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Flow Meter for Aquaculture
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Flow Meter for Aquaculture

Flow Meter for Aquaculture

Model: E3E
The E3E Clip-on Ultrasonic Thermal Energy/BTU Flow Meter gracefully embraces the sophisticated principle of ultrasonic time difference measurement.
Product Introduction

 

The E3E Clip-on Ultrasonic Thermal Energy/BTU Flow Meter gracefully embraces the sophisticated principle of ultrasonic time difference measurement. Enhanced by our state-of-the-art ultrasonic signal processing technology and distinctive flow and energy algorithm, it adeptly accomplishes the task of meticulously gauging the fluid flow and energy within the pipeline, leaving no room for error.

 

Displaying a seamless integration of design and functionality, this exceptional product showcases an ingeniously integrated clamp-on structure that guarantees utmost simplicity and convenience during the installation process. Following just four effortless steps, it effortlessly springs to life, eagerly awaiting the opportunity to measure with astounding precision. What's more, this revolutionary implementation requires no contact with the fluid medium during installation, seamlessly ensuring continuous production.

 

Furthermore, this ingenious instrument employs POE power supply and Ethernet communication, enabling the transformation of ethereal cloud data storage into a tangible reality. Embracing unparalleled accessibility, users are bestowed with the power to seamlessly access the abundance of measurement data through their trusted mobile or PC terminals, thus cementing their role as discerning managers, astute analyzers, and inquisitive data detectives.

 

In essence, the E3E Clip-on Ultrasonic Thermal Energy/BTU Flow Meter emerges as an epitome of cutting-edge innovation and exquisite craftsmanship, diligently ensuring unparalleled accuracy while seamlessly intertwining with the user's experience. Harnessing the boundless potential of cloud data storage and unwavering connectivity, it presents users with an unrivaled platform to make informed decisions, transforming raw measurements into valuable insights, like a maestro conducting a symphony of data.

 

Product specification

 

Body Parameters

1Body Parameters

Appearance

2Appearance

Technical Parameters

Performance Specifications

Flow velocity

0.03~5.0 m/s

Pipe Size

DN20~DN80

Measured medium

water

Pipe Material

Carbon steel, Stainless Steel, Copper, PVC

(According to the user's model selection, the model has been determined at the time of delivery.)

Accuracy level

±2%

Temperature range

4~95℃

Temperature difference range

3~75K

Temperature resolution

0.01℃

Function Index

Input interface

2*PT1000 Clamp-on temperature sensor 0~100℃(32~212℉)

Support Protocol

HTTP, MQTT Protocol

Power supply

Power over Ethernet

Keyboard

4 touch keys

Display screen

1.44 " LCD colorful screen, resolution 128 * 128

Temperature

Transmitter installation ambient temperature: 14 °F to 122 °F ( –10℃ ~ 50℃ )

Transducer measures medium temperature: 32 °F to 140 °F

( 0℃ ~ 60℃ ).

Humidity

Relative humidity 0~99%, No condensation

IP Rating

IP54

Installation Method

Nylon self-locking cable ties for quick clamping

Physical Characteristics

Transmitter

Integrated

Transducer

Clamp-on

Cable

POE waterproof cable, standard length:0.5m

Temperature sensor cable, standard length:2m

 

Product Features

 

  • Easy installation, No pipe rework or damage
  • No adjustment, Clip on to measure
  • LCD colorful display screen
  • High-precision matching temperature sensor
  • 360° rotation adjustable display screen
  • Power and communication over Ethernet cable, safe and convenient

 

Applications

 

3

Flow meter aquaculture play a pivotal role in the realm of indoor aquaculture, serving as sophisticated devices adept at measuring the fluidity and course of water. Their presence aids cultivators in vigilantly overseeing the currents and serenity of aquatic habitats, ultimately fostering an environment that is stable and conducive for flourishing life. The ensuing passages endeavor to shed light on the multifaceted applications of these esteemed flow meters within the captivating world of indoor aquaculture.

 

Water Current Management: Aquaculture flow meter equip cultivators with the ability to measure the velocity and motion of water, thereby allowing them to skillfully regulate the ebb and flow within their nurturing systems. The orchestration of water currents assumes paramount importance in facilitating a harmonious diffusion of vital oxygen and essential nutrients, creating an idyllic milieu wherein optimal growth can transpire. By prudently monitoring rates of flow and volumes thereof, cultivators can exercise efficacious control over the operation of circulation pumps, ensuring artful water movement and seamless amalgamation.

