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Multi parameter monitoring buoy for water quality

NegotiableUpdate on 05/07
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Overview

Multi parameter monitoring buoy for water quality

Product Details

MC-FSZ type

Multi parameter water qualityMonitoring buoy

systemscheme

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The water quality multi parameter monitoring buoy can achieve video monitoring and simultaneous measurement of multiple water quality parameters, including dissolved oxygen pH、 Conductivity, turbidity, COD, Ammonia nitrogen,

ORP, etc. The data acquisition module collects and processes the data measured by various digital sensors through RS-485 (Modbus/RTU protocol) bus, and wirelessly transmits the data

To the platform, cloud, and according to user needs, sensor measurement values can be obtained on multiple platforms such as mobile apps. This buoy has multiple control functions that can be remotely controlled

Switches for monitoring devices such as sensors and cameras can be set, and timed cycling switches can also be set.

A complete monitoring buoy, consisting of buoy body and fixed anchor, monitoring sensors (camera, temperature, dissolved oxygen, turbidity, conductivity, pH, ammonia nitrogen, etc.)

COD、 Leaf green

Composed of algae such as blue-green algae, data acquisition and transmission module, wireless transmission module, power supply unit, and remote monitoring platform, it can be quickly and conveniently deployed without the need for cable laying

Wireless monitoring is required for areas that require monitoring.

The application fields of water quality multi parameter monitoring buoys are wide, which can be used in lakes, rivers, aquaculture, industrial and domestic sewage discharge, agricultural irrigation water, environmental monitoring, etc

1.Domain.system

Main parameter

product name

model

describe

Monitoring buoy

custom class

Real time online monitoring of multiple parameters can be achieved.

Real time video monitoring can be achieved.

③ Can achieve battery level monitoring.

④ Can achieve multi-channel parameter control.

⑤ Data storage and alarm function; Wireless transmission function of data.

⑥ The peak power consumption is 10W; the sensor power consumption is 0.2W per unit.700⑦ External dimensions: mm*1200mm

customizable3⑧ Weight:

0KG5⑨ Buoyancy:

0L

Core components

model

describe

data acquisition


wireless transmission module

Rs485 Modbus/RTU standard protocol output


Camera 1080P

(Optional)Storage


batterylithium battery12VDC40AH(Optional


Solar panels12V/60W(Optional


Power supply capability15Customized selection; Intermittent work on rainy days

More than days


Position indicationWarning lights, turn on at regular intervals according to the light;

GPS


monitoring platformCloud platform; mobile phone

APP


shield

SUS304 filter cartridge protective cover


Table 1 System Main Parameters

name

measuring range

accuracy

resolution

Dissolved Oxygen Sensor

0~20 mg/L

±2%F.S.,±0.5℃

0.01 mg/L,0.1℃

turbidity sensor

0~100 NTU; 0~1000 NTUReading of

± 3% or ± 3NTU, whichever is greater, ± 0.5 ℃

0.1 NTU,0.1℃

TriE Conductivity Sensor

0-5000uS/cm; 0-200mS/cm

±1.5% F.S.

1 uS/cm; 0.1mS/cm

PH sensor

0~14 pH

±0.1 pH

0.01 pH

ORP sensor

-1500mV~+1500mV

±6mV

1mV

Ammonia nitrogen sensor

0-100mg/L or 0-1000mg/L

± 5% F.S. or ± 3mg/L, whichever is greater

0.1mg/L

Chlorophyll sensor

0~400ug/L

±3%F.S.(>300ug/L)

0.1 ug/L

Blue green algae sensor

100~300,000cells/mL

± 5% of the corresponding signal level value for 1 ppb of Rhodamine WT dye

0.01 ug/L

COD sensor

0~400mg/L equiv. KHP

±5%F.S.

