator control box is an intelligent IoT control system designed specifically for modern aquaculture. It integrates functions such as variable frequency speed regulation, dissolved oxygen/turbidity monitoring (parameters can be set), and remote management. Through data modeling, it achieves precise adjustment of oxygenation intensity and circulation pump water flow rate, saving more than 30% of electricity costs compared to traditional methods. It achieves comprehensive benefits of risk control, intensive management, and scientific decision-making.

Variable speed control box for aerator

l intelligent aerator control box is an intelligent IoT control system designed specifically for modern aquaculture. It integrates functions such as variable frequency speed regulation, dissolved oxygen/turbidity monitoring (parameters can be set), and remote management. Through data modeling, it achieves precise adjustment of oxygenation intensity and circulation pump water flow rate, saving more than 30% of electricity costs compared to traditional methods. It achieves comprehensive benefits of risk control, intensive management, and scientific decision-making.

1.Advantages and Function Description

Serial Number

operating costs

Variable speed control of aerator

Traditional control box

1

Electricity cost

Infinite variable speed technology, automatic adjustment of aerator speed based on dissolved oxygen/temperature data, energy-saving 25% -35%

by experience

2

Labor cost

 

1) Support centralized management of multiple ponds, reducing labor costs by 50%

2) Remote management of mobile app/computer real-time monitoring and automatic control

Only supports manual switch or timed control devices. Group control requires on-site operation

3

Equipment life

Avoid continuous full load operation and extend the lifespan of the motor

 

not have

4

environment

1) The fluctuation range of dissolved oxygen has been reduced by more than 50% (measured data)

2) Stabilize dissolved oxygen, reduce fish stress, improve survival rate and growth quality, and enhance feed conversion

by experience

5

intelligence

1) Data driven

2) Abnormal situation, automatic alarm (SMS/APP push/phone warning)

3) Record historical dissolved oxygen and rate curves, generate optimization recommendation report

4) Assisted feeding and disease prevention decision-making

5) Intelligent aquaculture integrated fine control system

6) Support for extension, compatibility, and access to water quality sensors

7) Overload protection, leakage protection, lightning protection design basic circuit protection

 

not have

6

Monitored Parameters

Frequency, voltage, current, power, speed, fault, start stop

 

not have

2.Usage scenario

High density aquaculture ponds, industrialized circulating water systems

Large scale breeding farms that need to reduce electricity and labor costs

A modern fishing base that pursues precision and data-driven management.

 

 

Last update time: 2025-06-28 17:12:02

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