 

Water Quality Surveillance: Aquaculture flow sensor also prove invaluable in maintaining a watchful eye over the quality of water within indoor aquaculture endeavors. By gauging water velocity and flow, cultivators gain perspicacity into the undulations of aqueous motion, thereby offering a gateway to assessing any potential diminutions during transportation, and by extension, appraising the integrity of the system's aqueous quality. In the event of any unexpected irregularities, cultivators can promptly undertake apt measures, such as the replacement or purification of filters, as well as judicious calibration of water quality parameters, all to sustain an unpolluted and dynamically stable aqueous milieu.

 

Organism Endowment Assessment: Flow meters find purposeful application in quantifying the growth and bounty of cultivated organisms. The progression and productivity of these vibrant beings are intricately linked to the harmonious interplay of water currents and the caliber of aqueous surrounds. Through a meticulous monitoring of flow velocity and volumes, cultivators can meticulously keep tabs on the gradual evolution of their esteemed organisms, as well as identify the mercurial rise and fall of yields within prescribed temporal thresholds, thus enabling timely and necessary interventions for adroit management.

 

Water Consumption Mastery: Aquaculture flow meter aquaculture assume a pivotal role in the dictation of water consumption, thereby empowering cultivators with the tools to adroitly regulate this vital resource. Through the scientific artistry of flow measurements, cultivators can ascertain the quantum of water assimilated within their systems, thereby fomenting a prudent methodology for meticulous water replenishment and impeccable utilization. This judicious harmony is quintessential for the prudent conservation of resources and the judicious containment of associated costs.

 

In summation, the inimitable presence of flow sensor within the realm of indoor aquaculture accentuates their indispensable role as custodians of water circulation, quality, and consumption. Their harmonious partnership ensures the elevation of environmental stability and the maximization of breeding proficiency, ultimately creating a world wherein life can flourish seamlessly. When making choices and employing these vital flow meters, cultivators are well-advised to exercise discernment, paying exquisite attention to the selection of appropriate models and specifications, as well as the meticulousness of installation and calibration, all to guarantee measurements that are unwavering and impeccably accurate.

 

Product Qualification

 

Gentos has been a reputable manufacturer of ultrasonic flow meters for more than three decades. They are known for their high-quality products and competitive pricing.

Our unwavering dedication to pioneering ingenuity and eco-conscious solutions sets the bar for industry benchmarks, all while ensuring affordability remains intact.

We will keep working on improvements to raise the calibre and performance of our product range as it develops.

We will keep working on improvements to raise the calibre and performance of our product range as it develops.

Using this synergistic strategy to its full potential, we have skillfully carved out a distinct position for ourselves in an industry that desperately wants safety and performance to coexist peacefully.

 

Company environment display:

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Certificate display:

4001
9001
CE
CNAS
 

 

Deliver, Shipping, and Serving

Direct support001
Direct support
Quick response001
Quick response
Shipping way
Fast delivery

 

Shipping

 

Advancing customer convenience, Gentos has revolutionized its delivery system, guaranteeing prompt acquisition of desired products. Consistently, Gentos expedites order processing and swift product dispatch within an efficient timeframe of 2 to 3 days. Enriched by a diverse array of transportation and express delivery methods, Gentos caters to the manifold needs of its customers.

 

FAQ

 

Q: What flowmeter for aquaculture?

A: Ultrasonic Flow Meter: Ultrasonic flow meters use sound waves to measure flow velocity. They are non-intrusive and can be easily installed on existing pipelines. Ultrasonic flow meters are suitable for measuring sea water flow since they can handle various fluid characteristics, including high salinity and abrasive particles. It is recommended to choose a flow meter with a high-frequency range for accurate measurement.

 

Q: What is flow meter and working principle?

A: A flow meter is a device used to measure the rate of fluid flow within a pipeline or an open channel. It provides information about the volume, mass, or velocity of the flowing fluid.

 

Q: How to choose a flow meter suitable for aquaculture?

A: The selection of a flow meter depends on factors such as the type of fluid being measured, the flow rate range, the accuracy requirements, and the specific application.

 

Q: Are water flow meters accurate?

A:Yes, water flow meters can be accurate if they are properly installed, calibrated, and maintained. The accuracy of a water flow meter depends on several factors, including the type of flow meter, the flow rate, and the conditions in which it is used.

 

Q: Do flow meters regulate pressure?

A: No, flow meters do not regulate pressure. Their main function is to measure the rate of flow or quantity of fluid passing through a specific point in a system. Flow meters provide information about the flow rate, which can be used for various purposes such as monitoring, controlling, or analyzing the flow of a fluid. Pressure regulation, on the other hand, involves the use of pressure control valves or regulators to adjust and maintain a desired pressure level within a system.

 

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