0.1mg/L

Residual chlorine sensor

0~5ppm(HCLO)perhaps

0~20ppm(HCLO)

± 3% indication or 0.03mg/L whichever is greater

0.001ppm (range 0~5)

0.01ppm (range 0~20)

temperature

0~50℃

±0.5℃

0.1℃

Chloride ion sensor

0~35500mg/L

± 10% or ± 2mg/L

0.1mg/L

2.Table 2 Main parameters of optional sensors

  • Main Function Introduction

    data acquisitionThe data acquisition module inside the buoy passes through

  • Modbus/RTU RS485 digital signal centralized data acquisition; Data collection

  • The parameters include: temperature, dissolved oxygen, turbidity, conductivity PH、 Ammonia nitrogen, COD, ORP, chlorophyll, blue-green algae

  • Oil in water, etc;

    Power supply and charging protection unitThe buoy is equipped with a waterproof lithium battery. By default, the buoy is configured with various sensor monitoring parameters

  • 60AH lithium battery

  • Pool; When the buoy needs to be paired with video monitoring, the internal battery is isolated for separate power supply, and the monitoring sensors and cameras are powered separately

    Separate power supply for the pool (default selection of 40AH and 60AH) to ensure the safety of power supply for monitoring sensors;

  • The float is equipped with charging voltage protection inside to limit battery damage caused by excessive charging voltage.

    power management unitThe power management unit includes

    :Battery level display: can monitor the remaining battery level

    ;Remote power switch

Internal relays control the power switches of various electrical components and can also set the opening frequency of the battery;

Video monitoringCan be paired with a camera for monitoring, waterproof protection for the camera, built-in

4G IoT network card; The video traffic monitoring tariff is as follows:



1631759667448273.png


  • Camera traffic:


  • Wireless transmissionFloat passes through

  • The DTU module is equipped with a built-in 4G IoT network card for remote data and video data transmission;

    Positioning display

    The top of the buoy is designed with solar warning lights. When the light is not bright, the warning lights will automatically flash to serve as a warning;The buoy can reserve a power interface and can be installed

    LED light strip, more obvious warning effect;Buoys can be reserved

  • GPS module, which can view the location of the buoy on the remote monitoring platform and track its position at all times;

    Remote platform

  • The remote platform can display sensor monitoring parameters, battery residual power, remote control of power switch, and remote camera on/off

Close, set data upload frequency, view data curves, and view data storage data.

III Monitoring interface and on-site application

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Video surveillance footage


Figure 1: Video Surveillance Screen

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Historical data interface


Figure 2 Historical Data Interface

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Product usage site

图片4.png

Figure 3 Internal Water Monitoring in Wuxi City

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Figure 4 Monitoring of River Water Quality in Nanjing City

图片6.png

Figure 5 Monitoring of River Water Quality in Hangzhou City

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Figure 6 Monitoring of River Water Quality in Suzhou City


Figure 7 Monitoring of River Water Quality in Jiaxing City

4 Instrument installation instructions

1.1 Product Description

Thoroughly inspect the floating components and sensors before installation to ensure they are intact and functioning properly, in order to prevent damage or cable loosening during transportation.

1.2 Position requirements

Install the floating body according to the following standards:

Choose a location with a water depth of at least 700mm, and try to avoid the lifting of sediment at the bottom of the water and attaching sensors.

The selected location should be far away from the center of the waterway to avoid collisions and interference with passing ships.

Choose a location at a certain distance from the shore to avoid impact and collision with the shore.

1.3 Fixed method




Use anchor chains for bottom fixation, and if necessary, install shore ropes.

1.Five Maintenance and precautions

Maintain schedule

For environmental water quality monitoring buoys, if the working environment is good and the system is working properly, the maintenance cycle can be extended. take... into account

Due to the diversity of sensor working environments, it is recommended to regularly inspect, clean, and calibrate sensors based on actual conditions.

