+GF+Signet Turbidity Meter 0-200NTU in Large Stock

+GF+Signet Turbidity Meter 0-200NTU in Large Stock

+Application of GF+Signet Turbidity Meter

Water plant inlet and outlet

End of pipe network water

secondary water supply

Pool water and membrane process water treatment equipment (direct drinking water, tap water, sewage)

System Features

Through integrated design, users can reduce the construction work of turbidity sensor water circuits by simply connecting one inlet pipe and one outlet pipe for measurement.

The measuring tank is equipped with a defoaming design to ensure the accuracy of turbidity measurement.

View and control through a transmitter, RS485 data output, convenient for integration and control with the central control room or upper computer, and configured with 4-20mA output

Output and relay control to meet the needs of various on-site control applications.

The sensor is plug and play, easy to install and maintain.

Intelligent sewage discharge function reduces the frequency of manual maintenance. Product Introduction

The iTurb 4160 turbidity online analyzer combines digital turbidity sensors with intelligent technology

The turbidity online analyzer and waterway can be integrated into a complete machine. In turbidity analysis

On the analyzer, measurement data can be viewed and managed, and calibration and other operations can be performed. that

The system integrates online analysis of water quality turbidity, remote data transmission, and data storage

Integrated with calibration function, it provides data collection and analysis for water turbidity

Extremely convenient.

The turbidity sensor measurement tank is equipped with a defoaming design, which can make the water sample after defoaming

Enter the turbidity measurement tank again. This instrument requires fewer water samples and has strong real-time performance.

A fine water sample flows through the defoaming grid and enters the measuring tank, and is always maintained

The water sample is circulated, and the instrument collects the turbidity of the water sample when it passes through the circulation device,

It can also be connected to the central control room or upper computer through digital communication.

+GF+Signet Turbidity Meter 0-200NTU in Large Stock

Technical specifications of iTurb 4160 turbidity meter 0-200 NTU

Parameter technical specifications

measurement parameters

turbidity

Measuring principle

90 ° scattered light method

The light source is a laser

Compliant with EPA 180.1 standard

technical parameters

range

Turbidity: 0.2~200NTU

Check it out

0.2NTU

accuracy

± 5% or ± 0.5NTU, whichever is greater

zero drift

± 0. 5NTU

display resolution

Turbidity: 0.1NTU

Measurement interval

continuous

Shell&Display

display screen

240 * 160 dot matrix LCD screen

material

The header and cabinet are both made of PC plastic

Overall dimensions

Length: 400mm Width: 230mm Height: 600mm

Protection level

IP65

Software features

Function password management

Function password: set 3700, calibrate 3900, historical data 1300, historical curve 1400

historical data

Yes, the storage interval is 5 minutes

Data Logger

With data recording, it can store 1000 pieces of data

language

Chinese/English

output

serial port output

1 RS485, Modbus RTU protocol

current output

2-channel 4-20mA output

relay output

3-channel relay normally open contact output, timed discharge)

Maximum load: 5A/250VAC or 5A/30VDC

Installation requirements

Installation location

Indoor wall mounted

Imported pipe diameter

6mm

出口管径

10mm

power supply

Supply voltage 100-240VAC, 50/60Hz

Power<20W

Requirements for measuring water quality

< 200 NTU

influent flow rate

<250mL/min

sample temperature

0~45°C

ambient temperature

0°C~50°C

Storage temperature

-40°C~70°C

humidity

<95% (uncondensed)

Installation and Wiring

Installation requirements

1) The installation location of the instrument should be chosen in a spacious, ventilated, and dry indoor environment;

2) The instrument should be placed and fixed at a position slightly above the drainage water level (300mm above ground level is the most suitable height) to facilitate smooth drainage;

3) Adequate space should be left around the instrument for personnel operation to facilitate later maintenance and calibration;

4) The horizontal height of the drainage pipe of the instrument should be lower than the horizontal height of the outlet of the instrument, and the total length of the outlet pipe should not exceed 3 meters, and there should be no blockage at the end.

5) The inlet and outlet pipes of the instrument are equipped with quick connectors, and the inlet pipes have matching conversion joints. Users can choose other conversion joints according to the actual situation on site, but

The pipeline ultimately connected to the instrument inlet cannot be changed;

6) Incoming water pressure: ≤ 0.3 Mpa;

7) Flow requirement: ≤ 250 mL/min;

8) Anti interference prevention measures: Do not share the same power supply with electric motors, frequency converters, and other high-power equipment;

9) Water and electricity measurement: After the instrument is powered on, open the inlet valve and the water sample enters the circulation pool. After the water level in the circulation pool reaches a certain height, the water sample flows out from the drainage outlet.