Name: Reagent Type Residual Chlorine Sensor with 0-10 mg/L Measuring Range and 100-240 V DC Power Supply for Water Treatment Plants
Brand: Xi'an Kacise Optronics Co.,Ltd.
SKU: RC800D
Price: 5,000.00 USD
Availability: InStock

Para casa > produtos > sensor da qualidade de água >

Reagent Type Residual Chlorine Sensor with 0-10 mg/L Measuring Range and 100-240 V DC Power Supply for Water Treatment Plants

Reagent Type Residual Chlorine Sensor

0-10 mg/L Measuring Range Chlorine Analyzer

100-240 V DC Power Supply Water Quality Sensor

Marca:

Yokogawa

Número do modelo:

RC800D

Contacte-nos

Solicite um orçamento

Reagent Type Residual Chlorine Sensor with 0-10 mg/L Measuring Range and 100-240 V DC Power Supply for Water Treatment Plants

Detalhes do produto

Objeto medido:

Cloro livre ou cloro residual (cloro total) em água

Sistema de medição:

Método amperométrico (método polarográfico) usando eletrodo rotativo

Faixa de medição:

0-10 mg/l

Fonte de energia:

100 a 240 V DC, 50/60 Hz

Destacar:

Reagent Type Residual Chlorine Sensor

0-10 mg/L Measuring Range Chlorine Analyzer

100-240 V DC Power Supply Water Quality Sensor

Termos de pagamento e envio

Quantidade de ordem mínima

1pcs

Detalhes da embalagem

Cada unidade possui caixa individual e todas as caixas são embaladas em pacotes padrão ou solicitaçõ

Tempo de entrega

5-8 dias de trabalho

Termos de pagamento

L/C, D/A, D/P, T/T, Western Union, MoneyGram

Habilidade da fonte

1000 peças/peças por semana negociável

PRODUTOS CONEXOS

WE420 Sodium Analyzer with Ion Selective Electrode and Reference Electrode for Online Continuous Measurement

Obtenha o melhor preço

DM8C Vibration Type Liquid Density Analyzer with RS-232C Digital Output High Sensitivity and Excellent Stability

Obtenha o melhor preço

FT-NIR Analyzer with 900-2500 nm Wavelength Range 0.005 cm⁻¹ Wavenumber Accuracy and 0.007 cm⁻¹ Resolution

Obtenha o melhor preço

WE410 Silica Analyzer with On-Demand Mode Reduced Maintenance Time and Built-in Temperature Control for Steam Quality Monitoring

Obtenha o melhor preço

Contacte-nos

86--17719566736

Contacte agora

Descrição do produto

Reagent Type Residual Chlorine Sensor Unit RC800D

Reliable Chlorine Measurements in Water Treatment Plants Since 1959

No.1 Process analyzer supplier to Japanese market*

"Reliable Chlorine monitoring and minimize Chlorine injection"

"Continuous automatic cleaning and achieved less maintenance time"

"Maintenance remotely and reduce maintenance time"

Many of our customers face these challenges - Yokogawa Chlorine Analyzers resolve them.

The RC800D residual chlorine analyzer employs a polarographic system that uses rotating platinum electrodes to provide a continuous online measurement of residual chlorine concentration. It is possible to separate residual chlorine (free chlorine + combined-chlorine) from free chlorine for measurements by appropriate use of reagents.

The RC800D is suitable for various water condition measurements and gives you a stable and high-quality measurement thanks to the rotation electrodes and superior reagent pump.

The RC800D is intended for water distribution measurements at pumping stations, water delivery points, schools, and public facilities.

*Based on a Yokogawa survey in 2019

Key Features

Amperometric measurement of free chlorine or total chlorine (polarographic method)
Measure Free chlorine or residual chlorine (total chlorine) continuously in water
Unique rotation electrode method keeps sensor clean and reduces maintenance cycle
Superior reagent pump realizes stable measurement regardless of sample conditions
Easy maintenance structure, modularized motor unit, and diagnostics functions strongly support regular maintenance
Remote wash and calibration functions are available
RC800D is equipped with Manual calibration and Auto Calibration, 2 points correction, Basic (reference) sensitivity calibration, and circuit open Zero calibration
Remote range switching is available

RC800D Left Side View

RC800D Easy to Use Touch Screen Display

Structure

TC8000D Structure Diagram

Applications

Each process at treatment plant: from reservoir to treated water, distribution system

Water Purification Treatment
Stabilization
Flocculation
Settling Basins
Chlorination
Clean water reservoir
Distributing pump
Distribution tank & Piping

Use Case Diagram

Specifications

Measured Object	Free chlorine or residual chlorine (total chlorine) in water
Measuring System	Amperometric method (Polarographic method) using rotating electrode
Measuring Range	0-10 mg/L
Sample Conditions	Temperature: 0 to 50°C (Temperature compensation is effective within 0 to 40°C)
	pH: 3 to 9
	Flow Rate: 1 to 4 L/min, for pure water or municipal water application.
	5 to 10 L/min, for raw water or sea water application.
	10 to 20 L/min, for secondary sewage treatment application.
Pressure	20 to 500 kPa
Power Supply	100 to 240 V DC, 50/60 Hz
Digital Communication	Modbus TCP/IP, Modbus RTU
Installation	Indoor (Outdoor use requires protection against rain. Direct sunlight must be avoided.)

Performance

Linearity	±3% of reading or ±0.03 mg/L whichever is greater
Repeatability	±1% of reading or ±0.01 mg/L whichever is greater

Tag：

Reagent Type Residual Chlorine Sensor with 0-10 mg/L Measuring Range and 100-240 V DC Power Supply for Water Treatment Plants

Reagent Type Residual Chlorine Sensor

0-10 mg/L Measuring Range Chlorine Analyzer

100-240 V DC Power Supply Water Quality Sensor

Reagent Type Residual Chlorine Sensor

0-10 mg/L Measuring Range Chlorine Analyzer

100-240 V DC Power Supply Water Quality Sensor

WE420 Sodium Analyzer with Ion Selective Electrode and Reference Electrode for Online Continuous Measurement

DM8C Vibration Type Liquid Density Analyzer with RS-232C Digital Output High Sensitivity and Excellent Stability

FT-NIR Analyzer with 900-2500 nm Wavelength Range 0.005 cm⁻¹ Wavenumber Accuracy and 0.007 cm⁻¹ Resolution

WE410 Silica Analyzer with On-Demand Mode Reduced Maintenance Time and Built-in Temperature Control for Steam Quality Monitoring

Óleo no sensor da água

Sensor da turbidez da água

Sensores de monitorização da qualidade da água