美國YSI氯分析儀3017M DPD

 產品名稱: 氯分析儀

型號系列:3017M DPD

品牌:YSI

產地:美國

價格:**終成交價格需聯系客服






3017M 氯分析儀是 YSI **新的在線分析儀！這款 DPD 比色分析儀用于使用 EPA 批準的方法連續測量市政飲用水和廢水應用中的游離氯或總氯。

包括什么：
(330001) 3017M分析儀，DPD比色法，測量范圍0-5 mg/L Cl2；30 天供應（以 2.5 分鐘的測量間隔）的總氯試劑和緩沖溶液
(330002) 3017M分析儀，DPD比色法，測量范圍0-5 mg/L Cl2；30 天供應（以 2.5 分鐘的測量間隔）游離氯試劑和緩沖溶液
(330003) 3017M分析儀，DPD比色法，測量范圍0-5 mg/L Cl2；30 天（以 2.5 分鐘的測量間隔）供應總氯試劑和緩沖溶液；進樣裝置
(330004) 3017M分析儀，DPD比色法，測量范圍0-5 mg/L Cl2；30 天供應（以 2.5 分鐘的測量間隔）游離氯試劑和緩沖溶液；進樣裝置

美國YSI氯分析儀3017M DPD概述

YSI 3017M 氯分析儀使用經過驗證的 DPD 方法，在飲用水和**終流出廢水樣品中提供準確可靠的游離氯或總氯測量。3017M 還可用于水生棲息地和工業冷卻塔應用。

3017M 簡單且維護成本低，具有流動注射分析 (FIA)、工廠校準和簡化的管道。低試劑使用減少了維護頻率。該分析儀可以作為獨立單元運行，也可以集成到 YSI 的IQ SensorNet在線控制器、分析儀和傳感器系統中，以更好地了解和控制您的過程。

3017M 的可靠性和低維護設計確保以**小的努力收集可靠的數據。

準確可靠- 使用 DPD 比色法測量飲用水或市政廢水**終流出物中的游離氯或總氯。這種高度準確的分析方法為過程優化和報告提供了可靠的數據。
低維護– 流動注射分析 (FIA) 可簡化維護并節省您的時間。簡化的管道和低試劑使用減少了儀器維護的頻率。
符合 EPA 和 ISO 標準– 3017M 符合美國 EPA 法規 40 CFR 141.74（飲用水）和 40 CFR 136.3（廢水），3017M 測量方法符合標準方法 4500-CL-G 和美國 EPA 方法 334.0，這使得它適用于美國的飲用水許可證報告。此外，3017M 測量方法符合 ISO 方法 7393-2。
工廠校準——無需定期校準。

主要應用包括：
監測飲用水中的余氯，以優化工藝、報警和報告。
廢水中的消毒控制、監測脫氯和工藝優化。

次要應用包括：
監測冷卻塔中的氯含量，以控制腐蝕和粘液/藻類堆積。
監測水產養殖和水生棲息地中的氯含量，以保護水生生態系統。

美國YSI氯分析儀3017M DPD規格

中文內容來自機器翻譯，內容僅供參考，實際內容可參考原廠介紹或以合同為準。
英文原文：

Accurate, reliable chlorine analysis from a brand you trust.

The 3017M Chlorine Analyzer is YSI’s newest online analyzer! This DPD colorimetric analyzer is used for continuous measurements of free or total chlorine in municipal drinking water and wastewater applications using an EPA approved method. To learn more about how the 3017M can be used in other applications click below.

Municipal applications
Industrial applications
Aquatic applications

What’s Included:
(330001) 3017M analyzer, DPD colorimetric method, measuring range 0-5 mg/L Cl2; 30 day supply (at a 2.5-minute measurement interval) of total chlorine reagent and buffer solution
(330002) 3017M analyzer, DPD colorimetric method, measuring range 0-5 mg/L Cl2; 30 day supply (at a 2.5-minute measurement interval) of free chlorine reagent and buffer solution
(330003) 3017M analyzer, DPD colorimetric method, measuring range 0-5 mg/L Cl2; 30 day supply (at a 2.5-minute measurement interval) of total chlorine reagent and buffer solution; Sample Inlet Device
(330004) 3017M analyzer, DPD colorimetric method, measuring range 0-5 mg/L Cl2; 30 day supply (at a 2.5-minute measurement interval) of free chlorine reagent and buffer solution; Sample Inlet Device

Overview
The YSI 3017M Chlorine Analyzer uses proven DPD methodology to provide accurate and reliable free chlorine or total chlorine measurements in drinking water and final effluent wastewater samples. The 3017M can also be used in aquatic habitats and industrial cooling tower applications.

The 3017M is simple and low maintenance, with Flow Injection Analysis (FIA), factory calibration, and simplified tubing. Low reagent use reduces maintenance frequency. The analyzer can operate as a standalone unit or be integrated into YSI’s IQ SensorNet system of online controllers, analyzers, and sensors for better visibility and control of your process.

The 3017M’s reliability and low-maintenance design ensure the collection of reliable data with minimal effort.

Accurate and reliable - Measures free or total chlorine in drinking water or municipal wastewater final effluent using the DPD colorimetric method. This highly accurate method of analysis provides reliable data for process optimization and reporting.
Low maintenance – Flow Injection Analysis (FIA) simplifies maintenance and saves you time. Simplified tubing and low reagent use reduce the frequency of instrument maintenance.

EPA & ISO compliant – The 3017M is compliant with US EPA regulations 40 CFR 141.74 (drinking water) and 40 CFR 136.3 (wastewater) and the 3017M measurement method conforms with standard method 4500-CL-G and US EPA method 334.0, which makes it suitable for drinking water permit reporting in the United States. In addition, the 3017M measurement method conforms with ISO method 7393-2.
Factory calibrated – Eliminates the need for regular calibration.

Primary applications include:
Monitoring residual chlorine in drinking water for process optimization, alarming, and reporting.
Disinfection control, monitoring dechlorination, and process optimization in wastewater.

Secondary applications include:
Monitoring chlorine levels in cooling towers to control corrosion and slime/algae build-up.
Monitoring chlorine levels in aquaculture and aquatic habitats to protect aquatic ecosystems.
Specifications