Maintenance tasks

Suggested maintenance frequency

Clean the bottom of the floating body

Regularly clean the attachments on the bottom filter screen of the floating body

Clean solar panels

Clean solar panel stains, depending on the usage environment

Clean the sensor

Depending on the usage environment

CALIBRATE SENSORS

2.Depending on usage

VISUAL INSPECTION
a) Observe whether the solar panel has any hard scratches or damage, and whether it has affected the normal operation of the solar panel.

b) When the test values are found to be inaccurate or unstable, it is necessary to check whether there is dirt and microorganisms on the sensor head
Is there any damage to the attachment, shell, and sensor surface
c) Check whether the cables are normal, whether there are any damages or aging phenomena.

3.d) Check if consumables are damaged.

clean

Clean the outer surface of the sensor with tap water. If there are still debris residue, wipe it with a damp soft cloth. For some

4.Stubborn dirt can be cleaned by adding some household detergent to tap water.

calibration

If the values measured by the sensor are still inaccurate after surface cleaning and replacement of vulnerable parts, the sensor needs to be removed from the system

Next, perform single point or two-point calibration on it separately. Select the appropriate standard solution based on the corresponding sensor. Calibration

5.Please refer to the corresponding sensor manuals for the communication protocol.

precautions
1) It is strictly prohibited to let water enter the buoy, and the humidity should not exceed 70%
2) Use a soft cotton cloth to wipe the surface of the solar panel, and do not use sharp or hard objects to clean its surface.
3) When cleaning the sensor probe, care should be taken to ensure that the probe is not subjected to severe mechanical impact. To prevent damage to sensitive optical and electronic components inside.
4) There are no components inside the probe that require user maintenance.

5) When calibrating the corresponding sensor, other sensors are prohibited from removing the probe protective cover.

VI Common faults and troubleshooting methods

fault conditions

Possible cause

solution

The operation interface is unresponsive

1. The power supply is not connected

2. Loose connection between control module and communication module

1. Check if the power supply is powered on

2. Fix the interfaces at both ends securely

Parameter settings have no response

Internal system disorder

Power outage, restart the system

The corresponding sensor data is not displayed or the displayed data is incorrect1

The internal addresses of the platform and sensor are inconsistent2

Loose wiring connections1

Change the sensor address to match the corresponding address on the platform2

Check the loose parts and unplug the wiring againNo measurement results displayed in the corresponding data or continuously displayed

Value of '0'

Poor wiring of the sensor

Check if the wiring is correct and reconnect it correctly

No response after sensor connection

The communication parameters of the sensor are not consistent with the system settings

Modify to make it consistent

The measurement value is too high, too low, or the value remains unstable

The sensor has dirt and microbial adhesion

Clean the surface of the sensor

Please refer to the corresponding sensor manual for common problems

1.7、 Quality and Service

quality assuranceThank you for choosing our product

!company

Since its establishment, the company has always positioned product quality as the core of its participation in market competition.

The company has established a rigorous quality inspection system based on product quality requirements. The company is concerned about product quality

All aspects related to quantity are strictly controlled and managed, and scientific inspection procedures have been established

The inspection indicators have been quantified and responsibility has been assigned to individuals to ensure the company's continuous and stable production of qualified products.

The company strictly controls raw materials, eliminates three no products, and selects products from well-known domestic and foreign manufacturers,

Establish strict product process indicators and establish a good supply and demand relationship with suppliers.

We have established a regular employee quality training system to learn new knowledge and information about quality management

Establish the quality awareness of every employee, regulate their own behavior, from a small solder joint to a single wire,

To the point where a whole machine is meticulously crafted and strives for excellence. The quality inspection department has established standardized inspections

Regulations, equipped with advanced and comprehensive testing equipment and methods, and strictly inspected in accordance with regulations to ensure good production

At every stage of quality inspection, not a single unqualified product is allowed to leave the factory.company

Provide after-sales service for this product within one year from the date of sale, excluding those caused by improper use

2.If the damage needs to be repaired or adjusted, please send it back, but the shipping cost will be borne by yourself.

Accessories and spare parts

  • This product includes:control system

  • 1 setinstructions

  • 1 copycertificate of conformity